Code dividing machine for grabbing and counting plastic glove

Abstract

The invention provides a code dividing machine for grabbing and counting a plastic glove, which comprises a bracket, a symmetrical bilateral mould suspending line and a glove grabbing device, wherein the bracket is internally provided with the symmetrical bilateral mould suspending line, the symmetrical bilateral mould suspending line is provided with a hand mould, the glove grabbing device is correspondingly arranged under the symmetrical bilateral mould suspending line, the lower part of the glove grabbing device corresponds to one end of a conveying line, a grabbing operating device is arranged above the other end of the conveying line, the glove grabbing device is internally provided with an optical switch, and a glove boxing line is arranged at the front of the grabbing operating device. As the whole full-automatic counting and packing process of the glove is jointly completed by the means that a control system coordinates each mechanism, the machine realizes the automatic production of the plastic glove, is exact and correct in grabbing, and improves the packing efficiency of the glove; as the position of the hand mould is corrected by a hand mould correcting device, the machine can exactly complete the grabbing action; by adopting a vertical-surface glove grabbing device, the machine saves the space and is high in grabbing efficiency; and by arranging the grabbing operating device, the machine can complete the grabbing operation of the quantitative gloves within a safe range.

Description

technical field [0001] The invention relates to a digital extension machine for grasping and counting plastic gloves, which is suitable for automatic assembly lines of PVC gloves. Background technique [0002] The production of plastic gloves (disposable PVC gloves) is developing towards scale and automation. However, in the current status quo, the process from picking gloves to boxing and packaging cannot be fully automated, and it is still hovering between manual and semi-manual. Most enterprises take the gloves off the hand mold as the final process, and then put the gloves into the packaging box, that is, remove the gloves by mechanical means. However, due to the softness of disposable PVC gloves, the walking posture is unstable, the deformation is random, and they cannot be arranged neatly. When picking from the top of the hand model by mechanical means, there will be problems of low picking probability, uneven placement after picking, high reject rate, and quality can...

AI Technical Summary

Problems solved by technology

However, in the current status quo, the process from picking gloves to boxing and packaging cannot be fully automated, and it is still hovering between manual and semi-manual.

Most enterprises take the gloves off the hand mold as the final process, and then put the gloves into the packaging box, that is, remove the gloves by mechanical means. However, due to the softness of disposable PVC gloves, the walking posture is unstable, the deformation is random, and they cannot be arranged neatly. When picking from the top of the hand model by mechanical means, there will be problems of low picking probability, uneven placement after picking, high reject rate, and quality cannot be guaranteed

The error rate in the grasping link is high, and the gloves cannot be removed accurately, which will affect the neat arrangement and centralized counting of the removed gloves in the next step, thus affecting the automatic production of gloves

Moreover, the subsequent boxing needs manual counting and packaging, which is labor-intensive, poor working environment, and low efficiency. In addition, errors are prone to occur during manual operation, such as inaccurate counting, which brings inconvenience to the production and packaging of disposable PVC gloves.

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