Digital centralized control system, automatic configuration method of frame menu of digital centralized control system, and computer equipment

Abstract

The invention belongs to the technical field of digital centralized control systems, and particularly relates to a digital centralized control system, an automatic configuration method of a frame menu of the digital centralized control system and computer equipment. The method comprises the following steps: 1) acquiring equipment type data in the digital centralized control system, wherein the equipment type data comprises an equipment type name; 2) configuring the acquired equipment type name into an equipment first-level menu of a framework menu as a menu name; 3) configuring a basic route of the last level of submenu according to the equipment type name and the name of each level of submenu, and the basic route of the last level of submenu is used for determining a display interface of the corresponding submenu. Automatic menu configuration of the digital centralized control system can be realized, the framework menu configuration efficiency is improved, and configuration errors are prevented.

Description

Technical Field

[0001] The present invention belongs to the technical field of digital centralized control systems, and in particular relates to a digital centralized control system and an automatic configuration method for a framework menu thereof, and a computer device. Background Art

[0002] The digital centralized control system provides browsing, editing, application management, card management, canvas management and other functions. It includes four top-level menus: Overview, Equipment, System and Tool Application. Each top-level menu includes multiple first-level menus, and the amount of data that needs to be configured is relatively large. Currently, the configuration of the digital centralized control system framework menu mainly relies on the manual entry and configuration of the on-site implementation personnel in the system management background. The amount of data entered is large, so this work is time-consuming, inefficient and prone to errors.

[0003] In particular, the top-level menu of the device includes the first-level menu of all types of device platforms, and all the first-level menus of the devices also correspond to the second-level submenus such as full data, full process, full life, full scene, full business, full process, full knowledge, etc. under the left, middle and right screens, and the third-level submenus under the second-level menu. There are many menus, and the amount of data that needs to be configured is too large, which is more time-consuming and prone to errors. In addition, the configuration rules of the basic route are more complicated and more prone to errors. When the basic route configuration of the last-level menu of the device is wrong, the framework menu will not be able to correctly display the corresponding content, thereby affecting the use of the entire framework menu. Summary of the invention

[0004] The purpose of the present invention is to provide a digital centralized control system and an automatic configuration method and computer equipment for its framework menu, so as to solve the problem that the menu configuration of existing equipment is inefficient and prone to errors, thus affecting the normal use of the framework menu.

[0005] In order to solve the above technical problems, the present invention provides a method for automatically configuring a framework menu of a digital centralized control system, comprising the following steps: 1) Obtaining equipment type data in the digital centralized control system, wherein the equipment type data includes the equipment type name; 2) The acquired device type name is configured as the menu name in the device level menu of the framework menu; 3) Configure the basic route of the last level submenu according to the device type name and the names of its submenus at each level; the basic route of the last level submenu is used to determine the display interface of the corresponding submenu.

[0006] Furthermore, a corresponding device drop-down list menu is also provided under each device first-level menu, and a method for generating the device drop-down list menu includes: Obtain the devices included in each device type and basic data of each device, wherein the basic data includes a device name, a device ID and a universal identification code; generate a drop-down list menu of a corresponding device first-level menu according to each device name; determine the device corresponding to the drop-down list menu according to the device ID and the universal identification code; The drop-down list menu is used to transfer corresponding device parameters to the display interface when selected, so that the display interface displays the device parameters.

[0007] Furthermore, the basic data also includes a voltage level of the device, and a basic route of a corresponding drop-down list menu is generated according to the voltage level of the device.

[0008] Furthermore, the automatic configuration method further comprises the following steps: configuring the basic route of the first-level menu of the device according to the name of the first-level menu of the device.

[0009] Furthermore, the device type name includes a Chinese name of the device type and an English name of the device type. The Chinese name of the device type is used as a menu name configured in the device level menu of the framework menu, and the English name of the device type is used to generate a basic route for the device level menu.

[0010] Furthermore, the automatic configuration method also includes the following steps: generating an overview first-level menu according to the name of a preset overview first-level menu, and configuring a basic route of the overview first-level menu according to the name of the overview first-level menu, wherein the basic route of the overview first-level menu is used to determine the display content of the overview first-level menu.

[0011] Furthermore, the generated overview first-level menu includes an overview menu, a key recording menu, a key data menu, a line fault location menu, a daily, weekly, and monthly analysis menu, an intelligent patrol menu, an intelligent report menu, and an emergency menu.

[0012] Furthermore, the automatic configuration method also includes the following steps: presetting and generating a system-level menu according to the name of the self-built system, and configuring a basic route of the system-level menu according to the name of the system-level menu, wherein the basic route of the system-level menu is used to determine the display content of the system-level menu.

[0013] Furthermore, the preset system first-level menu includes: digital fire protection system menu, digital security system menu, operation and maintenance support platform menu, patrol system menu, converter station panoramic monitoring menu and equipment status auxiliary identification menu.

[0014] The present invention is a pioneering invention, and its beneficial effects are as follows: the automatic configuration method of the framework menu of the digital centralized control system of the present invention proposes a method that can automatically complete the menu configuration without manual input, and the method uses the device type name as the device first-level menu name, and then configures the basic route of the last-level submenu according to the device type name and the names of the submenus of each level of the first-level menu. When the last-level submenu is selected, the displayed content can be determined according to the basic route of the last-level submenu, and the configuration of the digital centralized control system framework menu is completed, realizing the automatic menu configuration of the digital centralized control system. The automatic configuration method of the framework menu of the digital centralized control system of the present invention can improve the efficiency of the framework menu configuration and prevent configuration errors.

[0015] To solve the above technical problems, the present invention further provides a computer device, including a processor, which implements the method steps described in the automatic configuration method of the framework menu of the digital centralized control system of the present invention when executing a computer program.

[0016] The present invention is a pioneering invention, and its beneficial effects are the same as those of the automatic configuration method of the framework menu of the digital centralized control system of the present invention.

[0017] To solve the above technical problems, the present invention further provides a digital centralized control system, including a frame menu, wherein the frame menu is used for automatic configuration using the method and steps described in the automatic configuration method of the frame menu of the digital centralized control system of the present invention.

[0018] The present invention is a pioneering invention, and its beneficial effects are the same as those of the automatic configuration method of the framework menu of the digital centralized control system of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a flow chart of a method for automatically configuring a framework menu of a digital centralized control system framework according to a method embodiment of the present invention; Figure 2 It is an overall structural diagram of the digital centralized control system framework menu of the method embodiment of the present invention; Figure 3 It is an overview top-level menu structure diagram of the digital centralized control system framework of the method embodiment of the present invention; Figure 4 It is an example diagram of a first-level menu of a device top-level menu of a digital centralized control system framework of a method embodiment of the present invention; Figure 5 It is the top-level menu structure of the digital centralized control system framework of the method embodiment of the present invention. Figure 2 Example diagrams of first-level menu and third-level menu; Figure 6It is a system top-level menu structure diagram of the digital centralized control system framework of the method embodiment of the present invention; Figure 7 This is a configuration example diagram of an overview secondary menu of a digital centralized control system framework of a method embodiment of the present invention; Figure 8 It is an example of device type menu configuration of a digital centralized control system framework of a method embodiment of the present invention; Fig. 9 7. It is an example diagram of seven-menu configuration of the digital centralized control system framework of the method embodiment of the present invention; Fig.10 It is a configuration example diagram of the system level menu of the digital centralized control system framework of the method embodiment of the present invention. DETAILED DESCRIPTION

[0020] A digital centralized control system and an automatic configuration method for its frame menu, and a computer device of the present invention propose a method that can automatically complete menu configuration without manual input. The method uses the device type name as the device first-level menu name, and then configures the basic route of the last-level submenu according to the device type name and the names of the submenus of each level of the first-level menu. When the last-level submenu is selected, the displayed content can be determined according to the basic route of the last-level submenu, and the configuration of the digital centralized control system frame menu is completed, realizing the automatic menu configuration of the digital centralized control system. The automatic configuration method of the frame menu of the digital centralized control system of the present invention can improve the efficiency of frame menu configuration and prevent configuration errors.

[0021] 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.

[0022] Method Example: The overall structure of the digital centralized control system framework menu is as follows Figure 2 As shown, it is divided into three screens, left, middle and right. The middle screen displays the main menu (including Overview, Equipment and System and three top-level menus). The digital centralized control system is a large screen system with three screens on the left, middle and right. The pages of each submenu under the three top-level menus of Overview, Equipment and System are divided into three screens on the left, middle and right to display different cards. The card layout information under each menu page is associated and bound by the menu basic route.

[0023] In this embodiment, the top-level menu also includes tool applications. Tool applications can be configured with corresponding card IDs in the system management background without automatic configuration. The top-level menu of tool applications is placed in the upper right corner of the system, and the first-level menu of tool applications under it includes real-time alarm, collaborative consultation, knowledge store, application store, system management and feedback.

[0024] The automatic configuration method of the framework menu of a digital centralized control system of this embodiment can realize the automatic configuration entry and menu generation of the framework menu of the digital centralized control system at the station end. Figure 1 As shown, it mainly includes the following four parts: 1. Configuration of the overview first-level menu; 2. Automatic configuration of the device first-level menu, second-level menu and third-level menu; 3. Automatic configuration of the drop-down list menu of the device first-level menu; 4. Automatic configuration of the system first-level menu.

[0025] 1. Overview of automatic configuration of the first-level submenu.

[0026] The structure of the overview menu is as follows Figure 3 As shown in the figure, the overview level 1 menu includes key data, fault recording, line fault location, daily, weekly and monthly analysis, intelligent inspection, intelligent report and emergency response, etc. The specific generation and configuration methods of the overview level 1 submenu are as follows: First, a prefabricated overview first-level menu is generated under the overview. In this embodiment, the generated prefabricated overview first-level menu includes key data, fault recording, line fault location, daily, weekly and monthly analysis, intelligent patrol, intelligent reports and emergency; then, the data of each prefabricated overview first-level menu is automatically generated according to the content of the prefabricated overview first-level menu and inserted into the overview first-level menu database.

[0027] Configure the overview level 1 menu database according to the data of the overview level 1 menu, such as Figure 7 As shown in the figure, the data to be configured in the overview first-level menu database include: menu name (Chinese description of device type), parent menu (parent menu number id), menu basic route, menu view type (large screen and PC), availability, menu order and other required parameter information.

[0028] The menu name is the name of the prefabricated overview first-level menu. The parent menu is the previous menu. Therefore, the parent menu of all overview first-level menus is "Overview". The basic route of the overview first-level menu starts with / overview / , and the corresponding business fields concatenated later must be unique. In this embodiment, the basic route of the overview first-level menu is configured according to the English name of the overview first-level menu. For an example, see Figure 7 , other required data can be filled in according to actual usage, such as availability and menu order. The basic route of the overview first-level menu is used to determine the display content of the overview first-level menu.

[0029] 2. Automatic configuration of the device's first-level menu and its submenus.

[0030] In this embodiment, the device level 1 menu includes two levels of submenus: a device level 2 menu and a device level 3 menu, and the device level 3 menu is the last level submenu of the device level 1 menu. The basic route of the last level submenu is used to determine the display interface of the menu.

[0031] The first-level menu of the equipment is the equipment type menu, the second-level menu of the equipment is the seven-type menu on the left, middle and right screens under each equipment type (including: full data, full process, full life cycle, full scenario, full business, full flow and full knowledge), and the third-level menu of the equipment is the seven-type sub-type menu of the seven-type menu.

[0032] 1. Automatic generation and configuration entry of the first-level menu of the device platform under the device, the second-level menu of the left, middle and right screens, and the third-level menu.

[0033] Loop through the device type codes corresponding to different types of device types, call the "Query Relationship Database Data" interface in the digital station service interaction technical specification, query the devtype table to obtain the name of each device type, set the device first-level menu name according to the device type name, and configure the basic route of the device first-level menu according to the device type name. The basic route is spliced ​​according to the level to ensure that it uniquely starts with " / device / devType".

[0034] In this embodiment, the device type name includes the Chinese name of the device type and the English name of the device type. The Chinese name of the device type is used as the menu name configured in the device level menu of the framework menu, and the English name of the device type is used to generate the basic route of the device level menu.

[0035] After configuring the first-level menu of the device, add a set of preset second-level menus and corresponding third-level menus under each second-level menu. The display of the second-level menu is divided into three screens: left, middle and right. Figure 4 As shown, in this embodiment, the secondary menu is seven full-type menus (including: full data, full process, full life, full scene, full business, full flow and full knowledge). The three device secondary menus of full data, full process and full life are displayed on the left screen, and the three device secondary menus of full business, full flow and full knowledge are displayed on the right screen.

[0036] The corresponding equipment level 3 menu under each equipment level 2 menu is a preset level 3 menu and is a fixed equipment level 3 menu. The equipment level 3 menu for full data includes ledger information and key data; the equipment level 3 menu for the whole process includes status analysis and fault diagnosis; the equipment level 3 menu for the whole life includes full life 1, full life 2 and full life 3; the equipment level 3 menu for full business includes full business 1, full business 2 and full business 3; the equipment level 3 menu for the whole process includes operation, switching operation and inspection; the equipment level 3 menu for full knowledge includes design state, construction state and operation state.

[0037] According to the above three-level menu structure of the equipment, the first-level menu of the equipment and the seven second-level menus (equipment second-level menu) of full data, full process, full life, full scene, full business, full flow, and full knowledge under the three screens on the left, middle, and right are constructed in the database, as well as the three-level submenu data (equipment third-level menu) under each full menu.

[0038] In this embodiment, the device level menu is as follows: Figure 4 As shown in the figure, there are 24 types of equipment. In actual use, the specific equipment types and quantities of the first-level menu can be set according to actual needs. The second-level and third-level menus of equipment are as follows Figure 5 shown.

[0039] There are 24 first-level device platform navigation menus under the top-level menu, and the second-level and third-level menus on the left, middle and right screens of each device platform. Each menu data contains required parameter information such as menu name (Chinese description of device type), parent menu (parent menu number id), menu view type (large screen and PC), menu basic route, availability, menu order, etc. The first-level navigation menu also contains the required parameter device resource number, and its value is the English name of the device type.

[0040] The basic routes of the seven-screen menu are spliced ​​in a hierarchical manner to ensure that they only start with " / device / ", and then are spliced ​​in the "device type-left / center / right screen-seven-screen type-seven-screen sub-type" hierarchy. The device resource number is the English name of the device type.

[0041] The basic route of the seven-full submenu (the last level submenu of the device) is spliced ​​in the hierarchy to ensure that it starts with " / device / full_menu / ", and then spliced ​​in the hierarchy of "device type name-left / center / right screen-seven-full type-seven-full subtype". When the corresponding seven-full submenu is selected, the content displayed in the menu is determined according to the configured basic route of the seven-full submenu. For example, see Figure 8 and Fig. 9 , Fig. 9 The content selected in the box is the basic routing example of the configuration. The left / middle / right screen is used to determine the display position of the corresponding seven-full menu and seven-full submenu.

[0042] In this embodiment, only the basic route of the last level submenu of the device is used to determine the corresponding display interface; the basic routes of other submenus do not need to determine the display interface, and the configuration according to the set format is only to maintain the uniform format, reflect the menu architecture, and facilitate operation and management.

[0043] 3. Automatic configuration of the device drop-down list corresponding to the device first-level menu.

[0044] In this embodiment, a device drop-down list menu is also provided under the device level menu. The device drop-down list menu is a specific device menu under the device level menu (device type menu). The generation method thereof is as follows: The program loops through the device type codes corresponding to the 24 device types, calls the "Query Relationship Database Data" interface in the Digital Station Business Interaction Technical Specification, queries the ast_sgasset table to obtain all devices included in each device type, as well as the basic data of all devices, including the Chinese name of the device, the voltage level to which the device belongs, the device ID, the device universal identification code and other information, sets the device drop-down menu name according to the Chinese name of the device, and determines the device corresponding to the drop-down list menu according to the device ID and the universal identification code; the universal identification code is a universal unique identification code and is universal in all systems. Group the devices according to the voltage level to which the devices belong, and group the devices of the same voltage level into one group. Generate the basic menu route by splicing the voltage level. Set the menu data such as the device resource number, parameter information, and physical ID according to the device ID, and set the menu universal identification code data according to the device universal identification code.

[0045] The device drop-down list is as follows Figure 5 As shown, the menu data of the device drop-down list includes the menu name (Chinese description of the device type), parent menu (parent menu number id), menu view type (large screen and PC), menu basic route, availability, menu order and other required parameter information. The specific device also includes the device resource number, parameter information, physical ID, universal identification code and other required parameters.

[0046] The drop-down list menu is used to transfer corresponding device parameters to the display interface determined by the basic route of the device third-level submenu when selected, so that the display interface displays the device parameters.

[0047] The device drop-down menu data under the device type, the basic route is spliced ​​according to the level to ensure that it only starts with " / device / devType", and the basic route of the device drop-down list is configured according to the voltage level of the device. Device resource number: The English name corresponding to the device type, the specific device is the device asset ID, the parameter information is the content of the message sent by the switching device to the specific business card in the framework, the format is fixed, and the assetId parameter is given (generally the same as the device resource number). Universal identification code: The specific device needs to enter the universal identification code of the device.

[0048] 4. Automatic configuration of the site-wide advanced applications under the system and the first-level menu of the self-built system within the site.

[0049] According to the top-level design plan of the digital station system, the system's top-level menu includes six station-wide advanced applications and a first-level menu including a self-built system within the station, including digital fire protection system, digital security system, DC lean operation and maintenance support platform, air-ground-space collaborative patrol system, converter station panoramic monitoring, and equipment status auxiliary identification. The program automatically generates data for each first-level menu according to the six pre-made menus.

[0050] The first-level menu data under the system includes menu name (Chinese description of device type), parent menu (parent menu number id), menu view type (large screen and PC), menu basic route, availability, menu order and other required parameter information. The configuration of parameters is as follows Fig.10 The basic route of the system level 1 menu is used to determine the display content of the system level 1 menu.

[0051] In this implementation, the system menu includes a structure such as Figure 6 As shown, it includes six system first-level menus: digital fire protection system, digital security system, DC lean operation and maintenance support platform, air-ground collaborative patrol system, converter station panoramic monitoring, and equipment status auxiliary identification. In actual use, the number and type of system first-level menus can be set according to the actual situation of the self-built system.

[0052] Computer equipment example: A computer device of the present invention includes a processor, wherein the processor implements the steps of the automatic configuration method of the framework menu of the digital centralized control system as described in the method embodiment of the present invention when executing a computer program. The specific process, principle and beneficial effects of the method have been described in detail in the method embodiment, and will not be repeated in this embodiment.

[0053] The processor may be a microprocessor MCU, a programmable logic device FPGA or other processing device.

[0054] Digital centralized control system implementation example: A digital centralized control system of the present invention includes a frame menu, and the frame menu is used to automatically configure using the automatic configuration method of the frame menu of the digital centralized control system described in the method embodiment of the present invention. The specific process, principle and beneficial effects of the method have been described in detail in the method embodiment, and will not be repeated in this embodiment.

Claims

1. A method for automatically configuring a framework menu of a digital centralized control system, characterized in that: The following steps are involved: 1) Obtaining equipment type data in the digital centralized control system, wherein the equipment type data includes the equipment type name; 2) The acquired device type name is configured as the menu name in the device level menu of the framework menu; 3) Configure the basic route of the last level submenu according to the device type name and the names of its submenus at each level; the basic route of the last level submenu is used to determine the display interface of the corresponding submenu.

2. The automatic configuration method of the framework menu of the digital centralized control system according to claim 1 is characterized in that: A corresponding device drop-down list menu is also provided under each device level menu. The method for generating the device drop-down list menu includes: Obtain the devices included in each device type and basic data of each device, wherein the basic data includes a device name, a device ID and a universal identification code; generate a drop-down list menu of a corresponding device first-level menu according to each device name; determine the device corresponding to the drop-down list menu according to the device ID and the universal identification code; The drop-down list menu is used to transfer corresponding device parameters to the display interface when selected, so that the display interface displays the device parameters.

3. The automatic configuration method of the framework menu of the digital centralized control system according to claim 2 is characterized in that: The basic data also includes a voltage level of the device, and a basic route of a corresponding drop-down list menu is generated according to the voltage level of the device.

4. The automatic configuration method of the framework menu of the digital centralized control system according to claim 1 is characterized in that: The automatic configuration method further comprises the following steps: configuring the basic route of the first-level menu of the device according to the name of the first-level menu of the device.

5. The automatic configuration method of the framework menu of the digital centralized control system according to claim 4 is characterized in that: The device type name includes a Chinese name of the device type and an English name of the device type. The Chinese name of the device type is used as a menu name configured in the device level menu of the framework menu, and the English name of the device type is used to generate the basic route of the device level menu.

6. The automatic configuration method of the framework menu of the digital centralized control system according to claim 1 is characterized in that: The automatic configuration method also includes the following steps: generating an overview first-level menu according to the name of a preset overview first-level menu, and configuring a basic route of the overview first-level menu according to the name of the overview first-level menu, wherein the basic route of the overview first-level menu is used to determine the display content of the overview first-level menu.

7. The automatic configuration method of the framework menu of the digital centralized control system according to claim 6 is characterized in that: The generated overview first-level menu includes overview menu, key recording menu, key data menu, line fault location menu, daily, weekly and monthly analysis menu, intelligent patrol menu, intelligent report menu and emergency menu.

8. The automatic configuration method of the framework menu of the digital centralized control system according to claim 1 is characterized in that: The automatic configuration method also includes the following steps: presetting and generating a system-level menu according to the name of the self-built system, and configuring a basic route of the system-level menu according to the name of the system-level menu, wherein the basic route of the system-level menu is used to determine the display content of the system-level menu.

9. The automatic configuration method of the framework menu of the digital centralized control system according to claim 8 is characterized in that: The preset system first-level menus include: digital fire protection system menu, digital security system menu, operation and maintenance support platform menu, patrol system menu, converter station panoramic monitoring menu and equipment status auxiliary identification menu.

10. A computer device comprising a processor, characterized in that: The processor implements the steps of the automatic configuration method of the framework menu of the digital centralized control system as described in any one of claims 1 to 9 when executing the computer program.

11. A digital centralized control system, including a framework menu, characterized in that: The frame menu is used for automatic configuration using the automatic configuration method for the frame menu of the digital centralized control system as described in any one of claims 1-9.

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