国家/地区 中国（30）
IPC部 D（30）
IPC大类 D01（30） D04（8） D06（6）
D02（5） H01（4） B01（3）
B82（2） C02（2） C08（2）
D03（2）
IPC小类 D01D（30）
IPC D01F001/10（16） D01D005/00（11） D01F009/12（6）
D01D001/02（5） D01D005/06（5） D01D005/08（5）
D01F001/09（5） D01F006/54（5） D06M011/74（5）
D01D005/12（4） D01F008/14（4） D04H001/728（4）
D01D005/42（3） D01F006/46（3） D01F006/92（3）
发明人 ZHANG Y（30）
公开年 2022（7） 2023（5） 2016（4） 2020（4） 2017（3） 2018（3） 2015（2） 2021（2）
申请年 2022（8）  2015（6）  2020（5）  2021（5）  2017（4）  2018（2） 
专利权人 UNIV ZHONGYU.（5）

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 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

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

Light-guiding fiber for photocatalyzing carbon dioxide to prepare methanol is skin-core structure, including light guiding layer, photocatalytic layer covering light guiding layer and protective layer covering photocatalytic layer, where light guide layer contain high polymer with light guide effect.

ZHOU N, ZHANG K, ZHANG Y, DONG Y, LIU Y

Preparing polyvinylidene fluoride submicron fine fiber film useful for nano-piezoelectric generator, comprises e. g. dissolving polyvinylidene fluoride, silicon carbide and graphene oxide in dimethylsiloxane, heating and stirring, adding tetrahydrofuran at normal temperature and stirring.

XU R, ZHANG Y, FENG J

Preparing graphene fiber in industrial production, involves preparing graphene oxide spinning solution, attaching graphene oxide spinning solution to core wire, curing to obtain graphene oxide composite fiber and reducing graphene oxide composite fiber and removing core wire.

XIONG J, ZHANG Y, ZHANG Q, ZHOU J, ZHANG D

Preparing graphene reinforced carbon nanotube composite fiber, involves mixing expanded graphite and super acid e.g. chlorosulfonic acid to form graphene/super acid solution, soaking carbon nanotube fibers in solution, expanding carbon nanotube fibers under protonation action of chlorosulfonic acid.

LI Q, ZHANG Y, WANG W, YONG Z, WANG B, WU K

Preparation of fiber membraneused in lithium ion battery anodematerial,, involves mixing poly(n-vinylcarbazole) and conductive material to obtain a mixture, and electrospinning.

YAN Z, ZHANG W, YIN M, HE Z, ZHANG Y, LI C, LIU X

Bismuth-based photo-thermal conversion nanofiber material used for seawater desalination, wastewater treatment, and rapid evaporation of solvents, comprises ferric oxide-graphene sulfide nanoparticle, and polyvinylpyrrolidone as substrate.

FAN T, ZHANG Y, FENG Z, YANG W