Weathering test box for xenon lamp

Abstract

The invention relates to a weathering test box for a xenon lamp. The test box comprises a humidification system, a heating system, an illumination system, a refrigeration system and an electrical system, wherein the front face of the test box is provided with an embedded box door; the front face of the box door is provided with an observation window; the box door is connected with a box body through a hinge; and the bottom of the test box is provided with casters. Compared with the prior art, the test box uses direct current, prevents the current from burning the lamp tube of the xenon lamp, has accumulated timing function, is convenient to use, can simulate sunlight and rainwater effect, can perform temperature and humidity control and automatic radiation energy correction, and simulates a xenon arc lamp with a full sunlight spectrum in the natural world to represent destructive light waves existing in different environments so as to perform a light resistance test and an accelerated weathering test on a material.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better testing of XENON lamps without being burnt out or requiring complex operations like setting up an incandescent bulb at home. Additionally, it provides advanced fuzzy logic that helps users quickly find specific conditions under certain environmental factors such as exposure time and temperatures. Overall, this innovative method simplifies the process of studying these lights' characteristics during their manufacturing processes.

Problems solved by technology

This patented describes an XENON lamps testing chamber that uses AC power without balancing its voltages or burning off certain parts during tests due to poor performance over longer periods. However, this results in frequent replacement of expensive components with less reliable ones. Additionally, it makes maintenance difficult because there may still have issues related to maintaining consistently high levels of light output despite changes made by different users who replace one part frequently.

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