国家/地区 中国（5） 韩国（2）
IPC部 F（8）
IPC大类 F21（8） C09（4） H05（2）
IPC小类 F21V（8） F21K（5） F21Y（5）
C09D（4） F21S（2）
IPC F21V029/70（8）
发明人 ZHUANG K（3）
公开年 2016（8）
申请年 2016（5）  2015（2） 
专利权人 ZHUANG K（3）

High density graphene composite material-based LED bulb lamp comprises lamp cover, LED lighting component, metal sleeve, multiple radiating holes, power driver module, base, silicon carbide heat conductor, and heat dissipation coating.

ZHUANG K

Radiator for large size LED lighting apparatus e.g. street light, has heat sink fixed in large size heat spreader tool, and radiator structure for diffusing conduction of heat from graphene substrate with natural convection process.

HEE C C, HOON C, PARK S M, CHOI H

Graphene thermal rectifier material based high-power LED lamp radiating device, has thin pipe whose inner end is formed with radiating cavity, where outer end of thin pipe is formed with graphene thermal rectifier material layer.

LIU D, LIU Y, TANG Y, CHEN S, YANG D

Light emitting diode energy-saving lamps contains a graphene combination comprises e.g. lampshade, heat dissipation case, LED lighting assembly, silicon carbide heat conductor and mounting base.

ZHUANG K

Light-emitting diode decorative lighting used in e.g. hotel, comprises three-dimensional sculpture lamp cover prepared from e.g. resin and graphene, light-emitting diode lighting assembly, base and power supply driving device.

WEI G

Graphene composition containing LED energy saving lamp comprises lamp shade, heat abstractor housing, LED lighting module, mounting base and silicon carbide thermal conductor arranged on heat abstractor housing and LED lighting module.

ZHUANG K

Manufacturing method for light emitting diode (LED) heat dissipating substrate, involves disposing heat sink of graphene on back side of flexible substrate.

HUANG W

Radiation plate for LED lighting apparatus utilized in street light, has plate body made of heat dissipation polymer composite material that comprises graphene nano-plate, thermoset polymer resin and thermal conductance additive.

KIM K, CHUNG C Y, SHIN B H