Cut piece production integrated system

Abstract

The invention discloses a cut piece production integrated system which comprises conveying equipment, cloth laying equipment, defect positioning equipment and cutting equipment. The conveying equipment comprises a cloth laying conveying platform and a cutting conveying platform; the cloth laying equipment is arranged on the cloth laying conveying platform and used for laying cloth in a laminated mode; the defect positioning equipment is arranged above the cloth laying conveying platform and used for collecting an image of the cloth to be cut and positioning coordinates of defects so as to determine whether the defects are located in cut pieces and output a determination result; and the cutting equipment is arranged on the cutting conveying platform and used for cutting the laid laminated cloth and guiding an operator to remove defective products according to the determination result output by the defect positioning equipment. The three processes of cloth laying, cutting and removing the cut pieces with defects are linked to realize streamlined production, so that the intelligent degree of a cloth processing production line is improved while the labor input is reduced, the production efficiency of the cut pieces is improved, and the productivity is improved.

Description

technical field [0001] The invention relates to the technical field of textile processing, in particular to an integrated system for cutting piece production. Background technique [0002] At present, in the field of textile processing, cloth spreading, cutting, and removing defective pieces (ie defective products) are indispensable links in the production process of pieces. Among them, the two links of cloth spreading and cutting have already been automated, and have been widely used in the production process of cutting pieces, such as the spreading equipment of the model K5 of the Oasima Company and the cutting equipment of the model D8002S of the Benma Company , while the process of removing defective pieces still relies on manual implementation. Specifically, the operator needs to use human eyes to identify whether there is a defect mark on the cut pieces one by one, so as to check whether the cut piece is a piece with defects that needs to be removed. The repeatabilit...

AI Technical Summary

Problems solved by technology

The repeatability and intensity of this inspection method are relatively high, and the long-term cloth inspection process will inevitably lead to excessive use of the operator's eyes and visual fatigue, resulting in more missed inspections, and the longer the operator's working hours , the probability of missed detection will be greater

[0003] In addition, although the three links of spreading, cutting and removing defective pieces are continuous in the production process of cutting pieces, at present, in the actual production site, the operations between the spreading equipment and the cutting equipment are carried out independently , which makes each device need to be equipped with at least one operator separately, thus wasting a lot of human resources

Moreover, there is no information linkage with the previous two links in the link of manual screening and elimination of defective pieces, that is, there is no functional interaction between links that can improve production efficiency, resulting in low production efficiency

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