国家/地区 中国（32） 世界知识产权组织（5） 香港（3）
IPC部 C（25） H（16）
IPC大类 H01（15） C01（12） C08（9）
C09（4） H05（2）
IPC小类 C01B（12） C08K（9） C08L（9）
H01F（7） C08J（5） H01M（4）
C09D（3） H01B（3） H01P（2）
H05K（2）
IPC C01B032/194（9） C08K003/04（9） H01F027/28（4）
H01M004/583（4） C01B000/00（3） C08J003/22（3）
H01F017/02（3） C01B032/184（2） C01B032/19（2）
C08J003/20（2） C08K009/00（2） C08L025/06（2）
C08L033/12（2） C08L063/00（2） H01B001/04（2）
发明人 KE L（33）
公开年 2017（28） 2018（5）
申请年 2017（33）
专利权人 KE L（33） LIANG S（31） SITU R（31） HONG H（7）
SHI Z（7） YAO J（7） LO F M H（6） FENG W（4）
YIN J（4） OR L（3） LEUNG S（2） SZETO Y（2）

Wrap-around graphene filtering choke comprises inner ring part and outer ring part and the inner ring part comprises multiple groups of first coil, and multiple groups of first coil connected end to end form parallel closely surrounding.

HONG H, SHI Z, KE L, LIANG S, SITU R, YAO J, SHIN S, OR L C, LEUNG S K J, SZETO Y K, YIU K S, HUNG H

Method for preparing graphene based on multi-phase quantum self-coupling reaction.

KE L, LIANG S, SITU R

Graphene-type filtering choke, has coils connected together, and positive electrode lead and negative electrode lead arranged in shell that is formed with absorbing layer i.e. graphene-liquid metal, and coils formed with absorbing layer.

HONG H, SHI Z, KE L, LIANG S, SITU R, YAO J, YIU K S, HUNG H, SHIN S, OR L C, LEUNG S K J, SZETO Y K

Graphene filtering choke coil, has circular coil whose cathode pin and anode pin are arranged to form tubular choke structure, choke ring connected with circular coil and S-shaped coil, and wire whose surface is coated with filter layer.

HONG H, SHI Z, KE L, LIANG S, SITU R, YAO J, SHIN S, HUNG H, OR L C, LEUNG S K J, SZETO Y K, YIU K S

Preparation of graphene involves mixing crystalline flake graphite powder with infiltration mixture, adding collision liquid and permeation mixture and then carrying out multi-phase quantum self-coupling reaction, and separating.

OR L C, LEUNG S K J, SZETO Y K, OR L, LEUNG S, SZETO Y, KE L, LIANG S, SITU R

Producing anode graphene involves dispersing the penetrant by adding graphene into penetrant to disperse penetrant into non-ionic chelate, and dispersing manganese ions by adding manganese oxide to mixture on graphene lattice.

KE L, LIANG S, SITU R

Method for preparing cathode graphene, involves adding graphene into penetrant to disperse, performing boron ion dispersion, followed by performing boron ions embedded reaction and cleaning after completion of cathode graphene production.

KE L, LIANG S, SITU R

Production of iron ion-graphene for use in package of choke filter component, involves adding graphene to nonionic chelating penetrating agent, adding ferric chloride, placing iron ions of mixed material for ion infiltration reaction.

KE L, LIANG S, SITU R

Producing functional silica graphene comprises adding material A into graphene material and adding auxiliary agent and mixing with material A and adding material B into mixed preform, and pouring into a mold stereotypes.

KE L, LIANG S, SITU R

Manufacture of gold graphene by adding graphene into penetrant, dispersing, adding gold ion compound solution, contacting graphene lattice with gold ions, carrying out ion penetration reaction, drying and packaging.

KE L, LIANG S, SITU R