Server slide rail with automatic buckling device

Abstract

The invention relates to a server slide rail with an automatic buckling device. The server sliding rail comprises a drawer cabinet body and a slide rail assembly, wherein the slide rail assembly comprises an inner rail and an outer rail, wherein the inner rail relatively slides on the outer rail and the inner rail is connected with the drawer cabinet body; the automatic buckling device is arranged between the drawer cabinet body and the slide rail assembly; the automatic buckling device comprises a lock catch assembly arranged on the drawer cabinet body and a buckling assembly arranged on the outer rail; the lock catch assembly and the buckling assembly are mutually locked or unlocked; the lock catch assembly comprises an elastic resetting and rotary buckling block; the buckling assembly comprises a clamping hook, a movable block and a fixed block; when the slide rail assembly is closed, mutual line contact between the buckling block and the clamping hook is converted into mutual face contact and the buckling block and the clamping hook are finally buckled; the buckling block is driven to be released from the clamping hook and the sliding rail assembly is unlocked; the clamping hook is arranged on the movable block and the fixed block is arranged on the outer rail; the movable block is elastically pressed on the fixed block. According to the server sliding rail with the automatic buckling device, the line contact is converted into the face contact, so that an acting force is reduced, buckling resistance is reduced and automatic buckling is easily realized.

Description

technical field [0001] The invention relates to a server cabinet, in particular to a server slide rail with an automatic fastening device. Background technique [0002] Existing servers are generally equipped with slide rails, and the slide rails must be locked on the server chassis in the closed state. The traditional assembly method is completed by manual operation, but the assembly proficiency of the operator will directly affect the assembly quality. Cause problems such as buckle damage; and because the buckle block and the hook in the traditional structure are generally in surface contact during assembly, which increases the resistance and friction of mutual extrusion, so a larger force is required when the slide rail is closed. The force makes it inconvenient to operate and use, and if you don’t pay attention, the slide rail is easy to slide out because it is not locked, which affects the use performance; the existing slide rail is generally equipped with an automatic ...

AI Technical Summary

Problems solved by technology

[0002] Existing servers are generally equipped with slide rails, and the slide rails must be locked on the server chassis in the closed state. The traditional assembly method is completed by manual operation, but the assembly proficiency of the operator will directly affect the assembly quality. Cause problems such as buckle damage; and because the buckle block and the hook in the traditional structure are generally in surface contact during assembly, which increases the resistance and friction of mutual extrusion, so a larger force is required when the slide rail is closed. The force makes it inconvenient to operate and use, and if you don’t pay attention, the slide rail is easy to slide out because it is not locked, which affects the use performance; the existing slide rail is generally equipped with an automatic closing device to realize the automatic closing function. Therefore, the automatic The force required to close the device needs to be large enough, but because the internal parts are subject to a large force for a long time, it will be easily damaged and the service life will be short

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