Automobile paint surface check station with LED matrix arrangement type variable-combination light source

Abstract

The invention discloses an automobile paint surface check station with a LED matrix arrangement type variable-combination light source. The automobile paint surface check station is characterized in that the check station enables an automobile inside the check station to be an irradiation scope of 180 degrees through irradiation combination of spotlights mounted on a top plate, spot lamp tubes installed on a connecting plate, lamp tubes arranged inside vertical sides and oblique sides, and two rows of panel lights between two vertical sides; and illumination light is uniform and stable. The check station employs improved LED luminaires, so that the current-voltage stability of a driving power source is improved, the luminescence stability and effect of LED lamps are ensured, and the powerconsumption cost of an enterprise is effectively reduced; and different light color combinations and specific composition angles of a basic frame structure are utilized, so that the inspection and polishing repair processing efficiency of the exterior paint surface of the automobile are comprehensively improved and ensured, and the polishing repair quality and the perfect mirror effect achievementrate of final products are ensured.

Description

technical field [0001] The invention relates to a fixed-angle light source combination irradiation method with different lumens of LED lamps in warm and cold colors, especially relates to the overall frame design of the entire detection station and the combination of different LED lamps, and in particular to a car paint with LED matrix arrangement and variable combined light sources face detection station. Background technique [0002] For a long time, whether it is the international or domestic automobile industry, the paint surface inspection has basically been completed with the aid of ordinary fluorescent tubes, mobile halogen lamps, flashlights or spotlights. Although it can solve some problems, too bright light or too dark light not only cannot completely and effectively find and solve various defects on the paint surface, but also greatly damages human vision in the long run. In actual work and application, because the life of the existing driving light source is not...

AI Technical Summary

Problems solved by technology

Although it can solve some problems, too bright light or too dark light not only cannot completely and effectively find and solve various defects on the paint surface, but also greatly damages human vision in the long run

In actual work and application, because the life of the existing driving light source is not long, it is easy to cause poor light; the stability of the power supply is not good, resulting in poor lighting effect and shortened service life, plus various defects in the structure of the testing station itself , on the contrary, it caused secondary treatment damage to the exterior paint surface of the car and low work efficiency. The burden of manpower and material resources on the enterprise was extremely high, and the waste of social power resources was huge. The scientific application of comprehensive energy-saving light sources is imminent.

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