Atomization effect detection device for electronic cigarette production

Abstract

The invention relates to an atomization effect detection device for electronic cigarette production. The atomization effect detection device comprises a detection device body and an electronic cigarette placing tip, wherein the detection device body is provided with the electronic cigarette placing tip, and a dustproof protection mechanism is arranged right above the detection device body. According to the atomization effect detection device for the electronic cigarette production, an existing atomization effect detection device for the electronic cigarette production is improved, and the improved atomization effect detection device for the electronic cigarette production can achieve a dustproof effect and can avoid direct impact in an actual use process, so protection effect is achieved; and therefore, the service life of the atomization effect detection device for electronic cigarette production can be prolonged, and the atomization effect detection device has higher use value.

Description

technical field [0001] The invention relates to the technical field of electronic cigarette production testing equipment, in particular to an atomization effect testing device for electronic cigarette production. Background technique [0002] During the production process of electronic cigarettes, the atomization effect needs to be tested. After the detection of the existing detection device is completed, a dust-proof cloth needs to be covered on it to prevent dust. The use of dust-proof cloth, on the one hand, because there is no fixed structure of the equipment, the dust-proof cloth is prone to slipping after being touched by foreign objects during use, so that the dust-proof effect cannot be achieved; on the other hand, the dust-proof cloth The cloth also cannot protect the testing equipment. When the testing equipment is hit by foreign objects, the impact force directly acts on the testing equipment (the cushioning effect of the dust-proof cloth is negligible), which ea...

AI Technical Summary

Problems solved by technology

The use of dust-proof cloth, on the one hand, because there is no fixed structure of the equipment, the dust-proof cloth is prone to slipping after being touched by foreign objects during use, so that the dust-proof effect cannot be achieved; on the other hand, the dust-proof cloth The cloth cannot protect the testing equipment. When the testing equipment is hit by foreign objects, the impact force directly acts on the testing equipment (the buffering effect of the dust-proof cloth is negligible), which easily damages the testing equipment.

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