Intelligent die management system and management method

Abstract

The invention relates to a die management system, particularly to an intelligent die management system and management method. The intelligent die management system comprises a database, a data acquisition device and a communication system. The database is connected to the data acquisition device by the communication system. The data acquisition device serving as a system terminal node is used for collecting and transmitting state information of a die; and the database is used for storing characteristic information of the die and the parts of the die as well as data collected by the data acquisition device. The database consists of an industrial personal computer, a display device, an input device and a management terminal operated at the industrial personal computer. According to the intelligent die management system and management method, the abnormal rate during the production process is reduced and the production efficiency is improved. Statistics of the number of times of usage of the die is carried out and the number of times of usage of the die is tracked in real-time. When a die is selected, a die with the longest service life is selected, so that the usage efficiency of the die can be improved and the product quality can be guaranteed. Meanwhile, the collected practical service life information of the parts of the die is a reference for the die part design.

Description

technical field [0001] The invention relates to a mold management system, in particular to a mold intelligent management system and a management method. Background technique [0002] Stamping equipment requires uninterrupted continuous production. The downtime rate of stamping equipment has always been an important factor restricting the development of stamping parts production. The main reason is that the molds and wearing parts of stamping equipment are not maintained or replaced in time. If maintenance work is done In place can greatly reduce the downtime rate. However, the maintenance work in the stamping production process cannot play its due role due to the high mobility of technicians, busy forgetting to implement, manual recording of maintenance content, and maintenance based on the feeling of the master, resulting in stamping Equipment downtime rates remain high. [0003] At present, most of the counters attached to each mold in China are used to obtain mold inform...

AI Technical Summary

Problems solved by technology

[0002] Stamping equipment requires uninterrupted continuous production. The downtime rate of stamping equipment has always been an important factor restricting the development of stamping parts production. The main reason is that the molds and wearing parts of stamping equipment are not maintained or replaced in time. If maintenance work is done In place can greatly reduce the downtime rate. However, the maintenance work in the stamping production process cannot play its due role due to the high mobility of technicians, busy forgetting to implement, manual recording of maintenance content, and maintenance based on the feeling of the master, resulting in stamping High equipment downtime rate

[0003] At present, most of the counters attached to each mold in China are used to obtain mold information by simply recording the number of mold parts, but this is relatively one-sided, reflecting the management information of a single mold, and does not include the basic information of the mold and the life of the mold. Period, without wireless transmission function, so it is impossible to comprehensively evaluate the mold status, predict the time of mold overhaul, let alone provide a big data management platform