Environment-friendly basement and night scene integrated lighting lamp

Abstract

The invention relates to an environment-friendly basement and night scene integrated lighting lamp. The environment-friendly basement and night scene integrated lighting lamp comprises light gathering covers, photoelectric plates connected with a storage battery and light guide pipes. The light gathering covers include the night scene lampshade, the underground lampshade and the transmission lampshades. The sensitization faces of the two photoelectric plates are vertically and closely attached together in a deviation mode. Lighting lamp bodies are arranged on the lower photoelectric plate at equal intervals in an arrayed mode. The lighting lamp bodies are electrically connected with the storage battery and a photoswitch. Mirror surface films are attached to the lighting lamp bodies. The two transmission lampshades are symmetrically arranged below the lower photoelectric plate. The night scene lampshade is connected with one transmission lampshade through the corresponding light guide pipe, and the other transmission lampshade is connected to the underground lampshade located on a top plate of a basement through the corresponding light guide pipe. The lighting lamp is economical and environmentally friendly, and an enough light source can be provided for the basement; meanwhile, the underground accumulated water can be prevented from damaging the night scene lamp.

Description

technical field [0001] The invention relates to a building lighting lamp, in particular to a basement and night scene lighting lamp. Background technique [0002] With the enhancement of people's awareness of environmental protection and the improvement of living requirements, people not only need sufficient green space, but also hope to have enough space for living and use. There are more and more underground buildings in urban buildings; in the traditional basement lighting system, Lighting costs take up about 20% of the cost of use. The traditional method wastes more resources and significantly increases the cost; therefore, people use photoconductive materials to transport the sunlight from the ground to the basement, but due to the limited lighting surface, it is difficult to transport it to the basement. The underground light is dark and traditional electric energy is still needed to supply lighting at night; therefore, the effect of this approach is not significant in...

AI Technical Summary

Problems solved by technology

[0002] With the enhancement of people's awareness of environmental protection and the improvement of living requirements, people not only need sufficient green space, but also hope to have enough space for living and use. There are more and more underground buildings in urban buildings; in the traditional basement lighting system, Lighting costs take up about 20% of the cost of use. The traditional method wastes more resources and significantly increases the cost; therefore, people use photoconductive materials to transport the sunlight from the ground to the basement, but due to the limited lighting surface, it is difficult to transport it to the basement. The underground light is dark and traditional electric energy is still needed to supply lighting at night; therefore, the effect of this approach is not significant in terms of cost savings; solar energy is one of the most economical and environmentally friendly energy sources at present, so some designers choose solar energy for power supply In order to achieve cost control, but it needs to cover a larger area and occupy more space when it is used, which is one of the reasons why it cannot be promoted on a large scale

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