Intelligent blanking size calculation system for various types of multiple part blanks

Abstract

The invention discloses an intelligent blanking size calculation system for various types of multiple part blanks, and belongs to the technical field of advanced manufacturing. The system mainly comprises a blanking parameter setting module and a blanking scheme generating module. The working mode of the system is as follows: firstly, corresponding blanking parameters are filled in a technologicalprocess card; then, according to the given product production suite in the machining task list, the part production quantity is determined through the part loading quantity in the manufacturing material list; parameters and part production quantity are calculated by utilizing a calculation formula and boundary conditions; the size and the using amount of blanks required for processing a certain number of parts are automatically calculated at a background, blanking optimization calculation of three blank types including roots, discs and plates is realized, scoring evaluation is finally performed according to a calculation result, and optimal overall blanking scheme data is output. According to the method, the purposes of machining process preposition and process solidification can be achieved, the production efficiency is improved, the production cost is reduced, and the economic benefits of enterprises are improved.

Description

Technical field [0001] The present invention relates to the field of advanced manufacturing technology, in particular to an intelligent blanking size calculation system for multiple types and multiple parts blanks. Background technique [0002] At the national level, my country’s overall strategy to build a manufacturing power has been determined, and it is clearly stated that the new generation of information technology and the deep integration of the manufacturing industry should be the main line, the promotion of intelligent manufacturing as the main attack direction, and the historical leap of manufacturing from large to strong. In the field of machinery manufacturing, blanking is the first process in product production, and it is also a key process that affects production and product quality. However, the traditional cutting production process still has many shortcomings in many aspects. [0003] In the calculation of blanking data, it mainly relies on manual calculation mode...

AI Technical Summary

Problems solved by technology

However, the traditional blanking production process still has many deficiencies in many aspects

[0003] In terms of the calculation of blanking data, it mainly relies on manual calculation mode, which has problems such as low work efficiency and error-prone; in terms of blanking optimization, there is a lack of practical optimized nesting system, resulting in low material utilization;

[0004] In terms of process management, in traditional mechanical processing, because the blanking production data is related to the specific production quantity, the mechanical processing process cannot be fixed, and the process card needs to be re-programmed every time a production task is placed. large amount

[0005] In terms of production management, the traditional blanking production process lacks intelligent management, resulting in a lot of waste of leftover materials and potential safety hazards

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