Stamping equipment networking monitoring system

Abstract

The invention discloses a stamping equipment networking monitoring system, and the system comprises stamping equipment, a terminal, a facility management system, a gateway, an equipment Lora node, a magnetic induction switch and a die; the die is numbered through a unique RFID label model and stored in the facility management system, and each stamping equipment is provided with the equipment Loranode, the magnetic induction switch and an RFID remote read-write head. The invention relates to a monitoring system, in particular to a stamping equipment networking monitoring system, and belongs tothe technical field of remote monitoring. Management personnel can monitor the production efficiency of the stamping equipment, the service life of the die and energy consumption analysis in real time; the system is automatically networked with the work order, if the mold does not conform to the work order, an alarm is given for notification, and human errors are avoided; wiring is not needed, existing production layout is changed, transformation and installation are simple, and all wireless connection is achieved; the coverage range is wide, the configuration is flexible, one gateway can beconfigured with up to 127 machines, and the 1KM range is covered; data viewing is simple, and managers can view the data at any terminal in real time.

Description

technical field [0001] The invention relates to a monitoring system, in particular to a networked monitoring system for stamping equipment, and belongs to the technical field of remote monitoring. Background technique [0002] The stamping machines of traditional stamping and molding enterprises have no networking function, and there is no way to record and save the operating data. The machine is turned on and the operating settings are all operated by workers. The currently operated molds are also placed and checked manually. It is impossible to monitor and correct deviations in real time for the project corresponding to the current machine, mold life, operating frequency, operating time, and energy consumption analysis. All information depends on manual rough statistical estimates after the event, and it is impossible to analyze historical data to help summarize experience. Capacity analysis, production improvement, early warning. Contents of the invention [0003] The ...

AI Technical Summary

Problems solved by technology

[0002] The stamping machines of traditional stamping and molding enterprises have no networking function, and there is no way to record and save the operating data. The machine is turned on and the operating settings are all operated by workers. The currently operated molds are also placed and checked manually. It is impossible to monitor and correct deviations in real time for the project corresponding to the current machine, mold life, operating frequency, operating time, and energy consumption analysis. All information depends on rough statistical estimation after the event, and it is impossible to analyze historical data to help summarize experience. Capacity analysis, production improvement, early warning

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