Comprehensive wiring box cover

Abstract

The invention relates to a comprehensive wiring box cover. The comprehensive wiring box cover comprises a panel body covering a wiring box. Heat dissipating holes are formed in the surface of the panel body. Adjusting holes are formed in the inner surface of the panel body. The panel body and the wiring box rotate relatively through the adjusting holes, the heat dissipating holes are oblique relative to the surface of the panel body, the upper side and the lower side of the inner surface of the panel body are provided with netted reinforcing ribs, and the left side and the right side of the inner surface of the panel body are provided with strip-shaped reinforcing ribs. By means of the structure, the outer surface of the panel body is in an outward-convex arc shape, the strength of the panel body can be enhanced through the arc-shaped design, and the comprehensive wiring box cover is more attractive. The panel body is made of plastics, and the effect on the wireless signal transmission is avoided. The oblique heat dissipating holes are formed in the surface of the wiring box, and water splashing can be prevented. The invisible reinforcing ribs are arranged on the inner surface of the panel body, the strength of the panel body can be improved, and the appearance cannot be affected, and the panel body and the wiring box can be adjusted conveniently through the runway-shaped adjusting holes.

Description

technical field [0001] The invention relates to the technical field of optical fiber access boxes, in particular to an integrated wiring box cover. Background technique [0002] Large-scale optical fiber access wiring boxes need to be covered with panels. The panels can protect and block dust. Because the wiring box will generate heat, it is necessary to set cooling holes on the cover of the integrated wiring box. However, the existing cooling holes Most of them are ordinary circular heat dissipation holes, which are directly connected to the interior of the wiring box, and cannot prevent water splashing, so they cannot well protect the various components inside the wiring box; at present, large wiring boxes are all made of metal panels, and the strength of metal panels is relatively high. High, the metal material has a certain influence on the wireless signal transmission, which affects the normal transmission of the signal. If the panel is made of plastic material, due to ...

AI Technical Summary

Problems solved by technology

[0002] Large-scale optical fiber access wiring boxes need to be covered with panels. The panels can protect and block dust. Because the wiring box will generate heat, it is necessary to set cooling holes on the cover of the integrated wiring box. However, the existing cooling holes Most of them are ordinary circular heat dissipation holes, which are directly connected to the interior of the wiring box, and cannot prevent water splashing, so they cannot well protect the various components inside the wiring box; at present, large wiring boxes are all made of metal panels, and the strength of metal panels is relatively high. High, the metal material has a certain influence on the wireless signal transmission, which affects the normal transmission of the signal. If the panel is made of plastic material, due to the large area of ​​the panel, the proper strength cannot be guaranteed; in addition, after the cabinet is embedded in the wall , the panel is not easy to correct and adjust

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