国家/地区 台湾（13）
IPC部 C（13）
IPC大类 C01（13）
IPC小类 H01M（13） C01B（12） B82Y（5）
H01B（5） H01G（5） B01J（3）
C08L（3） B29B（2） B33Y（2）
C01G（2） C04B（2） C08K（2）
C09C（2） C09D（2） C10M（2）
IPC H01M004/02（13）
发明人 HASEGAWA S（2） HASEGAWA SHOJI（2） KAMIYA N（2）
KAMIYA NAGISA（2） NAGISA K（2） SHEN Y（2）
SHOJI H（2） YAMAKAJI M（2）
公开年 2021（5） 2013（2） 2015（2）
申请年 2020（3）  2011（2）  2021（2） 
专利权人 SEMICONDUCTO.（3） GRAPHENE PLA.（2） GRAPHENE PLA.（2）

Coated cathode active material used for slurry for cathode for secondary battery, comprises cathode active material and coating layer comprising coated cathode active material which is derived from phosphorus-containing compound.

HO K P, JIANG Y, DU F, HUEN P, XUAN S, HE J, DUFENGJUAN, HUENPRISCILLA

Electrode mixture used in electrode mixture layer of electrode used in secondary battery, comprises lithium-containing transition metal oxide, auxiliary conductive agent, binder and organic solvent, where auxiliary conductive agent contains nanocarbon material e.g. multiwalled carbon nanotubes.

FUKUSHIMA K, ICHINOSE Y, SHINODA C, YAMAZAKI S, GANTA F, TACHIHIRO S

Positive electrode material comprises active particle and modified layer covering surface of the active particle, modified layer is reaction product of composition, composition comprises ionic conductive ceramic compound , Positive electrode material comprises active particle and modified layer covering surface of the active particle, modified layer is reaction product of composition, composition comprises ionic conductive ceramic compound.

HSU J, LI Y, CHEN C, LAI G, CHEN Z, LAI G L, CHEN C C, LI Y H, HSU J M

Battery used in bulk energy storage systems, comprises electrode comprising manganese oxide, electrode comprising iron and electrolyte.

SU L, MILSHTEIN J D, WOODFORD W H, CHIANG Y, WHITACRE J, COHEN L, CHAKRABORTY R, LIOTTA A H, MCKAY I S, CONRY T, GIBSON M A, NEWHOUSE J M, KHAREY A N, THOMPSON A C, SMITH W, PANTANO J A, CARUSO I, HULTMAN B T, CHU M R, PERKINS N, WEHNER F, EISENACH R, WESTWOOD M T, GILBERT T, MUMMA R E, UBER B, WEBER E, SMITH D C, WOJESKI B, XU L, DAVID M J L, HENRY W W, YEMING C, LUCAS C, RUPAK C V, HAYNES R A, CONRITOMAS, ANDREW G M, MARIE N H J, MELIENINA C, CHRISTINE T A, WESTERN S, ANTHONY P J, RAY C M, NICHOLAS P, FLORIAN W, EISENAHREBECCA, TRISTAN G, ELIZABETH M R, BRANDON U, CASSIDY S D, BROOK W, WENA F, KOHN L, WHITTECK J

Preparing nanoparticle/graphene/boron nitride (BN) nanocomposite for preparing electrode for lithium-ion battery and rechargeable battery, by ball-milling mixture comprising metal salt, graphene and boron nitride, and calcining mixture.

ARSALAN M, ALSHARAEH E, MUSSA Y, ALTHUBAITI N, BAYHAN Z, MOUSSA Y

Graphite-based carbon material used as graphene precursor for preparing graphene dispersion, comprises rhombohedral graphite layer and hexagonal graphite layer, and has specified rate calculated based on X-ray diffraction method.

HASEGAWA S, KAMIYA N, HASEGAWA SHOJI, KAMIYA NAGISA, SHOJI H, NAGISA K, SHEN Y

Graphite-type carbon raw material used as graphene precursor, has rhombohedral system graphite layer and hexagonal system graphite layer in ratio more than preset value, as measured using peak intensities specific planes of layers.

HASEGAWA S, KAMIYA N, SHOJI H, NAGISA K, HASEGAWA SHOJI, KAMIYA NAGISA, SHEN Y

New graphene oxide, useful as a raw material of a conductive additive in a positive electrode for a nonaqueous secondary battery, and electronic devices.

TODORIKI H, YUKAWA M, SAITO Y, YAMAKAJI M, YATABE R, IKENUMA T, TODOROKI H, YUGAWA M, YONEDA Y, TSUKUDA R

Manufacturing method for graphene-coated object, involves heating graphene oxide deposited on uneven surface of object in vacuum or reducing atmosphere to reduce graphene oxide to graphene, after immersing object in graphene oxide solution.

OGUNI T, OSADA T, TAKEUCHI T, KOKUNI T, NAGATA T

Forming positive electrode material for energy storage device involves forming raw material mixture, baking, grinding, adding graphene oxide, second baking to form product and reduce graphene oxide, and coating product surface with graphene.

NOMOTO K, MIWA T, YAMAKAJI M, KAWAKAMI T, YAMAOGI M, KUNIHARU N