Air tightness detection and wrist overturning system for gloves

Abstract

The invention belongs to the technical field of air tightness detection and packaging for gloves, and relates to an air tightness detection and wrist overturning system for the gloves. The air tightness detection and wrist overturning system comprises a rack (2), a servo motor (3), a track (13), a driving shaft (5), an air tightness detection and wrist overturning device (1), a pneumatic-electric slip ring (4), a vacuum pump and an air compressor. The air tightness detection and wrist overturning device (1) comprises a base plate (6), a second air chamber (8), a first air chamber (7), an electromagnetic valve (11), air tightness detection and wrist overturning equipment (9) and an air pressure detection device (12). The air tightness detection and wrist overturning system for the gloves has the beneficial effects that a traditional method is changed, automation is realized, and labor is saved; the structure is simple, precision is high, the speed is high, cost is low and the percent of pass is high; the production process is simplified, static electricity is reduced, and reliability is high; and the degree of automation is high, performance is stable, and adjustment is convenient.

Description

technical field [0001] The invention belongs to the technical field of glove air tightness detection and packaging, and relates to a glove air tightness detection and wrist turning system. Background technique [0002] Now gloves are widely used in various fields of life and work, and the requirements for the material, quality, size, and processing technology of gloves are different in different fields. For example, medical gloves, insulating gloves for strong electric work, etc. all require high air tightness. In addition, during the process of glove processing, due to technological needs, it may be necessary to inflate the inside of the glove. Therefore, the airtightness of the glove There are also higher requirements. There are various air-tightness detection methods in actual production, but because generally the requirements for air-tightness are not high, there is no better air-tightness detection method. Especially for medical gloves, etc., traditional detection met...

AI Technical Summary

Problems solved by technology

The airtight splint of this invention only fixes the two ends of the splint by hinges and fastening bolts, and there is no fastening measure in the middle part, especially near the valve pin. Although the sealing measures are taken, it cannot guarantee that the gloves and the valve are fastened well. The gap between the needles is very easy to leak air

Therefore, for gloves with high air tightness requirements, air leakage cannot be detected well

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