Equipment state monitoring system based on data training

Abstract

The invention relates to an equipment state monitoring system based on data training. The system comprises: a plurality of monitoring units, which are disposed on to-be-monitored units, and are used for monitoring operation states of the to-be-monitored units in real time; a storage unit, which is used for storing action coefficients among the monitoring units and determining to-be-monitored units which are running at present; a control unit, which is connected with the storage unit and the monitoring units, and determines monitoring time and monitoring strength of other to-be-monitored unitsaccording to states of the currently running to-be-monitored units and the action coefficients of the to-be-monitored units and other monitoring units. By monitoring states of to-be-monitored units in real time and determining monitoring time and monitoring strength of other to-be-monitored units during monitoring according to the monitored real-time states and action relationship among the to-be-monitored units and other to-be-monitored units, and accurate monitoring of the to-be-monitored units is achieved, so that the working state scheduling of the monitored units is more reasonable and efficient.

Description

technical field [0001] The invention relates to the technical field of equipment monitoring, in particular to an equipment status monitoring system based on data training. Background technique [0002] In an industrial environment where multi-equipment works together, or when a piece of equipment with multiple linkages is performing cooperative work, due to the existence of multiple cooperative equipment or multiple cooperative components, such as in the coal mine production process, it is necessary to use the conveyor belt The cinder is transported from a distance, so it is necessary to set up multiple idlers under the conveyor belt to drive the conveyor belt to work and realize the transportation. Therefore, these multiple idlers belong to multiple cooperative components, and multiple idlers are required in the steel production process. Sequential operation of coordinated equipment to complete the production of steel, such as steelmaking, pouring, rolling, etc., is to use ...

AI Technical Summary

Problems solved by technology

[0003] In the process of working with multi-cooperative devices or multi-cooperative components, it is necessary for each coordinating device or coordinating component to complete its own work, as well as to complete the interaction with adjacent devices or components, so that the work coordination is complete. The performance requirements are higher, but in the actual use process, the working status of each device or component is not necessarily perfect, or the job is done very well, but in the process of interacting with other devices, the status is average. As a result, the overall work efficiency of the synergy will be reduced, and even other more adverse consequences will be caused, which will affect the production efficiency.

Therefore, it is particularly important to monitor the working status of each cooperative device or cooperative component, and it has become a key point that people need to monitor urgently. However, the monitoring of devices in the prior art is still in its infancy. Comparison is for judgment, so the monitoring of equipment status is too rough

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