Automatic spreading machine

Abstract

The invention discloses an automatic spreading machine which is composed of a workbench, a spreading device, a cloth laying device, a left cloth pressing device, an adsorption device and a right cloth pressing device. The workbench is composed of a supporting frame, a cloth laying platform and adjustable table legs. The spreading device is composed of a spreading motor, a lead screw and a movable sliding block. The cloth laying device is composed of a cloth laying driving device, a spreading connecting frame, a right cloth laying ascending mechanism, a right self-locking mechanism, a left cloth laying ascending mechanism and a left self-locking mechanism. The left cloth pressing device is composed of a cloth pressing driving device, a lifting mechanism, a pressing rod guide device, a cloth pressing transmission device and a cloth pressing supporting plate. The adsorption device is composed of an adsorption air pump and an air pipe. Cloth can be pulled out and flatly laid on the cloth laying platform with all the layers closely attached, and no wrinkle exists. Every time one layer of cloth is laid, cloth spreading and laying can be carried out in a reciprocating mode without breaking the cloth. According to the automatic spreading machine, manpower is saved, and cloth laying efficiency and quality are improved.

Description

technical field [0001] The invention relates to a cloth spreading machine, in particular to a novel automatic cloth spreading machine. Background technique [0002] China is a big garment production country, and the competition in the garment manufacturing industry is particularly fierce. How to systematically control the quality, cost and efficiency of finished products has become extremely important. Enterprises cut and process a large number of fabrics every day. The first step is to pull the fabric. The rolls of fabric are rolled out layer by layer to the cutting table. key factor. At present, small and medium-sized enterprises widely use manual pulling materials. First, the labor intensity is high, and workers need to walk dozens of kilometers back and forth on the production line every day; second, multiple workers are required to work together, which directly results in high labor costs; the biggest problem is production efficiency. Low, due to the limitations of pe...

AI Technical Summary

Problems solved by technology

At present, small and medium-sized enterprises widely use manual pulling materials. First, the labor intensity is high, and workers need to walk dozens of kilometers back and forth on the production line every day; second, multiple workers are required to work together, which directly results in high labor costs; the biggest problem is production efficiency. Low, due to the limitations of people's walking speed and physical fitness, people will become more and more tired with the increase of working hours, and the tedious nature of the work will affect the efficiency of cloth pulling, which cannot meet the requirements of large-scale primary pro

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