Self-power-generation cooling type host case

Abstract

The invention provides a self-power-generation cooling type host case. The self-power-generation cooling type host case comprises a case body, a heat absorption disk, a miniature direct-current water pump, a heat dissipation disk, a temperature difference power generation piece and a miniature cooling box, wherein the case body is of a closed structure, circular flow of heat dissipation liquid in a pipe of the heat absorption disk and circular flow of heat dissipation liquid in a pipe of the heat dissipation disk are achieved through the miniature direct-current water pump, the miniature cooling box is fixed to the cold surface of the temperature difference power generation piece in an attachment mode, the hot surface of the temperature difference power generation piece is assembled on a heating component in the case body, the miniature cooling box is connected to a circulation pipeline arranged between the heat absorption disk and the heat dissipation disk through a hose, and the miniature direct-current water pump is connected with the temperature difference power generation piece through an electric wire. The heat dissipation liquid absorbs heat through the heat absorption disk, then, the heat is discharged out through the heat dissipation disk, the heat dissipation capacity of the self-power-generation cooling type host case changes along with changes of heating power in the case body, and when the amount of generated heat is larger, the heat dissipation speed is higher.

Description

technical field [0001] The invention relates to the technical field of digital electronic equipment, in particular to a self-generating and cooling host chassis. Background technique [0002] The host computer mainly consists of a chassis and the electrical components installed inside the chassis, and these components mainly installed on the motherboard, such as CPU, graphics card, memory, etc., will emit a lot of heat when they run. Install heat dissipation equipment to discharge heat in time, otherwise excessive temperature may affect the performance of electronic components in the host. The heat dissipation function of the desktop computer host is mainly to blow away the heat generated by the cooling fan. This heat dissipation structure requires the computer case to be an open structure. The airflow outside the case can continuously enter the inside of the case and bring the heat to the outside of the case. Although this structure has high efficiency, it will make the in...

AI Technical Summary

Problems solved by technology

The heat dissipation function of the desktop computer host is mainly to blow away the heat generated by the cooling fan. This heat dissipation structure requires the computer case to be an open structure. The airflow outside the case can continuously enter the inside of the case and bring the heat to the outside of the case. Although this structure has high efficiency, it will make the internal components of the chassis full of dust, which will affect the functional operation of the machine.

Moreover, due to the high temperature in summer, the effect of this cooling method using airflow will be greatly reduced.

The effect of the internal components of the computer will be greatly reduced when the high temperature line is running

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