国家/地区 中国（33）
IPC部 H（12） C（9） D（7）
B（6） A（4） E（2）
F（2） G（2）
IPC大类 H01（9） C01（5） C04（5）
D03（5） B32（4） H05（4）
D01（3） A47（2） A61（2）
D02（2） D06（2） E04（2）
F24（2）
IPC小类 C01B（5） C04B（5） D03D（5）
B32B（4） H01L（4） H01M（4）
D01F（3） H05B（3） A47G（2）
A61N（2） D02G（2） E04H（2）
F24D（2）
IPC D03D015/00（5） C01B032/186（3） C04B035/622（3）
D03D001/00（3） D03D011/00（3） H01M004/36（3）
H01M004/62（3） H05B003/14（3） A61N005/06（2）
B32B009/00（2） B32B009/04（2） B32B033/00（2）
C04B035/563（2） C04B035/64（2） D01F009/12（2）
发明人 CHEN M（34）
公开年 2018（29） 2019（4）
申请年 2018（34）
专利权人 SICHUAN ANDG.（11） HENGLI XIAME.（3） HEFEI GUOXUA.（2） UNIV NANJING.（2）
YIBIN GRACE .（2） YIBIN GRACE .（2） YIBIN HAISIT.（2） ZHEJIANG FAS.（2）

Adjustable terahertz based graphene semi-metal absorbing device, has four digging semicircle devices whose center are located on Dirac semi-metal material, where Dirac patterned semi-metal layer is low dielectric constant material.

CHEN M, CHEN C, LIU H, WANG C, ZHAO D, GAO W, ZHANG W, YUAN L

Preparing graphene-modified hard alloy involves mixing graphite, dispersant, hard alloy and solvent, performing high-energy ball milling to peel graphite into graphene, granulating, degumming, and sintering hard alloy composite powder.

CHEN M, MA Q, LIU N, LI Q

Graphene based semiconductor optimizing heat conducting structure, has single graphene sheet connected with metal radiator and heat conducting plate, where single graphene sheet is formed as single-layer structure, double-layer folded structure or multi-layer structure.

LI W, SONG B, CHEN M, JIN X, FAN Y

Graphene heating ceramic brick assembling device, has screw rod whose top part is connected with fastening nut through rail, and box body whose top part is equipped with box cover above cabin cover, where top part of screw rod is connected with nut.

LU W, CHEN M

Graphene warm heating wall, has heating heater fixed on wall body, mounting block whose two sides are formed with sliding groove, and fixing plate arranged far away from end of wall body, where inner wall of through-hole is connected with spring.

LU W, CHEN M

Producing graphene anti-ultraviolet fiber comprises e.g. premixing dried acrylic fiber section with graphene at high speed, adding coupling agent, granulating by twin-screw extruder to obtain graphene-acrylic masterbatch and blending.

DENG C, LI R, HE M, TIAN Q, CHEN Y, CHEN M, FAN X, HU X, WANG Z

Graphene and coffee-based carbon heating film fabric, has warp and weft that are made of spun yarn and warp and weft interweaves according to structure of multilayer.

DI Z, MA X, LUO B, CHEN M

Graphene dual-layer heating blanket fabric structure, has graphite heating sheet provided with hollow, where graphene heating sheet is connected with wire interface that is located on dual-layer weave structure of fabric.

DI Z, LUO B, MA X, CHEN M

Graphene far-infrared anti-mite functional wool fabricating method, involves carefully checking pattern card and drafting order to produce fabric, and utilizing HG-106C cold sizing agent for reducing friction between shed and yarn.

LIU W, JIANG A, CHEN M, WANG J, CHEN W

Preparing P-type semiconductor graphene involves cleaning specific substrate, drying on reaction table, then vacuumizing and introducing argon protection gas, and subjecting treated product to microwave to adjust first reaction power.

CHEN M