Smartwatch heat management composite

Abstract

The invention discloses a smartwatch heat management composite. The smartwatch heat management composite comprises a shielding layer, a heat management layer, a heat conduction layer and super glue, wherein the bottom face of the heat management layer is attached to the top face of the heat conduction layer, the bottom face of the shielding layer is attached to the top face of the heat managementlayer, and the super glue is spread on the bottom face of the heat conduction layer. According to the smartwatch heat management composite, core materials, namely metal foil, a heat insulation material layer, a heat storage material layer and a graphite layer made of a material with high heat conductivity are made into the composite which can achieve conduction shielding, a good heat conduction effect and a local hotspot elimination function, heat is transferred quickly and uniformly, the heat dissipation area is enlarged, the attachment to a bottom case of a smartwatch can be enhanced throughthe super glue on the bottom layer, and the heat conduction effect can be brought into full play.

Description

technical field [0001] The invention relates to thermal management technology of electronic equipment, in particular to a thermal management composite material for smart watches. Background technique [0002] With the rapid development of modern information technology, the functions of smart watches are also diverse. They can already realize functions such as communication, photography, and sports data statistics. While realizing these functions, it is also accompanied by the heating phenomenon of the internal circuits of smart watches, so it is necessary to Effective thermal management for smart watches. [0003] Most of the thermal management composite materials currently used use a single heat conduction, heat insulation or heat uniform material to achieve the effect of cooling, but the effect is often not obvious, and there are many production and processing procedures, which increase production hours and reduce efficiency. Contents of the invention [0004] In order ...

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Problems solved by technology

[0003] Most of the thermal management composite materials currently used use a single heat conduction, heat insulation or heat uniform material to achieve the effect of cooling, but the effect is often not obvious, and there are many production and processing procedures, which increase production hours and reduce efficiency

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