Integral liquid-cooled radiator

Abstract

This invention provides an integrated liquid cooling device, including a pump, a heat absorbing room, a radiator and a container. The pump and the heat absorbing room are located in an empty shaped component to form the support base. The radiator and the container compose a heat dissipation body. Then the support base and heat dissipation body integrate to be the liquid cooling device without any other tubes.

Description

【Technical field】 [0001] The present invention relates to a heat dissipation device. Through the modular design of parts, the required integrated liquid cooling heat dissipation device can be combined according to the actual space. 【Background technique】 [0002] With the rapid development of the electronic information industry, high-tech electronic products are developing towards thinner, smaller, multi-functional, and faster calculations. This not only increases the heat dissipation load of the system, but also increases the operating frequency and speed of electronic components. The heat released is also getting higher and higher, which seriously threatens the operation performance and stability of electronic components, and even burns these expensive electronic components due to high temperature; based on the quality of the cooling device, it will directly affect the life and operation quality of electronic components. It is necessary to effectively and quickly dissipate...

AI Technical Summary

Problems solved by technology

[0003] However, the conventional technology is a forced air-cooled cooling device with an aluminum extruded heat sink and a fan stacked on the central processing unit, which is difficult to meet the cooling needs of future high-frequency and high-speed electronic components and product development.

Although the heat dissipation efficiency of the conventional liquid-cooled heat dissipation system is better than that of the forced air-cooled heat dissipation device, the four basic components (pump, heat absorbing plate, liquid storage tank and radiator) forming the system are independent and must be The pipes are connected one by one, so that the entire cooling device takes up a lot of space, and it is difficult to configure it according to the narrow space of the product. In order to avoid pipe bending and blocking when installing in a narrow space, it is often necessary to form hard pipes into complex 3D shapes and increase the process. Due to the large number of pipe fittings and joints, not only the assembly is complicated, time-consuming and labor-intensive, but also because the piping consumes a certain proportion of the head of the pump, the heat dissipation performance is reduced, and the coolant leakage and reliability are increased due to the large number of joints. The risk of reduction, and because the installation and disassembly of the computer system requires each part to be handled separately, not only the operation is cumbersome but also time-consuming and labor-intensive and increases the cost. The above shortcomings are not conducive to cost reduction, heat dissipation performance improvement, reliability improvement, and space Utilization, disassembly, and mass production process, therefore, it is necessary to improve the current liquid cooling system

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