国家/地区 中国（16）
IPC部 H（12） B（7） G（3）
IPC大类 H01（12） B01（3） B82（2）
G06（2）
IPC小类 H01Q（8） H01M（4） B01J（3）
B82Y（2） G06F（2）
IPC H01Q015/14（6） H01Q015/00（4） H01Q015/24（4）
B01J008/00（3） H01M004/36（3） H01M004/58（3）
H01M004/62（3） B01J008/10（2） B82Y030/00（2）
G06F017/50（2）
发明人 DENG L（16）
公开年 2018（10） 2019（6）
申请年 2018（16）
专利权人 SHENZHEN JIN.（8） HUNAN XINENG.（5）

Graphene super surface for generating spin eddy wave, has metal floor that is mounted on lower surface of quartz dielectric plate, and graphene patch whose center point coincides with center point of quartz dielectric plate.

ZHANG C, DENG L, LI S, ZHANG G, GE X, ZHANG H, HE M

Graphene super surface for spin angular momentum deflection in three dimensions, has graphene patch arranged at center point of surface of quartz dielectric plate, and metal floor arranged on lower surface of quartz dielectric plate.

ZHANG C, DENG L, LI S, ZHANG G, GE X, ZHANG H

Graphene super surface for spin angular momentum deflection in two dimension (2D) direction, has graphene unit that is arranged on surface of quartz dielectric plate is determined by reflection phase distribution at position of main portion.

ZHANG C, DENG L, LI S, ZHANG G, GE X, ZHANG H

Method for constructing graphene ultra-surface by using computing device for spin angular momentum deflection, involves constructing graphene reflecting unit, and combining graphene units to form graphene ultra-surface.

ZHANG C, DENG L, LI S, ZHANG G, GE X, ZHANG H

Method for constructing graphene hyper-surface for generating vortex wave in computer device, involves combining graphene unit into graphene super-surface according to arrangement positions of to-be-constructed super-surface of graphene.

ZHANG C, DENG L, LI S, ZHANG G, GE X, ZHANG H, HE M

Full phase range adjustment based graphene ultra surface structure, has graphene patch each graphene reflecting unit provided with upper layer of medium plate block, where horizontal and vertical positions of topological model is calculated.

ZHANG C, DENG L, LI S, ZHANG G, GE X, ZHANG H, LIU J

Graphene-manganese acid lithium material producing grinding device, has temperature control system provided with processor and temperature sensor that is connected with each other, where processor is connected with heating controller.

DENG L, PENG H

Device for producing graphene lithium iron phosphate powder material comprises heating layer, elliptical spherical stainless steel shell with pressure plug, spiral heating pipe, heating controller, vertical shaft, and automatic drive device.

DENG L, PENG H

Hydrothermal reaction kettle for graphene-lithium iron phosphate powder material has heating layer having heat-conducting layer, elliptical spherical stainless steel shell, temperature control system, flange plate and automatic drive device.

DENG L, PENG H

Reactor for graphene ternary material, has temperature sensor which is fixed into housing of lower case corresponding to position of heating copper cylinder and chip which is connected to temperature sensor, heater and heating controller.

DENG L, PENG H