Integrated monitoring system and multi-screen interaction method based on integrated monitoring system

Abstract

The embodiment of the present invention discloses an integrated monitoring system and a multi-screen interaction method based on the integrated monitoring system. The system includes: a drive control screen, a main operation screen and an information enhancement screen, the information enhancement screen and the drive control screen are respectively connected to the main operation screen in communication; the drive control screen is used to respond to the drive operation task selected by the user in the screen and send it to the main operation screen; the main operation screen is used to display the target operation function interface matching the linkage display path on the screen when receiving the drive operation task, and send the first interface display content in the interface to the information enhancement screen; the information enhancement screen is used to display the associated display content matching the first interface display content on the screen when receiving the first interface display content in the target operation function interface. The technical solution of the embodiment of the present invention can realize the rapid arrival at the required operation interface and the efficient acquisition of comprehensive and complete auxiliary information during the integrated monitoring work process, so that the work can be carried out in an orderly manner.

Description

Technical Field

[0001] The embodiments of the present invention relate to integrated monitoring system technology, and more particularly to an integrated monitoring system and a multi-screen interaction method based on the integrated monitoring system. Background Art

[0002] With the continuous progress of society, in order to ensure that people can use various resources in a healthy and safe manner, it is necessary to monitor the supply equipment of various resources in real time, such as power supply systems, industrial control systems, and networks.

[0003] The existing integrated monitoring system interaction methods are all based on a single screen or single interface design. During the interaction process, the operation logic of the integrated monitoring system is: function menu + intelligent subsystem. By clicking the function menu and intelligent subsystem, you can enter the relevant function interface and carry out relevant business activities. All operations, information display and acquisition are completed on a single screen or single interface.

[0004] The interaction method of the existing integrated monitoring system causes the information and operation interface required by the system during use to be folded into different function menus. Due to the display area of ​​a single screen, some interfaces are inevitably overloaded with information, making it impossible to carry out integrated monitoring work on the integrated monitoring system in a timely, accurate and efficient manner. In addition, the operation and use logic of the existing integrated monitoring system causes a certain degree of disorder in the daily work of the on-duty personnel in the central control room. Summary of the invention

[0005] The embodiment of the present invention provides an integrated monitoring system and a multi-screen interaction method based on the integrated monitoring system, so as to achieve rapid arrival at the required operation interface and efficient acquisition of comprehensive and complete auxiliary information during the integrated monitoring work process, so that the monitoring work can be carried out in an orderly manner.

[0006] In a first aspect, an embodiment of the present invention provides an integrated monitoring system, including: a drive control screen, a main operation screen and an information enhancement screen, wherein the information enhancement screen and the drive control screen are respectively connected to the main operation screen for communication;

[0007] A drive control screen, for responding to a drive operation task selected by a user on the screen, and sending the drive operation task to the main operation screen;

[0008] The main operation screen includes multiple horizontal and vertical operation function interfaces, which are used to query the first linkage relationship mapping table when receiving a driving operation task, determine the linkage display path matching the driving operation task; obtain the target operation function interface matching the linkage display path for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen;

[0009] The information enhancement screen is used to query the second linkage relationship mapping table when receiving the first interface display content in the target operation function interface, and obtain the associated display content matching the first interface display content for screen display.

[0010] In a second aspect, an embodiment of the present invention further provides a multi-screen interaction method based on an integrated monitoring system, the method comprising:

[0011] By means of the drive control screen, in response to a drive operation task selected by a user in the screen, the drive operation task is sent to the main operation screen;

[0012] When receiving a driving operation task, the first linkage relationship mapping table is queried through the main operation screen to determine a linkage display path matching the driving operation task; the main operation screen includes multiple horizontal and vertical operation function interfaces;

[0013] Obtain a target operation function interface matching the linkage display path through the main operation screen for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen;

[0014] When the first interface display content in the target operation function interface is received through the information enhancement screen, the second linkage relationship mapping table is queried to obtain the associated display content matching the first interface display content for screen display.

[0015] The technical solution of the embodiment of the present invention solves the problem that the existing integrated monitoring system interaction method cannot carry out integrated monitoring work on the integrated monitoring system in a timely, accurate and efficient manner by disassembling the existing monitoring display interface based on single-screen multi-level display into an interface display form for multi-screen linkage display on the drive control screen, the main operation screen and the information enhancement screen, thereby achieving the effect of quickly reaching the required operation interface and efficiently obtaining comprehensive and complete auxiliary information during the integrated monitoring work; at the same time, the monitoring display content can be task-triggered by the drive control screen, which can provide a more orderly interaction method for the central control on-duty personnel. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 is a schematic structural diagram of an integrated monitoring system in Embodiment 1 of the present invention;

[0017] Figure 2 is a structural schematic diagram of an integrated monitoring system in Embodiment 2 of the present invention;

[0018] Figure 3 is a spatial schematic diagram of an integrated monitoring system applicable to the second embodiment of the present invention;

[0019] Figure 4 is a flow chart of a multi-screen interaction method based on an integrated monitoring system in Embodiment 3 of the present invention;

[0020] Figure 5 is a flow chart of a multi-screen interaction method based on an integrated monitoring system in Embodiment 4 of the present invention;

[0021] Figure 6 It is a flow chart of a multi-screen interaction method based on an integrated monitoring system in Embodiment 5 of the present invention. DETAILED DESCRIPTION

[0022] The embodiments of the present invention are further described in detail below in conjunction with the accompanying drawings and embodiments. It is to be understood that the specific embodiments described herein are only used to explain the embodiments of the present invention, rather than to limit the embodiments of the present invention. It is also necessary to explain that, for ease of description, only parts related to the embodiments of the present invention are shown in the accompanying drawings, rather than all structures.

[0023] Embodiment 1

[0024] Figure 1 This is a structural schematic diagram of an integrated monitoring system provided in Embodiment 1 of the present invention. This embodiment is applicable to the case where multi-screen interaction is performed during the integrated monitoring process. The integrated monitoring system specifically includes: a drive control screen 110, a main operation screen 120 and an information enhancement screen 130. The information enhancement screen 130 and the drive control screen 110 are respectively connected to the main operation screen 120 for communication;

[0025] The driving control screen 110 is used to send the driving operation task to the main operation screen 120 in response to the driving operation task selected by the user in the screen;

[0026] The main operation screen 120 includes a plurality of horizontal and vertical operation function interfaces, and is used to query the first linkage relationship mapping table when receiving a driving operation task, determine the linkage display path matching the driving operation task; obtain the target operation function interface matching the linkage display path for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen 130;

[0027] The information enhancement screen 130 is used to query the second linkage relationship mapping table when receiving the first interface display content in the target operation function interface, and obtain the associated display content matching the first interface display content for screen display.

[0028] The driving operation task may refer to a planned operation task with time as a trigger condition pre-set by the user, such as turning on or off the air conditioner, turning on or off the lighting, arming or disarming the anti-theft device, and video surveillance patrol, etc.; it may also refer to an operation task with the event processing work item after the event response as a standard, such as equipment failure alarm, abnormal operating parameter alarm, fire alarm, or temperature exceeding alarm, etc. This embodiment does not limit this.

[0029] Among them, the main operation screen is the main interface for system operation, which can realize operations such as equipment control operation, operation detection viewing, alarm information viewing, maintenance work order distribution and system settings.

[0030] Among them, linkage can mean that when a related operation task occurs in a component in the system, the components associated with it will also have corresponding task changes. The linkage relationship refers to the relationship between two linked operation tasks. For example, if a new alarm message is generated on the drive control screen, and an audible and visual alarm reminder is provided on the main operation screen, then the generated alarm message and the audible and visual alarm reminder are a linkage relationship; or, if a reminder of an to-do item is generated on the drive control screen (for example, a task to turn on the air conditioner), and when the user chooses to execute the to-do item on the drive control screen, the main operation screen will jump to the operation function interface for controlling the air conditioner switch for screen display, then the selection of the to-do item and the jump to the matching operation function interface are a linkage relationship.

[0031] Correspondingly, the first linkage relationship mapping table records the mapping relationship between the driving operation task in the driving operation screen and the linkage display path of the setting operation function interface in the main operation screen. Therefore, when the main operation screen receives the driving operation task sent by the driving operation screen, it can query the first linkage relationship mapping table to obtain the linkage display path that uniquely corresponds to the received driving operation task, and can directly jump to the operation function interface corresponding to the linkage display path in multiple horizontal and vertical levels of operation function interfaces for linkage display, so as to achieve the effect of directly reaching the operation interface actually required by the user, reduce the time for the user to manually search for the operation function interface of the required operation in the multiple operation function interfaces included in the main operation screen, and improve the user's operation efficiency.

[0032] Among them, the first interface display content in the target operation function interface specifically refers to the content displayed in real time in the target operation function interface after the main operation screen chooses to automatically jump to the target operation function interface for screen display. For example, if the target operation function interface is an air conditioner switch control interface, the interface display content in the target operation function interface is a simplified diagram of each air conditioner in the monitoring area, and the switch control buttons for each air conditioner. If the target operation function interface is an alarm information display interface, the interface display content in the alarm information display interface is a floor plan with the alarm location marked in the alarm area, and detailed alarm information (such as alarm type, alarm equipment ledger, and parameter value that generates the alarm) is displayed through the alarm information panel.

[0033] Among them, the information enhancement screen is generally used to provide auxiliary information supplementary enhancement required for decision-making during the use of the main operation screen, as well as the architectural space information of the operation object, which can be embodied in three-dimensional visualization. In other words, the interface display content in the information enhancement screen is an enhancement or refinement of the interface display content in the main operation screen, so as to assist the user in making auxiliary decisions in the process of using the main operation screen for operation control, combined with the interface display content in the information enhancement screen. In other words, the interface display content in the information enhancement screen is linked with the interface display content in the main operation screen, and is the associated display content that is dynamically updated with the changes in the interface display content in the main operation screen.

[0034] Correspondingly, the second linkage relationship mapping table records the mapping relationship between the interface display content in the main operation screen and the interface display content in the information enhancement screen. Therefore, when the information enhancement screen receives the first interface display content sent by the main operation screen, it can query the second linkage relationship mapping table to obtain the associated display content that uniquely corresponds to the first interface display content, and directly display the associated display content in the information enhancement screen.

[0035] Continuing with the previous example, if the first interface display content is a plan view with the alarm location marked in the alarm area, the associated display content can be a three-dimensional model of the alarm area, as well as video images in the alarm area and operating parameters of various equipment (e.g., air conditioners) serving the space. By combining the associated display content in the information enhancement screen, the user can make decisions on the alarm information in the main operation screen with more information, thereby improving the accuracy of the decision and the efficiency of user operation.

[0036] The technical solution of the embodiment of the present invention solves the problem that the existing integrated monitoring system interaction method cannot carry out integrated monitoring work on the integrated monitoring system in a timely, accurate and efficient manner by disassembling the existing monitoring display interface based on single-screen multi-level display into an interface display form for multi-screen linkage display on the drive control screen, the main operation screen and the information enhancement screen, thereby achieving the effect of quickly reaching the required operation interface and efficiently obtaining comprehensive and complete auxiliary information during the integrated monitoring work; at the same time, the monitoring display content can be task-triggered by the drive control screen, which can provide a more orderly interaction method for the central control on-duty personnel.

[0037] Embodiment 2

[0038] Figure 2 FIG. 1 is a schematic diagram of the structure of an integrated monitoring system in Embodiment 2 of the present invention. This embodiment is a further addition to the above-mentioned technical solutions. Figure 2 As shown, it specifically includes: a drive control screen 110, a main operation screen 120, an information enhancement screen 130 and at least one monitoring hanging screen 140.

[0039] The system further includes: at least one monitoring mounting screen 140 , and each monitoring mounting screen 140 is respectively connected to the main operation screen 120 for communication.

[0040] The main operation screen 120 is also used to: respond to the monitoring configuration information input by the user in the configuration interface of the monitoring mounting screen 140, determine the monitoring screen acquisition device corresponding to at least one target monitoring mounting screen 140, and send the device identification of the corresponding monitoring screen acquisition device to each of the target monitoring mounting screens 140.

[0041] The monitoring mounting screen 140 is used to obtain the monitoring picture from the matching monitoring picture acquisition device for screen display according to the received device identification.

[0042] Among them, the monitoring configuration information specifically refers to the configuration information used to configure the mapping relationship between the monitoring mounting screen and the monitoring screen acquisition device in the monitoring area. That is, through the monitoring configuration information, the monitoring screen required to be displayed on each monitoring mounting screen can be configured to realize the monitoring screen of the key monitoring area being pulled out to the monitoring mounting screen 140 and displayed flatly together with the main operation screen.

[0043] Those skilled in the art may choose to further configure one or more monitoring mounting screens 140 based on the embodiments of the present invention according to actual usage requirements, and connect them to the main operation screen 120 , and the main operation screen 120 may set or change the monitoring screen displayed in each monitoring mounting screen 140 .

[0044] Correspondingly, the monitoring mounting screen can mount and display the systems or video monitoring images that need to be monitored in a separate screen, so that important monitoring information is always within the field of vision of the central control staff on duty and can be directly obtained.

[0045] Optionally, the information enhancement screen 130 , the drive control screen 110 and each of the monitoring hanging screens 140 establish a communication connection with the main operation screen 120 via the WebSocket protocol.

[0046] Among them, the WebSocket protocol is a network communication protocol that uses a TCP connection for two-way communication. The concurrency of traditional http requests is achieved by initiating multiple TCP connections to access the server at the same time, so the number of concurrent connections is limited by the number of concurrent connections allowed by the browser. WebSocket allows us to concurrently make multiple requests on a ws connection, that is, after request A is sent but response A has not yet arrived, request B can continue to be sent. Due to the slow start feature of TCP, it takes time for the new connection to speed up, and the handshake loss of the connection itself, which greatly improves the efficiency of this feature of the WebSocke protocol.

[0047] The technical solution of this embodiment solves the problem that the existing integrated monitoring system interaction method is unable to carry out integrated monitoring work on the integrated monitoring system in a timely, accurate and efficient manner by establishing a wireless or wired connection between the drive control screen, the main operation screen, the information enhancement screen and the monitoring mounting screen. It achieves the effect of quickly reaching the required operation interface and efficiently obtaining comprehensive and complete auxiliary information during the integrated monitoring work, and provides a more orderly interaction method for the central control personnel on duty.

[0048] By way of example and not limitation, Figure 3 FIG. 2 shows a spatial schematic diagram of an integrated monitoring system applicable to the second embodiment of the present invention. Figure 3 As shown, by tiling different types of display content in the integrated monitoring system onto different screens for parallel display, users can obtain multiple different types of monitoring display content at one time, and through the comprehensive use of the above-mentioned monitoring display content, efficient monitoring processing can be achieved.

[0049] Based on the above embodiments, each component in the system may be configured as follows:

[0050] Driver control screen: The hardware is an Android tablet computer, and the software is an APP program developed based on the Android system. Main operation screen: The hardware is a PC monitor, and the software is an EXE program developed based on the Windows system and H5 or Unity3D technology platform.

[0051] Information enhancement screen: The hardware uses LED splicing large screen or additional PC monitors and other extended display devices; the software is an EXE program developed based on Windows system and H5 or Unity3D technology platform.

[0052] Monitoring mounted screen: The hardware uses LED splicing large screen or additional PC monitors and other extended display devices; the software is an EXE program developed based on Windows system and H5 or Unity3D technology platform, or an intelligent subsystem software program, or no software only displays the video surveillance camera screen.

[0053] The advantage of such a configuration is that it can better enable the components to work together, quickly reach the required operation interface during the integrated monitoring process, and efficiently obtain comprehensive and complete auxiliary information, so that the work can be carried out in an orderly manner.

[0054] Embodiment 3

[0055] Figure 4This is a flowchart of a multi-screen interaction method based on an integrated monitoring system in Embodiment 3 of the present invention. This embodiment can be used for the case where multi-screen multi-interface linkage display is performed in an integrated monitoring system. The method can be executed by the integrated monitoring system described in the embodiment of the present invention. The system implements the method of the embodiment of the present invention through the interconnection and interaction of multiple screens. It specifically includes the following steps:

[0056] S310. Sending the driving operation task to the main operation screen via the driving control screen in response to the driving operation task selected by the user on the screen.

[0057] The driving operation task can be a real-time alarm information or a timed operation task. Accordingly, the alarm module configured on each device in the monitoring area can establish a communication connection with the driving control screen in advance, and then when the alarm module generates real-time alarm information, the real-time alarm information can be directly sent to the driving control screen; in addition, a timed task of an agent can be added to the driving control screen, so that whenever the timing reaches the time of a timed operation task, the driving control screen will trigger the timed operation task accordingly.

[0058] Correspondingly, when the drive control screen receives a drive operation task, or automatically triggers the generation of a drive operation task, the drive operation task can be displayed on the screen, and corresponding sound and light prompts can be given. When the user chooses to execute the drive operation task, the drive operation task can be selected on the screen of the drive control screen to trigger the drive control screen to send the drive operation task to the main operation screen.

[0059] S320. When receiving a driving operation task, query the first linkage relationship mapping table through the main operation screen to determine a linkage display path matching the driving operation task; the main operation screen includes multiple horizontal and vertical operation function interfaces.

[0060] S330: Obtain, through the main operation screen, a target operation function interface matching the linkage display path for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen.

[0061] S340: When receiving the first interface display content in the target operation function interface through the information enhancement screen, query the second linkage relationship mapping table to obtain the associated display content matching the first interface display content for screen display.

[0062] The technical solution of this embodiment solves the problem that the existing integrated monitoring system interaction method is unable to carry out integrated monitoring work on the integrated monitoring system in a timely, accurate and efficient manner by establishing a wireless or wired connection between the drive control screen, the main operation screen and the information enhancement screen. It achieves the effect of quickly reaching the required operation interface and efficiently obtaining comprehensive and complete auxiliary information during the integrated monitoring work, and provides a more orderly interaction method for the central control staff on duty.

[0063] Furthermore, in order to display the target jump operation function interface on the screen and provide a more suitable interactive experience for the central control personnel on duty, in an optional embodiment, the method may also include:

[0064] Through the main operation screen, in response to the user's interface jump instruction, the target jump operation function interface is obtained for screen display, and the second interface display content in the target jump operation function interface is sent to the information enhancement screen; through the information enhancement screen, when the second interface display content in the target jump operation function interface is received, the second linkage relationship mapping table is queried to obtain the associated display content with the second interface display content for screen display.

[0065] Among them, the content displayed on the second interface specifically refers to that after the user selects the target operation function interface to be displayed currently by clicking in the main operation screen, the main operation screen automatically jumps to the target operation function interface for screen display, and the content is displayed in real time in the target operation function interface.

[0066] In this optional implementation, a multi-screen interaction scheme is provided, which is different from the multi-screen linkage display triggered by the drive control screen. In this interaction scheme, the linkage interaction is mainly realized between the main operation screen and the information enhancement screen. That is, the user directly selects the operation function interface for the required operation from the operation function interface including multiple horizontal and vertical levels in the main operation screen, that is, the target jump operation function interface. For example, when the user views the monitoring screen of a certain monitoring area, he can directly click on the main operation screen to view the monitoring display interface to view the monitoring screen. At this time, based on the mapping relationship between the interface display content in the main operation screen recorded in the second linkage relationship mapping table and the interface display content in the information enhancement screen, the linkage display content can be determined on the information enhancement screen to supplement and enhance the content displayed on the main operation screen.

[0067] Embodiment 4

[0068] Figure 5It is a flowchart of a multi-screen interaction method based on an integrated monitoring system in the fourth embodiment of the present invention. This embodiment is supplemented based on the above embodiment, and specifically includes: through the main operation screen, in response to the monitoring configuration information input by the user in the monitoring mounting screen configuration interface, determining the monitoring screen acquisition device corresponding to at least one target monitoring mounting screen, and sending the device identification of the corresponding monitoring screen acquisition device to each of the target monitoring mounting screens; through the monitoring mounting screen, according to the received device identification, obtaining the monitoring screen from the matching monitoring screen acquisition device for screen display.

[0069] like Figure 5 As shown, the method comprises the following specific steps:

[0070] S410. Sending the driving operation task to the main operation screen via the driving control screen in response to the driving operation task selected by the user on the screen.

[0071] Further, in order to make the content of the driving operation task more complete, in an optional embodiment, the driving operation task may include a timing operation task;

[0072] Accordingly, through the driving control screen, in response to the driving operation task selected by the user on the screen, the driving operation task is sent to the main operation screen, which may specifically include:

[0073] By driving the control screen, a scheduled operation task list input by a user is received, and the scheduled operation tasks in the scheduled task list are associated with the scheduled trigger time; by driving the control screen, when the timing reaches the scheduled trigger time of the target scheduled operation task, a first agent task matching the target scheduled operation task is generated for screen display; by driving the control screen, in response to the first agent task selected by the user on the screen, the target scheduled operation task is sent to the main operation screen.

[0074] The first agent task may refer to a related task that matches the target scheduled operation task. For example, if the target scheduled operation task is to perform video surveillance patrol every hour, then whenever the timing reaches the scheduled time of a video surveillance task, a first agent task in the form of "Current agent task: video surveillance patrol" is generated, and the first agent task is provided to the user for selection by the user. This embodiment does not limit this.

[0075] S420. When a driving operation task is received, the first linkage relationship mapping table is queried through the main operation screen to determine a linkage display path matching the driving operation task; the main operation screen includes multiple horizontal and vertical operation function interfaces.

[0076] S430: Obtain a target operation function interface matching the linkage display path through the main operation screen for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen.

[0077] S440: When receiving the first interface display content in the target operation function interface through the information enhancement screen, query the second linkage relationship mapping table to obtain the associated display content matching the first interface display content for screen display.

[0078] S450. Through the main operation screen, in response to the monitoring configuration information input by the user in the monitoring mounting screen configuration interface, determine the monitoring screen acquisition devices corresponding to at least one target monitoring mounting screen, and send the device identification of the corresponding monitoring screen acquisition device to each of the target monitoring mounting screens.

[0079] S460. Obtain the monitoring screen from the matching monitoring screen acquisition device through the monitoring mounting screen according to the received device identification, and display the monitoring screen on the screen.

[0080] The technical solution of this embodiment solves the problem that the existing integrated monitoring system interaction method is unable to carry out integrated monitoring work on the integrated monitoring system in a timely, accurate and efficient manner by establishing a wireless or wired connection between the drive control screen, the main operation screen, the information enhancement screen and the monitoring mounting screen. It achieves the effect of quickly reaching the required operation interface and efficiently obtaining comprehensive and complete auxiliary information during the integrated monitoring work, and provides a more orderly interaction method for the central control personnel on duty.

[0081] Embodiment 5

[0082] Figure 6 It is a flowchart of a multi-screen interaction method based on an integrated monitoring system in the fifth embodiment of the present invention. This embodiment is refined based on the above embodiment, specifically, the driving control screen is used to send the driving operation task to the main operation screen in response to the driving operation task selected by the user on the screen. Specifically, it includes: when the real-time alarm information sent by the monitoring equipment in the monitoring area is received through the driving control screen, a second agent task matching the real-time alarm information is generated for screen display; and when the real-time alarm information is sent to the main operation screen through the driving control screen in response to the second agent task selected by the user on the screen.

[0083] like Figure 6 As shown, the method comprises the following specific steps:

[0084] S510. When receiving real-time alarm information sent by monitoring equipment in the monitoring area, the control panel is driven to generate a second task matching the real-time alarm information for screen display.

[0085] The second agent task generally refers to an operation task that may be completed next and is provided to the user through the driver control screen after the alarm device in the monitoring area generates an alarm message. For example, when a fire alarm message appears, the second agent task displayed on the driver control screen may be: "Agent task: fire alarm message to be processed". This embodiment does not limit this.

[0086] S520: Send the real-time alarm information to the main operation screen by driving the control screen in response to the second task being selected by the user on the screen.

[0087] S530: Obtain a target operation function interface matching the linkage display path through the main operation screen for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen.

[0088] Optionally, querying the second linkage relationship mapping table through the information enhancement screen to obtain display content associated with the display content of the first interface for screen display may include:

[0089] Through the information enhancement screen, at least one monitoring entity is identified in the display content of the first interface; through the information enhancement screen, the second linkage relationship mapping table is queried to obtain the supplementary information type matching each of the monitoring entities; through the information enhancement screen, the associated display content matching the supplementary information type is queried and displayed on the screen.

[0090] The monitoring entity generally refers to the monitored entity that actually exists in the first interface display content displayed on the main operation screen. The supplementary information type generally refers to other data or equipment parameters related to the monitoring entity.

[0091] For example, when the main operation screen receives the real-time alarm information sent by the drive control screen, the main operation screen displays the first interface display content in the corresponding target operation function interface, including the floor plan of the alarm floor. At this time, the identified monitoring entity is the alarm floor (for example, the Xth floor of the XX building), and the acquired supplementary information type is the three-dimensional map of the alarm floor and the operating parameters of various equipment included in the alarm floor. At this time, the three-dimensional map data of the alarm floor and the operating parameter data of various equipment included in the alarm floor can be obtained by online pulling or local acquisition, and displayed on the information enhancement screen as the associated display content.

[0092] Optionally, after obtaining the target operation function interface matching the linkage display path through the main operation screen for screen display, at least one of the following items is further included:

[0093] Receiving, through the main operation screen, an alarm processing operation input by a user for the real-time alarm information, generating at least one device control instruction, and sending each of the device control instructions to a matching execution device;

[0094] Receiving, through the main operation screen, a maintenance work order input by a user in a maintenance work order dispatching interface, and sending the maintenance work order to a matching equipment maintenance party; and

[0095] When the real-time alarm information is detected to be cleared, the main operation screen sends a matching clearing alarm response to the drive control screen to instruct the drive control screen to clear the second to-do task.

[0096] In a specific example, after the ambient temperature alarm, the driver control screen generates a new alarm message and provides an audible and visual alarm reminder on the main operation screen, waiting for the task to be canceled; after the driver control screen clicks on the alarm message, the main operation screen calls up the alarm floor plan and marks the alarm information point to reflect the alarm location; the alarm information panel displays detailed alarm information, such as the alarm type, alarm equipment ledger and the parameter value that generated the alarm; at the same time, the information enhancement screen calls up the three-dimensional model of the alarm space, and pushes the alarm space video screen, the air-conditioning equipment serving the space, and the equipment operating parameters and other information.

[0097] The user can check the main operation screen and the information enhancement screen through linkage. If the air conditioner is not turned on, the user can turn the device on and off and set parameters on the main operation screen. If the user finds that the air conditioner is turned on or off normally and the air conditioner operating parameters are normal on the information enhancement screen, the user can preliminarily judge that the space load is large and needs to turn on additional air conditioning equipment for support, which can be achieved on the main operation screen. If the ambient temperature still cannot return to normal, the user can issue a maintenance work order through the main operation screen, dispatch on-site technicians to check and repair, and obtain the location information of the personnel closest to the alarm point through the three-dimensional model of the information enhancement screen, so as to accurately dispatch the order. Finally, after the ambient temperature returns to normal through the above processing, the alarm is cancelled on the drive control screen, and the alarm information can be manually or automatically cancelled and archived for subsequent retrieval of historical information.

[0098] S540: When receiving the first interface display content in the target operation function interface through the information enhancement screen, query the second linkage relationship mapping table to obtain the associated display content matching the first interface display content for screen display.

[0099] S550. Through the main operation screen, in response to the monitoring configuration information input by the user in the monitoring mounting screen configuration interface, determine the monitoring screen acquisition devices corresponding to at least one target monitoring mounting screen, and send the device identification of the corresponding monitoring screen acquisition device to each of the target monitoring mounting screens.

[0100] S560. Obtain the monitoring screen from the matching monitoring screen acquisition device through the monitoring mounting screen according to the received device identification, and display the monitoring screen on the screen.

[0101] The technical solution of this embodiment solves the problem that the existing integrated monitoring system interaction method cannot provide real-time alarms in a timely and accurate manner by adding real-time alarm information to the driving operation task, thereby achieving real-time display of alarm information during the operation of the integrated monitoring system and corresponding processing of the alarm information.

[0102] Note that the above are only preferred embodiments of the present invention and the technical principles used. Those skilled in the art will understand that the present invention is not limited to the specific embodiments described herein, and that various obvious changes, readjustments and substitutions can be made by those skilled in the art without departing from the scope of protection of the present invention. Therefore, although the present invention has been described in more detail through the above embodiments, the present invention is not limited to the above embodiments, and may include more other equivalent embodiments without departing from the concept of the present invention, and the scope of the present invention is determined by the scope of the appended claims.

Claims

1. An integrated monitoring system, characterized in that: include: A drive control screen, a main operation screen and an information enhancement screen, wherein the information enhancement screen and the drive control screen are respectively connected to the main operation screen for communication; A drive control screen, for responding to a drive operation task selected by a user on the screen, and sending the drive operation task to the main operation screen; A main operation screen, including a plurality of horizontal and vertical operation function interfaces, for querying a first linkage relationship mapping table to determine a linkage display path matching the driving operation task when a driving operation task is received; Obtaining a target operation function interface matching the linkage display path for screen display, and sending the first interface display content in the target operation function interface to the information enhancement screen; The information enhancement screen is used to query the second linkage relationship mapping table when receiving the first interface display content in the target operation function interface, and obtain the associated display content matching the first interface display content for screen display; Wherein, the information enhancement screen dynamically updates the associated display content following the changes in the interface display content in the main operation screen; The system further comprises: at least one monitoring mounting screen, each monitoring mounting screen being respectively connected to the main operation screen in communication; The main operation screen is further used to: determine the monitoring picture acquisition device corresponding to at least one target monitoring screen in response to the monitoring configuration information input by the user in the monitoring screen configuration interface, and send the device identification of the corresponding monitoring picture acquisition device to each of the target monitoring screens; The monitoring mounting screen is used to obtain the monitoring picture from the matching monitoring picture acquisition device for screen display according to the received device identification.

2. The integrated monitoring system according to claim 1, characterized in that: The information enhancement screen, the drive control screen and each monitoring hanging screen respectively establish a communication connection with the main operation screen through the WebSocket protocol.

3. A multi-screen interaction method based on an integrated monitoring system, applied to the integrated monitoring system according to any one of claims 1-2, characterized in that: The method comprises: By means of the drive control screen, in response to a drive operation task selected by a user in the screen, the drive operation task is sent to the main operation screen; When receiving a driving operation task, the first linkage relationship mapping table is queried through the main operation screen to determine a linkage display path matching the driving operation task; the main operation screen includes multiple horizontal and vertical operation function interfaces; Obtain a target operation function interface matching the linkage display path through the main operation screen for screen display, and send the first interface display content in the target operation function interface to the information enhancement screen; When the first interface display content in the target operation function interface is received through the information enhancement screen, the second linkage relationship mapping table is queried to obtain the associated display content matching the first interface display content for screen display.

4. The method according to claim 3, characterized in that Also includes: Through the main operation screen, in response to the monitoring configuration information input by the user in the monitoring mounting screen configuration interface, determine the monitoring picture acquisition device corresponding to at least one target monitoring mounting screen, and send the device identification of the corresponding monitoring picture acquisition device to each of the target monitoring mounting screens; Through the monitoring mounting screen, according to the received device identification, the monitoring picture is obtained from the matching monitoring picture acquisition device for screen display.

5. The method according to claim 3, characterized in that: The driving operation task includes a timing operation task; Through the drive control screen, in response to the drive operation task selected by the user on the screen, the drive operation task is sent to the main operation screen, specifically including: Receiving a timed operation task list input by a user through a driving control screen, wherein the timed operation tasks in the timed task list are associated with a timed trigger time; By driving the control screen, when the timing trigger time of the target timed operation task is detected, a first task matching the target timed operation task is generated and displayed on the screen; By driving the control screen, in response to the first to-do task selected by the user on the screen, the target scheduled operation task is sent to the main operation screen.

6. The method according to claim 3, characterized in that The driving operation task includes real-time alarm information; Through the drive control screen, in response to the drive operation task selected by the user on the screen, the drive operation task is sent to the main operation screen, specifically including: By driving the control screen, when receiving the real-time alarm information sent by the monitoring equipment in the monitoring area, a second task matching the real-time alarm information is generated and displayed on the screen; By driving the control screen, in response to the second to-do task selected by the user on the screen, the real-time alarm information is sent to the main operation screen.

7. The method according to claim 6, characterized in that After obtaining the target operation function interface matching the linkage display path through the main operation screen for screen display, at least one of the following items is also included: Receiving, through the main operation screen, an alarm processing operation input by a user for the real-time alarm information, generating at least one device control instruction, and sending each of the device control instructions to a matching execution device; Receive the maintenance work order entered by the user in the maintenance work order dispatching interface through the main operation screen, and send the maintenance work order to the matching equipment maintenance party; as well as When the real-time alarm information is detected to be cleared, the main operation screen sends a matching clearing alarm response to the drive control screen to instruct the drive control screen to clear the second to-do task.

8. The method according to claim 3, characterized in that The method further comprises: Through the main operation screen, in response to the user's interface jump instruction, the target jump operation function interface is obtained for screen display, and the second interface display content in the target jump operation function interface is sent to the information enhancement screen; When receiving the second interface display content in the target jump operation function interface through the information enhancement screen, the second linkage relationship mapping table is queried to obtain the display content associated with the second interface display content for screen display.

9. The method according to claim 3, characterized in that: Through the information enhancement screen, querying the second linkage relationship mapping table, obtaining the display content associated with the display content of the first interface for screen display, including: Identifying at least one monitoring entity in the first interface display content through the information enhancement screen; Through the information enhancement screen, query the second linkage relationship mapping table to obtain the supplementary information type matching each of the monitoring entities; Through the information enhancement screen, the associated display content matching the supplementary information type is queried and displayed on the screen.

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