国家/地区 中国（12） 韩国（2）
IPC部 D（16）
IPC大类 D01（16）
IPC小类 D01F（16） D01D（6） D06M（4）
G01B（4） G01K（4） G01L（4）
G01N（4） B82Y（3） C01B（3）
IPC D01F001/09（8） D01F001/10（6） D01D005/00（4）
D01F009/12（4） B82Y030/00（3） G01B007/16（3）
B82Y040/00（2） C01B032/194（2） D01D005/06（2）
D01F006/94（2） D06M011/74（2） G01B011/16（2）
G01K007/02（2） G01L001/00（2） G01N027/30（2）
发明人 WANG J（3） LIU Z（2） WANG C（2）
公开年 2022（16）
申请年 2022（8）  2021（6）  2020（2） 
专利权人

Gold-coated poly-(lactic co-glycolic acid) nanostructures e.g. nanoshells, branched spheres, and multipods, comprise d-alpha Tocopheryl polyethylene glycol succinate, and cationic polymer, and is coated with ligand for cell surface receptor and with bioimaging agent.

SRIVASTAVA R, JAIN N K, CHAUHAN D S, KUMAWAT M K, PRASAD R, MEHTA J, DHANKA M

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

Graphene nanofiber material useful as cathode for potassium-ion batteries and nanofiber sensors.

WANG D, WANG J, HE H

Preparing flexible mechanical sensor based on graphene in-situ growth spiral carbon fiber involves dissolving graphene and polyvinyl pyrrolidone in water, stirring uniformly, adding hexahydrate nickel sulphate and urea, stirring uniformly, reacting, sequentially, washing and drying.

WANG J, NIU Y, GUO X, ZHU T, MU C

Preparing graphene fiber useful in graphene fiber temperature sensor for measuring temperature used in e.g. household, comprises uniformly dispersing graphene oxide aqueous solution suspension, injecting suspension in glass tube, sealing, baking, and air-drying obtained prefabricated graphene fiber.

DONG J, XU J, LI B, WANG Y, LIN H

Temperature detector based on graphene composite fiber, has multiple groups of thermocouple groups that are serially arranged on flexible substrate, and hot end of p- type thermoset material connected with hot end in n-tetrahydric material.

JIANG Z, ZHAO L, WANG C, LIN Q, GAO X, LI P, JING W, TIAN B, HAN F, ZHANG Y

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