国家/地区 中国（20） 韩国（5） 美国（2）
IPC部 D（26）
IPC大类 D01（26） G01（21） D04（7）
D06（6） C09（4） D02（4）
G21（2）
IPC小类 D01D（26）
IPC D01D005/06（11） D01F001/10（11） D01D005/00（10）
D01F001/09（9） D01D001/02（4） D02G003/04（4）
D02G003/44（4） D04H001/728（4） G01B007/16（4）
D01D005/08（3） D01D010/06（3） D01F009/12（3）
D01F011/06（3） D06M011/74（3） G01L001/00（3）
发明人 CHEN S（2） CHO K（2） CHO Y J（2）
HUN C S（2） JIANG J（2） JIN K H（2）
JU S H（2） KIM H（2） KIM Y S（2）
KYOON S M（2） KYUNG L（2） LIU Z（2）
OUYANG J（2） PARK S Y（2） SU Y C（2）
公开年 2021（8） 2022（6） 2015（3） 2020（3） 2017（2）
申请年 2021（6）  2020（5）  2022（4）  2019（3）  2013（2）  2018（2） 
专利权人 ADVANCED CON.（2） PURITECH CO .（2） UNIV DONGHUA（2） UNIV HUAZHON.（2）
UNIV TSINGHU.（2）

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 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

Manufacture of nanofibers used in capacitive pressure sensor and triboelectric powerless pressure sensor, involves generating mixture by mixing two-dimensional nanomaterial and fluorine-based material, and generating nanofibers by electrospinning resulting mixture.

PARK J Y, SUDIP, TRILOCHAN, SOHEL, YOON H S, PARK C Y

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

Ternary composite material for ammonia gas sensing, comprises hollow nano-indium oxide fiber, nitrogen-doped graphene quantum dot intermediate layer, and continuous coating polyaniline polymer layer.

WU T, WANG J, HONG S

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

Graphene RFID electronic label useful for intaglio printing, comprises a base material, and adopts the graphene conductive ink printed on described base material by electrostatic-assisted gravure printing method.

LENG J, SHANG W, LIU J, WEI H, CHEN S, MA Y, LIU Z

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

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