Server system

Abstract

The invention relates to a server system, which comprises a first rack, a second rack detachably combined on the first rack, and a handle unit, the first machine frame comprises two first side plates, a power supply module and a plurality of protruding columns arranged on the inner sides of the first side plates. The second rack comprises two second side plates, a power transmission module capable of being combined with the power supply module in an inserted mode, and a plurality of guide modules arranged on the outer sides of the second side plates. Each guide module is provided with a guide groove. By means of the design that the protruding column of the first rack can be combined with the guide groove of the second rack, when the second rack moves towards the direction of the first rack, the guide groove is guided by the protruding column, and the power transmission module of the second rack is combined with the power supply module of the first rack in an inserted mode. And the second rack is combined on the first rack, so that the problem that the power transmission module is not aligned with the power supply module to cause collision damage is effectively avoided, the assembly is convenient, and time and labor are saved.

Description

【Technical field】 [0001] The present invention relates to a server, in particular to a server system. 【Background technique】 [0002] With the wide application and vigorous development of servers, it is common to use rack servers to achieve centralized management of multiple servers. In rack-mounted servers, 2U servers are usually double-layer servers. By combining the double-layer racks into an integrated 2U server, the main board module of the upper rack and the main board module of the lower rack pass through the Board to Board connection. The signal transmission between the two-layer mainboard modules is achieved by combining them. [0003] When assembling the upper rack with the lower rack, the connectors of the upper rack must be aligned with the connectors of the lower rack before combining the upper rack with the lower rack, so the user must carefully place the The connectors of the upper and lower racks must be aligned for assembly work. However, during the assem...

AI Technical Summary

Problems solved by technology

However, during the assembly process, it still happens that the connectors of the upper rack are not aligned with the connectors of the lower rack, causing the connectors to be impacted and damaged. The assembly is really inconvenient and causes troubles for users.

Furthermore, the upper rack has a certain weight, and the user needs to lift the upper rack and carefully align the connectors of the lower rack to combine the upper rack with the lower rack, which is very time-consuming and laborious.

Although there is an existing labor-saving handle structure on the upper frame, which is convenient for the user to lift the upper frame as a whole through the handle structure and assemble it, but because the handle structure is pivotally arranged on the two sides of the upper frame, it is difficult to lift the handle structure. When pulling the handle structure to lift the upper frame as a whole, it often happens that the upper frame will shake back and forth, which will affect the operation action and still cause inconvenience. It is extremely necessary for practitioners to further think and discuss improvements.

Images