国家/地区 美国（8） 中国（7） 韩国（6） 日本（5） 世界知识产权组织（4） 欧洲专利局（EPO）（3） 台湾（2）
IPC部 C（10）
IPC大类 H05（10）
IPC小类 B32B（7） C01B（7） H05K（6）
B82Y（5） H01B（4） C09D（3）
C23C（3） H01L（3） H01M（3）
H05B（3） B01J（2） B05D（2）
G06F（2）
IPC B82Y030/00（5） B82Y040/00（5） C01B031/02（5）
B32B009/00（4） C01B031/04（3） H01B005/14（3）
H01B013/00（3） H05B033/28（3） C23C016/26（2）
G06F003/041（2） G06F003/044（2） G06F003/045（2）
H01L051/50（2） H01L051/52（2） H05B033/26（2）
发明人
公开年 2012（10）
申请年 2012（10）
专利权人

Electrode, useful in electronic device e.g. organic light-emitting device, organic solar cell or organic memory device, comprises graphene-containing layer, and layer having work function gradient formed on graphene-containing layer.

LEE T, HAN T, AHN J, LEE Y, WOO S, LEE T W, HAN T H, AHN J H, YI Y B, LEE Y B, WOO S H, LI R

Method for forming graphene pattern using exfoliation technique, involves selectively peeling graphene layer by polymer stamp, and forming raised pattern on rotator polymer stamp, where polymer stamp is made of polydimethylsiloxane.

AN K, CHUNG T, JUNG D, KIM C G, KIM H S, LEE S S, LEE Y K, AN K S, CHUNG T M, LEE S, LI Y, KIM C, KIM H

Structure useful in e.g. a device e.g. anode, lithium battery, flexible electronic device, anti-static material, biomedical implant, electromagnetic shield, and electrode, comprises a graphene-coated pyrolytic carbon structure.

HARDIN I R, ZHANG M

Making crystalline graphene, used e.g. in electronic device, comprises e.g. performing first thermal treatment by supplying heat to inorganic substrate, and introducing vapor carbon supply source into reactor during first thermal treatment.

SHIN H, CHOI J, WOO Y, YOON S, SHIN H J, CHOI J Y, WOO Y S, YOON S M

Transfer sheet used for e.g. capacitance-type touch input device, has base sheet, thin metal film layer, and transparent conductive film layer containing graphene as main component, formed sequentially.

MORI F, TERAZONO H, TERAZONO S

Transparent conductive film used as electrode in e.g. heater, has electroconductive graphene sheet with secondary region whose light transmittance capacity is higher than primary region.

SHIMIZU K, KOBAYASHI T, KIMURA N, IZUHA K, DEWA K

Dry graphene transfer comprises growing graphene on growth substrate, chemically modifying transfer substrate, contacting graphene with transfer substrate and transfer printing, and separating transfer substrate with attached graphene.

LOCK E H, WALTON S G, BARAKET M, LASKOSKI M, SHEEHAN P E, MULVANEY S P, HINES D R

High heat conduction and dissipating coating for electronic product, comprises base resin and padding such as graphite, graphene, pyrolytic carbon, carbon fiber, graphite fiber, zirconium oxide, silicon nitride and boron carbide.

SHEN F

Manufacture of multilayer graphene-coated substrate used as e.g. transparent conductive film and electroconductive film, involves laminating multilayer graphene obtained from multilayer graphene assembly on surface of substrate.

MURAMATSU K

Preparing graphene thin-film material with controllable conductivity useful in electrical devices, electrodes and other fields, involves performing pretreatment, oxidation, reduction, modification and membrane measurement processes.

NIU Y