Building lighting decoration device with mosquito repellent function

Abstract

The invention discloses a building lighting decoration device with a mosquito repellent function. The building lighting decoration device comprises lamp shells, a controller and a mosquito repellent device. The multiple lamp shells are connected together in an inserted manner to form a needed pattern, a model is convenient and simple, and installation and maintenance are easy. Through the arrangement of the mosquito repellent device, mosquitoes, flies, bugs and the like can be prevented from gathering around the lamp shells, and therefore building decoration attractiveness cannot be affected. Wire holes are formed below protruding points, and therefore when inserting and connecting are not convenient between the lamp shells, the lamp shells can be connected through wires. Three rows of LED lamps are arranged in the lamp shells so that pattern arrangement can be simpler, more convenient and more rapid, and the construction difficulty is lowered; meanwhile, the three rows of LED lamps are connected in parallel so that any row of LEDs can be conveniently maintained, and when one row of LEDs are in fault, lighting of the other two rows is not influenced, in other words, the influences on the building decoration effect are lowered to be minimal, and accordingly the maintaining and replacing frequency is reduced.

Description

technical field [0001] The invention relates to the technical field of decorative lighting, in particular to an architectural lighting decoration device with the function of repelling mosquitoes. Background technique [0002] At present, in the planning, design and construction of lighting environment engineering, for buildings, especially for office buildings, outdoor floodlight or floodlight decorative lighting methods are widely used. This traditional lighting method mostly uses high-power gas discharge lamps with a single power of several hundred watts, or even several kilowatts, grouped according to needs, and projects light from a specific position on the ground or in the air to the exterior wall of the building, through the bright wall. On the surface, the reflected or diffused light can be emitted from different parts and layers of the building, showing the image of the building and forming a night scene. However, as more and more glass curtain walls and stainless s...

AI Technical Summary

Problems solved by technology

However, as more and more glass curtain walls and stainless steel materials are used in buildings, the reflective walls are getting less and less, making it impossible to produce ideal decorative lighting effects regardless of increasing the power of lighting fixtures or increasing the number of lighting fixtures. At the same time, it caused a waste of resources and caused light pollution.

[0003] At this stage, there is also a common method of building decorative lighting, which uses LED light strips to arrange outside the building's outer walls along the corners of the building, or to form patterns on the building's outer walls for decoration. Although it can be cut or extended at will, the length of the light strip generally cannot exceed 20m, and it is easy to separate the solder joints of the light strip from the copper foil when bending, causing damage to the light strip

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