国家/地区 中国（49）
IPC部 D（50） C（14） B（6）
A（5） H（4） G（3）
IPC大类 D01（50）
IPC小类 D01F（46） D01D（19） D06M（9）
D04H（8） C08G（4） B82Y（3）
C01B（3） C04B（3） C08K（3）
C08L（3） H01M（3） A01N（2）
A01P（2） A41B（2） B32B（2）
IPC D01F001/10（29） D01D005/00（10） D01F009/12（10）
D01F001/09（8） D01F006/92（8） D04H001/728（7）
D06M011/74（6） D01F008/18（5） D06M101/40（5）
D01F008/14（4） B82Y030/00（3） B82Y040/00（3）
D01D001/02（3） D01D005/06（3） D01D005/08（3）
发明人 WANG J（50）
公开年 2020（13） 2022（9） 2018（8） 2023（6） 2017（5） 2021（5） 2019（2）
申请年 2020（10）  2022（9）  2019（7）  2021（7）  2017（5）  2018（5）  2016（4） 
专利权人 BEIJING TEYI.（2） HANGZHOU DIN.（2） LIANYUNGANG .（2） SHANDONG YUH.（2）
SHANGHAI XIF.（2） SHENZHEN HAN.（2） UNIV DONGHUA（2） UNIV ZHENGZH.（2）

Spinneret for uniformly extruding spinning graphene, has shell whose side far away from motor is fixedly provided with water circulation heating device that is connected with first heating mechanism and second heating mechanism.

JI Z, SONG R, QIAN D, WANG J

Graphene flocculus production carding machine, has storage box whose lower side is connected with opening, where feeding port of main body is provided with guide plate, and opening of side surface of box body corresponds to guide plate.

LU M, WANG J, ZHANG Q, LUO W

Conductive path controllable polymer fiber preparation device has injection molding device, hot drawing device, filler supply device, feeding device to drive fiber substrate to pass through filler supply equipment and scraper, so that whole micro-groove of fiber substrate is filled with filler.

QIN S, ZHANG H, WANG J

Preparing Ag-TiO2-rGO-PAN composite film, involves dispersing oxidized graphene powder; weighing P25, adding TiO2 powder into graphene oxide dispersion; transferring mixed solution to stainless steel high pressure reactor; putting mixed solution into centrifuge, weighing PAN powder.

ZHOU W, LI S, FU S, WANG J, FANG H, LIN X

Fluorinated graphene modified polymer composite film used in film capacitor, comprises polyvinylidene fluoride-hexafluoropropylene dispersed with sheet-shaped fluorinated graphene, and junction of fluorinated graphene and polyvinylidene fluoride-hexafluoropropylene forms interface region.

WANG J, SONG J, LI Y, LI L, YANG Z, WANG G

Preparing composite fiber for functional textiles, comprises mixing nano carbon ball, graphite and water, peeling pre-treated graphite dispersion liquid, mixing graphene-loaded metal composite and macromolecular material, melt spinning modified graphene particle and high molecular material.

WU L, WANG J, WANG H, ZHANG Y, ZHENG L

Graphene nanofiber material useful as cathode for potassium-ion batteries and nanofiber sensors.

WANG D, WANG J, HE H

Preparing flexible mechanical sensor based on graphene in-situ growth spiral carbon fiber involves dissolving graphene and polyvinyl pyrrolidone in water, stirring uniformly, adding hexahydrate nickel sulphate and urea, stirring uniformly, reacting, sequentially, washing and drying.

WANG J, NIU Y, GUO X, ZHU T, MU C

Method for in-setu preparing self-heating flexible wear-resistant nano fiber material used for constructing electronic skin, comprises e.g. boiling the silk cocoons with sodium bicarbonate, ultrasonically dispersing, reacting in a heating device and dialyzing with deionized water.

SHI X, FENG T, WANG J

Preparing light weight and high-strength automobile wheel cover plate comprises spraying polyurethane adhesive on composite fiber web side, unwinding non-woven fabric and polyester film, coating polyurethane adhesive between non-woven fabric and polyester film, cold-pressing, cutting and punching.

WANG J, LI T