国家/地区 中国（108）
IPC部 C（42） H（37） A（32）
E（21） F（21） B（12）
D（6） G（3）
IPC大类 H05（30） C09（28） E04（21）
A47（20） F24（20） A61（13）
C01（8） C02（5） C25（5）
H01（5） B32（4） D01（4）
B01（3） C08（3） D06（3）
IPC小类 H05B（30） C09D（26） F24D（20）
E04F（13） A47B（8） A61N（8）
C01B（8） E04H（7） A61H（6）
C02F（5） E04B（5） A47C（4）
A47K（4） B32B（4） H01M（4）
IPC C09D011/52（22） F24D013/02（20） H05B003/14（17）
C09D011/03（16） C09D011/102（12） H05B003/34（12）
C09D011/107（9） C09D011/104（8） A61N005/06（7）
E04F013/075（7） E04H001/12（7） C09D011/103（6）
C09D011/105（6） E04F013/074（6） F24D019/10（6）
发明人 ZENG C（108）
公开年 2021（47） 2020（39） 2023（9） 2022（4） 2019（3） 2018（2）
申请年 2020（80）  2022（10）  2021（7）  2019（4）  2018（2） 
专利权人 GUANGDONG KO.（76） UNIV CHINA S.（3） UNIV GUILIN .（3） DRILLING ENG.（2）
HUNAN DONGYI.（2） SINOPEC OILF.（2） UNIV SUN YAT.（2） WENZHOU MEDI.（2）
ZHONGXING YU.（2）

Normal temperature quick-drying high temperature-resistant anticorrosive coating used for forming anti-corrosive coating on metal surface comprises matrix resin, zinc powder, epoxy curing agent, graphene silicate, modifier, anti-settling agent, film-forming auxiliary agent and water.

ZENG C, LIANG X, LIANG D

Graphene conductive micro-porous film composite fabric for making cloth e.g. cold-proof and anti-velvet cloth, has graphene conductive layer, micro-porous film layer and textile base cloth that are sequentially arranged from outside to inside.

XIAO Y, DENG X, ZHOU Y, PENG Z, WU X, LI M, TANG J, ZHENG M, ZENG C

Intelligent temperature control cold-proof waistcoat for calf and lamb, has graphene heating area that is sequentially in parallel by laser etching line and two ends are vertical to electrode layer.

WANG Q, XIONG X, HUANG Y, BAI X, YANG F, LIN Y, LI S, LI Q, LI J, WANG Y, ZENG C, LIU C, SHI H

Aqueous inorganic self-curing steel structure anticorrosion coating useful for steel structure anticorrosion, comprises zinc powder, aqueous epoxy resin, graphene oxide, lithium silicate, modifier, anti-settling agent, film-forming auxiliary agent, and water.

ZENG C, LIANG X, LIANG D

Preparation of hollow graphene doped oxide composite material for preparing lithium-ion batteries, involves mixing template agent and phthalocyanine, performing pyrolysis, adding into alcohol solvent and surfactant, adding carbon group element source, and carrying out hydrolysis reaction.

LUO Y, CAI J, ZENG C, ZHENG H, ZHANG X, GAO Y, ZHANG Z, LUO C, ZHANG H, ZHOU C

Encapsulation method for improving graphene of carrier concentration, involves manufacturing graphene, performing secondary uniform glue to substrate of graphene uniformly gluing and baking substrate of chip with polymethyl methacrylate(PMMA)solution, using mixed doping agent, controlling graphene.

LI L, FAN X, LIN Z, WAN X, ZENG C

Use of high aza-graphene nanosheet for water-based drilling fluid, where water-based drilling fluid is added with high aza-graphene nanometre sheet, high aza-graphene nano sheet is prepared by premixing raw material inorganic salt, carbon-containing compound and nitrogen-containing organic compound.

GONG G, ZENG C, CHEN H, LI L, ZHANG X, ZHANG Z, WANG F, LUO C, ZHOU C

Heat conducting silica gel sheet, comprises silicone rubber, graphene, dispersant, coupling agent, curing agent, and fiber filler, where dispersant includes polyvinyl alcohol, polyamide, polyvinyl acetate, polyurethane and polyacrylate.

ZENG C, WU X, CHENG X, CHAI J, LIU C

Method for opening double-layer graphene band gap in semiconductor device, involves using first molecular layer for electronic doping double layer graphene, and second molecular layer to perform hole doping of double-layered graphene to open band gap.

ZHANG D, FAN X, ZHANG H, ZENG C

Preparation method of high-strength high-conductivity, involves extruding mixed material with rotating friction extrusion, obtaining graphene aluminum-based composite material for drawing and molding to obtain high-strength high conductivity graphene aluminum-based conductive wire.

CAO J, ZENG C, XIA C, LIU Q