Intensity testing device for lamp light source

Abstract

The invention discloses an intensity testing device for a lamp light source. The intensity testing device comprises a box body and a clamping assembly, wherein the box body comprises an opening end and a box door; the box door is connected to the opening end and forms a sealed space with the opening end; the clamping assembly comprises a hanging rod, at least two connectors and at least two clips; the hanging rod is arranged in the box body, the connectors are slidably connected to the hanging rod, and the clips are arranged on the connectors; each of the clips comprises a clamping part which is made from silicon rubber and is used for clamping a light source of a to-be-tested lamp. According to the intensity testing device for the lamp light source, the intensity of the light source of the to-be-tested lamp is tested by clamping the light source of the to-be-tested lamp in the clamping parts and applying predetermined clamping force to the light source of the to-be-tested lamp by virtue of the clamping parts, and the actual condition that the light source of the to-be-tested lamp is mounted by testing personnel is effectively and truly simulated by using a silicon rubber material which is relatively similar to the fingerprint, so that the intensity and reliability of the light source of the to-be-tested lamp in actual use is effectively ensured.

Description

technical field [0001] The invention relates to the field of lamp lighting, in particular to a device for testing the intensity of a lamp light source. Background technique [0002] Fluorescent lamps, that is, low-pressure mercury lamps, use low-pressure mercury vapor to radiate ultraviolet rays during the discharge process, making phosphors emit visible light. Fluorescent lamps are the latest type of energy-saving light source. They have the advantages of long life, high luminous efficiency, and good color rendering. Among them, the structure of fluorescent lamps is more fragile than other light sources and is easy to break. When installing fluorescent lamps, it is generally necessary to use In order to hold the lamp tube and screw it into the lamp holder, the lamp tube will be pressed hard when screwing in the lamp holder. Once the lamp tube is under too much force, it may cause the lamp tube to break and cause personal injury. Therefore, the intensity of the fluorescent l...

AI Technical Summary

Problems solved by technology

Fluorescent lamps are the latest type of energy-saving light source. They have the advantages of long life, high luminous efficiency, and good color rendering. Among them, the structure of fluorescent lamps is more fragile than other light sources and is easy to break. When installing fluorescent lamps, it is generally necessary to use In order to hold the lamp tube and screw it into the lamp holder, the lamp tube will be pressed hard when screwing in the lamp holder. Once the lamp tube is under too much force, it may cause the lamp tube to break and cause personal injury. Therefore, the intensity of the fluorescent lamp needs to be determined. Guarantee, but there is no special device for testing the intensity of fluorescent lamps in the prior art, and the reliability of fluorescent lamps in actual use cannot be guaranteed

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