Thermally conductive member
AssigneeJoinset Co., Ltd.
InventorsSun-Ki Kim, Sung-Hoon Kim, Hyun-Ill Lee, Seong-Jin Lee, Jin-San Kim
Life of this patent
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Abstract
Disclosed is a thermally conductive member capable of reliably performing a thermally conductive function with a simple structure. The thermally conductive member includes a container including an elastic body with a through hole passing through a top surface and a bottom surface thereof in a thickness direction and a thermally conductive support adhering to the bottom surface of the body and a thermally conductive element inserted or filled in an accommodation space formed by the through hole and the support and having self adhesion.
Claims20
A thermally conductive member interposed between objects facing each other to transfer heat between the objects, comprising:
- a container comprising an elastic body including a through hole passing through a top surface and a bottom surface thereof in a thickness direction and a thermally conductive support adhering to the bottom surface of the body;
- and
- a thermally conductive element inserted or filled in an accommodation space formed by the through hole and the thermally conductive support and having self adhesion,
- wherein each of the thermally conductive element and the thermally conductive support comes into contact with the objects.
A thermally conductive member interposed between objects facing each other including a heating source and a cooling unit to transfer heat between the objects, the thermally conductive member comprising:
- a container comprising an annular elastic body having a uniform thickness and a determined width and a thermally conductive support adhering to a bottom surface of the body;
- and
- a thermally conductive element having viscosity and accommodated in an accommodation space of the container and adhering to the thermally conductive support,
- wherein the thermally conductive element, due to spreadabilty caused by the viscosity thereof, horizontally spreads in the accommodation space due to a force applied to the thermally conductive element in a vertical direction.
Dependencies are inferred from the claim text.