Multi-device cooperation alarm analysis processing system

Abstract

The invention belongs to a monitoring technology field and especially discloses a multi-device cooperation alarm analysis processing system. The system comprises: a PLC control system and an image monitoring system. The PLC control system is used to realize electrical control operation of a field device. The image monitoring system is used to realize video monitoring displaying of the field device. The image monitoring system possesses a video switching control matrix and several front-end cameras. A process database SCADA server forms communication connection with a matrix control management server of an image through the PLC control system. The video switching control matrix forms the communication connection with a matrix control management server through a data line so as to realize switching of the image video and PLC system equipment fault alarm in real time and realize image tracking alarm. Monitoring personnel can conveniently check and analyze an operation state of the device. Once an abnormity phenomenon is discovered, early intervention and timely processing can be achieved. Accident processing time can be shortened. Therefore, preventative measures can be performed or an accident scope can be substantially reduced and the fault time can be shortened.

Description

technical field [0001] The invention belongs to the technical field of monitoring, and in particular relates to a multi-device cooperative alarm analysis and processing system. Background technique [0002] Now, as people's requirements for safety are getting higher and higher, especially in some large-scale occasions, such as: some large-scale factories, ports, etc., which cover a large area and have scattered equipment, they need to monitor a wide range of areas. The monitoring level of the region and the prevention and treatment of accidents have significant economic and social benefits. [0003] The current monitoring technology for large sites has the following disadvantages: [0004] 1) When equipment failure or other problems occur, it simply sends out an alarm signal, and manual inspection is required. The failure cannot be dealt with effectively and in time, resulting in serious economic losses. [0005] 2) The traditional small-area image monitoring and control s...

AI Technical Summary

Problems solved by technology

[0004] 1) When equipment failure or other problems occur, the alarm signal is simply sent out, and manual inspection is required. The failure cannot be dealt with effectively and in time, resulting in serious economic losses

[0005] 2) The traditional small-area image monitoring and control system linkage method cannot meet the tracking and switching requirements of large-scale occasions, large-scale, multi-area, hundreds or even more monitoring points

[0006] 3) It is difficult to balance the number of monitoring points and equipment monitoring requirements

There are a large number of devices that need to be monitored, but many monitoring points cannot be realized by manual search and switching by operators

[0007] 4) The traditional switching method cannot realize the intelligent configuration monitoring switching scheme according to the operation status of the operation process, and it is difficult to grasp the safety of the equipment and area in operation in real time

During the operation of the equipment, or during the waiting time, there will be certain abnormal phenomena before any failure occurs. If the operation monitoring personnel can understand and find out in time, they can often avoid the occurrence of failures or greatly reduce economic losses. Operation monitoring personnel Unable to keep abreast of the operating status and on-site conditions of the equipment, or the understanding is not comprehensive enough, so the problem cannot be solved in time before the fault occurs or before the fault expands

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