Three-dimensional dynamic monitoring method and system of machine room

Abstract

The invention provides a three-dimensional dynamic monitoring method and a three-dimensional dynamic monitoring system of a machine room. The method comprises the following steps: building and showing a machine room three-dimensional model corresponding to the distribution of machine room equipment through a comprehensive manager; respectively building a connection relation among a machine room monitoring system, a video monitoring system and the comprehensive manager; receiving real-time monitoring data and real-time video monitoring data by the comprehensive manager and identifying on the equipment corresponding to the machine room three-dimensional model; judging whether the real-time monitoring data exceeds a preset threshold value; acquiring equipment information corresponding to the real-time monitoring data and camera information about the monitoring and the shooting of the equipment if the real-time monitoring data exceeds a preset threshold value; warning and prompting the corresponding equipment of the machine room three-dimensional model and displaying by automatically calling real-time video images of the camera information. According to the method and the system, three-dimensional integrated management of the machine room system is realized, and the machine room three-dimensional model is combined with video monitoring, so that business centralization is realized.

Description

technical field [0001] The invention relates to the technical field of automatic computer room monitoring, in particular to a method and system for three-dimensional dynamic monitoring of a computer room. Background technique [0002] Regardless of the field, the monitoring of all equipment and the environment in the computer room is particularly important. The computer room monitoring system includes multiple subsystems: management system, detection system and video monitoring system; the detection system mainly includes environmental power detection, energy consumption monitoring, video detection and access control detection etc. Among them, environmental power monitoring mainly detects the temperature and humidity of the computer room environment, water immersion, intrusion, fire protection, and mains supply conditions of the computer room, such as mains voltage, current, power factor, and loop switch status; Real-time monitoring of the operation of intelligent equipment...

AI Technical Summary

Problems solved by technology

When any of the equipment in one of the subsystems is abnormal, it will have an impact on the entire system. For example, if the ambient temperature of the computer room is too low, if it is not detected in time, it will lead to abnormal operation of the equipment circuit in the computer room; and when the temperature is too high It will reduce the service life of the equipment and even burn out the components of the equipment. Therefore, it is necessary to effectively monitor the equipment and environment of the computer room and realize automatic monitoring to ensure timely alarm and get Solved, minimized damage

[0003] The existing computer room monitoring system is first: most of them adopt two-dimensional plane management method, but the number of systems in use in the computer room is relatively large and complex, and the degree of integration between them is not high, so it is difficult for the two-dimensional plane management method to integrate The specific location of the equipment in the computer room is clearly indicated, and it is more difficult to accurately locate the faulty equipment in the computer room

Second: The detection services of each subsystem in the existing computer room monitoring system are independent of each other. In particular, the video monitoring system is often self-contained and lacks integration, which makes the monitoring and calling operation process relatively complicated, causing inconvenience in the operation and maintenance of the computer room. Operation and maintenance personnel need to maintain multiple systems at the same time, and the content of online inspection needs to be independently displayed in multiple respective system interfaces, resulting in high work pressure

Third: When a failure occurs in the computer room, there is a lack of effective system linkage, and it is impossible to automatically call the associated monitoring for display, which seriously affects the efficiency of fault elimination. For example, when a part of the computer room is overheated or there is a fire alarm, the existing monitoring cannot The platform automatically calls the video image to monitor the real-time picture

[0004] The application publication number is CN103048965A, and the patent document titled "A Visualized Centralized Monitoring System for Carrying Video in a Dynamic Computer Room", such as image 3 As shown, although the three-dimensional interface can be used to monitor the situation in the computer room, it is only for the three-dimensional display of the equipment, and the key real-time monitoring and display of specific monitoring data platforms are still as follows figure 2 The two-dimensional plane model shown is presented; and the video surveillance screen is still independent of other surveillance systems, and the call switching of the video surveillance screen needs to be completed through the switching unit

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