Automatic cloth feeding, cutting, collecting and stacking all-in-one machine for cloth

Abstract

The invention discloses an automatic cloth feeding, cutting, collecting and stacking all-in-one machine for cloth. The machine comprises a cloth storage groove, a cloth roller set, a device body, an adsorption draught fan and a cloth bearing lifting table face; the machine is novel and reasonable in structure, cloth guiding is achieved through a cloth guide roller, gravity is used for enabling cloth to automatically descend to the limit position, and automatic cloth feeding is achieved; after cloth feeding, vacuum adsorption is used for enabling cloth to be adsorbed to a cloth cutting working table face, and a laser cutting control system achieves automatic cutting; after the cloth is cut, a vacuum adsorption cloth cutting table face rotates and moves to the position above the cloth bearing lifting table face, cloth pieces fall on the cloth bearing lifting table face in a flat manner, then, the cloth bearing lifting table face descends, the vacuum adsorption table face is reset, the cloth guide roller guides cloth, and circular work is carried out again. The machine achieves cloth feeding, cutting, collecting, cloth piece stacking integrated automatic machining, the manual cost is greatly reduced, production efficiency and production stability are greatly improved, and it is ensured that a product is attractive and uniform in appearance.

Description

technical field [0001] The invention relates to an integrated machine for automatic feeding, cutting, collecting and stacking of cloth, which is used for integrated automatic processing of cloth feeding, cutting, collecting and stacking, in particular to a dust-free and clean cloth feeding, cutting, collecting, A complete set of stacking and stacking automatic processing. Background technique [0002] Dust-free cleaning cloth has strong dust removal effect, dirt absorption ability and softness, and can effectively remove particles, oil stains and liquids on the surface of objects during the wiping process without causing damage or scratches to the surface of objects. Widely used in electronic processing, laboratories, precision molds, medical treatment, optics, etc. [0003] The current production process of dust-free cleaning cloth is generally: 1. Raw cloth: place the cloth in the cloth storage tank behind the laser cutting machine, loosen the cloth, and then manually put...

AI Technical Summary

Problems solved by technology

[0004] The problems existing in the existing process are as follows: 1. Manual pulling and receiving: hundreds of sheets of fabric need to be cut in each shift, and the cutting table is generally 1 meter * 2 meters. The cloth and finishing action is heavy and heavy. Since the dust-free clean cloth is extremely soft, the tension of the artificial cloth is uneven, which may easily cause the size of the cloth to be non-standard.

2. Cutting link: the existing fabric laser cutting machine generally has 2 laser heads, and the cutting efficiency is low

3. Cloth stacking link: the cloth pieces are manually stacked one by one, the production efficiency is low, and the manual stacking is not neat, which affects the appearance of the vacuum-packed finished product in the subsequent process

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