Flexible material automatic centering, clamping, rotating and boxing mechanism

Abstract

A flexible material automatic centering, clamping, rotating and boxing mechanism comprises a mechanism fixing underframe, a linear walking unit mounted on one side of a top frame of the mechanism fixing underframe and a centering, clamping and rotating mechanism arranged on the outer side of the linear walking unit in a suspension manner, and a feeding table and a material taking and pressing device are mounted on the front portion of a lower frame of the mechanism fixing underframe. The centering, clamping and rotating mechanism comprises a suspension connecting frame combined with the linearwalking unit, a rotating fixed seat fixedly connected with the suspension connecting frame and rotating parts, wherein the rotating parts are mounted in center axis holes machined in two end plates of the rotating fixed seat through half shafts located at the two ends, are of frame structures and are driven by rotating power. At least one centering and clamping execution mechanism is mounted in aframe of each rotating part. The feeding table is mounted on the mechanism fixing underframe through a feeding table linear motion supporting unit arranged on a front cross beam of the lower frame ofthe mechanism fixing underframe, and the left position and the right position are moved and switched through a feeding table moving power unit.

Description

technical field [0001] The present invention relates to an automatic boxing mechanism, in particular to the centering, picking and rotating boxing of flexible, irregular, and highly compressible materials (including disposable gloves such as PVC, nitrile, latex, masks, protective clothing, etc.) mechanism. The function of the centering clamping and rotating boxing mechanism is to pre-compress the fluffy flexible material at the pick-up position, and complete it through a series of actions such as secondary continuous clamping, moving, rotating, boxing, and withdrawal of the clamping and rotating mechanism. Cartoning of materials. It is the most critical mechanism to ensure the fast, automatic and smooth loading of flexible materials into the carton when used in conjunction with the cartoning and supporting mechanism. It is crucial to the stability and success rate of the subsequent closure of the automatic packaging machine. Whether the cartoning machine is mature and stable...

AI Technical Summary

Problems solved by technology

Therefore, the global demand for protective equipment such as gloves, masks, and protective clothing will remain strong for a long time in the future; It is a serious waste of precious human resources for our country and the world, which are getting smaller and smaller

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