国家/地区 世界知识产权组织（219）
IPC部 C（219）
IPC大类 H01（219）
IPC小类 H01M（127） C01B（119） H01L（65）
H01B（38） C08K（37） C08L（37）
C23C（34） B01J（24） C09D（24）
H01G（20） B82Y（19） C01G（15）
C04B（15） C08G（14） B32B（13）
IPC H01M004/62（69） H01M004/36（57） H01M010/0525（46）
H01M010/052（39） C01B032/194（37） H01M004/38（37）
H01M004/04（32） H01M004/587（32） H01M004/02（31）
H01M004/58（29） H01M004/583（27） C08K003/04（26）
C01B032/182（25） H01M004/13（24） C01B032/198（22）
发明人 HE J（5） HO K P（5） JIANG Y（5）
THOMAS S（5） YAMAZAKI S（5） GUINEY I（4）
IFUKU R（4） JANG B Z（4） LIM J（4）
LIM J C（4） MATSUMOTO T（4） TYLER M（4）
WU X（4） ZHANG B（4） CHEN Z（3）
公开年 2021（219）
申请年 2020（122）  2021（78）  2019（19） 
专利权人 GRST INT LTD（5） GUANGDONG HA.（5） PARAGRAF LTD（5） TOKYO ELECTR.（5）
DAEJOO ELECT.（4） GLOBAL GRAPH.（4） GUANGDONG BR.（4） GUANGDONG BR.（4）
HUNAN BRUNP .（4） LG ENERGY SO.（4） MITSUBISHI M.（4） SEMICONDUCTO.（4）
HUNAN BRUNP .（3） LAM RES CORP（3） NINGDE AMPER.（3） 3M INNOVATIV.（2）
APOLLO TYRES.（2） BOSCH GMBH R.（2） BOSTON SCI I.（2） BOSTON SCI S.（2）

Selective deposition on dielectric layer comprises providing semiconductor substrate, selectively depositing graphene on exposed metal surface of metal layer of substrate, and selective depositing dielectrically-deposited material on layer.

NARKEVICIUTE I, VARADARAJAN B N, SHARMA K, NARKEBICHUDDER I

Method for forming film e.g. graphene film on substrate, involves supplying aromatic hydrocarbon gas having functional group, to substrate on which base film is formed, and activating aromatic hydrocarbon gas adsorbed on surface of base film by plasma of reaction gas containing rare gas.

MATSUMOTO T, IFUKU R

Method for producing activated carbon for use with electrolyte in apparatus for storing electrical energy, involves activating carbon source in presence of nearly inert gas at atmospheric pressure and at activation temperature for activation time period to produce activated carbon.

MILLER M B, LIU J, KHOSROZADEH A, MILLER M, KHOSROZADE A

Preparation of cesium difluorophosphate for aqueous cathode slurry used for secondary battery, by carrying out ion exchange reaction with lithium difluorophosphate and cesium source.

MAO C, BAI J, WANG P, PAN D, ZENG Y, DAI W, DAI X, ZENG Y N A, DAI NBSP X N, ZENG Y A

Conductive composition for secondary battery, comprises polymeric material, carbon nanomaterial, and anionic stabilizing agent.

HO K P, JIANG Y, SUN X, HE J, SUN X Y

Graphene compound useful for secondary battery for electronic device e.g. display device and light-emitting device, has pores, where graphene compound has carbon atoms and fluorine atoms terminated by carbon atoms, and pores are formed from carbon atoms and fluorine atoms.

YAMAZAKI S, ABE K, HIGO D, DAICHI H A

Electrode used for secondary battery, comprises current collector and electrode layer coated on surfaces of current collector, where electrode layer included electrode active material, binder and additive comprising oxolane-containing.

HO K P, JIANG Y, HE J

Coated cathode active material used for slurry for cathode for secondary battery, comprises cathode active material and coating layer comprising coated cathode active material which is derived from phosphorus-containing compound.

HO K P, JIANG Y, DU F, HUEN P, XUAN S, HE J, DUFENGJUAN, HUENPRISCILLA

Coated cathode active material used in slurry for forming cathode of secondary battery, comprises cathode active material and coating layer derived from phosphorus-containing compound.

HO K P, JIANG Y, DU F, HUEN P, GONG T, XUAN S, HE J, DUFENGJUAN, HUENPRISCILLA

Silicon-carbon composite material for secondary lithium battery, comprises core containing silicon-based material and conductive layer and conductive ion layer on surface of inner core.

FANG B, YAO L, HU P, CHEN Q, CHENCHINGWHA, AFTER F