Communication equipment box discharge device

Abstract

The invention relates to a communication equipment box discharge device. The communication equipment box discharge device comprises a bearing frame used for bearing coupler boxes on a hanging rack ofa paint spraying system. The hanging rack comprises a plurality of plug heads. The plug heads is horizontal in the length direction and are arranged in the advancing direction of the hanging rack at intervals. A coupler box dismantling device is arranged beside the bearing frame. The coupler box dismantling device is used for dismantling and separating cover plates of the coupler boxes from mounting boxes. The bearing frame comprises a plurality of bearing plates. Each bearing plate is integrally of a grooved plate structure. The arrangement state of the bearing plates is consistent with the arrangement state of the plug heads of the hanging rack. A pushing mechanism is arranged beside the bearing plates. The pushing mechanism drives the coupler boxes on the bearing plates and pushes out the coupler boxes horizontally. The coupler boxes on the hanging rack are vertical and abut against the corresponding bearing plates, so that the bearing plates move horizontally, and the coupler boxeson the bearing plates are pushed out horizontally. Accordingly, the communication equipment box discharge device achieves the effect of degumming and dismantling operation of the coupler boxes.

Description

technical field [0001] The invention relates to the technical field of automation equipment, in particular to a box unloading device for communication equipment. Background technique [0002] combine figure 1 and figure 2 As shown, the coupler box of this type is designed to be in the shape of a cuboid as a whole. The box body includes the installation box a and the cover b. The electrical components of the coupler are installed in the installation box a, and at the two ends of the installation box a Wiring holes a1 are respectively provided on the side and the side of the installation box a, and junction points a2 are arranged on the side where the wiring holes a1 are provided on the installation box a. The coupler box body is made of aluminum alloy. After the box body is made, it needs to be painted. In the actual painting operation, the outer surface of the installation box a where the wiring hole a1 and the wiring point a2 are located is not painted. operation to avo...

AI Technical Summary

Problems solved by technology

The coupler box body is made of aluminum alloy. After the box body is made, it needs to be painted. In the actual painting operation, the outer surface of the installation box a where the wiring hole a1 and the wiring point a2 are located is not painted. operation to avoid the influence of later paint on the electrical conductivity of the coupler. Therefore, before the painting operation, the coupler box needs to be provided with an anti-spray paint label on the above-mentioned wiring hole a1 and the wiring point a2. The above-mentioned wiring points pass through After the automatic labeling operation is completed, after the coupler box is individually exported from the automatic gluing device, the equipment needs to be introduced into the spray booth for painting operation. In order to ensure that the outer surface of the coupler box is evenly sprayed with paint, the stickers need to be The marked coupler box is hung on the hanger. Generally, the position of the hanging hole b1 on the cover b is hung on the hanger, and the couplers are separated from each other, so that it is convenient for the hanger to be hung on the spray paint. In the room, and then manually operate the spray gun to spray paint. After the above-mentioned hanger is sprayed, the coupler box is dried by the drying equipment, and then the coupler box on the hanger is manually dried. Take it out to complete the disassembly of the coupler. The disassembled coupler box is manually removed and disassembled, resulting in low efficiency of the coupler box in actual production.

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