国家/地区 中国（24）
IPC部 H（12） C（11） B（5）
F（3） D（2）
IPC大类 H01（11） C01（6） C23（5）
B22（3） D01（2） F03（2）
IPC小类 C01B（6） C23C（5） H01B（5）
H01L（4） B22F（3） D01F（2）
F03D（2） H01R（2）
IPC C01B032/186（3） C23C016/26（3） B22F003/14（2）
B22F009/04（2） C01B032/19（2） C23C016/54（2）
D01F001/10（2） F03D080/40（2） H01B001/02（2）
H01B012/00（2） H01B013/012（2） H01L035/14（2）
H01L035/34（2） H01R004/64（2）
发明人 TAN H（24）
公开年 2022（18） 2023（6）
申请年 2022（24）
专利权人 CHANGZHOU SI.（5） JIANGSU JIAN.（5） CHANGZHOU SI.（3） CHANGZHOU HY.（2）
SUZHOU SUNMU.（2） UNIV KUNMING.（2） UNIV NANJING（2） UNIV SHANGHA.（2）
YUNNAN POWER.（2）

Graphene copper transmission line pay-off grounding pulley for use in tension stringing construction, has conductive wheel group whose end is connected to grounding wire, where grounding wire includes external insulating wire sheath and composite wire core placed in insulating wire sheath.

WANG Z, LI Y, GAO Z, YAN F, LI J, YANG M, GAO J, ZHANG J, WANG C, ZENG D, CHU L, XIANG Y, TAN H, XU L, TANG N, YAN Z, LI H, FENG F, YANG Y, XIE L, ZENG L, ZHAO H

Titanium-doped multilayer copper-based composite material for use in e.g. aerospace field, has titanium-titanium doped composite layer arranged between reinforced-phase composite layer or between reinforced-stage composite layer and copper base surface layer.

ZHU M, DING Y, JIANG X, TAN H, QI F, SHAO Z

Working ground wire based on graphene and copper as guide line, has composite wire core placed in insulating wire and composed of multiple graphene wires and multiple copper wires which are staggered.

TAO R, ZHANG R, YANG M, LI Y, WANG Z, YAN F, LI J, LU P, YAO H, SONG H, ZHANG J, GAO J, GAO Z, PU J, TAN H, CHU L, WANG C, TANG N, XIANG Y, ZENG D, XU L, WANG H, YAN Z, LI H, XIE L, YANG Y, FENG F, ZHAO H, ZENG L

High-strength flexible graphene fiber prepared from graphene oxide and sodium alginate raw materials by wet fiber orientation technology and then dry winding.

BAI C, ZHANG L, QIAO Y, LI X, WANG X, TAN H, ZHAO Z, ZHENG T

Preparing additive manufacturing copper-clad graphene/aluminum alloy composite material, involves performing surface metallization processing to graphene sheet layer to obtain graphene layer with uniform surface copper-coated surface.

TAN H, HU Y, LI Q, ZHANG Z, ZHANG Q

Forming processing device for copper graphene composite powder material, has working table equipped with hydraulic cylinder, where upper end of hydraulic cylinder is connected with top rod, and top rod is matched with pressing rod.

ZHANG T, TAN H, GUO B

Hydrothermally synthesizing bismuth trisulfide-reduced graphene oxide composite thermoelectric material, comprises e.g. dissolving bismuth nitrate pentahydrate and CH5N3S in water bath, adding r-graphene oxide, reacting, centrifuging, washing, drying, pressing into tablets, and calcining.

JIANG X, YAN Y, OUYANG T, LI X, BAI Y, TAN H

Ink for forming electron transport layer, comprises solvent and electron transport material chosen from C60 fullerene, C70 fullerene, mono-addition fullerene derivative, double-addition fullerene derivative, multi-addition fullerene derivative, graphene, carbon nanotube and/or non-fullerene receptor.

XIAO K, SUN H, TAN H

Synthesizing trisulfide dibismuth-oxidation graphene composite thermoelectric material, comprises e.g. dissolving bismuth trioxide in water bath, dissolving chabazite under magnetic stirring, and introducing graphene into mixed solution.

WANG Z, YAN Y, OUYANG T, LI X, BAI Y, TAN H

Transferring graphene film, comprises attaching transfer medium to surface of graphene thin film growing on growth substrate, peeling off growth substrate, sequentially stacking graphene film and target substrate, and applying pressure.

GUO B, QU Y, TAN H, SHEN D, WANG W