国家/地区 中国（13）
IPC部 H（13） B（6） C（6）
G（5）
IPC大类 H01（13） H05（8） C01（4）
B32（3） B82（3） H10（3）
C23（2） G06（2）
IPC小类 H01L（10） H01B（8） H05B（7）
C01B（4） B32B（3） B82Y（3）
H01M（3） H10K（3） C01G（2）
G06F（2）
IPC H01L031/0224（8） H05B033/28（7） H01L051/44（6）
H01L051/50（6） H05B033/26（6） H01B005/14（5）
H01B013/00（5） C01B031/02（4） H01L051/00（4）
H01L051/52（4） H05B033/10（4） H01B001/04（3）
H01L033/42（3） H01M004/36（3） H10K030/82（3）
发明人 NAITO K（13）
公开年 2015（3） 2022（3） 2021（2）
申请年 2015（4）  2020（3）  2021（2） 
专利权人 TOSHIBA KK（13） TOSHIBA CORP（11） TOSHIBA ENER.（7） AKASAKA Y（3）
NAITO K（3） YOSHINAGA N（3） YANG T（2）

Electroconductive component for electronic device, has second layer containing polythiophene element, and third layer including graphene element containing graphene skeleton and provided with second layer between metal nanowire and third layer.

SHIDA N, NAITO K, MIZUGUCHI K, SAITA Y, SHINODA N

Transparent electrode for electronic device, has conductive silver-containing layer and conductive oxide layer that are laminated in this order, and transparent electrode that is provided with sulfur-containing silver compound layer.

SHINODA N, NAITO K, SAITA M, KATSUYUKI N, NAOMI S, YUTAKA S, SAITA Y, SHIDA N

Transparent electrode for electronic device, has conductive region that has structure in which transparent conductive metal oxide layers, metal layer and graphene-containing layer are laminated in order from base material side.

NAOMI S, KATSUYUKI N, YUTAKA S, SAITA Y, NAITO K, SHIDA N, SHINODA N

Transparent electrode for electronic device, has conductive region that has structure in which transparent conductive metal oxide layers and metal layer are laminated, and trap material that traps halogen, sulfur, or oxygen and set in separation region.

KATSUYUKI N, NAOMI S, YUTAKA S, SAITA Y, SHIDA N, NAITO K, SHINODA N

Transparent electrode used in photoelectric conversion element, comprises patterned electrode layer provided on transparent base material, and electrode layer having electroconductive film comprising metal nanowires, and protective film.

NAOMI S, KATSUYUKI N, YUTAKA S, SAITA Y, NAITO K, SHINODA N, SHIDA N

Method for manufacturing electrode, involves carbon material layer whose surface is bonded directly to hydrophilic base material, and removing group material, so as to transfer electrode layer onto surface of base material.

KATSUYUKI N, NAOMI S, YUTAKA S, NAITO K, SHINODA N, SAITA Y, SHIDA N

Evaluation of anion-permeability in graphene-containing film for photoelectric conversion element, involves measuring kinetic current between metallic silver and anion, measuring reaction current, and evaluating by comparing kinetic current.

KATSUYUKI N, NAOMI S, YUTAKA S, NAITO K, SHIDA N, SAITA Y

Composite used in e.g. active material for nonaqueous electrolyte battery, comprises graphene sheet material with e.g. at least one of monoatomic layer, active material particles including titanium-niobium composite oxide, and carbon layer.

NAITO K, HARADA Y, YOSHINAGA N, AKASAKA Y, YOSHIDA Y, ISE K, AKITA M, KATSUYUKI N, YASUHIRO H, NORIHIRO Y, YOSHIHIRO A, YORIKAZU Y, KAZUKI I

Composite for active material of negative electrode of non-aqueous electrolyte battery, has graphene structure located in between active material particles and having at least one side surface in contact with active material particles.

NAITO K, HARADA Y, YOSHINAGA N, AKASAKA Y, KATSUYUKI N, YASUHIRO H, NORIHIRO Y, YOSHIHIRO A, AKITA M

Method for manufacturing transparent conductor in electric devices, involves removing copper support by bringing support into contact with non-acidic copper-etching solution after forming transparent resin layer to expose graphene film.

NAITO K, AKASAKA Y, YANG T, YOSHINAGA N, YANG T Y, AKITA M