Automatic leather cutting method, device, system and readable storage medium

Abstract

The application discloses an automatic leather cutting method, device, system and computer-readable storage medium. The method is applied to the cutting bed that transmits multiple pieces of leather to be processed between the laying table, scanning table, cutting table and receiving table that are idle at the same time by the conveyor belt, and the production order is automatically generated according to the user's product demand information, according to Preset leather processing sequence to adjust the processing sequence of production orders, automatically set corresponding scanning parameters for production orders based on user product demand information; perform automatic typesetting according to preset typesetting parameters according to production orders and current leather identification results, and typesetting results Put it into the queue to be cut. When it is detected that there are leather materials to be processed at the workbench, perform corresponding operations based on the workbench type and / or the corresponding processing parameters in the production order to be processed. The state executes the leather material transmission command, which effectively improves the automation of leather material cutting.

Description

technical field [0001] The present application relates to the technical field of automatic cutting, in particular to an automatic leather cutting method, device, system and computer-readable storage medium. Background technique [0002] With the sharp rise in leather prices and the economic environment of frequent outsourcing and factory relocation, producers in the leather market must solve the increasingly severe problems of procurement costs, inventory management and continuous supply of products. The traditional process of artificially cutting genuine leather is generally to first obtain a leather sample, draw it on the leather, and then manually cut it to obtain the desired style of leather product. The leather finished product made in this way is neither attractive in appearance, and the efficiency is low, and the time required for the worker's operation is long, and the difficulty is relatively large, and the leather is seriously wasted, thereby increasing the manufac...

AI Technical Summary

Problems solved by technology

In this method, the key steps in the process of paving, leather contour recognition, defect recognition, typesetting, cutting, and leather cutting are executed serially in sequence, that is, the image is first obtained through the camera, and then the contour and flaw are recognized, and the contour and defect information to the typesetting program for typesetting. After the typesetting is completed, the data after typesetting is passed to the leather cutting equipment for cutting work, and then the next piece of leather is laid down to complete the above tasks in a cycle. On the automatic cutting equipment, only Able to place a piece of leather for work, inefficient

[0004] That is to say, in the related technology, limited by the countertop, only one production step of one piece of leather can be processed at a time, and the steps of laying, identification of leather outline and defects, typesetting, cutting, and receiving are completed in series. Only one process can be realized at any time, which seriously affects the efficiency of leather production and cutting. In addition, other processes such as leather order-related processing and the connection between various processes require a lot of manual operations, which are time-consuming and prone to errors. Waste of leather, low efficiency, troublesome operation