Automatic leakage detection technology for rubber glove

Abstract

The invention discloses an automatic leakage detection technology for a rubber glove. The rubber glove sleeves a glove fixing seat, and after the rubber glove is inflated, the rubber glove is in an upright state; the rubber glove in the upright state enters squeezing space formed by two parallel squeezing belts, whether air leakage happens to the rubber glove is detected under effects of squeezing, the rubber glove with no air leakage is kept in the upright state, the rubber glove with air leakage is not in the upright state, and automatic leakage detection for the rubber glove is realized.

Description

technical field [0001] The invention relates to a production process in the field of rubber glove production research, in particular to a rubber glove automatic leak detection process. Background technique [0002] With the continuous development of China's economy, the improvement of health protection and safety standards, and the maturity of residents' consumption habits, the demand for disposable gloves is increasing. [0003] However, at this stage, the automation level of China's rubber glove production industry is not high. In the glove forming section, the glove dipping, glove cleaning, latex dipping, glove curling, chlorination, surface treatment, etc. Automation, but the glove and the subsequent boxing process, due to the technical difficulty of the softness and irregularity of the glove, the curtain wall is basically completed manually, and the manufacturer has to use a lot of manual labor to complete the wrapping, box sorting, boxing, and box sealing processes , ...

AI Technical Summary

Problems solved by technology

[0003] However, at this stage, the automation level of China's rubber glove production industry is not high. In the glove forming section, the glove dipping, glove cleaning, latex dipping, glove curling, chlorination, surface treatment, etc. Automation, but the glove and the subsequent boxing process, due to the technical difficulty of the softness and irregularity of the glove, the curtain wall is basically completed manually, and the manufacturer has to use a lot of manual labor to complete the wrapping, box sorting, boxing, and box sealing processes , resulting in a large increase in labor costs for the enterprise

[0004] Moreover, the artificial mobility limits the production capacity of enterprises. Due to the restriction of entry threshold, domestic glove manufacturers can only OEM for large foreign enterprises. They are located in the downstream of the industrial chain and have low profits. Therefore, glove enterprises are concerned about the automation of glove packaging urgent need

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