A light source narrow-angle conversion floodlight and color temperature compensation device

Abstract

The invention provides a light source narrow angle rotary floodlight and color temperature compensation method. The realization of the light source narrow angle rotary floodlight and color temperature compensation method by a reflecting device, a color temperature compensation device and a support device, wherein the reflecting device is a conical structure; the color temperature compensation device is a flat circle; the support device is a flat circle and is provided with suspension line ports, wherein the suspension line ports are provided with suspension parts for suspending the support device; an included angle is formed between the bottom edge of the reflecting device and the color temperature compensation device; a height is formed between the vertex of the reflecting device and the center of the color temperature compensation device; the reflecting device is divided into an external mirror reflector and a frosted cover, a layer of mirror reflective material is coated or attached on a conical reflective surface of the external mirror reflector, and the frosted cover is made of a frosted material and has a diffuse reflection function; and the surface of the color temperature compensation device is a slight frosted surface with a diffuse reflection function, and a color temperature compensation piece with fluorescent powder coated inside or a colored piece can be used to adjust the color effect of a lighting place according to the requirement of a user at any time so as to design the lighting scene.

Description

technical field [0001] The invention relates to a lighting method, in particular to a light source narrow-angle conversion floodlight and color temperature compensation device. Background technique [0002] In the traditional fluorescent lamp lighting technology, narrow-beam lamps are generally installed on the ceiling of old-fashioned buildings. When the naked eye sees the glare easily caused by the ceiling lamp, it is only necessary to add a lampshade outside the lamp when using it. Large-area lighting cannot be carried out, and if the user wants to use a wide beam, the lamp or illuminant must be replaced, which is inconvenient to install and disassemble and increases the cost of the lamp; the color temperature of the original lamp is fixed, if you need to change The color of the lamp also needs to be replaced, which is inflexible to use and causes a waste of lamp resources. [0003] Therefore, it is one of the problems to be solved by those skilled in the art to provide ...

AI Technical Summary

Problems solved by technology

[0002] In the traditional fluorescent lamp lighting technology, narrow-beam lamps are generally installed on the ceiling of old-fashioned buildings. When the naked eye sees the glare easily caused by the ceiling lamp, it is only necessary to add a lampshade outside the lamp when using it. Large-area lighting is not possible, and if the user wants to use a wide beam, the lamp or illuminant must be replaced, which is inconvenient to install and disassemble and increases the cost of the lamp; the color temperature of the original lamp is fixed, if you need to change The color of the lamp also needs to be replaced, which is inflexible to use and causes a waste of lamp resources

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