Lamp strength testing device

Abstract

The invention provides a lamp strength testing device which is used for testing the strength of a lamp. The lamp strength testing device comprises a base, a mounting seat assembly, a bracket assembly, a slide block, a motor assembly and a pull rope, wherein the bracket assembly and the motor assembly are fixedly mounted on the base; the mounting seat assembly is connected with the bracket assembly and rotates relative to the bracket assembly; the two ends of the lamp are fixedly arranged on the mounting seat assembly; the slide block is suspended on the lamp; the two ends of the pull rope are connected with the motor assembly and the mounting seat assembly respectively; the motor assembly rotates at a pre-set speed and the mounting seat assembly and the clamp are driven by the pull rope to swing up and down around the bracket assembly; the slide block slides back and forth at the two ends of the lamp so that the strength of the lamp is detected. The lamp strength testing device provided by the invention has a simple structure and is convenient to operate, and the strength of the clamp can be effectively tested.

Description

technical field [0001] The invention relates to the field of lighting, in particular to a device for testing the intensity of a lamp. Background technique [0002] Fluorescent lamps are one of the common lighting sources, which can provide lighting for living rooms, offices and public places. Compared with ordinary incandescent lamps and halogen tungsten lamps, fluorescent lamps have the advantages of long life, high luminous efficiency, good color rendering and energy saving, so they are favored by people. Due to the structural characteristics of the fluorescent lamp itself, its structure is relatively fragile, so that the fluorescent lamp tube is easily broken due to collision or extrusion during handling, installation or use. Therefore, the strength performance of the fluorescent lamp tube must be considered in the design stage. . However, there is no device or technology available for testing the intensity performance of fluorescent lamps. Therefore, the intensity perf...

AI Technical Summary

Problems solved by technology

Due to the structural characteristics of the fluorescent lamp itself, its structure is relatively fragile, so that the fluorescent lamp tube is easily broken due to collision or extrusion during handling, installation or use. Therefore, the strength performance of the fluorescent lamp tube must be considered in the design stage.

However, there is no device or technology available for testing the intensity performance of fluorescent lamps. Therefore, the intensity performance of fluorescent lamps cannot be guaranteed at the design stage, which leads to hidden dangers in the process of handling, installation and use of fluorescent lamps.

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