Sliding rail support

Abstract

The invention discloses a sliding rail support, which is formed by a front support and a rear support, wherein the front support comprises a first main plate; edges of the upper side and the lower side of the first main plate are bent to the inner sides to form side plates; the side plates and the first main plate form two triangular sliding grooves; the two side plates are in a toe-in type; the rear support comprises a second main plate; edges of the upper side and the lower side of the second main plate are bent to the inner sides to form sliding sheets; the sliding sheets are in a toe-out type; the rear support is movably sleeved inside the sliding grooves of the front support via the sliding sheets; and the sliding rail is fixed at the outer side of the front support. Through improvement on the sliding rail support of the prior art, the arc-shaped sliding grooves of the original front support are changed into the triangular sliding grooves, the two triangular sliding grooves form a toe-in structure, and when the sliding rail support bears a force, the toe-in structure of the front support and the toe-out structure of the rear support are closely matched, strength of the connection part between the front support and the rear support is greatly enhanced, the sliding rail support is not easy to deform and get loose, and the use cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of slide rails, and in particular relates to a slide rail bracket. Background technique [0002] Slide rails for servers are usually fixed on a slide rail bracket before being installed on the server rack. In order to be suitable for server racks of different sizes, the slide rail bracket generally consists of two front and rear brackets that are sleeved together and can be adjusted in length according to needs. The front and rear brackets are respectively locked on the front and rear sides of the server rack. In the prior art, the slide grooves formed on the inner edges of the front and rear brackets are arc-shaped, and the bite force of this arc-shaped structure is relatively low, especially when the front and rear brackets are elongated. There are fewer connected parts, and the strength of the slide rail bracket is also reduced, and the weight of the server on the slide rail is all applied to the join...

AI Technical Summary

Problems solved by technology

In the prior art, the slide grooves formed on the inner edges of the front and rear brackets are arc-shaped, and the bite force of this arc-shaped structure is relatively low, especially when the front and rear brackets are elongated. There are fewer connected parts, and the strength of the slide rail bracket is also reduced, and the weight of the server on the slide rail is all applied to the joints of the front and rear brackets, which often leads to deformation, damage or even loosening of the slide rail bracket. take off, which increases the cost of use

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