国家/地区 中国（16）
IPC部 D（17） B（4） C（3）
H（2）
IPC大类 D01（17） B01（2） C09（2）
H01（2）
IPC小类 D01D（17）
IPC D01D005/06（17）
发明人 CHENG X（2） HU X（2） LI P（2）
LI Y（2）
公开年 2021（17）
申请年 2021（17）
专利权人

Preparing antibacterial suture line with oriented microstructure for tissue ligation, involves dissolving protein powder into solution and adding graphene oxide and antibacterial drug solution, followed by injecting into coagulation bath.

CHENG X, DING J, WANG Q, WU X, YANG Y

Preparing modified polylactic acid non-woven fabric involves mixing modified nanocellulose and lactic acid in water to obtain mixed dispersion, where modified nanocellulose has sulfonic acid group and hydroxyl group.

YANG C, XU J, HAO S, HE Y, TIAN J

Preparing bacterial cellulose composite fiber comprises soaking grown bacterial cellulose membrane with alkaline solution, cutting and crushing, adding freeze-dried bacterial cellulose into calcium chloride/acid dissolving system, extruding, and heat-stretching primary composite fiber in water bath.

ZHANG G, DANG X, HU X, BAI Y

Preparation of graphene anion regenerated cellulose composite fiber, involves dispersing cellulose, graphene, modifier in solvent, fully dissolving cellulose by stirring, and preparing spinning solution.

MA L, SHA X, SHA Y

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

Making carbon-metal oxide composite electrode used for supercapacitor in electric aircraft, by continuously injecting carbon material solution to coagulation solution, forming extruded structure, and annealing extruded structure, and forming composite structure comprising metal oxide and carbon.

LYDING J W, CHEN Y, WANG G

Preparing hollow graphene fiber by self-curling method useful in supercapacitor for flexible and wear-resistant energy storage device, comprises printing graphene oxide slurry onto rotating roller and reducing hollow graphene oxide fiber.

LAN X, TIAN Z, SHEN P

Inorganic salt water phase change composite fiber has columnar core-shell structure, wherein core layer contains inorganic salt water phase change material and super absorbent material, and shell contains high thermal conductivity materials.

SHENG X, LI N, LIN P, QU L

Preparing structural color fiber comprises mixing silicon dioxide nano-microsphere, water, polyvinyl alcohol and graphene water dispersion liquid to obtain spinning solution, and performing wet spinning to spinning solution.

LI X, DU H, HOU Y, GONG Y, GUAN F

Humidity-sensing fiber comprises a humidity-sensing layer and conductive filaments arranged in the humidity-sensing layer comprising polymer and a humidity sensitive material distributed in the polymer.

TAO G, LI P, OUYANG J, XIA Z