Equipment monitoring push message processing method

Abstract

The invention relates to an equipment monitoring push message processing method, which comprises the following steps of: respectively arranging temperature sensors, vibration sensors and liquid levelsensors for acquisition equipment at a plurality of places, and acquiring temperature data, vibration data and liquid level data of corresponding equipment in real time; connecting each sensor to thePLC control cabinet through a transmitter; enabling the PLC control cabinet to be in centralized transmission connection with the industrial switch through a network, and enabling the upper computer to collect equipment real-time parameter data of each place and transmits and store the equipment real-time parameter data into the state database; transmitting parameter data to the early warning monitoring module, and setting a temperature threshold value for a temperature parameter, setting a vibration threshold value for a vibration parameter and setting a liquid level threshold value for a liquid level parameter in the early warning monitoring module; and connecting the early warning monitoring module with a message pushing module through a network. According to the technical scheme, the equipment state information control processing method is rapid and convenient in operation state data information acquisition, stable in monitoring alarm operation and normal in production work.

Description

technical field [0001] The invention relates to the technical field of monitoring information, in particular to a method for processing device monitoring push messages. Background technique [0002] With the advent of the industry 4.0 big data era, the industrial cloud monitoring system must be the general trend. For a factory cloud monitoring system, since more and more equipment parameters and data need to be connected, it is necessary to provide a unified method for realization . [0003] However, the current form of equipment monitoring is mainly the local monitoring of a single device, which has great limitations, specifically in the following points: (1) At present, the equipment in the production factory is not connected to the unified network, and the operating status data of a single device is passed through the host computer Collect and realize local equipment status information display, centralized monitoring cannot be realized, and equipment operation status and...

AI Technical Summary

Problems solved by technology

[0003] However, the current form of equipment monitoring is mainly the local monitoring of a single device, which has great limitations, specifically in the following points: (1) At present, the equipment in the production factory is not connected to the unified network, and the operating status data of a single device is passed through the host computer Collect and realize local equipment status information display, centralized monitoring cannot be realized, and equipment operation status and production information cannot be quickly obtained; (2) Equipment failure relies on equipment maintenance personnel to go to the site every day to inspect and confirm the operation status of the equipment one by one. The waste of walking, and the inability to find problems in time if the personnel are not familiar with the on-site equipment after the change may lead to the occurrence of major equipment abnormalities, which will affect production; (3) Managers cannot quickly obtain equipment and production information, which seriously affects production management decisions; (4) The existing equipment inspection methods rely heavily on the skills of personnel. It is urgent to innovate the maintenance mode to improve the stability of the equipment and ensure the normal operation of the equipment so as to effectively ensure the normal production of the factory.

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