High-power equipment remote monitoring analysis system

Abstract

The invention particularly relates to a high-power equipment remote monitoring analysis system. The system is arranged in a C / S network architecture of a client and a service end. The network architecture comprises the service end and the client. The service end is a management server which is internally provided with a database, a verification module and a decryption module. The client is a terminal device which comprises a detection module, a conversion module, a processor and an encryption module. The service end and the client adopt web or WDSL communication connection therebetween. The encryption module is used for encrypting data submitted by the client and sending the encrypted data to the service end. The verification module is used for performing user verification of received data and receiving user data after verification is successful. The decryption module is used for decrypting the received user data and processing the user data after decryption. The invention provides a detection system which can simply and effectively detect equipment and reduce the cost of remote detection.

Description

technical field [0001] The invention relates to the technical field of remote monitoring, in particular to a remote monitoring and analysis system for high-power equipment. technical background [0002] With the rapid development of industry, high-power equipment is more and more widely used in industrial production, equipment manufacturing, material processing, agriculture, biopharmaceutical and other fields, and the requirements for safe operation of high-power equipment are getting higher and higher. Start and stop, large power consumption, low production capacity, low production efficiency, very large instantaneous current when high-power equipment starts, resulting in serious loss of drive motors and high-power equipment, short service life, and low operating efficiency. Most large-scale equipment is usually unattended when it is running, and the operating status of the equipment cannot be understood in real time, and equipment failures cannot be detected and dealt with...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of industry, high-power equipment is more and more widely used in industrial production, equipment manufacturing, material processing, agriculture, biopharmaceutical and other fields, and the requirements for safe operation of high-power equipment are getting higher and higher. Start and stop, large power consumption, low production capacity, low production efficiency, very large instantaneous current when high-power equipment starts, resulting in serious loss of drive motors and high-power equipment, short service life, and low operating efficiency. Most large-scale equipment is usually unattended when it is running, and the operating status of the equipment cannot be understood in real time, and equipment failures cannot be detected and dealt with in a timely manner

[0003] At present, the existing monitoring equipment adopts wired transmission mode, and each channel of video needs to have its own independent transmission line, and the network utilization rate is low; and the monitoring system needs to be built with a special line, and the cost is relatively high; during work, monitoring personnel need to be constantly Staring at the monitoring screen to check, the workload is heavy; the monitoring method is single, and it is impossible to truly understand the operating status of the equipment, and to achieve timely prevention and treatment

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