Server cabinet structure

Abstract

A structure of server case comprises a main case, a clapboard and a reinforcing plate. Wherein, an accommodation space is formed in the main case and is divided into at least two units by the clapboard which is arranged in the accommodation space; The reinforcing plate with a plurality of relative concavo-convex structures on the surface, which crosses the accommodation space of main case, is positioned on the clapboard to improve the structure stability of main case.

Description

technical field [0001] The present invention relates to a chassis structure, more specifically, to a server chassis structure. Background technique [0002] At present, electronic technology is changing with each passing day, and the assembly of various electronic devices such as computers and servers is becoming more and more sophisticated. How to effectively improve efficiency has obviously become the focus of attention in the industry; taking servers as an example, in addition to motherboards, there are Storage devices that need to store large amounts of data, such as hard disk drives, floppy disk drives and optical drives for reading external data, and main electronic components such as power supplies that provide power. [0003] As far as the current direct type (tower) server case structure is concerned, it has a main body case, and the inside of the main body case is formed with an accommodating space for loading storage devices such as the aforementioned motherboard,...

AI Technical Summary

Problems solved by technology

[0004] Furthermore, generally after the server is assembled, an impact test must be carried out to ensure the stability of the electronic components housed in the server chassis structure. Due to the heavy weight of the power supply, the impact test due to the weight of the power supply Under the action of inertial load, the stress and displacement generated by the impact of the power supply bracket and the mainboard tray are relatively large, which can easily exceed the design allowable value, causing serious deformation of the server’s power supply bracket and mainboard tray, and even causing deformation and extrusion of the mainboard, resulting in The motherboard is damaged, affecting the reliability of server operation

[0005] The traditional solution is only to increase the thickness of the main chassis, power bracket and motherboard tray, or to increase the number of connecting hooks between the power bracket, motherboard tray and the main chassis, but its disadvantages not only increase the design and processing costs, but also can be used effectively. The accommodation space will also be significantly reduced, which is not conducive to the flexible installation of the motherboard tray; more importantly, there is no particularly great improvement in the strength and rigidity of the components

Images