国家/地区 中国（31） 韩国（10） 美国（10） 世界知识产权组织（6） 印度（3） 台湾（2）
IPC部 D（49）
IPC大类 D01（49）
IPC小类 D01D（49）
IPC D01D005/00（26） D01D005/06（21） D01F009/12（15）
B82Y030/00（11） D01F001/09（11） D01F001/10（11）
H01M010/0525（11） B82Y040/00（10） H01M004/62（10）
D01D010/02（8） H01M004/36（8） H01M004/583（8）
H01G011/40（7） D01D001/02（6） D01F008/18（6）
发明人 LI Y（4） WANG Y（4） ZHANG L（4）
ZHANG Y（4） LEE J（3） WANG L（3）
CHEN H（2） CHEN Y（2） CHO J S（2）
CHO K（2） CHO Y（2） CUI S（2）
DUAN H（2） HE J（2） KIM H（2）
公开年 2022（13） 2021（9） 2015（6） 2018（6） 2020（6） 2017（3） 2023（3）
申请年 2021（9）  2022（9）  2019（7）  2020（6）  2014（5）  2017（5）  2015（2）  2016（2）  2018（2） 
专利权人 AICT（3） PURITECH CO .（3） UNIV HANYANG.（3） SHANDONG YUH.（2）
UNIV CHUNGBU.（2） UNIV ZHONGYU.（2）

Preparing silicon nanoparticle-plasma fluorinated graphene fiber self-supporting composite material useful in preparing cathode materials for lithium-ion batteries, comprises e.g. adding graphene oxide solution into silicon nanoparticles, and performing plasma reduction and fluorination reaction.

ZHANG Y, LI Y, XIA X

In-situ constructing conductive enhanced network reinforced fiber type electrode useful in flexible energy storage material preparation of flexible electronic device, comprises e.g. centrifuging and concentrating graphene dispersion liquid, and taking oxidized graphene and active material.

QIU J, ZHANG H, CAO G, WANG Y, LI Y

Reduced graphene oxide/graphite-type phase carbon nitride composite non-woven fabric used as three-dimensional framework in the cathode of lithium metal batteries, comprises reduced graphene oxide/graphite-type carbon nitride composite fibers and reduced graphene oxide fibers overlapping each other.

XIONG G, ZHANG S, XU M, XING Y

Preparation of two-dimensional material composite fiber with vertically ordered microstructure used in energy storage material, involves micro-fluidic wet spinning of two-dimensional material solution, and reacting obtained two-dimensional material fiber with precursor solution of active material.

LV W, MAN Z, WU X, ZHU X, WU G

Composite nanofibers used in anode material for lithium ion battery, comprise porous nanofiber matrix, and structure distributed on surface of matrix and comprising cobalt oxide and N-doped graphite carbon layer.

CHO J S, LEE J

Preparing molybdenum trioxide/reduced graphene oxide composite fiber useful in cathode material, comprises adding graphene oxide dispersion liquid into aqueous solution of molybdenum trioxide nanobelt and stirring to obtain composite spinning solution, spinning and reducing.

HU Y, SHENG D, LIU X

Method for manufacturing metal oxide-graphene hybrid fiber used in electrode for ultra-capacitor, involves immersing doped porous graphene fiber in solution, and generating resistance heat by flowing electricity to graphene fibers.

HANTAEHEE, LEE H B, NOH S

Preparation of carbon-coated current collector used in lithium ion battery, involves placing two ends of current collector in winding machine and unwinding machine, and placing electrostatic spinning liquid supply device comprising carbon-coated spinning liquid in two sides of collector.

JIANG Q, WU Y, DING R

Composite nanofiber used in lithium-ion battery, comprises porous nanofibers matrix and metal-organic framework-derived structures distributed on surface of matrix.

CHO J S, LEE J

Addition of graphene derivatives in ultrafiltration membrane used for removing harmful microbes, comprises mixing graphene derivatives with organic solvent, and mixing graphene-solvent dispersion with polymer solution resulting in homogenously dispersed graphene derivative.

AYUSHI K