国家/地区 中国（18）
IPC部 C（9） D（9） G（4）
A（2） B（2）
IPC大类 C08（9） D01（6） G01（4）
D06（3） B01（2） D04（2）
IPC小类 C08L（8） C08K（7） D01F（6）
C08J（5） D01D（5） G01L（3）
B01J（2） C08B（2） D04H（2）
D06M（2）
IPC C08K003/04（7） C08K009/04（3） D01F001/10（3）
D01F009/12（3） B01J020/24（2） C08J003/24（2）
C08J009/28（2） C08J009/40（2） C08K003/08（2）
C08K009/02（2） C08L029/04（2） C08L083/04（2）
D01D005/06（2） D01D005/098（2） D01F006/46（2）
发明人 LIN H（18）
公开年 2021（5） 2022（5） 2014（3） 2016（2） 2018（2）
申请年 2021（6）  2022（4）  2013（3）  2016（2）  2018（2） 
专利权人 UNIV SOOCHOW（18）

Preparing rGO/PU conductive sponge useful for flexible pressure sensor, comprises e.g. dispersing graphene oxide in water, fully mixing with PU sponge, adding ascorbic acid to form mixed solution, heating mixed solution to react, and gradually agglomerating graphene oxide on PU during reaction.

CHEN Y, ZHANG D, ZHU B, LIN H

Graphene oxide/silver nanoparticles conductive hydrogel used for preparing flexible strain sensor in flexible wear-resistant electronic device, has graphene oxide layer stacked in double cross-linked hydrogel, and is attached on three-dimensional network framework to form conductive path.

CHEN Y, ZHANG D, ZHU B, LIN H

Preparing two-phase flexible polydimethylsiloxane composite material for wearable pressure sensor, involves adding graphene to dispersoid, adding curing agent to polydimethylsiloxane sponge, shaping, curing, and adding water to cured sample.

ZHANG D, CHEN Y, REN M, LIN H

Preparing three-phase polydimethylsiloxane composite material based on seepage theory comprises combining seepage theory, explaining dielectric performance and conductivity of three-phase polydimethylsiloxane composite material, and finding seepage threshold value.

ZHANG D, CHEN Y, REN M, LIN H

Filling type flexible strain sensing material comprises e.g. modified polyvinyl alcohol prepared by reacting polyvinyl alcohol and succinic anhydride and modified nano-metal/graphene composite is prepared by reacting amino-terminated hyperbranched polymer, graphene oxide and nano-metal precursor.

LIN H, YAO X, ZHOU J, ZHANG D

Preparation of graphene-doped polypropylene melt-blown nonwoven fabric for e.g. filter material, involves extruding mixture containing graphene, phenylenediamine, hydrazine hydrate, polypropylene resin, coupling agent, and antioxidant.

XIAO C, CHEN Y, YANG Z, CHEN K, ZHANG D, FENG Y, LIN H

Preparing doped graphene oxide/nano silver melt-blown non-woven material, comprises e.g. adjusting pH value of graphene oxide solution, adding amino-terminated hyperbranched polymer solution, spraying into masterbatch, and forming.

CHEN Y, XIAO C, YANG Z, ZHANG D, FENG Y, LIN H, CHEN K

Method for preparing graphene oxide/nano-silver composite coating non-woven material, involves spraying dispersion liquid on surface of nonwoven product and dried to form composite coating nonwoven material.

CHEN Y, XIAO C, YANG Z, ZHANG D, CHEN K, LIN H, FENG Y

Finishing fiber/fabric with nano-silver-graphene oxide composite nano-material by adjusting pH of graphene oxide aqueous solution, adding amino-terminated hyperbranched polymer aqueous solution, and performing steaming treatment.

ZHANG R, ZHANG D, CHEN Y, ZHU B, LIN H, YAN Y

Preparation of graphene oxide/silver nanocomposite hybrid antibacterial material used for functionalizing fiber or fabric product, involves using graphene oxide aqueous solution, strong alkali solution, epichlorohydrin and deionized water.

ZHANG R, ZHANG D, CHEN Y, ZHU B, LIN H, YAN Y