Disk monitoring state interface configuration method and system

Abstract

The invention belongs to the field of power transformation operation and maintenance, and particularly relates to a disk monitoring state interface configuration method and system. Judging whether the logged-in user account has the access authority of the disk monitoring state or not, and limiting the access authority of the user account to the disk monitoring state according to a judgment result; the user accounts comprise various user accounts which are respectively set for different working personnel of the transformer substation and have access authority of the disk monitoring state and other user accounts which do not have the access authority of the disk monitoring state; if the judgment result is that the access authority of the disk monitoring state exists, opening the access authority of an interface corresponding to the disk monitoring state and skipping to the interface corresponding to the disk monitoring state; the interface corresponding to the disk monitoring state comprises a disk monitoring state display interface used for displaying a concerned substation system interface according to a disk monitoring scheme and a disk monitoring state configuration interface used for configuring the disk monitoring scheme; and otherwise, skipping to a panoramic state interface for displaying all substation system interfaces within the user account permission range.

Description

Technical Field

[0001] The invention belongs to the field of substation operation and maintenance, and in particular relates to a monitoring panel interface configuration method and system. Background Art

[0002] As a hub node of the power system, UHV substations occupy an important position in the operation of the power grid. With the rapid development of power grid business, the scale of UHV substations has been continuously upgraded, and the risks and pressures of safe operation of equipment are increasing day by day. UHV substations have many subsystems, including substation comprehensive automatic system, online monitoring system, integrated power supply, fault recording system, protection information substation system, intelligent patrol system, fire protection system, etc. The application of various online monitoring systems, cameras, drones, robots and other new technical means in the station has put forward higher requirements for professional management capabilities and the operation and maintenance capabilities of front-line teams.

[0003] In this context, the State Grid headquarters proposed to build a digital UHV substation, and improve the penetration of professional management by improving the digital level of UHV substations. Digital UHV substations are centered on equipment, realize panoramic data aggregation and sharing, take data integration as the main line, access the data of each subsystem in the station and the newly added sensor information, integrate and deeply mine the information, give full play to the value of data, and realize the "standard unification" of data resources, "integration and sharing" of data content, and "unified style" of subsystem interfaces.

[0004] The monitoring panel interface of the UHV substation, as the core part of the substation monitoring system, undertakes important functions such as real-time monitoring, data display, and abnormal alarm. The traditional substation monitoring panel is a multi-system split-screen display, which usually directly displays all the system interfaces of the substation; however, different staff members of the substation focus on different things. When different staff members have different requirements for the layout and display content of the monitoring panel according to their focus, the operating personnel of the monitoring panel are required to manually switch the interface (i.e., panoramic state) that displays all system interfaces seen by the corresponding staff members through the navigation menu to the specific system interface that meets the requirements to display the corresponding interface to different staff members; if the needs of personnel of different job types for the monitoring panel are met in this way, not only will the monitoring pressure of the operating personnel be high, the labor burden will be heavy, and the operation and maintenance cost will be high. Summary of the invention

[0005] The purpose of the present invention is to provide an interface configuration method and system for a monitoring state, which is used to solve the problem that the existing interface configuration method requires the operating personnel in the monitoring state to manually switch the interface that displays all system interfaces seen by the corresponding staff to a specific system interface that meets the needs according to the needs of different staff members through a navigation menu to display the corresponding interface to different staff members, resulting in high monitoring pressure on the operating personnel, heavy labor burden, and high operation and maintenance costs.

[0006] In order to achieve the above-mentioned purpose, the present invention provides a new interface configuration method for monitoring state, which determines whether the logged-in user account has the access right to the monitoring state, and limits the access right of the user account to the monitoring state according to the determination result; the user account includes user accounts with access right to the monitoring state and other user accounts without access right to the monitoring state, which are respectively set for different staff members of the substation; If the judgment result is that the user has the access right to the monitoring state, the access right to the corresponding interface of the monitoring state is opened and the user is redirected to the interface corresponding to the monitoring state; the interface corresponding to the monitoring state includes a monitoring state display interface for displaying the substation system interface of interest according to the monitoring plan and a monitoring state configuration interface for configuring the monitoring plan; otherwise, the user is redirected to the panoramic interface for displaying all substation system interfaces within the scope of the user account's authority.

[0007] Beneficial effects: The present invention provides user accounts with access rights to the monitoring state for different staff members of the substation; when the staff member logs in to the user account, it is judged whether the logged-in user account has access rights to the monitoring state, and the access rights of the user account to the monitoring state are restricted according to the judgment result; if the judgment result is that the logged-in user account has access rights to the monitoring state, the access rights to the corresponding interface of the monitoring state are opened and jumped to the interface corresponding to the monitoring state; the interface corresponding to the monitoring state includes a monitoring state display interface and a monitoring state configuration interface; if the judgment result is that the logged-in user account does not have access rights to the monitoring state, it directly jumps to the panoramic state interface. The staff of the substation can access and operate the monitoring state by logging in to the user account with access rights to the monitoring state, and flexibly configure the monitoring state according to their own needs; there is no need to make demands to the operator of the monitoring state, and then the operator of the monitoring state manually switches the system interface to display the corresponding interface of their needs. The monitoring pressure of the operator is greatly reduced, the labor burden is reduced, and the operation and maintenance costs are also reduced.

[0008] Further, the method of jumping to the interface corresponding to the monitoring state includes: judging whether the logged-in user account is set with an available monitoring plan; if the logged-in user account is set with an available monitoring plan, directly jumping to the monitoring state display interface for displaying the substation system interface concerned according to the monitoring plan; If the logged-in user account has not set an available monitoring plan, then jump to the monitoring state configuration interface for configuring the monitoring plan to configure the monitoring plan.

[0009] Furthermore, the configuration of the monitoring plan includes the configuration of the layout of the monitoring state display interface and the configuration of the plan list of the monitoring state display interface; The configuration of the monitoring status display interface layout is to configure a split-screen display mode, and the split-screen display mode includes at least one of four display modes: one-split screen, two-split screen, three-split screen and four-split screen; the configuration of the scheme list of the monitoring status display interface includes adding a new scheme, modifying a scheme, deleting a scheme, and enabling and disabling a scheme in the scheme list of the monitoring status display interface.

[0010] Furthermore, when the split-screen display mode is four-split screen, the displayed interfaces are the interface for configuring the device alarm overview, the interface for the panoramic three-dimensional display, the interface for the wiring diagram display and the interface for the fault recording display.

[0011] Furthermore, a configuration interface in the monitoring state configuration interface for adding a new scheme to the scheme list of the monitoring state display interface includes a card list of each system interface of the substation in the panoramic state and a scheme configuration area for configuring the small screen corresponding to the split screen in the split-screen display mode; the method of adding a new scheme includes: moving the corresponding substation system interface from the card list to the small screen corresponding to the scheme configuration area according to needs to obtain a newly added monitoring scheme, naming the newly added monitoring scheme and configuring whether the monitoring scheme is enabled, and then saving the monitoring scheme; when the corresponding substation system interface is moved from the card list to the small screen corresponding to the scheme configuration area, if the previously moved substation system interface already exists in the small screen, the previously moved substation system interface will be overwritten.

[0012] Furthermore, the method of modifying the scheme includes: renaming the configured monitoring scheme, determining whether the configured monitoring scheme is enabled, and configuring the interface of the small screen according to requirements.

[0013] Furthermore, the method of deleting the plan includes: deleting the configured monitoring plan.

[0014] Furthermore, the method of enabling and disabling the scheme includes: when one monitoring scheme is in an enabled state, all other monitoring schemes except the enabled monitoring scheme are set to a disabled state.

[0015] Furthermore, after the monitoring plan is configured, the monitoring status display interface is entered through the icon corresponding to the preset monitoring status display interface; each small screen in the monitoring status display interface is provided with a corresponding interface switching icon, and the interface switching icon corresponding to the small screen is used to display all substation system interfaces in a panoramic state when selected. If the user account selects one of the substation system interfaces, the interface of the small screen is replaced with the selected substation system interface.

[0016] The present invention also provides a monitoring-disk-state interface configuration system, comprising a processor, wherein the processor is used to execute a computer program to implement the steps of the monitoring-disk-state interface configuration method.

[0017] The interface configuration system in the monitoring state can achieve the same beneficial effects as the above-mentioned interface configuration method in the monitoring state. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 This is an example diagram of a process of accessing the monitoring disk state in an embodiment of the interface configuration method of the monitoring disk state of the present invention; Figure 2 This is an example diagram of the interface layout of different split-screen display schemes in the split-screen display mode in the embodiment of the interface configuration method of the monitoring state of the present invention. DETAILED DESCRIPTION

[0019] In order to make the purpose, technical solutions and advantages of the present invention more clear, the present invention is further described in detail below with reference to the accompanying drawings and embodiments.

[0020] Embodiment of the interface configuration method of the monitoring state This embodiment provides a method for configuring an interface of a monitoring state, which determines whether the logged-in user account has access rights to the monitoring state, and limits the user account's access rights to the monitoring state according to the determination result; the user account includes user accounts with access rights to the monitoring state and other user accounts without access rights to the monitoring state, which are respectively set for different staff members of the substation; If the judgment result is that the user has the access right to the monitoring state, the access right to the corresponding interface of the monitoring state is opened and the user is redirected to the corresponding interface of the monitoring state; the corresponding interface of the monitoring state includes the monitoring state display interface for displaying the substation system interface of concern according to the monitoring plan and the monitoring state configuration interface for configuring the monitoring plan; otherwise, the user is redirected to the panoramic interface for displaying all substation system interfaces within the scope of the user account's authority.

[0021] Specifically, before the interface configuration method of the monitoring state of this embodiment is executed, user accounts with access rights to the monitoring state will be created in the substation system for different staff members of the substation (i.e., staff members who have access requirements to the monitoring state of the substation); in addition to the above-mentioned user accounts with access rights to the monitoring state, other user accounts without access rights to the monitoring state are also created, such as Figure 1 As shown, when the user logs in, it is judged whether the logged-in user account has the access right to the monitoring state; if the judgment result is that the user account has the access right to the monitoring state (that is, the user account logged in by the staff is a user account that has been created with the access right to the monitoring state), the access right to the corresponding interface of the monitoring state (including the monitoring state display interface for displaying the substation system interface concerned according to the monitoring plan and the monitoring state configuration interface for configuring the monitoring plan) is opened for the user account and jumps to its corresponding interface. If the judgment result is that the user account does not have the access right to the monitoring state (that is, the user account logged in by the staff is another user account that does not have the access right to the monitoring state), it jumps directly to the panoramic state interface, which is an interface that can only display all substation system interfaces within the scope of the user account's authority at the same time. The substation system interface can include the substation integrated self-system, online monitoring system, integrated power supply, fault recording system, protection information substation system, intelligent patrol system, fire protection system, etc., which belongs to the existing technology and will not be repeated here.

[0022] In this embodiment, the substation staff includes at least one of the substation management personnel, monitoring personnel, and operation and maintenance personnel. Specifically, in this embodiment, a user account with access rights to monitor the status of the substation is created for the substation staff, wherein the substation staff is mainly divided into the following three types according to their functions: substation management personnel, substation monitoring personnel, and substation operation and maintenance personnel. In other embodiments, the substation staff may also include other functions or be divided according to other aspects, such as by work area or responsible project.

[0023] In this embodiment, the method of jumping to the interface corresponding to the monitoring state includes: judging whether the logged-in user account is set with an available monitoring plan; if the logged-in user account is set with an available monitoring plan, directly jumping to the monitoring state display interface for displaying the substation system interface concerned according to the monitoring plan; If the logged-in user account has not set up an available monitoring plan, jump to the monitoring state configuration interface for configuring the monitoring plan to configure the monitoring plan.

[0024] Specifically, after a user account with access rights to the monitoring state logs in to the substation system, it is determined whether the user account has an available monitoring plan set up to jump to the corresponding interface of the monitoring state (the corresponding interface of the monitoring state includes the monitoring state display interface and the monitoring state configuration interface).

[0025] If the logged-in user account has been set up with an available monitoring plan, it will jump directly to the monitoring status display interface, and display it according to the above available monitoring plan through this interface. The monitoring status display interface displays the substation system interface that the user account is concerned about.

[0026] If the logged-in user account has not set up an available monitoring plan, it will jump directly to the monitoring state configuration interface to configure the monitoring plan (including the monitoring plan for configuring the default display interface of the monitoring state) through this interface.

[0027] In actual applications, since the substation workers who are classified into the same category according to their functions or other factors have the same or similar focus and requirements for configuring the monitoring status, the substation workers who are classified into the same category can directly use the template previously set by other substation workers of the same category when logging into the user account, or adaptively modify the set template for use, so as to improve the efficiency of configuring the monitoring status and thus improve work efficiency.

[0028] In this embodiment, the configuration of the monitoring plan includes the configuration of the layout of the monitoring state display interface and the configuration of the plan list of the monitoring state display interface; The above-mentioned configuration of the layout of the monitoring status display interface is to configure the split-screen display mode, and the split-screen display mode includes at least one of the four display modes of one-split screen, two-split screen, three-split screen and four-split screen; the above-mentioned configuration of the plan list of the monitoring status display interface includes adding a new plan, modifying a plan, deleting a plan, and enabling and disabling a plan in the plan list of the monitoring status display interface.

[0029] Specifically, after jumping to the monitoring state configuration interface, the monitoring plan is configured, that is, the monitoring state display interface layout and the monitoring state display interface plan list are configured respectively. In this embodiment, the configuration of the monitoring state display interface layout is also the configuration of the split-screen display mode for the monitoring state; the split-screen display mode provides four modes: one split screen (1×1), two split screens (2×1), three split screens (3×1), and four split screens (2×2) to display at least one interface; different staff members can customize the settings according to their own needs. The small screen resolution of each of the above split-screen display modes is 1920×1080. The interface layouts of these split-screen display modes are as follows: Figure 2 In other embodiments, split-screen display modes of other forms and sizes may also be flexibly adopted.

[0030] In this embodiment, the configuration of the plan list of the monitoring status display interface is to add a new plan (i.e., add a new monitoring plan), modify a plan (i.e., modify an already set monitoring plan), delete a plan (i.e., delete an already set monitoring plan), and enable and disable a plan (i.e., enable and disable an already set monitoring plan or a new monitoring plan) in the plan list of the monitoring status display interface.

[0031] In this embodiment, when the split-screen display mode is four-split screen, the displayed interfaces are the interface for configuring the device alarm overview, the interface for the panoramic three-dimensional display, the interface for the wiring diagram display, and the interface for the fault recording display.

[0032] Specifically, the above split screen display mode can be configured from one split screen (1×1), two split screens (2×1), three split screens (3×1), and four split screens (2×2) according to the different needs of different staff members. The monitoring interface of the UHV substation is generally configured with a four-split screen display mode. Figure 2 When the screen is divided into four parts (2×2), the interfaces displayed are the interface for configuring the device alarm overview, the interface for the panoramic 3D display, the interface for the wiring diagram display, and the interface for the fault recording display.

[0033] The equipment alarm overview interface intuitively reflects the real-time alarms, important alarms (which can be linked with the panoramic 3D display interface, wiring diagram display interface and fault recording display interface), event-based alarms and alarm information of online monitoring, security, fire protection and other subsystems in the substation. This interface can set voice prompts and detailed pop-up windows.

[0034] The important alarms reflected in the device alarm overview interface are linked to the panoramic 3D display interface to locate the device where the alarm occurred and intuitively display the detailed information of the device; Through the interface of the important alarm linkage wiring diagram displayed on the device alarm overview interface, you can jump to the interval sub-diagram where the device where the alarm occurs is located and view the wiring diagram of this part; The interface for displaying important alarms and fault recordings through the equipment alarm overview interface allows you to view abnormal waveforms when important alarms occur. In this embodiment, the configuration interface in the monitoring state configuration interface for adding a new scheme to the scheme list of the monitoring state display interface includes a card list of each system interface of the substation in the panoramic state and a scheme configuration area for configuring the small screen corresponding to the split screen in the split-screen display mode; the method of adding a new scheme includes: moving the corresponding substation system interface from the card list to the small screen corresponding to the scheme configuration area according to needs to obtain a newly added monitoring scheme, naming the newly added monitoring scheme and configuring whether the monitoring scheme is enabled, and then saving the monitoring scheme; when the corresponding substation system interface is moved from the card list to the small screen corresponding to the scheme configuration area, if the previously moved substation system interface already exists in the small screen, the previously moved substation system interface will be overwritten.

[0035] Specifically, the configuration interface of the newly added scheme in the scheme list of the monitoring state display interface is mainly divided into two parts: a card list (the card list contains all the interfaces in the panoramic state, and each interface displayed in the list contains an interface thumbnail, an interface name, and an interface URL; in this embodiment, the card list is located on the left side of the configuration interface, and can also be set at other locations in other embodiments) and a scheme configuration area (i.e., a split-screen display interface composed of small screens; in this embodiment, it is located on the right side of the configuration interface, and can also be set at other locations in other embodiments); the method of adding a new scheme is: read the card list and select the corresponding new interface from the card list according to the needs and drag (i.e., move) it to the scheme configuration area on the right, and place the new interface in one of the small screens of the split screen (you can select any small screen according to your own needs); if the selected small screen has previously been placed with an interface, the new interface will cover the previously placed interface. After the monitoring scheme is added, enter the name of the monitoring scheme (i.e., name the newly added monitoring scheme), select whether the newly added scheme is disabled or enabled, and save the newly added scheme. In this embodiment, the method of modifying the plan includes: renaming the configured monitoring plan, determining whether the configured monitoring plan is enabled, and configuring the interface of the small screen according to requirements.

[0036] Specifically, the configured monitoring plan also supports modification; the ways to modify the plan in the plan list of the monitoring status display interface include: modifying the name of the configured monitoring plan (i.e., renaming the configured monitoring plan), configuring to enable the configured monitoring plan or disable the configured monitoring plan, and configuring the interface of each small screen in the configured monitoring plan according to needs.

[0037] In this embodiment, the method of deleting a plan includes: deleting a configured monitoring plan.

[0038] Specifically, the configured monitoring plan also supports deletion; after deletion, the monitoring plan will no longer appear in the plan list of the monitoring state display interface in the split-screen mode.

[0039] In this embodiment, the method of enabling and disabling the scheme includes: when one monitoring scheme is in an enabled state, all other monitoring schemes except the enabled monitoring scheme are set to a disabled state.

[0040] Specifically, any split-screen display mode can be configured with at least one monitoring plan, but each monitoring plan is mutually exclusive. That is, at most only one monitoring plan can be enabled. When a monitoring plan is enabled, other monitoring plans configured through the split-screen display mode are automatically set to disabled.

[0041] In this embodiment, after the monitoring plan is configured, the monitoring status display interface is entered through the icon corresponding to the preset monitoring status display interface; each small screen in the monitoring status display interface is provided with a corresponding interface switching icon, and the interface switching icon corresponding to the small screen is used to display all substation system interfaces in a panoramic state when selected. If the user account selects one of the substation system interfaces, the interface of the small screen is replaced with the selected substation system interface.

[0042] Specifically, after configuring the monitoring plan, you can enter the monitoring display interface through the floating monitoring state icon (i.e., the icon corresponding to the preset monitoring state display interface) to display the monitoring plan enabled by the split screen. You can also switch the interface of each small screen separately through the "Interface Switch" floating button in the upper right corner (i.e., the corresponding interface switching icon set for each small screen), so as to select one of all the substation system interfaces in the panoramic state to be displayed through each small screen (all the substation system interfaces in the panoramic state are displayed in the form of an interface list, so that the interface to be switched to the small screen can be selected through the interface list). If the user account selects one of the substation system interfaces from the above interface list, the interface of the small screen is directly replaced with the substation system interface selected by the user account.

[0043] Example of interface configuration system in monitoring state This embodiment provides a monitoring interface configuration system, which includes a processor having executable program instructions stored therein, and the executable program instructions are used to implement the monitoring interface configuration method in the above-mentioned monitoring interface configuration method embodiment.

[0044] Since the specific working mode and working principle of the interface configuration system in the monitoring state of this embodiment have been described in detail in the above-mentioned embodiment of the interface configuration method in the monitoring state, they will not be repeated here.

[0045] It should be understood that the above specific embodiments of the present invention are only used to illustrate or explain the principles of the present invention, but do not constitute a limitation to the present invention.

Claims

1. A method for configuring an interface in a monitoring state, characterized in that: Determine whether the logged-in user account has access rights to the monitoring state, and limit the user account's access rights to the monitoring state according to the determination result; the user account includes user accounts with access rights to the monitoring state and other user accounts without access rights to the monitoring state, which are set for different staff members of the substation; If the judgment result is that the user has the access right to the monitoring state, the access right to the corresponding interface of the monitoring state is opened and the user is redirected to the interface corresponding to the monitoring state; the interface corresponding to the monitoring state includes a monitoring state display interface for displaying the substation system interface of interest according to the monitoring plan and a monitoring state configuration interface for configuring the monitoring plan; otherwise, the user is redirected to the panoramic interface for displaying all substation system interfaces within the scope of the user account's authority.

2. The method for configuring the monitoring interface according to claim 1, characterized in that: The method of jumping to the interface corresponding to the monitoring state includes: judging whether the logged-in user account is set with an available monitoring plan; if the logged-in user account is set with an available monitoring plan, directly jumping to the monitoring state display interface for displaying the substation system interface concerned according to the monitoring plan; If the logged-in user account has not set an available monitoring plan, then jump to the monitoring state configuration interface for configuring the monitoring plan to configure the monitoring plan.

3. The method for configuring the monitoring interface according to claim 2, characterized in that: The configuration of the monitoring plan includes the configuration of the layout of the monitoring state display interface and the configuration of the plan list of the monitoring state display interface; The configuration of the monitoring status display interface layout is to configure a split-screen display mode, and the split-screen display mode includes at least one of four display modes: one-split screen, two-split screen, three-split screen and four-split screen; the configuration of the scheme list of the monitoring status display interface includes adding a new scheme, modifying a scheme, deleting a scheme, and enabling and disabling a scheme in the scheme list of the monitoring status display interface.

4. The method for configuring the monitoring interface according to claim 3, characterized in that: When the split-screen display mode is four-split screen, the displayed interfaces are the interface for configuring the device alarm overview, the interface for the panoramic three-dimensional display, the interface for the wiring diagram display, and the interface for the fault recording display.

5. The method for configuring the monitoring interface according to claim 3, characterized in that: The configuration interface for adding a new solution to the solution list of the monitoring state display interface in the monitoring state configuration interface includes a card list of each system interface of the substation in the panoramic state and a solution configuration area for configuring the small screen corresponding to the split screen in the split screen display mode; The method for adding a new plan includes: moving the corresponding substation system interface from the card list to the small screen corresponding to the plan configuration area according to needs to obtain a newly added monitoring plan, naming the newly added monitoring plan and configuring whether the monitoring plan is enabled, and then saving the monitoring plan; when moving the corresponding substation system interface from the card list to the small screen corresponding to the plan configuration area, if the previously moved substation system interface already exists in the small screen, the previously moved substation system interface will be overwritten.

6. The method for configuring the monitoring interface according to claim 3, characterized in that: The method of modifying the scheme includes: renaming the configured monitoring scheme, determining whether the configured monitoring scheme is enabled, and configuring the interface of the small screen according to requirements.

7. The method for configuring the monitoring interface according to claim 3, characterized in that: The method of deleting the plan includes: deleting the configured monitoring plan.

8. The method for configuring the monitoring interface according to claim 3, characterized in that: The method of enabling and disabling the scheme includes: when one monitoring scheme is in an enabled state, all other monitoring schemes except the enabled monitoring scheme are set to a disabled state.

9. The method for configuring the monitoring interface according to claim 2, characterized in that: After configuring the monitoring plan, enter the monitoring status display interface through the icon corresponding to the preset monitoring status display interface; each small screen in the monitoring status display interface is provided with a corresponding interface switching icon, and the interface switching icon corresponding to the small screen is used to display all substation system interfaces in a panoramic state when selected. If the user account selects one of the substation system interfaces, the interface of the small screen will be replaced with the selected substation system interface.

10. A monitoring interface configuration system, comprising a processor, characterized in that: The processor is used to execute a computer program to implement the steps of the monitoring interface configuration method described in any one of claims 1-9.

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