国家/地区 中国（10）
IPC部 D（10）
IPC大类 D01（10） D04（3） D06（3）
H01（3） D02（2） D03（2）
IPC小类 D01D（10） D01F（8） H01M（3）
D03D（2） D04H（2） D06C（2）
IPC D01D005/06（10）
发明人 ZHANG Y（3） LI Y（2）
公开年 2023（10）
申请年 2022（8） 
专利权人

Preparing silicon nanoparticle-plasma fluorinated graphene fiber self-supporting composite material useful in preparing cathode materials for lithium-ion batteries, comprises e.g. adding graphene oxide solution into silicon nanoparticles, and performing plasma reduction and fluorination reaction.

ZHANG Y, LI Y, XIA X

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 ionic liquid-based biological nanofiber conductive film useful in e.g. biological nanosensors, comprises e.g. drying degummed silk fibroin and adding into ionic liquid, dispersing graphene in aqueous solution, mixing, spinning, spray spinning and introducing through coagulation bath.

ZHUANG X, YANG F, WANG F

Preparing conductive Orlon used e.g. in household clothes and tent, comprises uniformly mixing spinning raw liquid and mixed conductive agent (made of graphene, conductive carbon black and carbon nano-tube in sodium thiocyanate solvent), cold drafting primary fibers, densifying fibers, and shaping.

ZHAO Z, ZHOU X, ZHANG Y, YANG X, LI F

In-situ constructing conductive enhanced network reinforced fiber type electrode useful in flexible energy storage material preparation of flexible electronic device, comprises e.g. centrifuging and concentrating graphene dispersion liquid, and taking oxidized graphene and active material.

QIU J, ZHANG H, CAO G, WANG Y, LI Y

Method for preparing green color fiber containing graphene and polyacrylonitrile, used in clothes and decoration comprises mixing sodium thiocyanate and water, mixing residual sodium thiocyanate water solution and swelling liquid, mixing solution and oxidized graphene, and wet spinning.

GONG Y, GUAN F, ZHOU Y, PANG Y, JIANG M, LI X

Preparing graphene/silicone rubber coaxial fiber-based elastic core-spun yarn for use in friction nanogenerators and flexible motion sensors, involves mixing expanded graphite with raw rubber, and processing with high-speed emulsifier, followed by blending chemical fibers on surface to yarn.

GUO C, TAO J, HAN K, HE C

Reduced graphene oxide/graphite-type phase carbon nitride composite non-woven fabric used as three-dimensional framework in the cathode of lithium metal batteries, comprises reduced graphene oxide/graphite-type carbon nitride composite fibers and reduced graphene oxide fibers overlapping each other.

XIONG G, ZHANG S, XU M, XING Y

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

Fast heating and antibacterial far-infrared fabric useful in e.g. textile product manufacturing technology field, comprises zinc oxide, cuprous oxide, obsidian, graphene and fiber, where fabric is prepared by e.g. taking propylene glycol, obsidian powder and graphene powder and granulating.

SHI G, SHI C