Lamp manufacturing simulation device of electrodeless fluorescent lamp

Abstract

The invention provides a lamp manufacturing simulation device of an electrodeless fluorescent lamp, which comprises a quartz ultraviolet excitation source simulating internal spectral composition of the electrodeless fluorescent lamp, a flaky glass component simulating bulb glass of the electrodeless lamp, and measuring and analytical equipment, wherein the flaky glass component is located between the quartz ultraviolet excitation source and a brightness meter in the measuring and analytical equipment. The invention further provides a lamp manufacturing simulation method of the electrodeless fluorescent lamp. With the adoption of the device and the method, a process of obtaining an actual three primary color fluorescent powder ratio of the electrodeless lamp can be simplified; in each testing process, an actual light source is not required to be manufactured; complicated lamp manufacturing processes such as bulb coating, tube baking, amalgam addition, vacuum system connection, exhaust, inert gas filling and tube cutting are not required to be repeated; trial manufacturing of a light source can be simulated by a simple technology; a large number of materials are saved; the research and development cost is lowered; the working efficiency is improved; and the development cost and the development time are saved. The technology can be applied by a fluorescent powder milling factory, and a fluorescent powder product can be provided rapidly for a user.

Description

technical field [0001] The invention relates to an analog lamp making device for an electrodeless fluorescent lamp. Background technique [0002] Straight tube fluorescent lamps, energy-saving lamps and electrodeless fluorescent lamps all belong to gas discharge lamps, and electrodeless fluorescent lamps are a new generation of gas discharge lamps. With the increase of lighting requirements, higher requirements are put forward for the performance of fluorescent lamps in practical applications. For example: in order to improve the clarity of video images, it is necessary to research and develop electrodeless fluorescent lighting sources with high color rendering, long life, and high luminous efficiency. Features are important. [0003] According to the principle of chromaticity, different ratio combinations of R, G, and B, that is, red, green, and blue, can form any color. The appropriate combination of R, G, and B three primary color phosphor powders will produce white lig...

AI Technical Summary

Problems solved by technology

[0010] The above test is only one time. In actual use, the formula needs to be adjusted many times to meet the requirements. Therefore, it is necessary to repeat the blister coating, baking tube, adding amalgam, connecting to the vacuum system, exhausting, and filling inert gas many times. , Cutting tubes, in order to get the actual R, G, B trichromatic phosphor combination formula, it takes a lot of time and materials

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