国家/地区 中国（7）
IPC部 H（4） C（2）
IPC大类 H01（3） C23（2）
IPC小类 H01M（3） C23C（2）
IPC H01M010/0525（3） H01M004/505（2） H01M010/42（2）
发明人 CAO Y（3） HE Y（3） LV T（3）
DONG B（2） DU G（2） HU C（2）
JIANG N（2） JIN Y（2） LI K（2）
LUO H（2） MU J（2） MU X（2）
SU L（2） SUN Z（2） WANG J（2）
公开年 2022（3） 2023（3）
申请年 2022（5） 
专利权人 STATE GRID EASTERN INNER MONGOLIA ELECTR（7）

Preparation of graphene/silver-based composite contact involves coating carbon-containing layer on silver-based contact material, and irradiating carbon-containing layer with laser to grow graphene on silver-based contact surface.

XU C, CHEN J, YUAN X, WANG J, WANG L, DONG B, YU S, MU X, LV T, HE Y

Method for self-repairing and growing graphene on surface of nickel-based metal substrate involves using continuous laser on pure nickel plate of preset graphite layer to irradiate, and forming secondary growth graphene damaged nickel surface after heat treatment.

HE Y, WANG J, WANG L, DONG B, YU S, LU J, MU X, LV C, YUAN X, LV T

Graphene polyimide heating sheet arrangement acquisition method, involves iteratively optimizing screened input variables to obtain optimal graphene PI heater arrangement scheme through constructed response surface model combined with set optimization algorithm.

FENG Z, HAN J, ZHANG X, LIU H, LIANG J, SHANG X, AN Y

Anode material useful for for battery, comprises lithium-nickel-manganese-oxides.

JIN Y, JIANG N, ZENG Y, YANG C, YU R, DU G, LI K, HU C, MU J, SUN Z, SHI H, LUO H, WANG Y

Preparation of lithium-ion battery for e.g. electric automobile, involves injecting fluorine-based low-temperature electrolyte into battery cell formed by separating prepared positive electrode and negative electrode with separator.

JIN Y, ZENG Y, DU G, YANG C, YU R, MU J, LI K, JIANG N, HU C, SUN Z, CAO Y, SU L, LUO H

Preparing graphene-reinforced red copper contact material useful for electric contact i.e. electric switch and instrument assembly, comprises mixing solid carbon source and catalyst, pre-coating on surface of red copper material, irradiating by high-power laser, and growing surface-covered graphene.

HE Y, DU X, GUO D, ZHANG F, TANG B, LV T, CAO Y, XU G

Processing low-temperature resistant lithium ion battery interface solid electrolyte interface film, involves coating conductive agent on lithium metal surface, and drying adhesive to obtain liquid metal solid electrolyte interface layer.

WANG Y, SU L, GAO C, CAO Y, DENG H, CHEN M, DANG W, SU R, CAI W, LIU J, ZHANG H