国家/地区 中国（110）
IPC部 D（110）
IPC大类 D01（110） D04（19） D06（19）
C08（11） H01（8） A41（7）
A61（6） D02（6） C02（5）
C09（5） B82（4） A47（3）
B01（3） B32（3） D03（3）
IPC小类 D01F（110） D01D（48） D06M（15）
D04H（14） C08K（7） C08L（7）
A41D（6） C08G（6） D02G（6）
C02F（5） A61L（4） B82Y（4）
C09K（4） D04B（4） B32B（3）
IPC D01F008/18（110）
发明人 GAO C（6） LIU Y（6） GAO Y（5）
WANG J（5） ZHENG J（5） CHEN X（4）
LIU H（4） SHEN Y（4） WANG C（4）
WANG L（4） WANG X（4） WU H（4）
ZHANG H（4） ZHANG L（4） ZHANG Y（4）
公开年 2022（21） 2021（19） 2018（15） 2017（14） 2020（12） 2019（9） 2016（8） 2023（6） 2014（3） 2015（3）
申请年 2022（18）  2020（17）  2021（17）  2016（15）  2018（14）  2017（10）  2019（9）  2015（4）  2014（3）  2023（2） 
专利权人 UNIV DONGHUA（9） HANGZHOU GAO.（4） DONGGUAN LIA.（3） HENAN ZHILIA.（2）
UNIV JIANGNA.（2） UNIV LANZHOU（2） UNIV NANJING.（2） UNIV QILU TE.（2）
UNIV QIQIHAR（2） UNIV TIANJIN.（2） UNIV ZHEJIAN.（2） UNIV ZHEJIAN.（2）

Producing graphene radiation-proof fabric useful for e.g. chemical industry field, comprises weaving graphene surface layer and polyester fiber layer by knitting machine, weaving graphene fabric, placing rolling fabric on antibacterial dip-dyeing device, and rolling antibacterial fabric.

ZHANG Y

Preparing bistable multi- stimulus responsive Janus color-changing fibers useful for preparing intelligent textiles, comprises dissolving sodium alginate in water, taking thermochromic microcapsule, defoaming Janus A and spinning liquid, injecting two syringes into coagulation bath through pinhole.

TIAN A, ZHANG L, WANG C, FU S

Preparing white graphene, high performance-to-price ratio- functional polyethylene glove for safety protection, involves preparing white graphene polyethylene fiber from polyethylene slices and white graphene polyethylene masterbatch, weaving coating yarn formed using graphene fiber as core wire.

SHA X, SHA Y, MA L

Preparation of fullerene conductive fiber for preparing fullerene conductive silk fabric, by dispersing three-dimensional carbon nanomaterials in silk protein solution, preparing nano-carbon silk protein composite fibers by wet spinning and using biomass fibers as basis for blending fibers.

LI Q, WU H, CAO T, ZHANG J

Composite fiber used in medical field, electronic circuit, super capacitor comprises core material fiber, graphene layer covering core material fiber and hexagonal boron nitride layer covering outside of graphene layer, hexagonal boron nitride layer grown and coated on outside of graphene layer.

CHENG Y, QI Y, JIANG J, LIU Z

Preparation of functional fiber used for textiles, involves injecting graphene oxide into hollow cavity of hollow fiber to obtain composite fiber, and covering surface of composite fiber with silver ion-containing nanofiber to form coating.

LI H, LIU Y, YUE T, CHEN M, SHI Q

Preparing high-strength graphene fiber useful in the field of graphene fibers, comprises e.g. adding graphene oxide aqueous solution and modified polyvinyl alcohol into glass bottle, extruding, solidifying into fiber, placing treated graphene oxide composite fiber in a hydroiodic acid, and drying.

ZHOU Y

Preparing liquid metal core fiber by melt spinning comprises extruding skin layer thermoplastic polymer by screw, injecting core layer liquid metal, contacting surface of sheath-core complex spinning component and liquid metal coated with corrosion resistant and high temperature resistant coating.

CAI Z, SUN J, WANG L, PAN D, CHEN L

Preparation of high performance graphene involves adding modified oxide graphene polyacrylic acid and polyamide to DMF, ultrasonically processing, and stirring at room temperature to obtain spinning solution for electrostatic spinning and vacuum drying.

ZHANG H

Sodium alginate-sodium polyacrylate-oxidized graphene composite fiber useful in preparation of surgical suture line, comprises adding sodium polyacrylate powder and graphene oxide aqueous dispersion into sodium alginate aqueous solution, stirring, solidifying, stretching, and performing crosslinking.

WU H, BAI Y