A rack connection accessory and its distribution frame

Abstract

The invention belongs to the technical field of communication, and provides a rack connection fitting, comprising a body. The front of the body is a plane body. Convex installation parts are arranged on the back of the body. Each convex installation part comprise a locking body and a fixing body which are mutually connected; a threaded hole matching an external but is arranged in the locking body; an activity space is arranged in the fixing body; the activity space is communicated with the threaded hole; and first elastic inverted buckling structures are arranged at two sides of the fixing body. The rack connection fitting and the distribution frame have the advantage that the structure is simple; the installation is convenient; when construction is carried out, the distribution frame with the rack connection fitting is arranged in front of a rack manually and directly; the connection fitting aligns with the square hole of the rack and is pressed in lightly, therefore, the assembly is finished; when the tightness is insufficient, the nut in the front of the rack can be tightened; according to the connection mode, the construction convenience of a construction site can be greatly improved; the construction efficiency is improved; moreover, the fingers and body of a worker are effectively prevented from being injured.

Description

technical field [0001] The invention belongs to the technical field of communication, and relates to a rack connection accessory and a distribution frame thereof. Background technique [0002] The distribution frame is an important device for the line management of the communication system. The distribution frame is installed in the communication cabinet, which can organize various complex wires in an orderly manner and facilitate line management. The conventional way of connecting the data distribution frame and the rack is to first install four cage nuts assembled from thin metal sheets and square nuts into the square holes of the rack, and then connect the data distribution frame to the rack. Put it on the rack, use ordinary screws to pass through the iron plate of the distribution frame and the square hole of the rack, and fix it to the cage nut, so that a cabinet rack can match all the data distribution frames, and it usually needs to be screwed more than 100 times. Sc...

AI Technical Summary

Problems solved by technology

The conventional way of connecting the data distribution frame and the rack is to first install four cage nuts assembled from thin metal sheets and square nuts into the square holes of the rack, and then connect the data distribution frame to the rack. Put it on the rack, use ordinary screws to pass through the iron plate of the distribution frame and the square hole of the rack, and fix it to the cage nut, so that a cabinet rack can match all the data distribution frames, and it usually needs to be screwed more than 100 times. Screws, in the actual construction, there are objective environments such as dim light, small space, insufficient water and electricity, etc. In addition, the nuts are small and the outer iron sheets are thin, and most construction workers are hard to pinch with rough fingers. It is only time-consuming and labor-intensive, and after one day of construction, workers' fingernails are often scratched, the speed is slow, and the labor cost is very high

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