|
|
| 0 | b-15156 Additive manufacturing or 3D Printing Hardware Facets and Aspects |
| 15156 | b-15157 Overall System for Additive Manufacturing or 3D Printing |
| 15157 | b-15158 Computer, Algorithms, Data Features |
| 15158 | b-16731 Computer Hardware Facets in an additive manufacturing system |
| 16731 | d-16733 Graphics Processing Unit (GPU) is explicitly discussed in the context of additive manufacturing |
| 16731 | d-16938 cell phone or smartphone associated with additive manufacturing |
| 16731 | d-16734 Quantum Computer is present in the additive manufacturing system |
| 15158 | b-16439 Main Data Flow, Data Transformation Mileposts for Additive Manufacturing |
| 16439 | b-16441 CAD |
| 16439 | b-16443 STL |
| 16439 | b-16445 SLICER |
| 16439 | b-16447 G-CODE |
| 15158 | b-15159 General Categories of Algorithms, Architectures used in the Additive Manufacturing System |
| 15159 | b-16940 Particular Mathematical Approach Used in Algorithm |
| 16940 | d-16459 finite element analysis, modeling ( FEA ) incorporated into 3D printing system |
| 16940 | d-16777 spatial frequency domain mathematics inform 3d printing algorithms |
| 16940 | d-16781 Green's theorem mathematics inform 3d printing algorithms |
| 16940 | d-16782 Fractal mathematics inform 3d printing algorithms |
| 16940 | d-16783 Fourier Transform mathematics inform 3d printing algorithms |
| 16940 | d-17148 Fuzzy Logic used in additive manufacturing algorithms |
| 16940 | d-16939 graph theory mathematics inform 3d printing algorithms |
| 15159 | d-16542 database algorithms for additive manufacturing or 3D printing |
| 15159 | d-16735 digital twin algorithms for additive manufacturing or 3D printing |
| 15159 | b-16936 Algorithmic Simulations of an Additive Manufacturing Aspect |
| 15159 | b-15160 Artificial Intelligence (AI), Machine Learning (ML), or Neural Networks (NN) Features, Aspects for Additive Manufacturing, 3D Printing |
| 15160 | b-16877 Type of Training Data for the AI, ML, or NN |
| 16877 | d-17447 AI training data: medical or biological records from a population or large set of individuals |
| 16877 | d-17451 AI training data: library of CAD files |
| 16877 | d-17452 AI training data: library of G-code files |
| 16877 | d-17470 AI training data: library of machine operation log files |
| 15160 | b-16879 General Type of AI, ML, or NN |
| 16879 | d-17072 AI Type: general mention of AI, NN, or ML, no disclosure of a specific type |
| 16879 | d-16884 AI type: convolutional neural network ( CNN ) |
| 16879 | d-16883 AI type: generative adversarial network ( GAN ) |
| 16879 | d-17224 AI type: Large Language Model ( LLM ) |
| 15160 | b-16881 Actionable Output of the AI, ML, or NN module |
| 16881 | d-17448 AI actionable output: 3D representation of build object |
| 16881 | d-17449 AI actionable output: G-code |
| 16881 | d-17489 AI actionable output: prediction or detection of defects in a build object as the object is generated |
| 16881 | d-16890 AI actionable output: detection of malicious, illegal, or not allowed build object |
| 16881 | d-17488 AI actionable output: detection of stealth attacks on or malicious altering of g-code |
| 16881 | d-17304 AI actionable output: identification of existing objects or potentially existing objects that are suitable canditates for additive manufacturing |
| 15159 | b-15162 Computer Network or Internet Features, Aspects for Additive Manufacturing, 3D Printing |
| 15162 | d-16889 Explicit mention of internet of things ( ioT ) |
| 15162 | d-17067 Encryption algorithms are in additive manufacturing system |
| 15162 | d-16286 Blockchain features incorporated into AM computer network |
| 15159 | b-16934 Business, Financial, or Customer Service Computations |
| 15158 | b-16932 Overall Purpose of Computer System or Algorithmic Approach |
| 15157 | b-15166 Open Loop, Human Interface Aspects of the Additive Manufacturing Controller |
| 15166 | d-16460 AM system open loop: virtual reality or augmented reality |
| 15166 | d-17450 AM system open loop: human generated text |
| 15166 | b-16461 AM system open loop: 3D point cloud model file ( NOT CAD ! ) |
| 16461 | d-16463 CT or MRI scan for 3D model |
| 15157 | b-15168 Closed Loop and Aspects of the Additive Manufacturing Controller |
| 15157 | b-16449 Modules, Functions, or Outputs Controlled by the Overall System Controller |
| 15157 | b-15170 Structural Features of the Additive Manufacturing Controller |
| 15170 | d-16864 human portable 3D printing or Additive Manufacturing system |
| 15170 | d-16818 Additive Manufacturing System or Modules in a shipping container |
| 15157 | b-15172 Additive Manufacturing Controller Multiplicities |
| 15157 | b-15174 Misc. Facets, Aspects of the Additive Manufacturing Controller |
| 15157 | b-15176 Auxiliary Facets, Aspects of the Additive Manufacturing Controller |
| 15157 | b-15178 Overall Purpose of the Additive Manufacturing Controller |
| 15178 | d-15179 Emergency Shutdown performed by system controller |
| 15157 | b-15181 Specialized Additive Manufacturing Controllers |
| 15156 | b-15184 Energy Applicators apply energy to the Additive Manufacturing or 3D Printing Work area |
| 15184 | b-15185 Laser Energy for Additive Manufacturing or 3D Printing |
| 15185 | b-15186 Nature of the Laser system used in additive manufacturing or 3D Printing, art recognized types |
| 15185 | b-15188 Nature of the Laser system output |
| 15188 | b-15189 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the additive manufacturing or 3D Printing process |
| 15189 | b-15190 Choreography / Features at the beginning of the additive manufacturing or 3D Printing process |
| 15189 | b-15192 Choreography / Features during the additive manufacturing or 3D Printing process proper |
| 15189 | b-15194 Choreography / Features at the end of the additive manufacturing or 3D Printing process |
| 15188 | b-15197 Output is synchronized or correlated with non-Laser-system parameter |
| 15185 | b-15200 Open Loop and Human Interface Control Aspects for Laser system |
| 15200 | b-15201 Laser Human Interface Features |
| 15200 | b-15203 Function Generator (e.g., circuit) Provides Open Loop Control Signal for Laser |
| 15185 | b-15206 Closed Loop Aspects for Laser system |
| 15206 | b-15207 Feedback from workpiece, workpiece parameters controls Laser system |
| 15206 | b-15209 Feedback from effector system controls Laser system |
| 15206 | b-15211 Feedback from subsystem inputs controls Laser system |
| 15206 | b-15213 Feedback from Laser subsystem structure controls Laser system |
| 15206 | b-15215 Feedback from ambient environment controls Laser system |
| 15206 | b-15217 Feedback from miscellaneous sources controls Laser system |
| 15185 | b-15220 Laser System Parameter Controlled by Open/Closed Loop signals |
| 15220 | b-15221 Laser System Output Parameter that is controlled |
| 15220 | b-15223 Parameter Internal to the Laser System that is controlled |
| 15220 | b-15225 Purpose of Laser System Control |
| 15185 | b-15228 Structural, Housing Features for the Laser System |
| 15185 | b-15230 Misc. Laser system facets |
| 15185 | b-15232 Multiplicities associated with the Laser system |
| 15185 | b-15234 Auxiliary Laser System Hardware |
| 15185 | b-15236 Overall Purpose of the Laser System |
| 15185 | b-15238 Art Recognized Specialized Laser System Types |
| 15184 | b-15241 Electron Beam for Additive Manufacturing or 3D Printing |
| 15241 | b-15242 Nature of the Electron Beam system used in additive manufacturing or 3D Printing, art recognized types |
| 15241 | b-15244 Nature of the Electron Beam system output |
| 15244 | b-15245 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the additive manufacturing or 3D Printing process |
| 15245 | b-15246 Choreography / Features at the beginning of the additive manufacturing or 3D Printing process |
| 15245 | b-15248 Choreography / Features during the additive manufacturing or 3D Printing process proper |
| 15245 | b-15250 Choreography / Features at the end of the additive manufacturing or 3D Printing process |
| 15244 | b-15253 Output is synchronized or correlated with non-Electron Beam System parameter |
| 15241 | b-15256 Open Loop and Human Interface Control Aspects of the Electron Beam system |
| 15256 | b-15257 Electron Beam Human Interface Features |
| 15256 | b-15259 Function Generator (e.g., circuit) Provides Open Loop Control Signal for Electron the Beam system |
| 15241 | b-15262 Closed Loop Aspects of the Electron Beam system |
| 15262 | b-15263 Feedback from workpiece, workpiece parameters controls the Electron Beam system |
| 15262 | b-15265 Feedback from effector system controls the Electron Beam system |
| 15262 | b-15267 Feedback from subsystem inputs controls the Electron Beam system |
| 15262 | b-15269 Feedback from subsystem structure controls the Electron Beam system |
| 15262 | b-15271 Feedback from ambient environment controls the Electron Beam system |
| 15262 | b-15273 Feedback from miscellaneous sources controls the Electron Beam system |
| 15241 | b-15276 Electron Beam system Parameter Controlled by Open/Closed Loop signals |
| 15276 | b-15277 Electron Beam Output parameter that is controlled |
| 15276 | b-15279 Parameter internal to the Electron Beam system that is controlled |
| 15276 | b-15281 Purpose of control of the Electron Beam system |
| 15241 | b-15284 Structural, Housing Features for the Electron Beam System |
| 15241 | b-15286 Misc. Electron Beam System facets |
| 15241 | b-15288 Electron Beam System Multiplicities |
| 15241 | b-15290 Auxiliary Electron Beam System Hardware |
| 15241 | b-15292 Overall Purpose of the Electron Beam System |
| 15241 | b-15294 Art Recognized Specialized Electron Beam System Types |
| 15184 | b-15297 Microwave energy for Additive Manufacturing or 3D Printing |
| 15184 | b-16293 Radio frequency heating or material interaction for 3D printing or additive manufacturing |
| 15184 | b-15299 Inductive energy for Additive Manufacturing or 3D Printing |
| 15184 | b-15301 Magnetic energy for Additive Manufacturing or 3D Printing |
| 15301 | d-16295 magnetohydrodynamic (MHD) energy for 3D printing |
| 15184 | b-15303 Electric Field energy for Additive Manufacturing or 3D Printing |
| 15184 | b-15305 Resistive Heating for Additive Manufacturing or 3D Printing |
| 15184 | b-15307 Radiant Heat for Additive Manufacturing or 3D Printing |
| 15184 | b-15309 Incoherent Light for Additive Manufacturing or 3D Printing |
| 15309 | d-17147 general recitation of actinic radiation, not further specified |
| 15184 | b-15311 X-Ray energy for Additive Manufacturing or 3D Printing |
| 15184 | b-15313 Plasma for Additive Manufacturing or 3D Printing |
| 15184 | b-15315 Electric Arc for Additive Manufacturing or 3D Printing |
| 15184 | b-15317 Heated Gas for Additive Manufacturing or 3D Printing |
| 15184 | b-15319 Convective Oven for Additive Manufacturing or 3D Printing |
| 15184 | b-15321 Hot Fluid Heater for Additive Manufacturing or 3D Printing |
| 15184 | b-15323 Friction Welding for Additive Manufacturing or 3D Printing |
| 15184 | b-15325 Mechanical, Vibratory energy for Additive Manufacturing or 3D Printing |
| 15325 | d-16296 liquid or resin stirring / mechanical agitation |
| 15325 | d-16707 shoot peening system directed at build object |
| 15184 | b-15327 Acoustic Energy for Additive Manufacturing or 3D Printing |
| 15184 | b-15329 Chemical Reaction for Additive Manufacturing or 3D Printing |
| 15184 | b-16297 Electrochemical energy source for 3D printing or additive manufacturing |
| 15184 | b-15331 Cooling, Refrigeration, Cryogenic for Additive Manufacturing or 3D Printing |
| 15184 | b-15333 Multiple Different Energy Types Applied During the same Additive Manufacturing Process |
| 15333 | d-15334 Mulitple types of energy applied sequentially |
| 15333 | d-15335 Mulitple types of energy applied simultaneously |
| 15333 | b-15336 Identification of the multiple energy types that are applied during same process |
| 15336 | d-16660 multiple different frequencies / wavelengths of light applied to build material |
| 15156 | b-15340 Material Inputs to Build Area of Additive Manufacturing or 3D Printing Arrangement |
| 15340 | b-15341 Compositions of Material Supplied to or Present at the Additive Manufacturing Build Zone |
| 15341 | b-15342 Gas or Vapor Composition facets |
| 15342 | d-15343 Argon |
| 15342 | d-15344 Carbon Dioxide |
| 15342 | d-15345 Helium |
| 15342 | d-16704 Hydrogen |
| 15342 | d-16809 Krypton |
| 15342 | d-17282 Methane |
| 15342 | d-15346 Nitrogen |
| 15341 | b-15348 Polymer, Resin or Plastic composition facets |
| 15348 | b-16948 Thermoplastics |
| 16948 | b-16958 Commodity Plastics |
| 16958 | d-16964 Polyethylene (PE) |
| 16958 | d-16965 Polypropylene (PP) |
| 16958 | d-16966 Polystyrene (PS) |
| 16948 | b-16960 Engineering Plastics |
| 16960 | d-16967 Acrylonitrile Butadiene Styrene (ABS) |
| 16960 | d-16968 Polylactic Acid (PLA) |
| 16960 | d-16969 Polyethylene Terephthalate Glycol (PETG) |
| 16960 | d-16970 Polyamide (PA/Nylon) |
| 16960 | d-16971 Polycarbonate (PC) |
| 16948 | b-16962 High-Performance Plastics |
| 16962 | d-16972 Polyetheretherketone (PEEK) |
| 16962 | d-16973 Polyetherimide (ULTEM) |
| 16962 | d-16974 Polyaryletherketones (PAEK) |
| 15348 | b-16950 Thermosets |
| 16950 | d-16975 Epoxy Resins |
| 16950 | d-16976 Acrylic Resins |
| 16950 | b-16983 Photopolymers |
| 16983 | b-16985 photopolymer: monomers and oligomers |
| 16983 | b-16987 photopolymer:photoinitiators |
| 16983 | b-16989 photopolymer: Additives |
| 16983 | b-16991 photopolymer: targeted material characteristic or property |
| 15348 | b-16952 Elastomers |
| 15348 | b-16954 Composite Polymer Materials |
| 16954 | b-17455 Base Polymer Material for Composite Polymer |
| 17455 | d-17472 composite polymer base: silicone |
| 17455 | d-17457 composite polymer base: triphenylamine (TPA) |
| 16954 | b-17459 Additive Material for Composite Polymer |
| 17459 | d-16977 composite polymer additive: Carbon Fiber |
| 17459 | d-16978 composite polymer additive: Glass Fiber |
| 17459 | d-16979 composite polymer additive: Metal |
| 17459 | d-17130 composite polymer additive: Piezoelectric material |
| 17459 | d-17461 composite polymer additive: semiconductor material |
| 17459 | d-17463 composite polymer additive: graphene |
| 17459 | d-17462 composite polymer additive: Silver (Ag) |
| 17459 | d-17473 composite polymer additive: sodium carbonate |
| 15348 | b-16956 Specialty Polymers |
| 16956 | d-16980 Conductive Polymers |
| 16956 | d-16981 Biodegradable Polymers |
| 16956 | d-16982 Photopolymers (for SLA/DLP processes) |
| 16956 | d-17211 Shape-memory Polymers |
| 16956 | d-17353 Hydrogel Polymers |
| 15348 | d-15349 nylon |
| 15341 | b-15351 Ceramic or Pre-Ceramic Composition facets |
| 15341 | b-15353 Glass, vitreous material composition facets |
| 15341 | b-16418 Concrete, Cement or Mortar composition facets |
| 15341 | b-15355 Metal composition facets |
| 15355 | b-15356 Sole or Primary Metal |
| 15356 | d-15357 Aluminum |
| 15356 | d-16516 Beryllium is sole or main component of metal material |
| 15356 | d-16829 Bismuth |
| 15356 | d-16553 Chromium |
| 15356 | d-16616 Cobalt (Co) |
| 15356 | d-15358 Copper |
| 15356 | d-16300 Gold |
| 15356 | d-16657 Iridium |
| 15356 | d-15359 Iron |
| 15356 | d-16648 Magnesium (Mg) |
| 15356 | d-17122 Manganese (Mn) |
| 15356 | d-16551 Molybdenum |
| 15356 | d-15360 Nickel |
| 15356 | d-16609 Niobium |
| 15356 | d-16655 Palladium |
| 15356 | d-16654 Platinum |
| 15356 | d-16827 Rhenium (Re) |
| 15356 | d-16656 Ruthenium |
| 15356 | d-16653 Silver |
| 15356 | d-16546 Tantalum |
| 15356 | d-15361 Titanium |
| 15356 | d-16552 Tungsten |
| 15356 | d-16647 Zinc |
| 15356 | d-16649 Zirconium (Zr) |
| 15355 | b-15363 Secondary constituents of metallic alloy |
| 15363 | d-16617 Aluminum (Al) is a secondary alloy constituent |
| 15363 | d-17196 Antimony ( Sb ) is a secondary alloy constituent |
| 15363 | d-17166 Beryllium (Be) is a secondary alloy constituent |
| 15363 | d-16785 Bismuth (Bi) is a secondary alloy constituent |
| 15363 | d-16641 Boron (B) is a secondary alloy constituent |
| 15363 | d-16635 Carbon (C) is a secondary alloy constituent |
| 15363 | d-16681 Calcium ( Ca ) is a secondary alloy constituent |
| 15363 | d-16645 Cerium (Ce) is a secondary alloy constituent |
| 15363 | d-16630 Chromium (Cr) is a secondary alloy constituent |
| 15363 | d-16631 Cobalt (Co) is a secondary alloy constituent |
| 15363 | d-16634 Copper (Cu) is a secondary alloy constituent |
| 15363 | d-16643 Hafnium (Hf) is a secondary alloy constiturent |
| 15363 | d-16619 Iron (Fe) is a secondary alloy constituent |
| 15363 | d-16718 Lanthanide (La) is a secondary alloy constituent |
| 15363 | d-16675 Lithium ( Li ) is a secondary alloy constituent |
| 15363 | d-16622 Magnesium (Mg) is a secondary alloy constituent |
| 15363 | d-16621 Manganese (Mn) is a secondary alloy constituent |
| 15363 | d-16636 Molybdenum (Mo) is a secondary alloy constituent |
| 15363 | d-17193 Neodymium ( Nd ) is secondary alloy constituent |
| 15363 | d-16632 Nickel (Ni) is a secondary alloy constituent |
| 15363 | d-16638 Niobium (Nb) is a secondary alloy constituent |
| 15363 | d-16690 Nitrogen (N) is secondary alloy constituent |
| 15363 | d-16816 Oxygen (O) is secondary alloy constituent |
| 15363 | d-17476 Palladium (Pd) is secondary alloy constituent |
| 15363 | d-17475 Platinum (Pt) is secondary alloy constituent |
| 15363 | d-17192 Praseodymium ( Pr ) is secondary alloy compoent |
| 15363 | d-16646 Rhenium (Re) is a secondary alloy constituent |
| 15363 | d-16642 Scandium (Sc) is a secondary alloy constituent |
| 15363 | d-16618 Silicon (Si) is a secondary alloy constituent |
| 15363 | d-16658 Silver (Ag) is a secondary alloy constituent |
| 15363 | d-16650 Strontium (Sr) is a secondary alloy constituent |
| 15363 | d-16639 Tantalum (Ta) is a secondary alloy constituent |
| 15363 | d-16659 Tin (Sn) is a secondary alloy constituent |
| 15363 | d-16620 Titanium (Ti) is a secondary alloy constituent |
| 15363 | d-16640 Tungsten (W) is a secondary alloy constituent |
| 15363 | d-16637 Vanadium (V) is a secondary alloy constituent |
| 15363 | d-16674 Yttrium ( Y ) is a secondary alloy constituent |
| 15363 | d-16644 Zinc (Zn) is a secondary alloy constituent |
| 15363 | d-16629 Zirconium (Zr) is a secondary alloy constituent |
| 15355 | b-15365 Common Metal Alloys or Generic Metal Types |
| 15365 | d-15366 Nickel Molybdenum alloy steel |
| 15365 | d-16664 silicon steel |
| 15365 | d-16544 stainless steel |
| 15365 | d-15367 Bulk Metallic Glasses (BMG) or Bulk-Solidifying Amorphous Alloys |
| 15365 | d-16540 High Entropy Alloys (HEA) or Multi-Component Alloy |
| 15365 | d-16543 shape memory alloys |
| 15365 | d-16828 Refactory Alloy |
| 15365 | d-16908 rare earth metals |
| 15341 | b-17345 Various Other Build Material Composition Facets |
| 17345 | d-17428 build material composition: water ice |
| 17345 | d-17347 build material composition: sand |
| 15340 | b-15371 Bulk Properties or State of Matter of Material at or Supplied to the Build Zone |
| 15371 | b-15372 Gaseous Material Bulk Properties |
| 15372 | d-17028 particular isotope of gas is used |
| 15371 | b-15374 Liquid Material Bulk Properties |
| 15374 | d-17433 liquid bulk property: thixotropic |
| 15371 | b-15376 Viscous Material Bulk Properties |
| 15376 | d-17344 antimicrobial viscous build material |
| 15376 | d-17212 explicit recitation of high viscosity resin build material |
| 15371 | b-15378 Powdered Material Bulk Properties |
| 15378 | d-15379 Powder is in form of compressed slabs or cakes, self supporting |
| 15371 | b-15381 Solid Material Bulk Properties |
| 15371 | b-16803 Various Build Material Bulk Properties |
| 16803 | d-16805 build material: terrestrial or extraterrestrial dirt, soil, regolith |
| 15340 | b-15384 Geometrical Features of Material at or Supplied to the Build Zone |
| 15340 | b-15386 Mechanisms or Systems for material supply to the Additive Manufacturing Build Zone |
| 15386 | b-15387 Gas or Vaporous Material Supply System or Mechanisms |
| 15387 | b-15388 Gas storage, supply or input facets |
| 15387 | b-15390 Nature of the Gas Supply Subsystem, art recognized types |
| 15387 | b-15392 Nature of the Gas Supply Subsytem output |
| 15392 | b-15393 Identifiable Output Choreography or Features of Gas control with respect to time points/passage/epochs in the Additive Manufacturing process |
| 15393 | b-15394 Choreography / Features of Gas control at the beginning of the Additive Manufacturing process |
| 15393 | b-15396 Choreography / Features of Gas control during the Additive Manufacturing process proper |
| 15393 | b-15398 Choreography / Features of Gas control at the end of the Additive Manufacturing process |
| 15392 | b-15401 Gas System Control is synchronized or correlated with non-Additive-Manufacturing parameter |
| 15387 | b-15404 Gas System Open Loop and Human Interface Control Aspects |
| 15404 | b-15405 Gas System Human Interface Control Features |
| 15404 | b-15407 Function Generator (e.g., algorithm, circuit) Provides Gas System Open Loop Control Signal |
| 15387 | b-15410 Gas System Closed Loop Aspects |
| 15410 | b-15411 Feedback from Additive Manufacturing workpiece, workpiece parameters controls Gas System |
| 15410 | b-15413 Feedback from effector system controls Gas System |
| 15410 | b-15415 Feedback from inputs for Gas System control |
| 15410 | b-15417 Feedback from structural features for Gas System control |
| 15410 | b-15419 Feedback from ambient environment for Gas System control |
| 15410 | b-15421 Feedback from miscellaneous sources for Gas System control |
| 15387 | b-15424 Gas System Parameter Controlled by Open/Closed Loop signals |
| 15424 | b-15425 Gas System Output parameter that is controlled |
| 15424 | b-15427 Parameter internal to the Gas System that is controlled |
| 15424 | b-15429 Purpose of control of the Gas System |
| 15387 | b-15432 Structural, Housing Features for the Gas Supply Subsystem |
| 15387 | b-15434 Misc. Gas Supply system facets |
| 15387 | b-15436 Gas Supply system Multiplicities |
| 15387 | b-15438 Auxiliary Gas Supply system Hardware |
| 15387 | b-15440 Overall Purpose of the Gas Supply system |
| 15387 | b-15442 Art Recognized Specialized Gas Supply system Types |
| 15386 | b-15445 Liquid or Viscous Material Supply to Build Area of Additive Manufacturing or 3D Printing Arrangement |
| 15445 | b-15446 Liquid or Viscous Material storage, supply or input facets |
| 15445 | b-15448 Nature or type of the Liquid or Viscous Material system, as recognized in the art |
| 15448 | d-17266 Liquid or Viscous Material Container: material composition of the container |
| 15448 | b-17262 Liquid or Viscous Material Container: general type, various geometrical facets |
| 15448 | b-17264 Liquid or Viscous Material Container: container support facets |
| 17264 | d-17267 Stewart Platform type support for container |
| 15445 | b-15450 Nature of the Liquid or Viscous Material sytem output |
| 15450 | b-15451 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the Liquid or Viscous Material supply process |
| 15451 | b-15452 Choreography / Features at the beginning of the Liquid or Viscous Material supply process |
| 15451 | b-15454 Choreography / Features during the Liquid or Viscous Material supply process proper |
| 15451 | b-15456 Choreography / Features at the end of the Liquid or Viscous Material supply process |
| 15450 | b-15459 Output is synchronized or correlated with a parameter that is not a Liquid or Viscous Material supply parameter |
| 15445 | b-15462 Liquid or Viscous Material Supply Open Loop and Human Interface Control Aspects |
| 15462 | b-15463 Liquid or Viscous Material Supply Human Interface Features |
| 15462 | b-15465 Function Generator (e.g., algorithm, circuit) Provides Open Loop Control Signal for Liquid or Viscous Material Supply |
| 15445 | b-15468 Liquid or Viscous Material Supply Closed Loop Aspects |
| 15468 | b-15469 Feedback from workpiece, workpiece parameters controls Liquid or Viscous Material system |
| 15468 | b-15471 Feedback from effector system controls Liquid or Viscous Material system |
| 15468 | b-15473 Feedback from Liquid or Viscous Material system itself for control |
| 15468 | b-15475 Feedback from Liquid or Viscous Material system structure for control |
| 15468 | b-15477 Feedback from ambient environment controls Liquid or Viscous Material system |
| 15468 | b-15479 Feedback from miscellaneous sources controls Liquid or Viscous Material system |
| 15445 | b-15482 Liquid or Viscous Material Supply Parameter Controlled by Open/Closed Loop signals |
| 15482 | b-15483 Liquid or Viscous Material Supply Output parameter that is controlled |
| 15482 | b-15485 Parameter internal to the Liquid or Viscous Material Supply system that is controlled |
| 15482 | b-15487 Purpose of control of the Liquid or Viscous Material Supply system |
| 15445 | b-15490 Structural, Housing Features for the Overall Liquid or Viscous Material Supply system |
| 15445 | b-15492 Various Other. Liquid or Viscous Material Supply system facets |
| 15445 | b-15494 Liquid or Viscous Material Supply system Multiplicities |
| 15445 | b-15496 Auxiliary Liquid or Viscous Material Supply system Hardware |
| 15445 | b-15498 Overall Purpose of the Liquid or Viscous Material Supply system |
| 15445 | b-15500 Art Recognized Specialized Liquid or Viscous Material Supply system Types |
| 15386 | b-15503 Powdered Material Supply to Build Area of Additive Manufacturing or 3D Printing Arrangement |
| 15503 | b-15504 Powdered Material storage, supply or input facets |
| 15503 | b-15506 Nature of the Powdered Material System, art recognized types |
| 15506 | b-17383 Powdered Material System component: Recoater |
| 15506 | b-17414 Powder Bed Types or Features |
| 17414 | d-17416 PB type: gas fluidized powder bed |
| 15503 | b-15508 Nature of the Powdered Material Supply system output |
| 15508 | b-15509 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the Powdered Material Supply process |
| 15509 | b-15510 Choreography / Features at the beginning of the Powdered Material Supply process |
| 15509 | b-15512 Choreography / Features during the Powdered Material Supply process proper |
| 15509 | b-15514 Choreography / Features at the end of the Powdered Material Supply process |
| 15508 | b-15517 Powdered Material Supply Systme Output is synchronized or correlated with parameters outside this system |
| 15503 | b-15520 Open Loop and Human Interface Control Aspects of the Powdered Material Supply |
| 15520 | b-15521 Powdered Material Supply system Human Interface Features |
| 15520 | b-15523 Function Generator (e.g., algorithm, circuit) Provides Open Loop Control Signal for Powdered Material Supply |
| 15503 | b-15526 Powdered Material Supply Closed Loop Aspects |
| 15526 | b-15527 Feedback from workpiece, workpiece parameters controls Powdered Material Supply system |
| 15526 | b-15529 Feedback from effector system controls Powdered Material Supply system |
| 15526 | b-15531 Feedback from Inputs to Powdered Material Supply System controls Powdered Material Supply |
| 15526 | b-15533 Feedback from structure of Powdered Material Supply System controls this system |
| 15533 | d-17465 feedback from recoater |
| 15526 | b-15535 Feedback from ambient environment controls Powdered Material Supply system |
| 15526 | b-15537 Feedback from miscellaneous sources controls Powdered Material Supply system |
| 15503 | b-15540 Powdered Material Supply System Parameter Controlled by Open/Closed Loop signals |
| 15540 | b-15541 Output parameter of Powdered Material Supply System that is controlled |
| 15540 | b-15543 Parameter internal to the Powdered Material Supply System that is controlled |
| 15540 | b-15545 Purpose of control of the Powdered Material Supply System |
| 15503 | b-15548 Structural, Housing Features for the Powdered Material Supply System |
| 15503 | b-15550 Misc. Powdered Material Supply System facets |
| 15503 | b-15552 Powdered Material Supply System Multiplicities |
| 15503 | b-15554 Auxiliary Powdered Material Supply System Hardware |
| 15503 | b-15556 Overall Purpose of the Powdered Material Supply System |
| 15503 | b-15558 Art Recognized or Specialized Powdered Material Supply System Types |
| 15386 | b-15561 Solid Wire or Filament Material Supply to Build Area of Additive Manufacturing or 3D Printing Arrangement |
| 15561 | b-15562 Wire or Filament Storage or Supply facets |
| 15561 | b-15564 Nature of the Wire or Filament Supply System, art recognized types |
| 15561 | b-15566 Nature of the Wirefeed |
| 15566 | b-15567 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the Wire or Filament Supply process |
| 15567 | b-15568 Choreography / Features at the beginning of the Wire or Filament Supply process |
| 15567 | b-15570 Choreography / Features during the Wire or Filament Supply process proper |
| 15567 | b-15572 Choreography / Features at the end of the Wire or Filament Supply process |
| 15566 | b-15575 Wire or Filament Supply System Output is synchronized or correlated with parameters outside this system |
| 15561 | b-15578 Open Loop and Human Interface Control Aspects of Wire or Filament Supply |
| 15578 | b-15579 Human Interface Features of Wire or Filament Supply |
| 15578 | b-15581 Function Generator (e.g., algorithm, circuit) Provides Open Loop Control Signal for Wire or Filament Supply |
| 15561 | b-15584 Closed Loop Aspects of Wire or Filament Supply |
| 15584 | b-15585 Feedback from workpiece, workpiece parameters controls Wire or Filament Supply |
| 15584 | b-15587 Feedback from effector system controls Wire or Filament Supply |
| 15584 | b-15589 Feedback from Wire or Filament Supply system inputs controls Wire or Filament Supply |
| 15584 | b-15591 Feedback from structure of Wire or Filament Supply System for control signal |
| 15584 | b-15593 Feedback from ambient environment controls Wire or Filament Supply |
| 15584 | b-15595 Feedback from miscellaneous sources controls Wire or Filament Supply |
| 15561 | b-15598 Wire or Filament Supply Parameter Controlled by Open/Closed Loop signals |
| 15598 | b-15599 Wire or Filament Supply Output parameter that is controlled |
| 15598 | b-15601 Parameter internal to the Wire or Filament Supply system that is controlled |
| 15598 | b-15603 Purpose of control of Wire or Filament Supply |
| 15561 | b-15606 Structural, Housing Features for the Wire or Filament Supply system |
| 15561 | b-15608 Misc. Wire or Filament Supply System facets |
| 15561 | b-15610 Wire or Filament Supply System Multiplicities |
| 15561 | b-15612 Auxiliary Wire or Filament Supply System Hardware |
| 15561 | b-15614 Overall Purpose of the Wire or Filament Supply System |
| 15561 | b-15616 Art Recognized or Specialized Wire or Filament Supply System Types |
| 15386 | b-15619 Extended Solid Material Solid Slabs or Sheets for Material Supply to Build Area of Additive Manufacturing or 3D Printing Arrangement |
| 15619 | b-15620 Solid Slabs or Sheets -- Structural or Geometrical Aspects, Facets |
| 15619 | b-15622 Solid Slab, Sheet Storage or Supply facets |
| 15619 | b-15624 Nature of the Solid Slab, Sheet Supply System, art recognized types |
| 15619 | b-15626 Nature of the Output of the Solid Slab, Sheet Supply System |
| 15626 | b-15627 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the Solid Slab, Sheet Supply process |
| 15627 | b-15628 Choreography / Features at the beginning of the Solid Slab, Sheet Supply process |
| 15627 | b-15630 Choreography / Features during the Solid Slab, Sheet Supply process proper |
| 15627 | b-15632 Choreography / Features at the end of the Solid Slab, Sheet Supply process |
| 15626 | b-15635 Solid Slab, Sheet Supply Output is synchronized or correlated with outside parameters |
| 15619 | b-15638 Open Loop and Human Interface Control Aspects of Solid Slab, Sheet Supply |
| 15638 | b-15639 Solid Slab, Sheet Supply system Human Interface Features |
| 15638 | b-15641 Function Generator (e.g., algorithm, circuit) Provides Open Loop Control Signal for Solid Slab, Sheet Supply |
| 15619 | b-15644 Solid Slab, Sheet Supply Closed Loop Aspects |
| 15644 | b-15645 Feedback from workpiece, workpiece parameters controls Solid Slab, Sheet Supply |
| 15644 | b-15647 Feedback from effector system controls Solid Slab, Sheet Supply |
| 15644 | b-15649 Feedback from inputs of Solid Slab, Sheet Supply System controls Solid Slab, Sheet Supply |
| 15644 | b-15651 Feedback from structure of Solid Slab, Sheet Supply system controls Solid Slab, Sheet Supply |
| 15644 | b-15653 Feedback from ambient environment controls Solid Slab, Sheet Supply |
| 15644 | b-15655 Feedback from miscellaneous sources controls Solid Slab, Sheet Supply |
| 15619 | b-15658 Solid Slab, Sheet Supply Parameter Controlled by Open/Closed Loop signals |
| 15658 | b-15659 Output parameter of Solid Slab, Sheet Supply that is controlled |
| 15658 | b-15661 Parameter internal to the Solid Slab, Sheet Supply system that is controlled |
| 15658 | b-15663 Purpose of control of the Solid Slab, Sheet Supply system |
| 15619 | b-15666 Structural, Housing Features for the Solid Slab, Sheet Supply system |
| 15619 | b-15668 Misc. Solid Slab, Sheet Supply system facets |
| 15619 | b-15670 Solid Slab, Sheet Supply system Multiplicities |
| 15619 | b-15672 Auxiliary Solid Slab, Sheet Supply system Hardware |
| 15619 | b-15674 Overall Purpose of the Solid Slab, Sheet Supply system |
| 15619 | b-15676 Art Recognized Specialized Solid Slab, Sheet Supply system Types |
| 15156 | b-15681 Orientation, support, movement of additive manufacturing or 3D Printing effector |
| 15681 | b-15682 Type / Nature of the Effector Orientation, Movement, or Support Subsystem, art recognized types |
| 15682 | d-16584 aerial drone moves or positions 3d printing effector |
| 15682 | d-15683 Robot moves effector of Additive manufacturing or 3D Printing system |
| 15682 | d-16997 hand-held effector or human powered arrangement for moving, positioning effector |
| 15681 | b-15685 Nature of the Effector Orientation, Movement, or Support |
| 15685 | b-15686 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the subsystem process |
| 15686 | b-15687 Choreography / Features at the beginning of the process |
| 15686 | b-15689 Choreography / Features during the process proper |
| 15686 | b-15691 Choreography / Features at the end of the process |
| 15685 | b-15694 Effector Orientation, Movement, or Support is synchronized or correlated with outside parameter |
| 15681 | b-15697 Effector Orientation, Movement, or Support Open Loop and Human Interface Control Aspects |
| 15697 | b-15698 Human Interface Features for Effector Orientation, Movement, or Support System |
| 15697 | b-15700 Function Generator (e.g., algorithm circuit) Provides Open Loop Control Signal for Effector Orientation, Movement, or Support System |
| 15681 | b-15703 Effector Orientation, Movement, or Support System Closed Loop Aspects |
| 15703 | b-15704 Feedback from workpiece, workpiece parameters controls Effector Orientation, Movement, or Support System |
| 15703 | b-15706 Feedback from effector system controls Effector Orientation, Movement, or Support System |
| 15703 | b-15708 Feedback from system inputs controls Effector Orientation, Movement, or Support System |
| 15703 | b-15710 Feedback from Effector Orientation, Movement, or Support System structure provides control signal |
| 15703 | b-15712 Feedback from ambient environment controls Effector Orientation, Movement, or Support System |
| 15703 | b-15714 Feedback from miscellaneous sources controls Effector Orientation, Movement, or Support System |
| 15681 | b-15717 Parameter Controlled by Open/Closed Loop signals |
| 15717 | b-15718 Output parameter of Effector Orientation, Movement, or Support System that is controlled |
| 15717 | b-15720 Parameter internal to the Effector Orientation, Movement, or Support System that is controlled |
| 15717 | b-15722 Purpose of control of Effector Orientation, Movement, or Support System |
| 15681 | b-15725 Structural, Housing Features for the Effector Orientation, Movement, or Support System |
| 15681 | b-15727 Misc. Effector Orientation, Movement, or Support System facets |
| 15681 | b-15729 Effector Orientation, Movement, or Support System Multiplicities |
| 15681 | b-15731 Auxiliary Hardware for Effector Orientation, Movement, or Support System |
| 15681 | b-15733 Overall Purpose of the Effector Orientation, Movement, or Support System |
| 15681 | b-15735 Art Recognized Specialized Types of Effector Orientation, Movement, or Support Systems |
| 15156 | b-15738 Effector System most proximate to build zone |
| 15738 | b-16420 Energy Beam Effector |
| 15738 | b-16422 Areal Structured Light Effector |
| 15738 | b-16424 Holographic or Volumetric Energy Field for build effector |
| 15738 | b-16426 Electrical Arc Effector |
| 16426 | d-16888 torch with consumable wire arc electrode and shielding gas externally supplied (e.g., MIG, MAG, SIGMA, or GMAW) |
| 15738 | b-16428 Drop-by-Drop Effector |
| 15738 | b-16430 Extrusion Effector |
| 16430 | b-16833 Types of Material Feed of Build Material into extruder |
| 16833 | d-16845 material type fed into extruder: filament or wire |
| 16833 | d-16846 material type fed into extruder: rods |
| 16833 | d-16847 material type fed into extruder: pellets |
| 16833 | d-16848 material type fed into extruder: powder |
| 16833 | d-16849 material type fed into extruder: viscous or liquid material |
| 16833 | d-16850 material type fed into extruder: gas |
| 16430 | b-16835 Impeller Type to drive material through extruder |
| 16835 | d-16851 screw or auger type impeller for extruder |
| 16835 | d-16852 piston type impeller for extruder |
| 16835 | d-16853 pump type impeller for extruder |
| 16835 | d-16854 pneumatic pressure type impeller for extruder |
| 16430 | b-16837 Energy Provider for extruder Liquifier |
| 16837 | d-17480 extruder liquefier energy source: electrical resistance heater |
| 16837 | d-16855 extruder liquefier energy source: induction coil |
| 16837 | b-16856 Cooling Arrangements |
| 16430 | b-16839 Extruder Nozzle facets |
| 16430 | b-16841 Extruder Effector Mulitplcities |
| 16430 | b-16843 Auxiliary Structural Facets, Features associated with extruder effector |
| 16843 | b-16872 Sensor is structurally associated with extruder |
| 16872 | d-17481 extruder sensor: thermal sensor |
| 16843 | b-16858 Energy Applicator(s) or Force Applicator(s) structurally associated with Extruder Output |
| 16858 | d-16860 compression roller applies force to extrudate to compress it |
| 15156 | b-15742 Orientation, Support, Movement of the Additive Manufacturing or 3D Printing Build Object |
| 15742 | b-15743 Nature of the Build Object Orientation, Support, Movement System, art recognized types |
| 15743 | d-16909 build object support: rotating cylindrical drum |
| 15743 | d-17269 build object support: Stewart platform |
| 15742 | b-15745 Nature of the Build Object Orientation, Support, Movement System output |
| 15745 | b-15746 Identifiable Output Choreography or Features with respect to time points/passage/epochs in the Additive Manufacturing or 3D Printing process |
| 15746 | b-15747 Choreography / Features of the Orientation, Support, Movement System at the beginning of the Additive Manufacturing or 3D Printing process |
| 15746 | b-15749 Choreography / Features of the Orientation, Support, Movement System during the Additive Manufacturing or 3D Printing process proper |
| 15749 | b-16361 Workpiece Moves During the Build Phase |
| 16361 | b-16363 Workpiece rotates about an axis during the build phase |
| 16363 | d-16365 workpiece rotates about a horizontal axis during build phase |
| 16363 | d-16366 workpiece rotates about a vertical axis during build phase |
| 16363 | d-16367 workpiece rotates about an inclined axis during build phase |
| 15746 | b-15751 Choreography / Features of the Orientation, Support, Movement System at the end of the Additive Manufacturing or 3D Printing process |
| 15745 | b-15754 Output of of the Orientation, Support, Movement System is synchronized or correlated with parameter from outside this system |
| 15742 | b-15757 Open Loop and Human Interface Control Aspects of the Orientation, Support, Movement System |
| 15757 | b-15758 Human Interface Features of the Orientation, Support, Movement System |
| 15757 | b-15760 Function Generator (e.g., algorithm, circuit) Provides Open Loop Control Signal for the Orientation, Support, Movement System |
| 15742 | b-15763 Closed Loop Aspects of the Orientation, Support, Movement System |
| 15763 | b-15764 Feedback from workpiece, workpiece parameters controls the Orientation, Support, Movement System |
| 15763 | b-15766 Feedback from effector system controls the Orientation, Support, Movement System |
| 15763 | b-15768 Feedback from subsystem inputs controls the Orientation, Support, Movement System |
| 15763 | b-15770 Feedback from subsystem structure controls the Orientation, Support, Movement System |
| 15763 | b-15772 Feedback from ambient environment controls the Orientation, Support, Movement System |
| 15763 | b-15774 Feedback from miscellaneous sources controls the Orientation, Support, Movement System |
| 15742 | b-15777 Orientation, Support, Movement System Parameter Controlled by Open/Closed Loop signals |
| 15777 | b-15778 Output parameter of the Orientation, Support, Movement System that is controlled |
| 15777 | b-15780 Parameter internal to the Orientation, Support, Movement System that is controlled |
| 15777 | b-15782 Purpose of control of the Orientation, Support, Movement System |
| 15742 | b-15785 Structural, Housing Features for the Orientation, Support, Movement System |
| 15742 | b-15787 Misc. Orientation, Support, Movement System facets |
| 15742 | b-15789 Orientation, Support, Movement System Multiplicities |
| 15742 | b-15791 Auxiliary Orientation, Support, Movement System Hardware |
| 15742 | b-15793 Overall Purpose of the Orientation, Support, Movement System |
| 15742 | b-15795 Art Recognized or Specialized Orientation, Support, Movement System Types |
| 15156 | b-15798 Build Object Produced by Additive Manufacturing or 3D Printing |
| 15798 | b-15799 Build Object: Composition Aspects |
| 15799 | d-17429 build object composition: water ice |
| 15798 | b-15801 Build Object: Bulk facets, aspects |
| 15801 | d-17205 targeted build object bulk property -- single crystal metal |
| 15801 | d-16576 targeted build object bulk property -- flame resistant or fire proof |
| 15801 | d-17190 targeted build object bulk property -- porosity |
| 15801 | d-17189 targeted build object bulk property -- surface roughness |
| 15801 | b-17209 Bulk aspects -- Mechanical Properties |
| 17209 | d-16574 build object has auxetic or negative Poisson's ratio structure |
| 17209 | d-16577 build object has zero or very small Poisson's ratio |
| 17209 | d-17191 targeted build object bulk property -- shear strength |
| 17209 | d-17206 targeted build object bulk property -- modulus of elasticity |
| 15801 | b-17207 Bulk Aspects -- Optical Properties |
| 17207 | d-16291 targeted build object bulk property -- visible color features |
| 17207 | d-17201 targeted build object bulk property -- optical reflectivity |
| 17207 | d-17203 targeted build object bulk property -- optical transparency |
| 15801 | b-16287 Bulk property -- Embedded information, image, unique ID properties incorporated into manufactured object |
| 16287 | b-16665 Type of Embedded Information |
| 16665 | d-16669 embedded information type: ornamental design |
| 16665 | d-16670 embedded information type: images, pictures |
| 16665 | d-16676 embedded information type: text |
| 16665 | d-16677 embedded information type: barcode or QR code |
| 16665 | d-17292 embedded information type: radio frequency ID (RFID) tag |
| 16665 | d-17293 embedded information type: magnetic marking agent |
| 16287 | b-16667 Purpose of Embedded Information |
| 16667 | d-17294 embedded information purpose: unique identification of build object |
| 16667 | d-16673 embedded information purpose: decoration of build object |
| 16667 | d-16671 embedded information purpose: tampering indication |
| 16667 | d-16672 embedded information purpose: provide anti-counterfeiting features |
| 16667 | d-16678 embedded information purpose: enhanced readability of encoding |
| 16667 | d-17295 embedded information purpose: convey arbitrary data or information concerning the build object |
| 15801 | b-16289 Bulk Property -- Gradient or Transitional Material Property explicitly built into manufactured object |
| 16289 | d-16292 workpiece bulk property -- material composition gradient or transition |
| 16289 | d-16489 workpiece bulk property -- porosity gradient or transition |
| 15798 | b-15803 Build Object: General Geometrical Features of Build Object |
| 15803 | d-16358 support structure for main build object printed along with this object |
| 15803 | d-15804 build object has a fractal strucure |
| 15803 | d-16573 build object is a sheet that spirals about a longitudinal axis |
| 15803 | d-16575 build object has a helical surface about a longitudinal axis |
| 15803 | d-17387 build object layers have a corrugated or undulating aspect |
| 15803 | d-16819 build object has tubular, pipe like, or hollow cylindrical shape |
| 15803 | d-17386 build object has spherical shape |
| 15803 | d-15805 build objects explicitly designed to be joined together after manufacture |
| 15803 | d-17198 build object design includes a hollow cavity |
| 15803 | d-17388 build object is a wireframe representation of 3D digital representation |
| 15803 | b-16513 Size Aspects of Build Object |
| 16513 | d-16515 nanoscale object is additively manufactured |
| 16513 | d-16600 explicit disclosure of Large or Large Format build piece, workpiece |
| 15803 | b-16570 Lattice Structure or Repeating Unit Cell Aspects of Build Object |
| 16570 | b-17246 Lattice type: Strut-based or Beam-based |
| 16570 | d-17240 Lattice type: Triply Periodic Minimal Surface ( TPMS ) |
| 16570 | b-17248 Lattice type: Planar ( or 2.5 dimension ) lattices |
| 16570 | b-17250 Lattice type: Stochastic or Voronoi lattices |
| 15798 | b-15807 Build Object: Particular Product |
| 15807 | b-15808 Medical, biological type objects created |
| 15808 | b-15809 Food Related |
| 15808 | b-16683 Animal Husbandry build objects |
| 15808 | b-15813 Dental |
| 15808 | b-16301 Prosthetic |
| 15808 | b-15811 Orthopedic |
| 15811 | d-16306 surgical screws |
| 15811 | d-16307 bone implants |
| 15811 | d-17478 build object: surgical guide tool |
| 15808 | b-16303 Various Medical or Biological Objects |
| 16303 | d-16305 pharmaceutical objects |
| 16303 | d-16346 biological cell scaffolds; tissue; organs |
| 16303 | d-16610 endovascular stents |
| 16303 | d-16713 airway stents |
| 15807 | b-15816 Magnetic, Electrical, Electronics related or type object(s) created |
| 15816 | b-16320 Circuit Element that is 3D printed |
| 16320 | d-16327 coil or inductor is 3D printed |
| 16320 | d-16328 capacitor is 3D printed object |
| 16320 | d-16329 resistor is 3D printed object |
| 16320 | d-16330 electrically conductive pathway is 3D printed |
| 16320 | d-17454 semiconducting object is 3D printed |
| 16320 | d-16326 superconducting object is 3D printed |
| 15816 | b-16331 Power, Current, or Voltage generating objects are 3D printed |
| 16331 | d-16333 battery or battery components for 3D printed workpiece |
| 16331 | d-16334 fuel cell component is 3D printed |
| 16331 | d-16335 microbial fuel cell (MFC) is 3D printed |
| 16331 | d-16336 solar cell components for 3D printed object |
| 16331 | d-16337 thermoelectric generator is 3D printed object |
| 16331 | d-16338 piezoelectric device is 3D printed |
| 15816 | b-16517 Radio Frequency, Microwave, Electromagnetic Propagation Workpieces / Objects Created |
| 16517 | d-16339 RF absorbent materials, objects are 3D printed |
| 16517 | d-16579 RF susceptor is the 3D printed object |
| 16517 | d-16340 Radio Frequency Lenses are 3D printed |
| 16517 | d-16525 RF or microwave resonant cavity |
| 16517 | d-15817 Antenna related objects |
| 16517 | d-15818 Waveguides |
| 16517 | d-16324 Transmission line is 3D printed workpiece |
| 16517 | d-16325 RF cable connector(s) for 3D printed workpiece |
| 15816 | b-15819 Magnetic items |
| 15819 | d-16315 permanent magnet structure is produced by additive manufacturing |
| 15816 | b-16312 Electric Motor or Electric Generator part is the 3D printed object |
| 16312 | d-16700 build object: electromagnetic railgun component |
| 15816 | b-16322 Particular Circuit or Electrical Component is 3D printed |
| 16322 | d-16491 build object: electrical heater |
| 16322 | d-17458 build object: complete electronic circuit including passive and/or active circuit elements |
| 16322 | d-16341 build object: filter circuit |
| 16322 | d-16533 build object: spark plug component |
| 16322 | d-16534 build object: lighting fixture component, luminaire component |
| 16322 | d-16535 build object: electrical connector components |
| 15816 | b-16316 Cooling Arrangement for electronics, electrical, magnetic objects |
| 15816 | b-16318 Cabinets, Housings, Support Structures for Electrical, Electronic, Magnetic Objects |
| 16318 | d-16694 build object: printed circuit board (PCB) or related objects |
| 16318 | d-16613 build object: conduit for electrical cable |
| 15816 | d-16612 Various other magnetic, electrical, electronic build objects |
| 15807 | b-15822 Build object: Optical Component and / or related features |
| 15822 | b-17354 optical componentry: Lenses |
| 15822 | b-17356 optical componentry: Mirrors |
| 15822 | d-17390 optical componentry: Fiber Optic or Optical Waveguide objects |
| 15807 | b-15824 Sensors |
| 15824 | d-16492 strain gauge is the 3D printed object |
| 15824 | d-16493 load cell is the 3D printed object |
| 15824 | d-16503 pressure sensor is the 3D printed object |
| 15824 | d-16470 temperature sensor is the 3D printed object |
| 15824 | d-16500 humidity sensor is the 3D printed object |
| 15824 | d-16501 gas sensor is the 3D printed object |
| 15824 | d-16502 fluid flow sensor is 3D printed object |
| 15824 | d-16581 wear indicator is ( part of ) 3D printed object |
| 15824 | d-16582 weighing sensor component for 3D printed object |
| 15807 | b-15826 Clothing type or related object(s) created |
| 15826 | b-16351 Shoes, Footwear, or related objects additively manufactured object |
| 15807 | b-15828 Cosmetic Related Objects, Shaving, etc. |
| 15807 | b-15830 Jewlery, Other Decorative Items Worn by humans |
| 15807 | b-16519 Functional Items to be Worn by Humans |
| 16519 | d-16353 Eyeglasses, eyeglass frames for 3D-printed object |
| 16519 | d-17422 build object: haptic feedback device |
| 15807 | b-15832 Sports Objects |
| 15832 | b-16354 Golf related objects 3D-printed |
| 16354 | d-16359 golf ball is 3D printed |
| 16354 | d-16360 golf club ( parts ) 3D printed |
| 15832 | b-16356 Protective Sports Gear |
| 15832 | b-16688 Bicycling objects are 3D printed |
| 15807 | b-16685 Various Household items for build object |
| 15807 | b-15834 Architectural type or related object(s) created |
| 15834 | d-17195 architectural build object: masonry block or brick |
| 15807 | b-15836 Infrastructure, Civil Engineering type or related object(s) created |
| 15807 | b-15838 Musical, Acoustic oriented objects |
| 15807 | b-15840 Models, Educational Objects, Maps, Toys |
| 15840 | d-17199 build object is explicitly intended as a test specimen |
| 15807 | b-15842 Firearm related, Military |
| 15842 | d-17088 build object: firearm ( pistol, rifle ) component(s) |
| 15842 | d-15843 silencer or muffler for a gun |
| 15842 | d-17089 build object: kinetic energy armor |
| 15842 | d-16885 build object: directed energy weapon |
| 15842 | d-17090 build object: radiation, directed energy armor, absorption |
| 15842 | d-17091 build object: warhead, bomb |
| 15842 | d-17254 build object: shaped explosive or combustible object |
| 15807 | b-15845 Manufacturing Items, , General Hardware and Tools, Industrial Objects, Heavy Duty Equipment |
| 15845 | d-17289 particular build object: test artifact |
| 15845 | d-16490 mold is the 3D printed object |
| 15845 | d-16494 polishing pad is produced by 3D printing |
| 15845 | d-16714 bellows type object produced by 3D printing |
| 15845 | d-16871 build object: spring or spring component |
| 15845 | d-17149 build object: Electric Discharge Machining ( EDM ) electrode |
| 15845 | b-15846 Fluid Flow Items or Plumbing Related |
| 15845 | b-15848 Filters |
| 15845 | b-15850 Augers |
| 15845 | b-15852 Gears |
| 15845 | b-16869 Build Object: Drill components, Cutting Edge components |
| 15845 | b-15854 Earth Drilling, Well Bore Objects |
| 15845 | b-15856 Welding Torch, Welding Electrodes, Welding Equipment |
| 15856 | d-17197 Welding related build object: exothermic welding container |
| 15845 | b-16867 Build Object: Robot component |
| 15807 | b-15859 Heat Exchanger for the created object |
| 15859 | d-16698 build object: heat pipe, heat pipe components |
| 15807 | b-15861 Chemical or ElectroChemical Reaction Apparatus |
| 15861 | d-17471 build object: gas absorption or purification structure |
| 15861 | d-17474 build object: catalyzing reactor structure |
| 15861 | d-17477 build object: chromatographic structure |
| 15807 | b-15863 Nuclear Engineering Objects |
| 15807 | b-15865 Internal Combustion Engine Parts |
| 15865 | d-17430 internal combustion engine part: gasket |
| 15865 | d-16531 internal combustion engine part: piston component |
| 15865 | d-17482 internal combustion engine part: cylinder component facets |
| 15807 | b-15867 Impellers, Turbine parts, Turbomachine parts, Jet Engine parts |
| 15867 | d-16568 impeller is 3D-printed object |
| 15867 | d-16569 turbine blade is 3D-printed object |
| 15807 | b-15869 Aerospace Workpieces |
| 15869 | b-16368 Aircraft objects |
| 16368 | d-16372 drone or unmanned arial vehicle parts 3D printed |
| 16368 | d-16373 lighter-than-air vehicle parts are 3D printed |
| 16368 | b-16374 Various airplane parts 3D printed |
| 15869 | b-16370 Spacecraft, rocketry objects |
| 16370 | d-16495 solid rocket fuel and / or associated engine |
| 16370 | d-16496 nuclear fuel rocket engine and associated structures |
| 16370 | d-16497 liquid fuel rocket engine components |
| 16370 | d-16498 propellant tanks for liquid rocket fuel |
| 16370 | d-16499 satellite or spacecraft structures |
| 15807 | b-16614 Water Craft |
| 15807 | b-15871 Automobile Parts |
| 15807 | b-15873 Connectors and Fasteners |
| 15807 | b-15875 Packaging or Support Structures for Products |
| 15807 | b-16565 Containers |
| 16565 | d-16567 hydrogen storage containers |
| 16565 | d-17027 container holds loose build powder |
| 15807 | b-16715 Foam objects |
| 15807 | b-16605 Various nano-scale and micro-scale objects |
| 16605 | d-16607 build object: microneedles |
| 16605 | d-16608 build object: micro-fluidic device |
| 15798 | b-15878 Build Object: Multiplicities |
| 15878 | d-16417 Nested structure where at least one workpiece is inside another |
| 15156 | b-15740 Build Chamber Features, Aspects |
| 15156 | b-15881 Process Feedback or Monitoring Hardware Details |
| 15881 | b-15882 Optical Sensors |
| 15882 | b-15883 Optical System Components |
| 15883 | b-15884 Light Source Components |
| 15884 | d-17284 light source: laser illumination for interferometry |
| 15884 | d-17285 light source: laser pulse as "hammer beam" to launch acoutical / mechanical vibrations in targe |
| 15884 | d-17218 light source: diffuse light source, not further specified |
| 15884 | d-17232 light source: ultraviolet( UV ) light for illumination purposes |
| 15884 | d-16554 strobe light use in process feedback / monitoring system |
| 15883 | b-15886 Passive Optical Components (light in, light out) |
| 15886 | d-16555 window through which the additive manufacturing process can be viewed |
| 15883 | b-15888 Optical Sensor Components |
| 15888 | d-16589 sensor: video camera for optical imaging |
| 15888 | d-17291 sensor: stereoscopic camera for optical imaging |
| 15888 | d-17427 sensor: laser beam triangulation unit |
| 15888 | d-16590 sensor: optical microscope |
| 15888 | d-17279 sensor: laser based interferometer |
| 15888 | d-17290 sensor: spectrometer |
| 15888 | d-17467 sensor: photodiode |
| 15883 | b-15890 Auxiliary Hardware for Optical Componentry |
| 15890 | d-16726 active cooling of optical system |
| 15890 | b-16556 arrangement to clean or keep clean optical monitoring apparatus |
| 15883 | b-15892 Optical System Multiplicites |
| 15882 | b-15895 Relationship of Optical System to Workpiece, Manufacturing System |
| 15895 | d-17281 relation: optical system is attached to effector |
| 15882 | b-15897 Optical System Operation Synchronized with other System Parameters |
| 15881 | b-15900 Electrical, Magnetic, Radio Frequency Sensors |
| 15900 | d-17136 sensor: electrical voltage detector |
| 15900 | d-17137 sensor: electrical current detector |
| 15900 | d-17135 sensor: electrical resistance detector |
| 15900 | d-17138 sensor: electrical impedance detector |
| 15900 | d-16808 sensor: electrical capacitance detector |
| 15900 | d-16807 sensor: eddy current probe |
| 15900 | d-17342 sensor: Hall-effect device senses a magnetic field |
| 15900 | d-17229 sensor: Linear Variable Differential Transformer ( LVDT ) |
| 15900 | d-16813 sensor: electrical parameter (current, voltage) of an electric motor is sensed |
| 15900 | d-17339 sensor: detector for a short circuit or closed circuit between a probe and object of interest |
| 15900 | d-17133 sensor: microwave based detection |
| 15900 | d-17139 sensor: terahertz based dectector |
| 15900 | d-17134 sensor: oscillating piezoelectric crystal |
| 15881 | b-15902 Acoustical Sensors |
| 15902 | d-17286 acoustical source: laser pulse as "hammer beam" |
| 15902 | d-16593 sensor: unspecified microphone or acoustic emission sensor |
| 15881 | b-15904 Pneumatic, Hydraulic Sensors |
| 15904 | d-16811 sensor: gas flow |
| 15904 | d-17435 sensor: gas pressure |
| 15881 | b-15906 Thermal Sensors |
| 15906 | d-17468 sensor: pyrometer |
| 15881 | b-15908 Mechanical Sensors |
| 15908 | d-17340 sensor: mechanical contact between probe and object of interest |
| 15908 | d-16587 sensor: indentation probe |
| 15908 | d-16591 sensor: accelerometer |
| 15908 | d-16601 sensor: strain gauge |
| 15908 | d-16814 sensor: unspecified force sensor or load cell |
| 15881 | b-15910 Various Other Sensors |
| 15910 | d-16810 gas sensor |
| 15910 | d-16347 sensor: x-ray |
| 15910 | d-16911 sensor: nuclear magnetic resonance imager ( NMR imaging ) |
| 15910 | d-16563 GPS sensor present |
| 15881 | b-15912 Processing of Sensor Signal(s) to arrive at Output Signal(s) |
| 15912 | b-15913 Hardware for transforming input signal to output signal |
| 15913 | d-16725 battery powered sensing or feedback system |
| 15913 | d-16724 wireless transmission of sensor signal |
| 15912 | b-15915 Signal processing type operation performed on input signal to produce output signal |
| 15915 | d-17140 signal processing: frequency domain, frequency determination |
| 15915 | d-17275 signal processing: correlation function is used |
| 15912 | b-15917 Algorithmic Processing of input signals |
| 15917 | d-16717 sensor signals are encrypted and / or de-encrypted |
| 15912 | b-15919 Statistical operation performed on input signal to obtain output signal |
| 15919 | d-17222 statictical operation: averaging |
| 15919 | d-17223 statistical operation: chi-squared test |
| 15912 | b-15921 Integral and/or differential operation performed on input signal to obtain output signal |
| 15921 | d-17277 process: derivative with respect to a spatial dimension ( df/dx ) |
| 15921 | d-17276 process: proportional integral derivative (pid) operation performed |
| 15912 | b-15923 Predetermined Function Transforms Input Signal to Output Signal |
| 15912 | b-15925 Special Timing issues/features for measurement of input signal |
| 15912 | b-15927 Misc. Features/Aspects/Facets involved with transforming an input signal into an output signal |
| 15881 | b-15930 Effector System and Effector with respect to Build Object Signals |
| 15930 | d-17341 signal: location of zero-height surface of build platform with respect to effector( i.e., Z-zero or tool touch-off) |
| 15930 | d-17280 signal: distance between effector and build object |
| 15881 | b-15932 Build Object Geometry Signals |
| 15932 | d-17287 build object surface: surface oscillations or wavemotion detected |
| 15881 | b-15934 General Build Object Parameters |
| 15934 | d-17274 signal or determination: indication of quality ( or lack thereof) of completed build object |
| 15934 | d-17288 signal or determination: presence of defect / anomaly in current layer of build object |
| 15934 | d-17464 signal or determination: build object porosity |
| 15934 | d-16588 signal or determination: material hardness of build object |
| 15934 | d-16663 signal or determination: resonant frequency of build object |
| 15881 | b-15936 Material Supply Signals |
| 15936 | b-17076 Signal: Aspects or facets of gaseous material |
| 17076 | d-17350 signal: gas contamination |
| 17076 | d-17352 signal: oxygen content of process gas |
| 15936 | b-17078 Signal: Aspects or facets of liquid or viscous material |
| 17078 | d-17123 signal: contamination or other quality indication for liquid or viscous build material |
| 17078 | d-16679 signal: viscosity of resin or liquid build material |
| 17078 | d-16699 signal: tank fill level of resin or liquid build material |
| 17078 | d-17434 signal: amount of liquid or resin in a supply container |
| 17078 | d-17436 signal: liquid droplet parameter |
| 15936 | b-17080 Signal: Aspects or facets of powdered material |
| 17080 | d-17220 signal: powder quality, contamination, or suitability for re-use |
| 17080 | d-17221 signal: degree of oxidation of metallic powder |
| 17080 | d-16788 signal: moisture content of powder build material |
| 17080 | d-17227 signal: spreadability of the powder |
| 17080 | d-16905 signal: powder bed density |
| 17080 | d-17228 signal: powder compaction or compressibility factors |
| 17080 | d-17126 signal: powder weight |
| 17080 | d-17226 signal: powder bed height ( from build support plate to powder surface ) |
| 17080 | d-16904 signal: powder material mass flow rate |
| 17080 | d-17071 signal: powder melting state |
| 17080 | d-17219 signal: powder color |
| 15936 | b-17082 Signal: Aspects or facets of wire or filament material |
| 17082 | d-17343 signal: location or presence of tip of filament or feed wire |
| 17082 | d-16812 force exerted by fed filament / wire on build plate or previous layer |
| 15881 | b-15938 Energy Supply Signals |
| 15938 | d-16727 signal: radiation power of laser beam |
| 15881 | b-15940 Signals from the Immediate Area of Build Object Production |
| 15940 | d-17466 signal: molten pool Half Power Bandwidth (HPBW) |
| 15881 | b-15942 Signals from finished work area |
| 15881 | b-15944 Overall Manufacturing Environment |
| 15881 | b-15946 Signals Associated with General Status of Manufacturing Hardware |
| 15946 | d-17127 signal: calibration indication of effector with respect to build region |
| 15946 | d-16693 topography of build plate prior to manufacturing process |
| 15946 | d-16592 signal: resonance frequency of mechanical vibrations associated with 3D printer |
| 15946 | d-16594 signal: in-process equipment malfunction or failure |
| 15881 | b-15948 Human Readable, Perceivable Signals |
| 15881 | b-15950 Data Logging or Recording |
| 15881 | b-15952 Various Other Output Signals |
| 15156 | b-15955 Various Additive Manufacturing or 3D Printing Hardware facets |
| 15156 | b-15957 Auxiliary Additive Manufacturing or 3D Printing Hardware |
| 15957 | d-15958 fume extractors for additive manufacturing |
| 15957 | b-16798 Arrangements to Clean, Keep Clean AM, 3D Printing Components, Build Area, or Build Object |
| 15156 | b-15960 Art Recognized Specialized Additive Manufacturing or 3D Printing Types |
| 0 | b-15963 Procedural Aspects -- methods and other non-hardware facets related to additive manufacturing or 3D Printing |
| 15963 | b-15964 Processes |
| 15964 | b-15965 Powder Bed Fusion ( PBF ) |
| 15965 | d-15966 PBF: Laser Sintering of powder bed |
| 15965 | d-15967 PBF: Laser Melting of powder bed |
| 15965 | d-15968 PBF: Electron Beam Melting (EBM) |
| 15965 | b-16349 PBF: selective application of a fusing agent plus diffuse energy |
| 16349 | b-16861 Application of Additional Agents beyond fusing agent |
| 15965 | d-16413 PBF: type of powder fusion is NOT specified |
| 15965 | d-16416 PBF: fusion energy type is NOT specified |
| 15965 | b-16414 Various other types of powder-bed-fusion |
| 16414 | d-16691 PBF: selectively induced chemical reactions fuse powder bed particles |
| 16414 | d-17005 PBF: electrical arc between effector electrode and powder fuses powder |
| 16414 | d-17432 PBF: resistance heating from electrical current passed through powder in a selected current path fuses powder |
| 16414 | d-17073 PBF: Large Area Projection powder bed fusion |
| 15964 | b-15970 Binder Jetting ( BJT ) |
| 15964 | b-15972 Directed Energy Deposition ( DED ) |
| 15972 | d-15973 DED: electrical arc fused deposition additive manufacturing |
| 15972 | d-16784 DED: electron beam, wire feed to effect deposition |
| 15972 | d-16702 DED: laser, powder feed to effect deposition |
| 15972 | d-16703 DED: laser, wire feed to effect deposition |
| 15972 | d-16709 DED: Directed Energy Deposition is disclosed, no energy type is specified |
| 15972 | d-17426 DED: generic, non-specific recitation of DED or directed energy deposition |
| 15964 | b-15975 Material Extrusion ( MEX ) |
| 15975 | d-16343 MEX: build-material supply nozzle executes omni-directional movement in a vat of support-material |
| 15975 | d-17389 MEX: build-material supply nozzle executes omni-directional movement in open space ( self-supporting extrudate ) |
| 15975 | d-16578 MEX: composite extrudate with liquid or resin combined with solid strand |
| 15975 | d-16993 MEX: fill hollow voxels with extrudate ( VOXELFILL ) |
| 15964 | b-15977 Material Jetting ( MJT ) |
| 15977 | d-16545 Liquid Metal Jetting ( LMJ ) |
| 15977 | d-16344 Cold Spray of particulate build material |
| 15977 | d-16314 Laser Induced Forward Transfer ( LIFT ) |
| 15964 | b-15979 Sheet Lamination ( SHL ) |
| 15979 | d-17333 SHL: generic, non-specific recitation of SHL or sheet lamination |
| 15979 | b-17334 SHL: source of lamination sheets |
| 15979 | b-17336 SHL: processes to achieve lamination of the sheets |
| 15964 | b-15981 Vat Photopolymerization ( VPP ) |
| 15981 | d-17142 VPP: light source orientation is transverse or horizontal |
| 15981 | d-16627 VPP: light source orientation is top-down |
| 15981 | d-16626 VPP: light source orientation is bottom-up |
| 15981 | d-16299 VPP: two photon polymerization |
| 15981 | b-17153 VPP: Stereolithography ( SLA ) |
| 17153 | d-17268 SLA: inverse stereolithographic printing |
| 17153 | d-17332 SLA: generic, non-specific recitation of SLA or stereolithography |
| 15981 | b-17244 VPP: Areal Structured Light Projection |
| 15981 | b-17161 VPP: Layer-by-layer Peeling from container window or transparent membrane |
| 15981 | b-17154 VPP: Induced Polymerization Deadzone |
| 17154 | d-17155 VPP: additional light irradiation inhibits polymerization between build face and transparent bottom plate |
| 15964 | b-15983 Various Other Processes |
| 15983 | d-17379 thermally induced polymerization for additive manufacturing |
| 15983 | d-16585 electrochemical additive manufacturing ( ECAM ) |
| 15983 | d-16586 Selective Toner Electrophotographic Process ( STEP ) |
| 15964 | b-16308 Generic Additive Manufacturing / 3D Printing Processes |
| 16308 | d-16311 3D Bioprinting |
| 16308 | d-16310 Four Dimensional (4D) Printing |
| 16308 | b-17417 Non-layered additive manufacturing processes |
| 17417 | d-17418 nonlayered process: volumetric additive manufacturing ( VAM ) |
| 17417 | d-17419 nonlayered process: freeform, layerless 3D build path |
| 15963 | b-15986 Preparations before the additive manufacturing or 3D Printing process |
| 15986 | b-15987 Data Processing or Informational Operation Performed Before the Additive Manufacturing or 3D Printing process |
| 15987 | d-17483 pre-process informational step: institute optimal angular orientation for build object |
| 15986 | b-15989 Operations performed on or with the effector before the additive manufacturing or 3d printing process |
| 15986 | b-15991 Thermal treatments before the additive manufacturing or 3d printing process |
| 15986 | b-15993 Mechanical operation performed on workpiece before the additive manufacturing or 3d printing process |
| 15986 | b-15995 Cleaning, Removal, or other Subtractive Operation Performed on Workpiece before the additive manufacturing or 3d printing process |
| 15986 | b-15997 Coating or other addition of material to workpiece before the additive manufacturing or 3d printing process |
| 15986 | b-15999 Alignment or positioning of workpieces and/or effector before the additive manufacturing or 3d printing process |
| 15986 | b-16001 Various other activities performed before the additive manufacturing or 3d printing process |
| 15963 | b-16004 Activity during the additive manufacturing or 3D Printing process beyond the basic process steps |
| 16004 | b-16005 Data Processing or Informational Operation Performed during Additive Manufacturing or 3D Printing process |
| 16005 | d-17283 during process: layer-by-layer testing or monitoring |
| 16004 | b-16007 Thermal treatments during the Additive Manufacturing or 3D Printing process |
| 16004 | b-16009 Mechanical operation performed on , application of external forces to workpiece during the additive manufacturing or 3d printing process |
| 16004 | b-16011 Cleaning, Removal, or other Subtractive Operation Performed on Workpiece during the additive manufacturing or 3d printing process |
| 16004 | b-16013 Coating or other addition of material to workpiece during the additive manufacturing or 3d printing process |
| 16004 | b-16015 Various other activities performed during the additive manufacturing or 3d printing process |
| 16015 | d-17213 waste thermal energy from 3d printing / additive manufacturing is harvested for further use |
| 15963 | b-16018 Treatments or activities after the main additive manufacturing or 3D Printing process |
| 16018 | b-16019 Data Processing or Informational Operation Performed after additive manufacturing or 3D Printing |
| 16018 | b-16021 Operations performed on or with the effector after additive manufacturing or 3D Printing |
| 16018 | b-16023 Thermal treatments after additive manufacturing or 3D Printing |
| 16018 | b-16025 Mechanical operation performed on Build Object after additive manufacturing or 3D Printing |
| 16025 | d-17164 after the build: removal of build object from build platform |
| 16025 | d-16708 after the build: peening of build object |
| 16025 | d-17351 after the build: apply mechanical vibrations to build object |
| 16018 | b-16027 Cleaning, Removal, or other Subtractive Operation Performed on Build Object after additive manufacturing or 3D Printing |
| 16027 | d-17431 Remove excess, extraneous resin or liquid/viscous polymer from manufactured object |
| 16027 | d-16028 Remove excess, extraneous powder from manufactured object |
| 16027 | d-16348 Remove support structures from manufactured object |
| 16027 | d-16029 EDM (Electric Discharge Machining) performed on workpiece after additive manufacturing or 3D Printing |
| 16018 | b-16031 Coating or other addition of material to Build Object after additive manufacturing or 3D Printings |
| 16018 | b-16033 Alignment or positioning of Build Object and/or effector after additive manufacturing or 3D Printing |
| 16018 | b-16035 Various other activities performed after additive manufacturing or 3D Printing |
| 15963 | b-16038 Environment where additive manufacturing or 3D Printing takes place |
| 16038 | d-16039 additive manufacturing takes place outdoors, terrestrial environment |
| 16038 | d-16040 additive manufacturing takes place in outer space, zero or very low gravity, inside of a space ship |
| 16038 | d-16041 additive manufacturing takes place in outer space, zero or very low gravity, in vacuum of space |
| 16038 | d-16042 additive manufacturing takes place on surface of extra-terrestrial planet or moon |
| 16038 | d-16695 additive manufacturing takes place at point-of-use location or in an expeditionary situation |
| 16038 | d-16696 additive manufacturing takes place in an underwater or subsea environment |
| 16038 | d-16697 additive manufacturing takes place inside or on a living organism (in-vivo) |
| 16038 | d-16866 additive manufacturing takes place in or on an automobile |
| 15963 | b-16044 Multiplicities associated with additive manufacturing or 3D Printing |
| 16044 | b-16045 Multiple Different Types of Processes Combined, at least one is additive manufacturing or 3D Printing |
| 16045 | d-16274 multiple different processes simultaneously applied to single manufacturing point or volume element |
| 16045 | d-16275 multiple different processes applied sequentially to same layer of AM product |
| 16045 | d-16276 multiple different processes applied to alternate or different layers in AM process |
| 16045 | d-16277 multiple different processes applied to different build phases of product being manufactured |
| 16045 | b-16278 Additive Manufacturing Process(es) in a multi-process method |
| 16045 | b-16280 Joining Manufacturing Process(es) in a multi-process AM method |
| 16280 | d-17194 Joining Process: brazing |
| 16045 | b-16282 Subtractive Manufacturing Process(es) in a multi-process AM method |
| 16282 | d-16903 subtractive laser beam machining of build object |
| 16045 | b-16284 Forming Manufacturing Process(es) in a multi-process AM method |
| 16044 | b-16047 Various Other Additive Manufacturing or 3D printing Process Multiplicites |
| 15963 | b-16050 Misc. Additive Manufacturing or 3D Printing Process Features |
| 15963 | b-16052 Auxiliary additive manufacturing or 3D Printing Procedures or Aspects |
| 16052 | b-16402 Creation or Production of Build Material Processes |
| 16402 | d-16712 recycling of photopolymerizable build material |
| 16402 | d-16572 recycling of powder build material |
| 16402 | d-16404 manufacturing or production of powder build material ( ab initio ) |
| 16402 | d-17453 manufacturing or production of filamentary or wire build material ( |
| 16402 | d-16541 discovery of optimal metal alloys for build material |
| 16052 | b-16820 Waste Disposal Associated with 3D Printing / Additive Manufacturing |
| 16820 | d-16824 dispose of liquid or viscous 3D printing materials |
| 16052 | d-16823 Production of viscous support material |
| 16052 | d-16822 source of material: metal chips from a subtractive process |
| 16052 | b-17423 Manufacturing of Additive Manufacturing Hardware |
| 17423 | d-17425 auxiliary process: manufacturing electron beam hardware for use in AM |
| 15963 | b-16054 Overall Purpose of the additive manufacturing or 3D Printing Process |
| 16054 | b-16055 Purposes associated with human factors |
| 16054 | b-16057 Purposes associated with efficiencies, savings, or economic considerations |
| 16054 | b-16059 Purposes associated with preventing undesirable equipmet or process operations, events, or conditions |
| 16054 | b-16061 Purposes associated with practicing the process to produce a workpiece for specific conditions or for a special reason |
| 16061 | d-17271 purpose: repair a damaged item by 3d printing or additive manufacturing |
| 16054 | b-16063 Purposes associated with the condition of the finally produced workpiece |
| 16063 | d-16887 purpose: build object distortion mitigation |
| 0 | b-16067 General Characteristics of the Document |
| 16067 | b-16077 Assignees or Corporate Applicant known at time of document tagging |
| 16077 | b-16376 North American based assignees |
| 16376 | b-16914 United States (US) Assignees: Business and Corporate Entities |
| 16914 | d-16485 3D Systems Inc. |
| 16914 | d-16484 3M ( various entities) |
| 16914 | d-17172 4web LLC |
| 16914 | n-16916 -- A --- |
| 16914 | d-17179 Additive Ophthalmic Optics LLC |
| 16914 | d-16583 Additive Technologies LLC |
| 16914 | d-16722 Adaptive 3D Technologies LLC |
| 16914 | d-17177 Adobe Inc |
| 16914 | d-16875 Aerojet Rocketdyne Inc |
| 16914 | d-17178 Aerospace Corp |
| 16914 | d-17399 Aetrex Inc |
| 16914 | d-16907 Align Technology, Inc |
| 16914 | d-16483 Applied Materials Inc. |
| 16914 | d-16625 Apple, Inc. |
| 16914 | d-17311 Atheneum Optical Sciences LLC |
| 16914 | d-16482 Autodesk Inc. |
| 16914 | n-16917 -- B --- |
| 16914 | d-17225 Baker Hughes Oilfield Operations LLC |
| 16914 | d-17391 Bespoke Inc |
| 16914 | d-17403 Biomet 3I LLC |
| 16914 | d-16874 Blue Origin LLC |
| 16914 | d-16481 Boeing Co. |
| 16914 | d-17167 BWXT Advanced Technologies LLC |
| 16914 | n-16918 -- C --- |
| 16914 | d-16480 Carbon, Inc. |
| 16914 | d-16906 Carpenter Technology Corp |
| 16914 | d-16651 Caterpillar, Inc. |
| 16914 | d-17163 Cobra Golf Inc |
| 16914 | d-16479 Continuous Composites Inc. |
| 16914 | d-16797 Corning Inc |
| 16914 | d-17186 Cranial Technologies Inc |
| 16914 | n-16919 -- D --- |
| 16914 | d-16478 Desktop Metal Inc. |
| 16914 | d-17202 Disney Enterprises Inc |
| 16914 | d-16477 Divergent Technologies Inc. |
| 16914 | n-17392 -- E --- |
| 16914 | d-17396 Edison Welding Institute Inc |
| 16914 | d-17393 ExxonMobil Technology and Engineering Co |
| 16914 | n-16920 -- F --- |
| 16914 | d-16723 Fabric8Labs Inc |
| 16914 | d-17406 Fisher Controls International LLC |
| 16914 | d-16476 Ford |
| 16914 | d-16786 Formalloy Technologies, Inc. |
| 16914 | d-16475 Formlabs Inc. |
| 16914 | d-17169 Fractal Heatsink Technologies LLC |
| 16914 | n-16921 -- G --- |
| 16914 | d-16474 General Electric Co., GE Infrastructure Technology LLC |
| 16914 | d-16473 General Motors |
| 16914 | d-17237 Global Filtration Systems Inc |
| 16914 | d-17404 Glowforge Inc |
| 16914 | d-17359 Goodrich Corporation |
| 16914 | d-17361 Goodyear Tire and Rubber Co |
| 16914 | n-16922 -- H --- |
| 16914 | d-17236 Halliburton Energy Services Inc |
| 16914 | d-16469 Hamilton Sundstrand Corporation |
| 16914 | d-17408 Hasbro, Inc |
| 16914 | d-16468 Hewlett-Packard |
| 16914 | d-16886 Hobart Brothers LLC |
| 16914 | d-17157 Holo Inc |
| 16914 | d-16467 Honeywell, various entities |
| 16914 | d-17185 Howmedica Osteonics Corp |
| 16914 | d-16793 HRL Laboratories LLC |
| 16914 | n-16923 -- I --- |
| 16914 | d-16466 Icon Technology Inc |
| 16914 | d-17049 Illinois Tool Works Inc |
| 16914 | d-16465 Impossible Objects, Inc. |
| 16914 | d-17200 Inkbit LLC |
| 16914 | d-17394 Intel Corp |
| 16914 | d-16464 International Business Machines Corp ( IBM ) |
| 16914 | n-16924 -- J --- |
| 16914 | d-16437 Jabil Inc. |
| 16914 | d-17242 JCBD LLC |
| 16914 | d-17188 JENTEK Sensors, Inc. |
| 16914 | n-17230 -- K --- |
| 16914 | d-17231 Kennametal Inc. |
| 16914 | n-17050 -- L --- |
| 16914 | d-17400 Lightforce Orthodontics Inc |
| 16914 | d-17051 Lincoln Global Inc |
| 16914 | d-17272 Lockheed Martin Corp |
| 16914 | n-16925 -- M --- |
| 16914 | d-16633 MakerBot Industries LLC |
| 16914 | d-16728 Markforged Inc |
| 16914 | d-17401 Mantle Inc |
| 16914 | d-17298 Medtronic Inc |
| 16914 | d-17241 Merck and Co Inc |
| 16914 | d-17402 Micron Technology Inc |
| 16914 | d-17171 Microport Orthopedics Holdings Inc |
| 16914 | d-16701 Microsoft Technology Licensing LLC |
| 16914 | d-16719 Mighty Buildings, Inc. |
| 16914 | d-16692 MITRE Corporation |
| 16914 | n-16926 -- N --- |
| 16914 | d-17234 New Balance Athletics, Inc. |
| 16914 | d-16802 Nexa3d Inc |
| 16914 | d-17022 NIKE, Inc. |
| 16914 | d-17479 NISSAN North America, Inc. (US) |
| 16914 | d-16863 Northrop Grumman Systems Corp |
| 16914 | d-17407 NuTech Ventures Inc |
| 16914 | d-17175 Nuburu Inc |
| 16914 | d-17243 Nucurrent Inc |
| 16914 | n-17180 -- O --- |
| 16914 | d-17181 Orange Maker LLC |
| 16914 | d-17405 Orbital Composites Inc |
| 16914 | d-17395 Organovo Inc |
| 16914 | n-17128 -- P --- |
| 16914 | d-17165 Peridot Print LLC |
| 16914 | d-17129 PostProcess Technologies, Inc |
| 16914 | d-17301 PPG Industries Ohio Inc |
| 16914 | d-17358 Procter & Gamble Co. |
| 16914 | d-17385 Protect3d, Inc. |
| 16914 | n-17420 -- Q --- |
| 16914 | d-17421 Quadratic 3D Inc |
| 16914 | n-16927 -- R --- |
| 16914 | d-16876 Redwire Space Inc |
| 16914 | d-16436 Relativity Space Inc. |
| 16914 | d-17187 RESTOR3D, INC. |
| 16914 | d-16435 Rocket Labs USA, Inc. |
| 16914 | d-17184 Rogers Corp |
| 16914 | d-17176 Rosemount Aerospace Inc |
| 16914 | d-16434 RTX Corp, formerly Raytheon |
| 16914 | n-16928 -- S --- |
| 16914 | d-16796 Sakuu Corp |
| 16914 | d-17098 Schlumberger Technology Corp |
| 16914 | d-16792 SCIAKY Inc |
| 16914 | d-16791 Seurat Technologies |
| 16914 | d-16817 Sidus Space Inc |
| 16914 | d-17204 Smith and Nephew Inc |
| 16914 | d-17173 Solvay Specialty Polymers USA LLC |
| 16914 | d-17182 Solventum Intellectual Properties Co |
| 16914 | d-16910 SprintRay Inc. |
| 16914 | d-16433 Stratasys, Inc. ( US ) and Stratasys Ltd. ( IL ) |
| 16914 | n-16929 -- T --- |
| 16914 | d-17174 Tesla Inc |
| 16914 | d-16680 Thermwood Corp |
| 16914 | d-17160 Topgolf Callaway Brands Corp. |
| 16914 | d-17141 Turbo 3d LLC |
| 16914 | n-17299 -- U --- |
| 16914 | d-17300 Under Armour Inc |
| 16914 | n-16930 -- V --- |
| 16914 | d-17360 Vadient Optics LLC |
| 16914 | d-16432 Velo3D Inc. |
| 16914 | d-16815 VulcanForms Inc |
| 16914 | n-17124 -- W --- |
| 16914 | d-17125 Warsaw Orthopedic Inc. |
| 16914 | d-17233 Westinghouse Electric Company LLC |
| 16914 | d-17170 Wobble Works LLC |
| 16914 | n-16931 -- X --- |
| 16914 | d-17183 X Bow Launch Systems Inc |
| 16914 | d-16412 XEROX Corporation |
| 16914 | n-17397 -- Z --- |
| 16914 | d-17398 ZeroBrush, Inc. |
| 16376 | b-16384 United States (US) Assignees: Federal, National, Governmental Organizations |
| 16384 | d-16388 Lawrence Livermore National Security LLC |
| 16384 | d-16389 National Technology and Engineering Solutions of Sandia LLC |
| 16384 | d-16580 Triad National Security, LLC |
| 16384 | d-16390 U.S. Air Force |
| 16384 | d-16391 U.S. Dept. of Army |
| 16384 | d-16892 US Department of Commerce |
| 16384 | d-16895 US Department of Health and Human Services |
| 16384 | d-16894 US Department of Homeland Security |
| 16384 | d-16392 U.S. Department of Navy |
| 16384 | d-16891 US Department of Veterans Affairs VA |
| 16384 | d-16393 NASA |
| 16384 | d-16893 National Research Council of Canada |
| 16376 | b-16386 United States (US) Assignees: University Based |
| 16386 | n-16746 -- A ---- |
| 16386 | d-16705 University of Akron |
| 16386 | d-16780 University of Alabama (various) |
| 16386 | d-16778 University of South Alabama |
| 16386 | d-16394 University of Arizona |
| 16386 | d-16521 Arizona State University (ASU) |
| 16386 | d-16595 University of Arkansas |
| 16386 | d-16522 Auburn University |
| 16386 | n-16900 -- B ---- |
| 16386 | d-17074 Boston University |
| 16386 | d-17070 Brigham Young University |
| 16386 | d-16899 Brown University |
| 16386 | n-16747 -- C ---- |
| 16386 | d-16406 University of California |
| 16386 | d-16395 California Institute of Technology ( CalTech ) |
| 16386 | d-16488 University of Southern California USC |
| 16386 | d-16405 Carnegie Mellon University |
| 16386 | d-16538 Case Western Reserve University |
| 16386 | d-16942 University of Chicago |
| 16386 | d-16996 University of Cincinnati |
| 16386 | d-16898 Clemson University |
| 16386 | d-16507 Colorado School of Mines |
| 16386 | d-16509 University of Colorado |
| 16386 | d-16564 Colorado State University |
| 16386 | d-16947 Columbia University |
| 16386 | d-16737 University of Connecticut |
| 16386 | d-16407 Cornell |
| 16386 | n-16748 -- D ---- |
| 16386 | d-16506 Dartmouth College |
| 16386 | d-16523 University of Delaware |
| 16386 | d-16537 Drexel University |
| 16386 | d-16779 Duke University |
| 16386 | n-16897 -- E ---- |
| 16386 | d-16896 Emory University |
| 16386 | n-16749 -- F ---- |
| 16386 | d-16776 Florida Agricultural and Mechanical University (FAMU) |
| 16386 | d-16765 Florida State University Research Foundation Inc |
| 16386 | d-16486 University of Florida |
| 16386 | d-16550 Florida International University ( FIU ) |
| 16386 | d-16529 University of Central Florida Research Foundation Inc (UCFRF) |
| 16386 | d-16548 University of South Florida |
| 16386 | n-16750 -- G ---- |
| 16386 | d-17257 George Mason University |
| 16386 | d-16526 George Washington University |
| 16386 | d-16396 Georgia Tech Research Corp. |
| 16386 | n-16751 -- H ---- |
| 16386 | d-16397 Harvard ( and related entities ) |
| 16386 | d-16772 University of Houston System |
| 16386 | n-16752 -- I ---- |
| 16386 | d-16789 Illinois Institute of Technology |
| 16386 | d-16532 University of Illinois |
| 16386 | d-16946 Indiana University Research and Technology Corp |
| 16386 | d-16729 Iowa State University |
| 16386 | d-16736 University of Iowa Research Foundation UIRF |
| 16386 | n-17168 -- J ---- |
| 16386 | d-16410 Johns Hopkins |
| 16386 | n-16754 -- K ---- |
| 16386 | d-16764 Kansas State University |
| 16386 | d-16739 University of Kansas |
| 16386 | n-16755 -- L ---- |
| 16386 | d-16398 Lehigh University |
| 16386 | d-16559 University of Louisville |
| 16386 | d-16562 Louisiana State University and Agricultural and Mechanical College |
| 16386 | n-16756 -- M ---- |
| 16386 | d-16943 University of Maine |
| 16386 | d-16539 University of Maryland ( various ) |
| 16386 | d-16530 University of Massachusetts ( UMass ) |
| 16386 | d-16399 Massachusetts Institute of Technology ( MIT ) |
| 16386 | d-16945 Miami University |
| 16386 | d-16511 University of Michigan |
| 16386 | d-16547 Michigan State University ( MSU ) |
| 16386 | d-16787 Eastern Michigan University |
| 16386 | d-16400 University of Minnesota |
| 16386 | d-16561 University of Missouri |
| 16386 | n-16757 -- N ---- |
| 16386 | d-16740 University of Nebraska |
| 16386 | d-17143 University of New Hampshire |
| 16386 | d-16527 New Jersey Institute of Technology |
| 16386 | d-16706 New York University ( NYU ) |
| 16386 | d-16730 State University of New York |
| 16386 | d-16741 North Carolina State University |
| 16386 | d-16512 University of North Carolina ( various ) |
| 16386 | d-16743 North Dakota State University |
| 16386 | d-16487 Northeastern University Boston |
| 16386 | d-16408 Northwestern University |
| 16386 | d-16999 University of Notre Dame |
| 16386 | n-16767 -- O --- |
| 16386 | d-16825 Ohio State Innovation Foundation |
| 16386 | d-17258 University of Oklahoma |
| 16386 | d-16768 Oregon State University |
| 16386 | d-16770 University of Oregon |
| 16386 | n-16758 -- P ---- |
| 16386 | d-16597 Penn State Research Foundation |
| 16386 | d-16744 University of Pennsylvania (Penn) |
| 16386 | d-16599 University of Pittsburgh |
| 16386 | d-16409 Princeton |
| 16386 | d-16536 Purdue ( various entities ) |
| 16386 | n-16759 -- R ---- |
| 16386 | d-16682 Rensselaer Polytechnic Institute |
| 16386 | d-16411 William Marsh Rice University |
| 16386 | d-16763 University of Rochester |
| 16386 | d-16998 Rowan University |
| 16386 | d-16504 Rutgers State University of New Jersey |
| 16386 | n-16760 -- S ---- |
| 16386 | d-16995 San Diego State University |
| 16386 | d-16549 University of South Carolina |
| 16386 | d-16745 Southern Methodist University (SMU) |
| 16386 | d-16738 Stanford University --or-- Leland Stanford Junior University |
| 16386 | d-16769 Stevens Institute of Technology |
| 16386 | d-16944 Syracuse University |
| 16386 | n-16761 -- T ---- |
| 16386 | d-16505 University of Tennessee and UT Battelle LLC |
| 16386 | d-16773 Texas Tech University System |
| 16386 | d-16401 University of Texas |
| 16386 | d-16596 Texas A&M University System |
| 16386 | d-16766 University of North Texas |
| 16386 | d-16775 Tufts University |
| 16386 | n-16762 -- U ---- |
| 16386 | d-17145 University of Utah Research Foundation Inc |
| 16386 | d-16528 Utah State University ( USU ) |
| 16386 | n-17146 -- V ---- |
| 16386 | d-16826 Vanderbilt University |
| 16386 | d-17144 University of Vermont |
| 16386 | d-16774 Virginia Commonwealth University |
| 16386 | d-16508 Virginia Tech |
| 16386 | d-16510 University of Virginia |
| 16386 | n-16753 -- W ---- |
| 16386 | d-16524 Wake Forest University |
| 16386 | d-17259 Wayne State University |
| 16386 | d-16742 Washington State University (WSU) |
| 16386 | d-16558 University of Washington |
| 16386 | d-16560 Washington University in St Louis ( WUSTL ) |
| 16386 | d-16598 Wisconsin Alumni Research Foundation |
| 16386 | d-16994 Wichita State University |
| 16386 | d-16771 Worcester Polytechnic Institute |
| 16386 | n-17255 -- Y ---- |
| 16386 | d-17256 Yale University |
| 16376 | b-17296 Canada (CA) Assignees |
| 16376 | b-17348 Mexican (MX) Assignees |
| 16077 | b-16378 European based assignees |
| 16378 | b-17045 Austrian ( AT ) Assignees |
| 17045 | d-17252 Cubicure GmbH |
| 17045 | d-17047 Fronius International GmbH |
| 17045 | d-17253 Technische Universitaet Wien |
| 16378 | b-17104 Belgium ( BE ) Assignees |
| 17104 | d-17214 Layerwise NV |
| 17104 | d-17150 Materialise NV |
| 17104 | d-17106 VITO NV |
| 17104 | d-17215 Katholieke Universiteit Leuven |
| 17104 | d-17216 Universiteit Gent |
| 16378 | b-17012 British ( GB ) Assignees |
| 17012 | d-17238 Additive Manufacturing Technologies Ltd |
| 17012 | d-17302 Airbus Operations Ltd |
| 17012 | d-17362 Alloyed Ltd |
| 17012 | d-17363 BAE Systems PLC |
| 17012 | d-17113 Cummins Ltd |
| 17012 | d-17217 LPW Technology Ltd. |
| 17012 | d-17034 Renishaw PLC |
| 17012 | d-16438 Rolls Royce PLC |
| 17012 | b-17035 British Assignees: University Based |
| 17035 | d-17366 University of Cambridge |
| 17035 | d-17370 University of Greenwich |
| 17035 | d-17364 University of Lancashire |
| 17035 | d-17365 University of Liverpool |
| 17035 | d-17369 University of Manchester |
| 17035 | d-17368 Newcastle University of Upon Tyne |
| 17035 | d-17367 University of Nottingham |
| 16378 | d-17484 Czech Republic (CZ) assignees |
| 16378 | b-17084 Dutch ( NL ) Assigness |
| 17084 | d-17338 Additive Industries BV |
| 17084 | d-17310 ASML Netherlands BV |
| 17084 | d-17260 Signify Holding BV |
| 17084 | d-17261 Ultimaker BV |
| 17084 | b-17308 Dutch (NL) Assignees: University Based |
| 16378 | b-17001 French ( FR ) Assignees |
| 17001 | d-17118 AddUp SAS |
| 17001 | d-17326 Airbus SAS |
| 17001 | d-17043 ArianeGroup SAS |
| 17001 | d-17132 Arkema France SA |
| 17001 | d-17112 Commissariat a lEnergie Atomique et aux Energies Alternatives CEA |
| 17001 | d-17062 EssilorLuxottica SA |
| 17001 | d-17119 Renault SA |
| 17001 | d-17014 Safran SA and various other Safran entities |
| 17001 | b-17116 French Assignees: University based |
| 17116 | d-17490 Ecole Centrale de Nantes (FR) |
| 16378 | b-17003 German ( DE ) Assignees |
| 17003 | d-17018 Adidas AG |
| 17003 | d-16832 AIM3D GmbH |
| 17003 | d-17303 Airbus Operations GmbH |
| 17003 | d-17044 ArianeGroup GmbH |
| 17003 | d-17015 BASF SE |
| 17003 | d-17313 Bayerische Motoren Werke AG |
| 17003 | d-17110 BellaSeno GmbH |
| 17003 | d-17097 Carl Zeiss AG |
| 17003 | d-17323 Cellbricks GmbH |
| 17003 | d-16471 Concept Laser GmbH |
| 17003 | d-17319 Dyemansion GmbH |
| 17003 | d-16472 EOS GmbH |
| 17003 | d-17316 Evonik Operations GmbH |
| 17003 | d-17318 Exocad GmbH |
| 17003 | d-17315 ExOne GmbH |
| 17003 | d-17314 Fraunhofer Gesellschaft zur Foerderung der Angewandten Forschung eV |
| 17003 | d-17317 Henkel AG and Co KGaA |
| 17003 | d-17312 Mercedes Benz Group AG |
| 17003 | d-17017 MTU Aero Engines AG |
| 17003 | d-17109 One Click Metal GmbH |
| 17003 | d-17111 PERI SE |
| 17003 | d-17322 Puma SE |
| 17003 | d-17324 Putzmeister Engineering GmbH |
| 17003 | d-17048 Robert Bosch GmbH |
| 17003 | d-17325 Sauer GmbH and Co KG |
| 17003 | d-17058 Siemens AG |
| 17003 | d-17057 Siemens Energy |
| 17003 | d-17059 Siemens Healthineers AG |
| 17003 | d-17061 Siemens Industry Software NV |
| 17003 | d-17060 Siemens Mobility GmbH |
| 17003 | d-17321 Taniobis GmbH |
| 17003 | d-17305 TDK Electronics AG |
| 17003 | d-17000 TRUMPF Laser und Systemtechnik GmbH |
| 17003 | d-17320 VDM Metals International GmbH |
| 17003 | d-17033 Voxeljet AG |
| 17003 | d-17306 Xolo GmbH |
| 17003 | b-17055 German Assignees: University Based |
| 17055 | d-17371 Technische Universitaet Berlin |
| 17055 | d-17373 Technische Universitaet Dresden |
| 17055 | d-17372 Universitaet Hamburg |
| 17055 | d-17374 Universitaet Stuttgart |
| 16378 | b-17086 Italian ( IT ) Assignees |
| 16378 | b-17102 Liechtenstein ( LI ) Assignees |
| 16378 | b-17114 Luxembourg ( LU ) Assignees |
| 16378 | b-17107 Polish ( PL ) Assignees |
| 16378 | b-17019 Scandinavian or Nordic Country ( NO, SE, IS, DK, FI ) Assignees |
| 17019 | b-17437 Denmark (DK) |
| 17019 | b-17439 Iceland (IS) |
| 17019 | b-17441 Finland (FI) |
| 17019 | b-17443 Norway (NO) |
| 17443 | d-17016 Norsk Titanium AS |
| 17019 | b-17445 Sweden (SE) |
| 17445 | d-16451 Arcam AB (SE) |
| 17445 | d-17486 Cellink Bioprinting AB (SE) |
| 17445 | d-17487 Freemelt AB (SE) |
| 17445 | d-17485 Markforged Sweden AB (SE) |
| 17445 | d-17021 Volvo Truck Corporation (SE) |
| 16378 | b-17092 Spanish ( ES ) Assignees |
| 16378 | b-17052 Swiss ( CH ) Assignees |
| 17052 | d-17378 Centre Suisse dElectronique et Microtechnique SA CSEM |
| 17052 | d-17054 SIKA AG and various SIKA entitiies |
| 17052 | d-17307 Swatch Group Research and Development SA |
| 17052 | d-17377 Novocure GmbH |
| 17052 | d-17376 Eidgenoessische Technische Hochschule Zurich ETHZ |
| 17052 | d-17375 Universitaet Bern |
| 16077 | b-16382 Asian based assignees |
| 16382 | b-16452 Chinese ( CN, HK, TW ) Assignees |
| 16452 | d-17131 Hong Kong ( HK ) Assignees |
| 16452 | b-17120 Taiwanese ( TW ) Assignees |
| 17120 | d-17152 Young Optics Inc |
| 17120 | d-17151 National Taiwan University of Science and Technology ( NTUST ) |
| 16452 | b-17158 PRC Chinese ( CN ) Assignees |
| 17158 | d-17270 Shenzhen Creality 3D Technology Co Ltd |
| 17158 | b-17068 PRC Chinese Assignees: University Based |
| 17068 | d-17382 Huazhong University of Science and Technology |
| 17068 | d-17380 Nanjing University of Aeronautics and Astronautics |
| 17068 | d-17381 Wuhan University WHU |
| 16382 | b-16454 Japanese ( JP ) Assignees |
| 16454 | d-17328 Asics Corp |
| 16454 | d-17330 Bridgestone Corp |
| 16454 | d-16623 Canon Inc |
| 16454 | d-17329 Fuji Corp |
| 16454 | d-17007 Fujifilm |
| 16454 | d-17331 Fujimi Inc |
| 16454 | d-17156 Fujikura Ltd |
| 16454 | d-17006 Hitachi |
| 16454 | d-16458 Honda Motor Co., Ltd |
| 16454 | d-16790 IHI Corp |
| 16454 | d-16794 Jeol Ltd |
| 16454 | d-17008 JTEKT Corp |
| 16454 | d-16652 KOBE STEEL, LTD. |
| 16454 | d-17009 Mitsubishi Chemical Corp |
| 16454 | d-16710 Mitsubishi Electric Corp |
| 16454 | d-17011 Mitsubishi Gas Chemical Co Inc |
| 16454 | d-16711 Mitsubishi Heavy Industries Ltd |
| 16454 | d-17010 Mitsubishi Materials Corp |
| 16454 | d-16611 Nikon Corp |
| 16454 | d-17327 Proterial Ltd |
| 16454 | d-16624 Ricoh Co Ltd |
| 16454 | d-16603 Seiko Epson Corp |
| 16454 | d-16687 Sodick Co Ltd |
| 16454 | d-16662 Sony |
| 16454 | d-16795 Technology Research Association for Future Additive Manufacturing (TRAFAM) |
| 16454 | d-16800 Toshiba Corp |
| 16454 | d-16661 Toyota Motor Corp |
| 16382 | b-16456 Korean ( KR ) Assignees |
| 16456 | d-16801 Korea Advanced Institute of Science and Technology KAIST |
| 16456 | d-17064 Korea Aerospace Research Institute KARI |
| 16456 | d-17063 Korea Electronics Technology Institute |
| 16456 | d-17066 Korea Institute of Machinery and Materials KIMM |
| 16456 | d-17065 Korea Institute of Materials Science KIMS |
| 16456 | d-16865 Samsung Electronics Co Ltd |
| 16382 | b-16912 Singapore ( SG ) Assignees |
| 16912 | d-17410 Agency for Science Technology and Research Singapore |
| 16912 | d-17413 Helios Applied Systems Pte Ltd |
| 16912 | d-17409 Nanyang Technological University |
| 16912 | d-17411 National University of Singapore |
| 16912 | d-17412 Singapore University of Technology and Design |
| 16077 | b-16901 South American Based Assignees |
| 16077 | b-16380 African, Middle Eastern, and Subcontinent based assignees |
| 16380 | b-17025 Indian ( IN ) Assignees |
| 16380 | b-17023 Israeli ( IL ) Assignees |
| 17023 | d-17042 Ariel Scientific Innovations Ltd |
| 17023 | d-17037 Magnus Metal Ltd |
| 17023 | d-17469 Nano Dimension Technologies Ltd |
| 17023 | d-17041 Polyfos 3d Ltd |
| 17023 | d-17038 Technion Research and Development Foundation Ltd |
| 16380 | b-17029 Saudi Arabian ( SA ) Assignees |
| 17029 | d-17040 Saudi Arabian Oil Co |
| 17029 | d-17039 Saudi Aramco Upstream Technology Co |
| 17029 | b-17094 Saudi Assignees: University Based |
| 17094 | d-17096 King Abdullah University of Science and Technology KAUST |
| 16380 | b-17099 United Arab Emirates ( AE ) Assignees |
| 17099 | d-17101 Khalifa University of Science, Technology and Research (KUSTAR) |
| 16077 | b-17031 Oceania geographical region ( AU, NZ ) assignees |
| 16067 | b-16075 Inventors of note |
| 16075 | d-16806 S. Scott Crump |
| 16075 | d-16604 Carl R. Deckard |
| 16075 | d-16602 Charles W. Hull |
| 16075 | d-17075 Emanuel Sachs |
| 16067 | b-16830 Helpful Tutorial Discussions |
| 16067 | b-16720 Wild, Wacky, or Unusual 3D Printing or Additive Manufacturing Documents |
| 16067 | b-16068 Document officially classified in topic, but does not belong to topic |
| 16068 | d-17235 disclosure of coating or build-up welding, no additive manufacturing or 3D printing |
| 16067 | b-16070 Document indexation or Document availability includes a mistake / error |
| 16070 | d-16071 document includes both correct and incorrect tags, indexations |
| 16070 | d-16072 document fatally defective; should be deleted from the system |
| 16070 | d-16073 document availability from official site(s) is defective in some sense |
| 0 | b-16080 United States Subclasses associated with additive manufacturing or 3D Printing |
| 16080 | s-16081 264/401 ... STEREOLITHOGRAPHIC SHAPING FROM LIQUID PRECURSOR |
| 16080 | s-16082 264/497 ... Using laser sintering of particulate material to build three-dimensional product (e.g., SLS, selective laser sintering, etc.) |
| 16080 | s-16083 264/113 ... Plural layers formed by uniting randomly associated particles |
| 16080 | s-16084 264/308 ... Incremental layer molding type |
| 16080 | s-16085 425/174.4 ... Radiated energy |
| 16080 | s-16086 425/375 ... PATTERN CONTROL OF TRAVEL FOR A FORMING MEANS (E.G., DEPOSITING, ETC.) |
| 16080 | s-16087 700/98 ... 3D product design (e.g., solid modeling) |
| 16080 | s-16088 700/118 ... Three-dimensional product forming |
| 16080 | s-16089 700/119 ... Rapid prototyping (e.g., layer-by-layer, material deposition) |
| 16080 | s-16090 700/120 ... Stereolithography |
| 16080 | s-16091 700/163 ... 3D sculpturing using nontracing prototype sensor |
| 0 | b-16093 CPC subgroups associated with additive manufacturing or 3D Printing |
| 16093 | b-16094 Subclass B33Y -- ADDITIVE MANUFACTURING, i.e. MANUFACTURING OF THREE-DIMENSIONAL [3D] OBJECTS BY ADDITIVE DEPOSITION, ADDITIVE AGGLOMERATION OR ADDITIVE LAYERING, e.g. BY 3D PRINTING, STEREOLITHOGRAPHY OR SELECTIVE LASER SINTERING |
| 16094 | b-16095 Main Group B33Y10 -- Processes of additive manufacturing |
| 16095 | s-16096 B33Y10/00 -- Processes of additive manufacturing |
| 16094 | b-16098 Main Group B33Y30 -- Apparatus for additive manufacturing; Details thereof or accessories therefor |
| 16098 | s-16099 B33Y30/00 -- Apparatus for additive manufacturing; Details thereof or accessories therefor |
| 16094 | b-16101 Main Group B33Y40 -- Auxiliary operations or equipment, e.g. for material handling |
| 16101 | s-16102 B33Y40/00 -- Auxiliary operations or equipment, e.g. for material handling |
| 16101 | s-16103 B33Y40/10 -- . Pre-treatment |
| 16101 | s-16104 B33Y40/20 -- . Post-treatment, e.g. curing, coating or polishing |
| 16094 | b-16106 Main Group B33Y50 -- Data acquisition or data processing for additive manufacturing |
| 16106 | s-16107 B33Y50/00 -- Data acquisition or data processing for additive manufacturing |
| 16106 | s-16108 B33Y50/02 -- . for controlling or regulating additive manufacturing processes |
| 16094 | b-16110 Main Group B33Y70 -- Materials specially adapted for additive manufacturing |
| 16110 | s-16111 B33Y70/00 -- Materials specially adapted for additive manufacturing |
| 16110 | s-16112 B33Y70/00 -- . Composites of different types of material, e.g. mixtures of ceramics and polymers or mixtures of metals and biomaterials |
| 16094 | b-16114 Main Group B33Y80 -- Products made by additive manufacturing |
| 16114 | s-16115 B33Y80/00 -- Products made by additive manufacturing |
| 16094 | b-16117 Main Group B33Y99 -- Subject matter not provided for in other groups of this subclass |
| 16117 | s-16118 B33Y99/00 -- Subject matter not provided for in other groups of this subclass |
| 16093 | b-16121 Main Group B22F10 --Additive manufacturing of workpieces or articles from metallic powder |
| 16121 | s-16122 B22F10/00 Additive manufacturing of workpieces or articles from metallic powder |
| 16121 | s-16123 B22F10/10 .Formation of a green body |
| 16121 | s-16124 B22F10/12 ..by photopolymerisation, e.g. stereolithography [SLA] or digital light processing [DLP] |
| 16121 | s-16125 B22F10/14 ..by jetting of binder onto a bed of metal powder |
| 16121 | s-16126 B22F10/16 ..by embedding the binder within the powder bed |
| 16121 | s-16127 B22F10/18 ..by mixing binder with metal in filament form, e.g. fused filament fabrication [FFF] |
| 16121 | s-16128 B22F10/20 .Direct sintering or melting |
| 16121 | s-16129 B22F10/22 ..Direct deposition of molten metal |
| 16121 | s-16130 B22F10/25 ..Direct deposition of metal particles, e.g. direct metal deposition [DMD] or laser engineered net shaping [LENS] |
| 16121 | s-16131 B22F10/28 ..Powder bed fusion, e.g. selective laser melting [SLM] or electron beam melting [EBM] |
| 16121 | s-16132 B22F10/30 .Process control |
| 16121 | s-16133 B22F10/31 ..Calibration of process steps or apparatus settings, e.g. before or during manufacturing |
| 16121 | s-16134 B22F10/32 ..of the atmosphere, e.g. composition or pressure in a building chamber |
| 16121 | s-16135 B22F10/322 ...of the gas flow, e.g. rate or direction |
| 16121 | s-16136 B22F10/34 ..of powder characteristics, e.g. density, oxidation or flowability |
| 16121 | s-16137 B22F10/36 ..of energy beam parameters |
| 16121 | s-16138 B22F10/362 ...for preheating |
| 16121 | s-16139 B22F10/364 ...for post-heating, e.g. remelting |
| 16121 | s-16140 B22F10/366 ...Scanning parameters, e.g. hatch distance or scanning strategy |
| 16121 | s-16141 B22F10/368 ...Temperature or temperature gradient, e.g. temperature of the melt pool |
| 16121 | s-16142 B22F10/37 ..of powder bed aspects, e.g. density |
| 16121 | s-16143 B22F10/38 ..to achieve specific product aspects, e.g. surface smoothness, density, porosity or hollow structures |
| 16121 | s-16144 B22F10/385 ...{Overhang structures} |
| 16121 | s-16145 B22F10/39 ..Traceability, e.g. incorporating identifier into a workpiece or article |
| 16121 | s-16146 B22F10/40 .Structures for supporting workpieces or articles during manufacture and removed afterwards |
| 16121 | s-16147 B22F10/43 ..characterised by material |
| 16121 | s-16148 B22F10/47 ..characterised by structural features |
| 16121 | s-16149 B22F10/50 .Treatment of workpieces or articles during build-up, e.g. treatments applied to fused layers during build-up |
| 16121 | s-16150 B22F10/60 .Treatment of workpieces or articles after build-up |
| 16121 | s-16151 B22F10/62 ..by chemical means |
| 16121 | s-16152 B22F10/64 ..by thermal means |
| 16121 | s-16153 B22F10/66 ..by mechanical means |
| 16121 | s-16154 B22F10/68 ..Cleaning or washing |
| 16121 | s-16155 B22F10/70 .Recycling |
| 16121 | s-16156 B22F10/73 ..of powder |
| 16121 | s-16157 B22F10/77 ..of gas |
| 16121 | s-16158 B22F10/80 .Data acquisition or data processing |
| 16121 | s-16159 B22F10/85 ..for controlling or regulating additive manufacturing processes |
| 16093 | b-16161 Main Group B22F12 -- Apparatus or devices specially adapted for additive manufacturing; Auxiliary means for additive manufacturing; Combinations of additive manufacturing apparatus or devices with other processing apparatus or devices |
| 16161 | s-16162 B22F12/00 Apparatus or devices specially adapted for additive manufacturing; Auxiliary means for additive manufacturing; Combinations of additive manufacturing apparatus or devices with other processing apparatus or devices |
| 16161 | s-16163 B22F12/10 .Auxiliary heating means |
| 16161 | s-16164 B22F12/13 ..to preheat the material |
| 16161 | s-16165 B22F12/17 ..to heat the build chamber or platform |
| 16161 | s-16166 B22F12/20 .Cooling means |
| 16161 | s-16167 B22F12/22 .{Driving means} |
| 16161 | s-16168 B22F12/222 ..{for motion along a direction orthogonal to the plane of a layer} |
| 16161 | s-16169 B22F12/224 ..{for motion along a direction within the plane of a layer} |
| 16161 | s-16170 B22F12/226 ..{for rotary motion} |
| 16161 | s-16171 B22F12/30 .Platforms or substrates |
| 16161 | s-16172 B22F12/33 ..translatory in the deposition plane |
| 16161 | s-16173 B22F12/37 ..Rotatable |
| 16161 | s-16174 B22F12/38 .{Housings, e.g. machine housings} |
| 16161 | s-16175 B22F12/40 .Radiation means |
| 16161 | s-16176 B22F12/41 ..characterised by the type, e.g. laser or electron beam |
| 16161 | s-16177 B22F12/42 ...Light-emitting diodes [LED] |
| 16161 | s-16178 B22F12/43 ...pulsed; frequency modulated |
| 16161 | s-16179 B22F12/44 ..characterised by the configuration of the radiation means |
| 16161 | s-16180 B22F12/45 ...Two or more |
| 16161 | s-16181 B22F12/46 ..with translatory movement |
| 16161 | s-16182 B22F12/47 ...parallel to the deposition plane |
| 16161 | s-16183 B22F12/48 ...in height, e.g. perpendicular to the deposition plane |
| 16161 | s-16184 B22F12/49 ..Scanners |
| 16161 | s-16185 B22F12/50 .Means for feeding of material, e.g. heads |
| 16161 | s-16186 B22F12/52 ..Hoppers |
| 16161 | s-16187 B22F12/53 ..Nozzles |
| 16161 | s-16188 B22F12/55 ..Two or more means for feeding material |
| 16161 | s-16189 B22F12/57 ..Metering means |
| 16161 | s-16190 B22F12/58 ..for changing the material composition, e.g. by mixing |
| 16161 | s-16191 B22F12/60 .Planarisation devices; Compression devices |
| 16161 | s-16192 B22F12/63 ..Rollers |
| 16161 | s-16193 B22F12/67 ..Blades |
| 16161 | s-16194 B22F12/70 .Gas flow means |
| 16161 | s-16195 B22F12/80 .Plants, production lines or modules |
| 16161 | s-16196 B22F12/82 ..Combination of additive manufacturing apparatus or devices with other processing apparatus or devices |
| 16161 | s-16197 B22F12/84 ...Parallel processing within single device |
| 16161 | s-16198 B22F12/86 ...Serial processing with multiple devices grouped |
| 16161 | s-16199 B22F12/88 ..Handling of additively manufactured products, e.g. by robots |
| 16161 | s-16200 B22F12/90 .Means for process control, e.g. cameras or sensors |
| 16093 | b-16202 Main Group B29C64 -- Additive manufacturing, i.e. manufacturing of three-dimensional [3D] objects by additive deposition, additive agglomeration or additive layering, e.g. by 3D Printing, stereolithography or selective laser sintering |
| 16202 | s-16203 B29C64/00 Additive manufacturing, i.e. manufacturing of three-dimensional [3D] objects by additive deposition, additive agglomeration or additive layering, e.g. by 3D Printing, stereolithography or selective laser sintering |
| 16202 | s-16204 B29C64/10 Processes of additive manufacturing |
| 16202 | s-16205 B29C64/106 using only liquids or viscous materials, e.g. depositing a continuous bead of viscous material |
| 16202 | s-16206 B29C64/112 using individual droplets, e.g. from jetting heads |
| 16202 | s-16207 B29C64/118 using filamentary material being melted, e.g. fused deposition modelling [FDM] |
| 16202 | s-16208 B29C64/124 using layers of liquid which are selectively solidified |
| 16202 | s-16209 B29C64/129 characterised by the energy source therefor, e.g. by global irradiation combined with a mask |
| 16202 | s-16210 B29C64/135 the energy source being concentrated, e.g. scanning lasers or focused light sources |
| 16202 | s-16211 B29C64/141 using only solid materials |
| 16202 | s-16212 B29C64/147 using sheet material, e.g. laminated object manufacturing [LOM] or laminating sheet material precut to local cross sections of the 3D object |
| 16202 | s-16213 B29C64/153 using layers of powder being selectively joined, e.g. by selective laser sintering or melting |
| 16202 | s-16214 B29C64/159 using only gaseous substances, e.g. vapour deposition |
| 16202 | s-16215 B29C64/165 using a combination of solid and fluid materials, e.g. a powder selectively bound by a liquid binder, catalyst, inhibitor or energy absorber |
| 16202 | s-16216 B29C64/171 specially adapted for manufacturing multiple 3D objects |
| 16202 | s-16217 B29C64/176 Sequentially |
| 16202 | s-16218 B29C64/182 in parallel batches |
| 16202 | s-16219 B29C64/188 involving additional operations performed on the added layers, e.g. smoothing, grinding or thickness control |
| 16202 | s-16220 B29C64/194 during lay-up |
| 16202 | s-16221 B29C64/20 Apparatus for additive manufacturing; Details thereof or accessories therefor |
| 16202 | s-16222 B29C64/205 Means for applying layers |
| 16202 | s-16223 B29C64/209 Heads; Nozzles |
| 16202 | s-16224 B29C64/214 Doctor blades |
| 16202 | s-16225 B29C64/218 Rollers |
| 16202 | s-16226 B29C64/223 Foils or films, e.g. for transferring layers of building material from one working station to another |
| 16202 | s-16227 B29C64/227 Driving means |
| 16202 | s-16228 B29C64/232 for motion along the axis orthogonal to the plane of a layer |
| 16202 | s-16229 B29C64/236 for motion in a direction within the plane of a layer |
| 16202 | s-16230 B29C64/241 for rotary motion |
| 16202 | s-16231 B29C64/245 Platforms or substrates |
| 16202 | s-16232 B29C64/25 Housings, e.g. machine housings |
| 16202 | s-16233 B29C64/255 Enclosures for the building material, e.g. powder containers |
| 16202 | s-16234 B29C64/259 Interchangeable |
| 16202 | s-16235 B29C64/264 Arrangements for irradiation |
| 16202 | s-16236 B29C64/268 using laser beams; using electron beams [EB] |
| 16202 | s-16237 B29C64/273 pulsed; frequency modulated |
| 16202 | s-16238 B29C64/277 using multiple radiation means, e.g. micromirrors or multiple light-emitting diodes [LED] |
| 16202 | s-16239 B29C64/282 of the same type, e.g. using different energy levels |
| 16202 | s-16240 B29C64/286 Optical filters, e.g. masks |
| 16202 | s-16241 B29C64/291 for operating globally, e.g. together with selectively applied activators or inhibitors |
| 16202 | s-16242 B29C64/295 Heating elements |
| 16202 | s-16243 B29C64/30 Auxiliary operations or equipment |
| 16202 | s-16244 B29C64/307 Handling of material to be used in additive manufacturing |
| 16202 | s-16245 B29C64/314 Preparation |
| 16202 | s-16246 B29C64/321 Feeding |
| 16202 | s-16247 B29C64/329 using hoppers |
| 16202 | s-16248 B29C64/336 of two or more materials |
| 16202 | s-16249 B29C64/343 Metering |
| 16202 | s-16250 B29C64/35 Cleaning |
| 16202 | s-16251 B29C64/357 Recycling |
| 16202 | s-16252 B29C64/364 Conditioning of environment |
| 16202 | s-16253 B29C64/371 using an environment other than air, e.g. inert gas |
| 16202 | s-16254 B29C64/379 Handling of additively manufactured objects, e.g. using robots |
| 16202 | s-16255 B29C64/386 Data acquisition or data processing for additive manufacturing |
| 16202 | s-16256 B29C64/393 for controlling or regulating additive manufacturing processes |
| 16202 | s-16257 B29C64/40 Structures for supporting 3D objects during manufacture and intended to be sacrificed after completion thereof |
| 16093 | b-16259 Various Individual Subgroups Associated with Additive Manufacturing |
| 16259 | s-16260 B23K9/042 .. {Built-up welding on planar surfaces} (Arc Welding) |
| 16259 | s-16261 B23K10/027 .. {Welding for purposes other than joining, e.g. build-up welding} (Plasma) |
| 16259 | s-16262 B23K15/0086 .. {welding for purposes other than joining, e.g. built-up welding} (Electron Beam) |
| 16259 | s-16263 B23K26/342 .. Build-up welding (Laser) |
| 16259 | s-16264 B28B1/001 . {Rapid manufacturing of 3D objects by additive depositing, agglomerating or laminating of material} |
| 16259 | s-16265 G05B19/4099 .... Surface or curve machining, making 3D objects, e.g. desktop manufacturing |
| 16259 | s-16266 G05B2219/49016 ... Desktop manufacturing [DTM]; Solid freeform machining [SFM]; Solid freeform fabrication [SFF] |
| 16259 | s-16267 G05B2219/49017 ... DTM desktop manufacturing, prototyping |
| 16259 | s-16268 G05B2219/49018 ... Laser sintering of powder in layers, selective laser sintering SLS |
| 16259 | s-16269 G05B2219/49023 ... 3D Printing, layer of powder, add drops of binder in layer, new powder |
| 16259 | s-16270 G05B2219/49028 ... Rapid freeze prototyping, selectively deposit and rapidly freeze water layer by layer |
| 16259 | s-16271 G05B2219/49029 ... Virtual rapid prototyping, create a virtual prototype, simulate rapid prototyping process |