CN-121982851-A - Intelligent alarm monitoring and displaying method, system and electronic equipment

CN121982851ACN 121982851 ACN121982851 ACN 121982851ACN-121982851-A

Abstract

The application provides an intelligent alarm monitoring and displaying method, an intelligent alarm monitoring and displaying system and electronic equipment, and belongs to the technical field of industrial control. The intelligent alarm monitoring and displaying method comprises the steps of establishing a hierarchical alarm information structure comprising partitions, alarm groups and alarm points, monitoring alarm point state data in real time, determining a target state according to alarm conditions, generating a corresponding visual display mode and an audible prompt strategy according to preset priorities of the alarm points and rendering prompts when the target state is the alarm state, updating the alarm point state in response to a confirmation or suppression instruction, counting the state change times of the alarm points in a time window, and judging that repeated alarm is performed and performing suppression operation if the state change times exceed a threshold value. The application realizes layering management of alarm information, multi-priority visual prompt, intelligent state processing and repeated alarm suppression, and effectively improves the alarm processing efficiency and accuracy in industrial monitoring scenes.

Inventors

GU BEIRONG
ZHANG TAO
JIA LUFENG
TAO JINYU
TAN XUEYUN
YU GAORONG
KONG XIUZHI
XIA TIAN
ZHOU TONG

Assignees

国能智深控制技术有限公司

Dates

Publication Date: 20260505
Application Date: 20251216

Claims (10)

1. An intelligent alarm monitoring and displaying method, which is characterized by comprising the following steps: Establishing and maintaining an alarm information structure, wherein the alarm information structure comprises at least one partition, at least one alarm group is arranged under each partition, and each alarm group comprises at least one alarm point; The method comprises the steps of monitoring state data of the alarm point in real time, and determining a target state of the alarm point according to a predefined alarm condition, wherein the target state comprises at least one of a normal state, an alarm state, a self-holding state, a confirmation state, a timeout state and a suppression state; when the target state of the alarm point is an alarm state, generating a corresponding visual display style and an audible prompt strategy according to a preset priority to which the alarm point belongs, and rendering and prompting on a graphical user interface, wherein the preset priority comprises a first-level priority, a second-level priority and a third-level priority; responding to a user operation instruction aiming at the alarm point, and updating the target state of the alarm point, wherein the user operation instruction comprises a confirmation instruction and a suppression instruction; counting the state change times of the alarm points in a preset time window, judging the alarm points as repeated alarms when the state change times exceed a preset threshold value, and executing inhibition operation on the repeated alarms.
2. The method of claim 1, wherein said determining the target state of the alarm point according to a predefined alarm condition comprises: when an alarm condition is met, setting the target state of the alarm point to be an alarm state; If the alarm state of the alarm point is recovered and the confirmation instruction is not received before the alarm is recovered, setting the target state of the alarm point to be a self-holding state; if the alarm point is in an alarm state and the duration of the alarm state exceeds a first preset time, setting the target state of the alarm point to be a timeout state; setting the target state of the alarm point to a confirmation state in response to a confirmation instruction for the alarm point; in response to a suppression instruction for the alarm point, the target state of the alarm point is set to a suppression state.
3. The method of claim 1, wherein the generating the corresponding visual display pattern and audible cue policy according to the preset priority to which the alarm point belongs comprises: Determining a corresponding visual display pattern according to the preset priority to which the alarm point belongs, wherein the visual display pattern at least comprises color and flickering characteristics; rendering and displaying the alarm points according to the visual display style in a graphical user interface; Selecting a corresponding audio file according to the preset priority to which the alarm point belongs; and starting an independent sound playing thread, and playing the audio file through the sound playing thread.
4. The method according to claim 4, wherein the method further comprises: and receiving a mute control instruction, wherein the mute control instruction is used for globally controlling the starting or stopping of the sound playing thread.
5. The method of claim 1, wherein the graphical user interface provides a partition view display mode and a level view display mode; the partition view display mode is based on the alarm information structure, and the alarm points are organized and displayed according to the hierarchical relationship of the partition and the alarm group; the level view display mode organizes and displays the alarm points according to the preset priority of the alarm points; and responding to a mode switching instruction, switching the current display mode of the graphical user interface from the partition view display mode to the level view display mode or from the level view display mode to the partition view display mode.
6. The method of any of claims 1-5, wherein the validation instructions comprise a single-choice validation instruction for a single alarm point and a batch validation instruction for at least two alarm points; the suppression instruction comprises at least one of a manual suppression instruction, an automatic suppression instruction, a shelving alarm instruction and a nuisance alarm marking instruction.
7. The method of claim 6, wherein said performing a suppression operation on said repeated alarms comprises: special visual marking is carried out on the repeated alarm; And/or automatically generating a suppression instruction for the repeated alarms; and/or adjusting the audible prompting strategy corresponding to the repeated alarm.
8. The method of claim 7, wherein the alert information structure, the target state of the alert point, the preset priority, the visual display style, the audible cue policy, the duration of the time window, and the preset threshold are set and managed by a configuration tool that interacts data with a system executing the method through a preset interface.
9. An intelligent alarm monitoring and display system, the system comprising: The configuration management module is used for establishing and maintaining an alarm information structure, the alarm information structure comprises at least one partition, at least one alarm group is arranged under each partition, and each alarm group comprises at least one alarm point; The real-time monitoring module is used for monitoring the state data of the alarm point in real time and determining a target state of the alarm point according to a predefined alarm condition, wherein the target state comprises at least one of a normal state, an alarm state, a self-holding state, a confirmation state, a overtime state and a suppression state; The alarm processing and prompting module is used for generating a corresponding visual display style and an audible prompting strategy according to the preset priority to which the alarm point belongs when the target state of the alarm point is an alarm state, and rendering and prompting the visual display style and the audible prompting strategy on a graphical user interface, wherein the preset priority comprises a first-level priority, a second-level priority and a third-level priority; The state updating module is used for responding to a user operation instruction aiming at the alarm point and updating the target state of the alarm point, wherein the user operation instruction comprises a confirmation instruction and a suppression instruction; And the repeated alarm processing module is used for counting the state change times of the alarm points in a preset time window, judging the alarm points as repeated alarms when the state change times exceed a preset threshold value, and executing inhibition operation on the repeated alarms.
10. An electronic device comprising a processor and a memory, wherein the memory has a computer program stored therein, the processor being configured to run the computer program to perform the intelligent alarm monitoring and display method of any one of claims 1 to 8.

Description

Intelligent alarm monitoring and displaying method, system and electronic equipment Technical Field The application relates to the technical field of industrial control, in particular to an intelligent alarm monitoring and displaying method, an intelligent alarm monitoring and displaying system and electronic equipment. Background Under the industrial control and monitoring scene, the alarm system is a key for guaranteeing production safety and stable operation. With the increasing complexity of industrial systems, the quantity and variety of generated alarm information are huge, which causes that operators are easy to overload information when facing a large number of alarms, high-risk alarms are difficult to locate in time, and frequent invalid or repeated alarms can interfere with normal judgment and affect treatment efficiency. The current common solution is to intensively display an alarm list through a basic software interface and to assist with simple acousto-optic prompts. However, this type of approach has significant drawbacks: (1) The system response is not enough in real-time, and a single-thread processing mode cannot separate time-consuming operations (such as sound playing and network confirmation) from interface rendering, so that a high-priority task is blocked; (2) The alarm state management is chaotic, a unified and maintainable state transition mechanism is lacked, and the support for the self-holding, inhibiting, repeated alarm and other advanced states is weak; (3) The efficiency of the data updating mechanism is low, the alarm data is obtained by adopting a timing polling mode, the instantaneity is poor, and the resource consumption is high; (4) The system configuration is stiff, key parameters such as alarm rules, display styles and the like are often realized in a hard coding mode, and the adjustment needs to be recompiled and deployed, so that the requirements of on-site flexible customization cannot be met; (5) The platform has poor compatibility, the system usually depends on a specific operating system interface, and the system is difficult to adapt to diversified industrial deployment environments. Therefore, an intelligent alarm monitoring technical scheme with high real-time response, clear state management, dynamic data docking, soft configuration capability and cross-platform characteristics is needed. Disclosure of Invention The present application has been made in view of the above problems, and is directed to providing an intelligent alarm monitoring and displaying method, system and electronic device that overcomes or at least partially solves the above problems. The technical scheme is as follows: in a first aspect, an intelligent alarm monitoring and displaying method is provided, the method includes: Establishing and maintaining an alarm information structure, wherein the alarm information structure comprises at least one partition, at least one alarm group is arranged under each partition, and each alarm group comprises at least one alarm point; The method comprises the steps of monitoring state data of the alarm point in real time, and determining a target state of the alarm point according to a predefined alarm condition, wherein the target state comprises at least one of a normal state, an alarm state, a self-holding state, a confirmation state, a timeout state and a suppression state; when the target state of the alarm point is an alarm state, generating a corresponding visual display style and an audible prompt strategy according to a preset priority to which the alarm point belongs, and rendering and prompting on a graphical user interface, wherein the preset priority comprises a first-level priority, a second-level priority and a third-level priority; responding to a user operation instruction aiming at the alarm point, and updating the target state of the alarm point, wherein the user operation instruction comprises a confirmation instruction and a suppression instruction; counting the state change times of the alarm points in a preset time window, judging the alarm points as repeated alarms when the state change times exceed a preset threshold value, and executing inhibition operation on the repeated alarms. In a possible implementation manner, the determining the target state of the alarm point according to the predefined alarm condition includes: when an alarm condition is met, setting the target state of the alarm point to be an alarm state; If the alarm state of the alarm point is recovered and the confirmation instruction is not received before the alarm is recovered, setting the target state of the alarm point to be a self-holding state; if the alarm point is in an alarm state and the duration of the alarm state exceeds a first preset time, setting the target state of the alarm point to be a timeout state; setting the target state of the alarm point to a confirmation state in response to a confirmation instruction for the alarm point; in response to a