Multifunctional supervision system for stamping workshop

Abstract

The invention discloses a multifunctional supervision system for a stamping workshop. The multifunctional supervision system is applied to a production environment composed of X press machines, a transport trolley and N batches of machined workpieces. The multifunctional supervision system comprises a parameter acquisition module, an energy consumption acquisition module, a data storage module, adata analysis processing module, a radio frequency identification module, an alarm module and a computer display and management module. According to the invention, the multi-aspect related informationof a stamping workshop can be monitored in real time, an abnormal state is found in time, the safety of production is improved, meanwhile, obtained real-time data are combined with a data processingtechnology, the real-time state of a dynamic object in the workshop is recognized, an optimal production scheme is continuously updated, and good guiding suggestions are provided for managers to master the production dynamic situation, improve the efficiency and reduce consumption.

Description

technical field [0001] The invention relates to the field of data acquisition, processing and optimization supervision of a stamping workshop, in particular, it is a multifunctional supervision system for a stamping workshop. Background technique [0002] my country's machinery manufacturing industry is inseparable from all kinds of metal parts and sheet metal. As an important processing method for metal parts and sheet metal, stamping forming technology plays a particularly important role. As an important production and processing workshop in a machinery manufacturing enterprise, the energy consumption cost of the stamping workshop accounts for an important part of the production cost of the enterprise and cannot be ignored. In addition, data collection in the traditional stamping workshop needs to rely on manual meter reading and recording. This method not only has large errors, but also takes time and effort. On the other hand, as a typical discrete manufacturing system,...

AI Technical Summary

Problems solved by technology

[0003] In the existing technology, there are some workshop production information management systems, but these systems have relatively single functions, generally only collect some common parameters in the workshop, and do not include the monitoring of the production status and processing process of the workshop, resulting in the inability to obtain workpiece information The processing status, stamping machine working status and inventory status make the production manager unable to understand the real-time production status in time, and thus unable to respond to the abnormal production status in time

In addition, these systems only perform simple summary processing on the collected data, generate various statistical charts, and do not use the collected data to optimize and evaluate workshop production, so they cannot provide production guidance and production evaluation to production managers standard, leading to increased production costs and wasted time

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