Stamping equipment life cycle management cloud platform and using method

Abstract

The invention provides a stamping equipment life cycle management cloud platform and a using method. The stamping equipment life cycle management cloud platform comprises a cloud platform, a cloud transmission module, a field intelligent controller, a field data acquisition device, a stamping equipment management module, a wireless communication module and an intelligent terminal; the cloud platform is respectively connected with the field intelligent controller and the field data acquisition device; the field intelligent controller and the field data acquisition device are respectively connected with stamping equipment; and the cloud platform is also connected with the intelligent terminal by the wireless communication module. The stamping equipment life cycle management cloud platform is simple in structural principle and high in intelligent degree; real-time data feedback and data accumulation of a cloud end can be carried out on site, an engineer is helped to analyze, establish and perfect various equipment state data, and accordingly, equipment maintenance management prediction is carried out, so that production efficiency is improved, a working load of workers is reduced, and effective working hours and effectiveness of the equipment are greatly improved; and a production condition and production equipment are monitored and predicted, which has the decisive significance for development of an unmanned workshop.

Description

Technical field: [0001] The invention relates to an equipment control and management device, in particular to a stamping equipment life cycle management cloud platform and a use method. Background technique: [0002] In the prior art, the stamping equipment management and control system usually only uses methods such as analyzing the number of equipment, equipment nameplate information, equipment maintenance records, etc. to make a simple information summary of various equipment, and cannot use automatic means to collect equipment real-time information. Operating data and design parameters, it is even more difficult to achieve cross-platform, cross-system "data barrier-free sharing between things" function, only by manually logging in product parameters and operating parameters, especially not able to simultaneously control multiple stamping machines The comparison and analysis of operating data and design parameters for each device of the equipment cannot verify and predict...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the stamping equipment management and control system usually only uses methods such as analyzing the number of equipment, equipment nameplate information, equipment maintenance records, etc. to make a simple information summary of various equipment, and cannot use automatic means to collect equipment real-time information. Operating data and design parameters, it is even more difficult to achieve cross-platform, cross-system "data barrier-free sharing between things" function, only by manually logging in product parameters and operating parameters, especially not able to simultaneously control multiple stamping machines The comparison and analysis of the operating data and design parameters of each device in the equipment makes it impossible to verify and predict the occurrence time node of the equipment failure and the degree of harm caused by the failure to the equipment

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