Modular reconfigurable flexible production method and system

Abstract

The invention provides a modular reconfigurable flexible production method and system. The modular reconfigurable flexible production method is made by the following steps that an order production scheduling step, a route planning step, a refactoring step, a machine step, wherein the order production scheduling step that according to the information of a new order, combining the current processingcondition and the factory resource carry out the production scheduling. The route planning step that according to the production scheduling result, planning to obtain a production machining technology route and selecting a module or component required by working of the working table on the machining technology route. The refactoring step in which the corresponding modules, components and controlprocedures of the worktable are swiched, according to the new production and machining technology route. The machining step is to control the working table to perform machining according to the new production machining technology route. According to the invention, the whole production system can be reconstructed in real time to obtain a new configuration, update process, and change function or change system output quantity so as to meet the requirements of flexible customization production.

Description

technical field [0001] The invention relates to the field of industrial control, in particular to a modular reconfigurable flexible production method and system. Background technique [0002] In the traditional industrial manufacturing field, such as figure 1 As shown, each workbench in the factory building is divided into several different assembly lines to manufacture different products. The advantage of this fixed assembly line production method is that it is suitable for the production and processing of large quantities of products, and the production speed is fast. However, for some small enterprises with small production batches or production and processing of a variety of different products, this production method has low flexibility, cannot realize personalized customization, and easily brings defects of low equipment utilization (such as figure 1 Two idle workbenches outside the two assembly lines in the middle), thus limiting the profit of the enterprise. At the...

AI Technical Summary

Problems solved by technology

However, for some small enterprises with small production batches or production and processing of many different products, this production method has low flexibility, cannot realize personalized customization, and easily brings defects of low equipment utilization (such as figure 1 Two idle workbenches outside the two assembly lines in the center), thus limiting the profit of the enterprise

At the same time, failure or damage of a workbench on a certain assembly line will cause the entire assembly line to stop production and wait for maintenance

Images