Integrated prefabricated serial tunnel lamp

Abstract

The invention discloses an integrated prefabricated serial tunnel lamp. The integrated prefabricated serial tunnel lamp is formed by splicing a plurality of prefabricated lamp bodies in a linear strip shape along a tunnel. The lamp body comprises a control circuit arranged in the control module, wherein series connection structures are arranged on the two sides of the control module, and the adjacent lamp bodies are spliced in series through the series connection structures; a lighting module arranged above the control module and connected with the control circuit; and the lighting module is rotationally connected with the control module through a rotating shaft, rotates upwards around the rotating shaft to be unfolded for lighting and rotates downwards to be folded and stored; and an atmosphere lamp arranged above the lighting module and is connected with the control circuit; and through segmented and color-separated display of the atmosphere lamp, reminding and warning effects are realized. Assembly type splicing can be carried out without lamp wiring, and the advantages that installation is convenient, the construction risk is reduced, and the construction efficiency is improved are achieved.

Description

technical field [0001] The invention relates to the technical field of lamps, in particular to an integrated prefabricated serial tunnel lamp. Background technique [0002] During the tunnel mechanical and electrical lighting construction stage, the system integrator needs to purchase various types and specifications of equipment separately, and the mechanical and electrical construction teams install them according to the procedures on site. Among them, the low-voltage power distribution panel and lighting distribution box are the equipment, and the on-site installation is quite convenient. And other mechanical and electrical facilities supporting the lighting circuit require a lot of manpower, material resources, and financial resources on site, mainly for climbing operations, which take a long time, make traffic organization difficult, and have higher risks. Cables cause many disadvantages such as short circuit risk, and related paint will fall on the surface of tunnel li...

AI Technical Summary

Problems solved by technology

And other mechanical and electrical facilities supporting the lighting circuit require a lot of manpower, material resources, and financial resources on site, mainly for climbing operations, which take a long time, make traffic organization difficult, and have higher risks. Cables cause many disadvantages such as short-circuit risk, and related paint will fall on the surface of tunnel lights during the subsequent tunnel surface brushing process, resulting in poor lighting effects and difficult cleaning

In addition, in the traditional construction, it is necessary to erect cable bridges and lay cables, which is inconvenient for construction, and the arranged lamps are also intermittent, with poor lighting effects and poor visual perception

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