Method for Equipment Monitoring Using Signal and Video Synchronization

Abstract

The invention discloses a method for monitoring equipment through a signal and video synchronously. The method is characterized in that the method comprises the following steps that S1, the signal collection and transmission of a field actuating mechanism are recorded; S2, the video dynamic information collected synchronously with the signal in the step S1 is recorded; S3, the signal collection information and the video collection information in the steps S1 and S2 are replayed; and S4, a visual traveling monitor system is inquired. According to the method, the traveling state data (equipment and operations), field video data and video data of the operation process are collected simultaneously, and operation analysis on accidents is carried out through replaying; the adopted visual traveling monitor system can define and handle violation operations automatically, and once the violation operations occur, the visual traveling monitor system records the violation operations and gives out an alarm; and the traveling state data and the video data are synchronous in time strictly, and then the field situations are reflected more visually.

Description

technical field [0001] The invention relates to a monitoring method, in particular to a method for monitoring equipment by synchronizing signals and videos. Background technique [0002] In the traditional steelmaking process, dispatchers are required to carry out relevant operations on the train during the steelmaking process, especially the operation of the crane. Because of the high-temperature environment on site and the objective limitations of the design of the train track, the dispatcher cannot monitor the whole process in some high-risk areas. The dispatching command is delayed due to the operation of each part of the train, and the train may collide or even roll over due to improper control by the locomotive. The splashed molten steel will cause danger to the train driver and on-site dispatcher. [0003] Existing traffic is generally monitored through video, but the cause of the accident cannot be analyzed, and it is difficult to determine the cause of the accident....

AI Technical Summary

Problems solved by technology

[0002] In the traditional steelmaking process, dispatchers are required to carry out relevant operations on the train during the steelmaking process, especially the operation of the crane. Because of the high-temperature environment on site and the objective limitations of the design of the train track, the dispatcher cannot monitor the whole process in some high-risk areas. The dispatching command is delayed due to the operation of various parts of the train, and the train may collide or even roll over due to improper control by the locomotive. The splashed molten steel will cause danger to the train driver and on-site dispatcher

[0003] Currently, the driving is generally monitored through video, but the cause of the accident cannot be analyzed, and it is difficult to determine the cause of the accident

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