国家/地区 中国（6）
IPC部 D（6）
IPC大类 D06（4） D01（2）
IPC小类 D06M（4） D01D（2）
IPC D06M011/74（3） D06M011/46（2）
发明人 BI S（2） CHENG D（2） GUO Q（2）
LI M（2） LU Y（2） LUO M（2）
RAN J（2） WANG D（2）
公开年 2023（6）
申请年 2022（5） 
专利权人 UNIV WUHAN TEXTILE（6）

Preparing polystyrene/graphene oxide microspheres used for preparing strain-sensing fabric, involves adding cationic surfactant to polystyrene microsphere solution, mixing, adding graphene oxide solution, and stirring to obtain product.

NI L, QUAN H, CAI G, CHENG D, GUO Q, RAN J, ZHANG J, XIAO M, BI S

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

Preparing electrically driven thermochromic fiber for preparing smart textiles, involves preparing graphene oxide/carbon nanotube composite solution, soaking polyurethane fiber in composite solution, performing thermal reduction, mixing isophorone and thermochromic ink, and coating mixture on fiber.

CHENG D, GUO Q, BI S, REN Y, XIA R, RAN J

Ionic liquid gel composite fiber with high thermal voltage useful in wearable thermoelectric materials, has ionic liquid gel coating compounded on surface of fiber substrate, where ionic liquid gel coating comprises specified weight ratio of ionic liquid, organic polymer and inorganic nano-filler.

LU Y, LIU Q, LUO M, WANG D, XU H, LI M

Anisotropic organic-inorganic hybrid ion liquid gel fiber useful for thermoelectric material for converting heat energy and electric energy, comprises ionic liquid, organic polymer and anisotropic inorganic nano-particles.

YANG L, LU Y, LUO M, WANG D, YU J, LI M

Improving loading fastness of nanoparticles used for e.g. electronic, material, and textile comprises attaching nanoparticles of composite substrate material, transferring composite substrate material into atomic layer deposition, attaching layer of metal oxide nano-film in nanoparticle pores.

XU W, REN L, ZHANG Q, CHEN B, XIAO X