国家/地区 中国（13）
IPC部 D（13）
IPC大类 D01（13）
IPC小类 D01F（13） D01D（7） G01B（6）
G01L（5） D06M（4） G01N（3）
D02G（2）
IPC D01F001/09（13）
发明人 LIU Z（2） WANG H（2） WANG K（2）
公开年 2022（6） 2021（5）
申请年 2021（5）  2022（4）  2019（2） 
专利权人

Preparing liquid-type flexible strain sensor useful for e.g. fluorescent electronic skin based on liquid gallium, prepared by e.g. adding graphite nanosheets to chromic acid washing liquid for ultrasonic dispersion, stirring, pouring water, filtering, washing, and baking.

WANG B, CHEN H, WANG K, ZHOU Q

Preparing flexible sensing fabric useful in e.g. preparing flexible wearable sensor, comprises e.g. hydrothermally reacting graphene, sodium molybdate dihydrate and iron(III) nitrate nonahydrate, and preparing spinning stock solution from graphene/iron molybdate conductive nanocomposite material.

ZHANG X, YI F

Multi-element nano-carbon fiber yarn strain sensor comprises nanometre fiber provided with point-shaped carbon black, linear carbon nano-tube and sheet graphene.

PAN Z, YAN T, TANG J

Preparing porous elastic conductive fiber useful in stress-strain flexible sensors, comprises e.g. adding conductive nano material into water, adding surface modified agent under stirring process, adding conductive filler slurry into polymer slurry, stirring, extruding, freezing and drying.

GE H, YANG Z, YAO H, YUAN H, QIAN K, WANG H

Flexible conductive fiber film strain sensor useful in electrostatic spinning field and remote control field, comprises inner layer comprising conductive fiber film layer comprising high molecular polymer and two outer flexible insulating layer comprising polydimethylsiloxane or polyvinyl alcohol.

LIU Z, WEI A, FANG X

Preparing dual-mode core-sheath structure elastic stress luminescent conductive strain sensor is useful in e.g. artificial skin comprises mixing stress luminescent powder manganese doped zinc sulfide with polydimethylsiloxane, injecting resulting mixture into mold containing conductive fibers.

FANG Y, KE Q, SUN N, LIU Z

Preparing flexible sensing material as strain sensing material, by dispersing cationic cellulose nanomaterial in deionized water, treating, dispersing anionic cellulose nanomaterial in water, stirring carbon nanotubes/graphene, placing in container, bringing together, extracting, drying and winding.

LIU W, LI C, WU Y, LI G, YU D, WANG H, SONG Z, LIU X

Tension sensing fiber useful for tension sensing yarn and wear-resistant multi-modal sensor device, comprises tensile force sensing layer including polymer material, conductive material, hydrophobic layer, and conductive core layer.

TAO G, JIAN A, OUYANG J, TIAN M

Annular spiral fiber-based flexible tactile sensor unit comprises support layer covering base layer, touch sensing layer including XY annular spiral fiber units on support layer, and electrode layer arranged on support layer.

ZHAO Y, PAN J, GUO X, GUO Q, CHEN D, WANG W, JI F, HAN L, WANG K

Highly sensitive humidity responsive fiber for preparing humidity sensor, comprises composite fiber structure, in which hydrophilic polymer is coated on surface of conductive nanomaterial network to form hydrophilic polymer coating layer.

ZHOU G, GONG W, LV W, QU S, JIANG J