国家/地区 中国（10）
IPC部 D（10）
IPC大类 D01（10）
IPC小类 D01D（10）
IPC D01D005/34（7） D01D005/00（5） D01F008/16（5）
D01F008/18（5） D01D005/06（4） D01F008/10（4）
D01F001/09（3） D01F001/10（3） D01D005/14（2）
D02G003/36（2） D02G003/44（2）
发明人 LIU Y（10）
公开年 2022（6） 2023（4）
申请年 2022（10）
专利权人 UNIV DONGHUA（2） WUJIANG NEW .（2）

Preparing composite yarn useful for outdoor clothes, comprises coating antistatic nano fibers spun from antistatic spinning solution, mixing polymer and auxiliary agents, coating multi-component yarn natural antibacterial yarn on intermediate yarn, adding organic solvent to yarn, and drying.

LIU Y, HE Y, REN Z, REN M, YANG J

Preparing in-situ graphene modified polyethylene terephthalate fiber comprises e.g. adding graphene material in polyethylene terephthalate polyester polymerization to obtain graphene modified polyethylene terephthalate raw material, melt-spinning, and adding polybutylene terephthalate polymer.

DAI Y, CHENG R, ZHU Q, LIU Y, WEN M, ZHANG S, CAO J

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

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 flexible electronic sensor composite material, comprises polyethylene melt coating on formed the three-layer composite fiber filaments, spraying nanofibers on it, and spraying two-dimensional transition metal carbide conductive ink on it,.

KOU W, ZHOU W, WANG L, GUAN J, ZHENG S, LIU Y, YUE T

Preparing high-strength and high-toughness graphene composite fiber used for wear-resistant flexible device, comprises preparing graphene oxide dispersion, preparing ultra-high molecular weight polyethylene oxide polymer solution, and preparing composite spinning solution.

LIU Y, GAO C, WANG L, XU Z

Preparing long stagnant ultrafine hollow conductive long fibers by electrospinning, comprises blending polyethylene and graphene, carbon nanotubes, and conductive graphite, adding polyvinyl alcohol, heating to obtain spinning melt, spinning, segmenting and bonding received hollow fibers.

GUO H, LIU Y

Preparing biocompatible flexible hybrid carbon-based physiological electrode used for acquiring electrophysiological signal, involves preparing high molecular polymer solution as skin layer spinning solution, preparing hybrid carbon-based spinning solution as core layer spinning solution.

LIU Y, HOU K, CHEN G, ZHU M

Preparing implantable gel photoelectrode involves preparing high molecular polymer solution as skin layer spinning solution, obtaining gel monomer solution as first core layer spinning solution, and obtaining carbon-based hybrid spinning solution as second core layer spinning solution.

LIU Y, YAN T, ZHENG J, GUO Y, CAO R, HOU K, CHEN G, ZHU M

Antibacterial and antistatic function featured composite yarn manufacturing method, involves coating multi-component yarn containing natural antibacterial yarn on intermediate yarn to manufacture composite yarn with antibacterial and antistatic functions.

LIU Y, HE Y, REN Z, REN M, YANG J