国家/地区 世界知识产权组织（62）
IPC部 B（62）
IPC大类 C01（62）
IPC小类 C01B（62） B82Y（40） H01M（18）
C23C（13） H01G（13） H01B（12）
B01J（11） H01L（11） B32B（8）
B82B（8） C09C（8） C09D（8）
B01F（7） C08K（6） B01D（5）
IPC C01B032/18（62）
发明人 TAMAKI E（5） HASEGAWA S（4） HASEGAWA SHOJI（4）
KAMIYA N（4） KAMIYA NAGISA（4） TODORIKI H（4）
TODOROKI H（4） KAWASAKI M（3） CALDEIRA FERRAZ DA .（2）
CASTRO A H D（2） FENG X（2） GUO S（2）
HAYASHI K（2） HIRAI Y（2） HOWE W R（2）
公开年 2015（26） 2013（8） 2014（6） 2016（5） 2022（5） 2017（4） 2012（3） 2021（3）
申请年 2014（17）  2013（15）  2015（10）  2021（7）  2012（5）  2016（4）  2022（2） 
专利权人 TORAY IND IN.（5） GRAPHENE PLA.（4） SEMICONDUCTO.（4） TODORIKI H（3）
UNIV SINGAPO.（3） BASF CHINA C.（2） BASF SE（2） BOEING CO（2）
CARBON NANO .（2） FUJITSU LTD（2） GRAPHENE PLA.（2） GUO S（2）
LG CHEM CO L.（2） LG CHEM LTD（2） MAX PLANCK G.（2） NAT INST ADV.（2）
NOMOTO K（2） OZKAN C S（2） OZKAN M（2） SHENZHEN CAN.（2）

Forming nanofiber, comprises e.g. providing two dimension materials with charge bearing moieties on its planar surfaces and at its ends, reacting with proton donors, proton acceptors and hydrophobic counter ions, and crosslinking.

SPOLON MARANGONI V, CASTRO A H D, CALDEIRA FERRAZ DA COSTA M, KEITEL DONATO R, TAN H L

Synthesis of graphene and other carbon nanomaterials on ferromagnetic substrate in ambient atmosphere, by introducing ferromagnetic substrate and carbon precursor in closed chamber, heating substrate, evaporating and thermally decomposing carbon precursor, contacting with hot substrate and cooling.

KALNINS V

Producing oxygen barrier material for packaging material involves providing and forwarding substrate material web, providing aqueous composition comprising graphene oxide comprising monolayer flakes of graphene oxide, and coating aqueous composition of graphene oxide onto substrate material web.

BERLIN M, WAHLBERG J, GUIDETTI G

Preparing aqueous composition of reduced graphene oxide used for producing gas-barrier coated material, by providing aqueous dispersion comprising graphene oxide, providing aqueous dispersion of nanocellulose compound, providing aqueous solution of reducing agent, and mixing aqueous dispersions.

WAHLBERG J, OESTLUND M

Changing conformation of nanomaterial electrolyte used in drug delivery device, involves providing nanomaterial electrolyte in aqueous medium, and subjecting mixture to change pH, ionic strength, temperature, pressure, sonication, and light.

CALDEIRA FERRAZ DA COSTA M, CASTRO A H D, SPOLON MARANGONI V, CALDEIRA F D C M, SPOLON M V

Structure useful in sliding member and connector, comprises structure in which nanocarbon material is arranged on surface of metal.

KAZUOMI S, KAZUHIRO T, YASUHIRO Y, MAYUMI K, RYOTA Y, SATO K, TOKUNAGA K, YUZUHARA Y, KOSAKA M, YUGE R

Producing magnetic carbon nanomaterial used in e.g., medical applications by heating electrolyte media, positioning the molten electrolyte media between anode and cathode of electrolytic cell and introducing a magnetic additive component.

LICHT S

Carbon material used as filter for desalination or deionization of solution, comprises carbon-containing layer having opening and solid material provided for covering the opening of carbon-containing layer, where solid material comprises hole communicating with opening.

KATSUMI K, TOSHIO T, YASUSHI S, STEVIC D, KATSUYUKI M, KANEKO K, TAKAGI T, SHIMIZU Y, DRAGANA S, MURATA K, MURADA K

Container for storing one or more items, comprises surface defining volume of the container, label comprises substrate, multiple of carbon-based sensors printed on substrate and collectively configured to detect presence of analytes.

GIBBS G C, COOK D, VANHEUSDEN K, CHMIOLA J, LIM S H, LANNING B, STOWELL M W, GHEZELBASH H, CHANG C, KUMAR A, SINGH S, VANHUESDEN K

Detecting abnormal growth of graphene by preparing inspected object having graphene film formed by chemical vapor deposition on substrate, using dark-field optical system to receive light from film and detecting abnormal growth of graphene.

IFUKU R, MATSUMOTO T, FUJIO A, SAITO K, RYOTA I, TAKASHI M, AKIRA F, KOUSAKU S