国家/地区 中国（22）
IPC部 D（22）
IPC大类 D01（22） D06（4） D04（2）
G01（2） H01（2）
IPC小类 D01D（22）
IPC D01F001/09（22）
发明人 DAI Y（2） FANG Y（2） FANG Z（2）
LI C（2） LI J（2） LIU S（2）
SONG Z（2） WANG H（2） YAO J（2）
ZHU J（2）
公开年 2021（22）
申请年 2021（10）  2020（8）  2019（4） 
专利权人 HEYE HEALTH .（2） UNIV WUHAN T.（2）

Preparing elastic conductive fibers useful for wearable electronic devices, comprises pre-drafting core layer filament, preparing skin layer solution, coating skin layer solution and curing, and immersing skin-core fibers in second conductive material dispersion, swelling and coating.

ZHONG W, LI M, TANG Q, WEI W, WANG D

Processing continuously preparing fiber-shaped polymer energy storage device comprises e.g. extruding the first electrode slurry and second electrode slurry into a first coagulation bath and a second coagulation bath and forming the first electrode slurry into a first continuous fiber electrode.

WANG F, CHENG X

Manufacture of functional spandex fiber involves mixing prepolymer solution containing graphene and/or carbon nanofiber material, polyether glycol and diisocyanate and chain extension solution containing mixed amines, reacting, filtering, spinning, cooling filament, stretching, winding and curing.

CAO P, CAO X, ZHANG M

Preparing nano silver wire/bianstone fiber antibacterial material comprises dissolving polyvinyl pyrrolidone, iodide and bianstone powder in ethylene glycol, dissolving silver nitrate in glycol solution, heating, dissolving nano silver wire/bianstone powder in polar solvent and spinning.

DAI Y, ZHU J, FANG Z, FANG Y

Preparation of nano-cuprous oxide-doped copper oxide/bianstone material for textile e.g. towel, involves dissolving bianstone and copper, and dissolving obtained nano-cuprous oxide-doped copper oxide/bianstone and chitosan in polar solution.

DAI Y, ZHU J, FANG Z, FANG Y

Preparing flexible sensing material used as strain sensing material, by dispersing cationic natural polymer in deionized water, adding conductive nano-material to cationic dispersant system, mechanically stirring, adding conductive nano-material, drawing out solid-state anion complex, and winding.

LIU W, WU Y, LI C, WANG H, SONG Z, LI G, YU D, LIU X

Tension sensing fiber useful for tension sensing yarn and wear-resistant multi-modal sensor device, comprises tensile force sensing layer including polymer material, conductive material, hydrophobic layer, and conductive core layer.

TAO G, JIAN A, OUYANG J, TIAN M

Preparation of graphene-doped polypropylene melt-blown nonwoven fabric for e.g. filter material, involves extruding mixture containing graphene, phenylenediamine, hydrazine hydrate, polypropylene resin, coupling agent, and antioxidant.

XIAO C, CHEN Y, YANG Z, CHEN K, ZHANG D, FENG Y, LIN H

Antistatic and radiation-proof graphene modified fiber fabric comprises polyester fiber layer including graphene modified fiber fabric layer comprising PVC resin, azodicarbonamide, Aloe vera gel, nano-ceramic absorbent, nanoconductive polymer, graphene oxide, talc, and plasticizer.

YU J, ZHU W, JI W

Reshaping a conductive network based on styrene-butadiene-styrene SBS conductive fibers, comprises adding conductive materials into ethyl acetate solution to prepare ethyl acetate mixture, soaking SBS conductive fiber, removing, and drying.

JIANG L, LIU M, LI C, LIU Z, ZHOU B, ZHOU Y, CHEN S, MA J