Mechanism for intensifying casing of servomechanism

Abstract

The invention provides a strengthening mechanism for a servo casing, which is used in the servo casing for strengthening the bottom plate of the casing. The strengthening device comprises a horizontal structure component and a fixed component. The horizontal structure component is arranged in the casing. Two sides of the horizontal structure component are spanned on two sides of the casing. The horizontal structure component is provided with a bearing base. The fixed component is arranged in the bearing base and penetrated in the bearing. The bottom plate of the casing is combined, so the horizontal structure component is combined in the casing.

Description

technical field [0001] The invention relates to a strengthening mechanism for a server casing, in particular, to a strengthening mechanism for preventing the bottom plate of the server casing from sinking. 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 also storage devices that need to store large amounts of data, such as hard disk drives, floppy disk drives and CD drives for reading external data, and main devices such as power supplies that provide power, and these main components are in High heat will be generated during operation, and proper heat dissipation must be carried out to avoid damage to electrical components due to overheating, s...

AI Technical Summary

Problems solved by technology

[0005] As a result, the casing of the server is full of various electrical components, so that the bottom plate of the casing must bear a higher load; but the weight that the bottom plate of the server casing can bear is limited, resulting in The bottom plate produces sagging deformation, and the deformation of the bottom plate is proportional to the time, that is, the longer the time, the more serious the deformation, and the main board is installed on the bottom plate, when the deformation of the bottom plate directly affects the main board, making the The motherboard may be deformed and squeezed, resulting in damage to the motherboard

[0006] In addition, various guide plates and windshields are installed in the server body to guide the air flow for heat dissipation. Although the guide plates and windshields will not cause too much impact on the bottom plate of the server casing, they are This deck doesn't help either

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