Die management method and die management system

Abstract

The invention relates to a die management method and a die management system. According to the die management method, data collection devices arranged at dies are used for collecting die station information; information data of all dies in a specific area are sent to a data collector of the specific area by transmission paths; the data collector sends the data to a host computer, a database is established at the host computer, and a die management information file that can be checked is formed; a die using situation of the area is estimated; host computers in all specific areas send data to remote computers of a higher management layer, a die manufacturer and a die maintenance department by the internet; the remote computers carry out comprehensive estimation on states of all dies; and heavy maintenance time of all dies is predicted, early warning information is sent out in advance and a maintenance instruction is issued, and the die manufacturer and the die maintenance department send workers to carry out heavy maintenance on the dies. According to the invention, the die manufacturer and the die maintenance department can obtain die information comprehensively in real time and thus maintenance can be carried out on the die timely, thereby prolonging the service lives of dies.

Description

technical field [0001] The invention relates to a mold management method and a management system for mold manufacturers to manage molds that have been delivered and mold users to manage molds in use, belonging to the technical field of mold management. Background technique [0002] With the continuous development of the mold industry, the demand for mold management is becoming more and more urgent, but at present, most mold manufacturers do not carry out an accurate and systematic management of the mold after the mold leaves the factory, and mold users, in the mold In terms of management, although there are management needs, there is no good platform and management equipment. [0003] At present, most domestic manufacturers use counters attached to each mold to obtain mold information by simply recording the number of times the mold is punched, but this is relatively one-sided, reflecting the management information of a single mold, not a mold using factory, a The mold info...

AI Technical Summary

Problems solved by technology

[0003] At present, most domestic manufacturers use counters attached to each mold to obtain mold information by simply recording the number of times the mold is punched, but this is relatively one-sided, reflecting the management information of a single mold, not a mold using factory, a The mold information of the group is not the information of all molds provided by a mold supplier, so that the molds cannot be maintained and maintained in time, and the life of many molds is greatly reduced due to long-term unreasonable use. Compared with foreign developed countries , the mold management has been at a low level for a long time

[0004] Especially for mold manufacturers, after the molds leave the factory, they are scattered to different places of use. The relevant information during the use of each mold cannot be effectively recorded and fed back. When evaluating the overall status, efficiency and life of the mold, there is a lack of Timely and accurate data support

The existing mold information collected by the counter does not fully reflect all the information used by the mold. It does not include the basic information of the mold, the mold ID, the mold life cycle, and does not have the wireless transmission function. Therefore, the mold manufacturer cannot fully evaluate the mold status and predict Die overhaul time, not to mention the inability to provide a big data management platform

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