FIELD: heating.
SUBSTANCE: heat dissipating device includes a flat link made from multilayer graphite and arranged along x-y plane of the above multilayer graphite and a metal coating layer formed on the above flat link. As per another version, the heat dissipating device includes a metal panel having the first surface and a group of flat links spread in space. The first surface is adapted for installation of an electronic component. Flat links are made from multilayer graphite and come along x-y plane of the above multilayer graphite. A metal coating layer is made on each of them. The above flat links are actually perpendicular to the second surface of the above metal panel that is located opposite the above said first surface. Metal coating layers on the above flat links are attached to the above metal panel. Also, the object of this invention is represented with a heat dissipating device manufacturing method that involves cleaning of the flat link that is made from multilayer graphite and comes along x-y plane of multilayer graphite and galvanisation of the flat link so that a metal coating layer can be formed on the flat link.
EFFECT: invention allows effective heat dissipation through a flat link.
20 cl, 7 dwg
Title |
Year |
Author |
Number |
ELECTRONIC DEVICE INCLUDING HEAT DISSIPATION STRUCTURE |
2022 |
- Kim, Yongyoun
- Oh, Chanhee
- Jung, Dongkee
|
RU2819788C2 |
LED LIGHTING DEVICE WITH LOWER HEAT DISSIPATING STRUCTURE |
2012 |
- Khanen Ljudovikus Jokhannes Lambertus
- Boej Silvija Marija
- Koejmans Khejb
- Kalon Georges Mari
|
RU2604660C2 |
KIT FOR ASSEMBLING HEAT-INSULATING AND/OR HEAT-DISSIPATING FLEXIBLE COATING, HEAT-INSULATING AND/OR HEAT-DISSIPATING FLEXIBLE STRING, HEAT-INSULATING AND/OR HEAT-DISSIPATING FLEXIBLE COATING |
2024 |
- Faians Evgenii Aleksandrovich
|
RU2835715C1 |
ELECTRONIC DEVICE INCLUDING ANTENNA AND HEAT DISSIPATING STRUCTURE |
2020 |
- Seo, Seunghan
- Lee, Jongpill
- Jang, Changwon
|
RU2811572C2 |
METHOD OF MAKING HEAT-DISSIPATING PANEL, HEAT-DISSIPATING PANEL MADE USING SAID METHOD, PANEL-FORMED STRUCTURE AND HEAT-DISSIPATING SYSTEM |
2008 |
- Dammura Josikazu
- Ito Tosiaki
- Savada Takakazu
- Khino Ehtsuo
- Khonda Jasutosi
- Okuno Gaku
- Jamanaka Katsunobu
- Tanaka Munejuki
|
RU2467519C2 |
TARGET MATERIAL FOR PARTICLE BEAM GENERATING DEVICE |
2022 |
- Liu Yuan-Hao
- Lin Chun-Ting
|
RU2833532C2 |
METHOD FOR MANUFACTURING OF HEAT-EMITTING PANELS AND DEVICE FOR HEATING |
1998 |
- Kozlikov V.L.
- Astakhov P.A.
- Chicherin V.G.
|
RU2141177C1 |
HEAT DISSIPATION APPARATUS FOR OPTICAL MODULE AND COMMUNICATION DEVICE USING HEAT DISSIPATION APPARATUS |
2014 |
- Guo Qian
- Liu Xiu
- Li Tingting
- Liang Dongdong
- Lin Weiru
|
RU2669364C2 |
CIRCUIT SUBSTRATE, DISPLAY PANEL AND DISPLAY DEVICE |
2009 |
|
RU2483389C2 |
GLASS SYSTEM, INCLUDING HEATED MULTILAYER GLASS HAVING CAPACITIVE SWITCHING AREA |
2016 |
- Klein, Marcel
- Droste, Stefan
- Weber, Patrick
|
RU2701519C1 |