Blind insertion manifold system and liquid cooling system

Abstract

The invention discloses a blind-mate manifold branch system and a liquid-cooled system. The blind-mate manifold branch system comprises a main tube, a plurality pairs of elastic branch tubes, a plurality pairs of tube connection heads and limiting assemblies, wherein one end of each elastic branch tube is communicated with the main tube, one end of each tube connection head is communicated with the other end of a corresponding elastic branch tube, the other end of a first tube connection head and the other end of a second tube connection head in each pair of tube connection heads are respectively communicated with an inlet opening and an outlet opening of a single plate which is pluggable along a slide way of a machine cabinet, a flow can flow in the blind-mate manifold branch system in a circulating manner, and heat dissipation of the single plate can be realized; the limiting assembly is fixedly connected with the machine cabinet and used for limiting distance that each tube connection head can move toward a single plate plugging direction. The blind-mate manifold branch system and the liquid-cooled system in an embodiment of the invention can improve connection reliability when the single plate is plugged into the blind-mate manifold branch system.

Description

technical field [0001] The invention relates to a liquid cooling system, in particular to a blind insertion manifold system in the liquid cooling system. Background technique [0002] With the improvement of hardware integration, the power consumption of chips and equipment has increased significantly, and the bottleneck of air cooling heat dissipation has become prominent. Liquid cooling, as an efficient cooling method, has been widely used in the field of information communication technology (ICT). The manifold system is the pipe connection in the liquid cooling system, which plays an important role in flow sharing and conduction. [0003] The blind insertion manifold system in the prior art mainly adopts the blind insertion method of the backboard, and the single board pipeline is connected to the fixed connection manifold system through the blind insertion quick connector, such as figure 1 As shown, the pipe joint 2100 in the manifold system 2000 communicates with the m...

AI Technical Summary

Problems solved by technology

[0006] Through the use of elastic branch pipes, each branch in the blind insertion manifold system can be independent, thereby reducing the force generated by the successively inserted boards; at the same time, through the use of limit components, it can solve the problem of elastic branch pipes when the boards are inserted. The problem of unreliable connection caused by deformation

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