国家/地区 美国（11） 中国（8） 欧洲专利局（EPO）（6） 世界知识产权组织（6） 日本（5） 韩国（4） 加拿大（3）
IPC部 B（15） C（10）
IPC大类 B29（15）
IPC小类 B29C（15） B33Y（15） C08K（7）
C08L（6） C08G（5） B29B（3）
C08F（3） C08J（3） C09C（3）
B29K（2） B82Y（2） C09D（2）
IPC B33Y070/00（15）
发明人 EMPARUZIA V（3） FARRUGIA V M（3） SIBANTIISWARISLISKA.（3）
SRISKANDAR S E（3） SRISKANDHA S E（3） CHEN Y（2）
公开年 2022（8） 2021（6）
申请年 2021（15）
专利权人 XEROX CORP（3） PALO ALTO RE.（2）

Fabricating three-dimensional printed portion with high through-plane thermal conductivity involves mixing pure polymer particles with carbon-based filler for heat conduction to obtain resulting mixture, milling resulting mixture in pan-type milling mechanochemical reactor, and collecting composite.

CHEN N, SHI S, JING J, CHEN Y

Matter composition comprises epoxy functionalized two-dimensional shaped particles comprising functionalized graphene, clays, and alumina platelets, carbon nanotubes, epoxy resin, and curing agent comprising ionic liquid, and 1-ethyl-3-methylimidazolium dicyanamide.

KALB J, IFTIME G, WEI J, PANDEY R, RAHULPANDY, JUNHUA W, JAMIKALB

Method for selective laser sintering for three-dimensional article, involves depositing carbon nanomaterial-graft-polyamide particles with other thermoplastic polymer particles, and exposing to laser to fuse polymer particles and form consolidated component by selective laser sintering.

SRISKANDHA S E, FARRUGIA V M, EMPARUZIA V, SIBANTIISWARISLISKANDA, SRISKANDAR S E

Selective laser sintering process for preparing highly spherical particles, involves depositing carbon nanomaterial-graft-polyurethane particles on nanomaterial surface and exposing nanomaterial grafted polyurethane particles to laser, for fusing polymer particles and forming consolidated body.

SRISKANDHA S E, FARRUGIA V M, CLARIDGE R, EMPARUZIA V, SIBANTIISWARISLISKANDA, EASWARI S, SRISKANDAR S E

Selective laser sintering for forming highly spherical particles, involves depositing carbon nanomaterial graft-polyolefin particles on nanomaterial surface, exposing polyolefin particles to laser, for fusing polymer particles, where particles comprise polyolefin grafted to carbon nanomaterial.

FARRUGIA V M, SRISKANDHA S E, SIBANTIISWARISLISKANDA, EMPARUZIA V, SRISKANDAR S E

Treating bone defect or injury or reconstructing new bone for use in cosmetic or non-cosmetic purpose in subject need, involves using handheld three-dimensional printer to directly deposit filament or printing material into bone defect of subject, where filament or printing material is polymer.

NARBAT M K, ABDELWAHAB M S, MELAIBARI A A, ALSHAHRIE A S, SALAH N A, WILLIAMS T, RUSSELL C, MOSTAFAVI A, TAMAYOL A, ABUDULA T, MEMIC A

System for three-dimensional printing of sinterable, cohesive, dense, feedstocks, has sintering-selectivity material deposition head that is arranged adjacent feedstock deposition head to deposit fluid.

CHINTAPALLI M, PLOCHOWIETZ A, PATTEKAR A V, LU J, JACKSON W, PATEKKA A V, LU J P, LV Z

Formulation used e.g. to make additive, comprises hybrid composite material comprising organic semiconducting material, photopolymerizable monomer, free radical photoinitiator and oxidizable radical co-producer, and conductive material.

HU X, SUBRAMANIAN A S, CHEN H, LU Y

Producing additive manufacturing feedstock comprises adding photothermal agent comprising chemically modified graphene to construction material to cause photothermal agent to be in thermally conductive contact with construction material.

LEUNG C L A, ELIZAROVA I, LEE P D, SAIZ E

Fused filament fabrication filament useful formation of component in layer-wise fashion, comprises feedstock material comprising a polyaryletherketone, and at least one filler means.

CHAPLIN A, DALLAS C, RIDOUT C, RILEY M, THORPE A