Negative ion LED illuminating device

Abstract

The invention discloses a negative ion LED illuminating device. The negative ion LED illuminating device comprises a lamp shade, a rear casing, an illuminating lamp component, connecting leads, an electric control device, a first negative ion generation device, a second negative ion generation device and the like. The negative ion LED illuminating device provided by the invention has technical improvements on multiple aspects; and multiple creative technical schemes and structures are designed, and the technical improvements on the multiple aspects are obtained at the same time, so that good market prospect and economic benefits are surely brought.

Description

technical field [0001] The invention relates to the technical field of negative ion equipment, in particular to a negative ion LED generating lighting device. Background technique [0002] In daily life, due to the increasingly serious destruction of the ecological environment in modern society, weather phenomena such as haze, light fog, blowing sand, floating dust, and sandstorms have become more frequent, and the content of floating dust in the air has increased, resulting in poorer air quality. . [0003] There are a great variety of anion generators in the existing market, which are usually installed indoors to purify the air in the room. At the same time, some lighting lamps will be installed in the general room to play the role of indoor lighting; [0004] But, the product that the anion generator of the simple design structure that occurs in the prior art combines with the lighting lamp; There are various technical problems in this existing product structure; [00...

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Problems solved by technology

[0007] Third: Existing products have a small negative ion release coverage and slow release speed, which seriously affects the release amount. Therefore, the existing products have severely restricted negative ions in terms of product design difficulty, their own structure, and release speed. The amount of negative ions released by the device;

[0008] At the same time, in the research and design, it is often found that there are many technical problems in this existing product structure;

[0009] Fourth: During the design and research process, it was found that the generation and release of negative ions can be achieved by using a smaller micro-current through a specific technology, but if the current is too low, it may lead to weak light intensity, affect the normal lighting work of the lamp, and not save energy;

[0010] Fifth: During the design and research process, it was found that the heat dissipation performance of the lamp will be affected after the structural design such as negative ion generator is adopted, especially the traditional lampshade has poor heat dissipation;

[0011] Sixth, the stability and reliability of the product are poor, and the technology of the automatic control performance of the lighting device is relatively backward.

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