A real-time monitoring management system and method based on web configuration screen in remote terminal

Abstract

The present invention relates to the field of industrial control technology, and specifically discloses a real-time monitoring management system and method based on a web configuration screen in a remote terminal. The system includes: a Web configuration screen configuration tool, a Web data server, a central database, and a remote application terminal; the Web configuration screen configuration tool is used to modify and associate the Web configuration screen and variables, and the control switch quantity or state quantity corresponding to the variable and the remote entity device; the Web data server is provided with an event processing unit, which is used to parse the mapping relationship between the user-configured encapsulated Web configuration screen and variables, components and remote entity devices and store them in the central database; the remote application terminal is provided with a monitoring unit, which is used to initiate a request for real-time loading and rendering of the Web configuration screen and the bound variables. The present invention greatly improves the configuration efficiency of the configuration screen, and realizes more convenient real-time monitoring of the remote entity device of the component mapping of the Web configuration screen.

Description

Technical Field

[0001] The present invention relates to the field of industrial control technology, and in particular to a system and method for real-time monitoring and management of configuration screens. Background Art

[0002] With the rapid development of computer and Internet technologies, especially the continuous expansion of customized needs and application fields of data visualization, users have higher requirements for the development and configuration of data visualization and real-time monitoring methods. They must be able to highly customize the display screen, and meet the requirements of multi-terminal real-time monitoring and management of data screens.

[0003] In the past, the visualization development and configuration methods of configuration data were single and severely restricted by developers, with poor scalability and mostly static centralized publishing methods, which had poor flexibility. At the same time, when users viewed the monitoring configuration screen in real time on the remote terminal, they were often restricted by the single terminal and could not view the configuration screen and interactive data online in real time anytime and anywhere, and could not configure the configuration screen and bind interactive data, resulting in poor human-computer interaction experience. Summary of the invention

[0004] The technical problem to be solved by the present invention is: to overcome the shortcomings of the prior art, to develop data visualization configuration components and configuration tools, and to publish them on multiple platforms, so that users can configure data visualization screens and bind real-time interactive variables without having to touch software development technology, so as to achieve real-time monitoring and management of Web configuration screens on remote terminals, meet users' requirements for data visualization configuration screen configuration and real-time response variable binding, and enable users to achieve the purpose of monitoring and managing remote physical devices mapped by Web configuration screen components through network data transmission.

[0005] In order to solve the above technical problems, the technical solution adopted by the present invention is: a real-time monitoring and management system based on a web configuration screen at a remote terminal, which includes: a Web configuration screen configuration tool, a Web data server, a central database and a remote application terminal;

[0006] The Web configuration screen configuration tool is used to create a Web configuration screen, set components, variables and remote entity devices managed by the Web configuration screen, bind components to variables, and perform bidirectional binding between variables and control switch quantities or status quantities corresponding to remote entity devices, thereby forming a mapping relationship between components of the Web configuration screen and remote entity devices;

[0007] It is used to modify the binding relationship between components and variables of the Web configuration screen, and the mapping relationship between components of the Web configuration screen and remote physical devices for the Web configuration screen that has been rendered and loaded into the canvas;

[0008] Used to encapsulate the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and transmit the encapsulated Web configuration screen and variables, and the mapping relationship between the components of the Web configuration screen and the remote entity device to the Web data server through the network;

[0009] It is also used to receive the encapsulated Web configuration screen and variables returned from the Web data server, and the mapping relationship between the components of the Web configuration screen and the remote entity device, and parse them at the same time, and after completion, render and load the Web configuration screen into the canvas;

[0010] The Web data server is provided with an event processing unit, which is used to parse the mapping relationship between the encapsulated Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and store the parsed mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device in a central database; the event processing unit is used to receive an acquisition request for the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device initiated by the Web configuration screen configuration tool, and retrieve the corresponding mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device from the central database. The event processing unit is further used for receiving a request from a remote application terminal to obtain a mapping relationship between a Web configuration screen and a variable, a component of a Web configuration screen and a remote entity device, taking out the mapping relationship between the corresponding Web configuration screen and a variable, a component of a Web configuration screen and a remote entity device from a central database, encapsulating it, and then transmitting the mapping relationship between the encapsulated Web configuration screen and a variable, a component of a Web configuration screen and a remote entity device to a remote application terminal;

[0011] The remote application terminal is provided with a monitoring unit, which is used to initiate a request for real-time loading and rendering of the mapping relationship between the Web configuration screen and variables, and the components of the Web configuration screen and the remote entity device; the monitoring unit is used to receive the encapsulated Web configuration screen and variables, and the mapping relationship between the components of the Web configuration screen and the remote entity device sent by the Web data server, parse the data and render the Web configuration screen in real time on the remote application terminal interface, and at the same time maintain the binding of the associated components and variables on the Web configuration screen, and the two-way binding of the variables and the control switch quantity or state quantity corresponding to the remote entity device;

[0012] The central database is used to store the mapping relationship between the Web configuration screen and variables, and the components of the Web configuration screen and the remote entity devices.

[0013] Preferably, the Web configuration screen configuration tool includes: a component setting module, a variable binding module and a device management module;

[0014] Component setting module, used to create new components, delete components, and set component attribute values;

[0015] The variable binding module is used to create new variables, delete variables, set variable values, and bind components to variables;

[0016] The device management module is used to add remote entity devices, delete remote entity devices, set the control switch quantity or status quantity of the remote entity devices, and bidirectionally bind the variables with the control switch quantity or status quantity corresponding to the remote entity devices.

[0017] Preferably, the monitoring unit is also used to filter and match according to the real-time monitoring screen initiated by the remote application terminal user, and send the mapping relationship between the Web configuration screen and variables that meet the conditions, and the components of the Web configuration screen and the remote entity device to the remote application terminal in real time.

[0018] In order to solve the above technical problems, another technical solution adopted by the present invention is: a real-time monitoring and management method based on a web configuration screen at a remote terminal, which comprises:

[0019] Create a web configuration screen: Use the Web configuration screen configuration tool to configure and bidirectionally bind the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote physical device, and then encapsulate and send it to the Web data server. The Web data server parses the mapping relationship between the encapsulated Web configuration screen and variables, the components of the Web configuration screen and the remote physical device, and stores the parsed mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote physical device in the central database;

[0020] Editing the web configuration screen: through the configuration tool of the Web configuration screen, sending a request for obtaining the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the Web data server, the Web data server receives the request for obtaining the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices, and the Web data server takes out the corresponding mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices from the central database, and encapsulates it, and then transmits the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the configuration tool of the Web configuration screen, and loads and renders it on the canvas therein; through the configuration tool of the Web configuration screen, the user modifies the mapping relationship between the rendered and loaded Web configuration screen and variables, components of the Web configuration screen and remote entity devices according to user needs and associates and binds them with variables; the modified mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices is encapsulated again and sent to the Web data server, and the Web data server stores it in the central database;

[0021] The remote application terminal loads the web configuration screen: the remote application terminal initiates a request for the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the Web data server. The Web data server receives the request to obtain the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices. The Web data server retrieves the corresponding mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices from the central database, encapsulates it, and then transmits the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the remote application terminal. After receiving the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices, the remote application terminal parses it and loads and renders the screen on the remote terminal interface, as well as binds the variables and performs two-way binding of the mapping relationship between the components of the Web configuration screen and remote entity devices.

[0022] Preferably, the remote application terminal monitors the web configuration screen in real time: the web configuration screen and interactive data rendered by the remote application terminal interface receive remote data in real time and render instantly.

[0023] The present invention has the following beneficial effects: the present invention can configure the configuration screen of data visualization and the binding of real-time variables, and the variables are bidirectionally bound to the control switch quantities or status quantities corresponding to the remote entity devices, forming a mapping relationship between the components of the Web configuration screen and the remote entity devices, and publishing them to the remote terminal for real-time monitoring and management, which changes the traditional data visualization development method, greatly improves the configuration efficiency of the configuration screen, and is a more convenient real-time monitoring method. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 It is a structural diagram of an embodiment of a real-time monitoring and management system in a remote terminal based on a web configuration screen of the present invention.

[0025] Figure 2 It is a configuration screen configuration flow chart of the Web configuration screen configuration tool of the present invention.

[0026] Figure 3 The present invention is a flow chart of variable binding of the Web configuration screen configuration tool. DETAILED DESCRIPTION

[0027] The preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings. The preferred embodiments are only for illustrating the use of the present invention, and are not intended to limit the protection scope of the present invention.

[0028] like Figure 1 As shown, an embodiment of the present invention is a real-time monitoring and management system based on a web configuration screen in a remote terminal, which includes: a web configuration screen configuration tool, a web data server, a central database and a remote application terminal. The web configuration screen is composed of a number of components with different functions and forms according to a certain screen logic. By setting the component properties, the display of the component in the web configuration screen can be adjusted, and then by associating and binding with user-defined variables, the user can control and modify the display state or data of the component in the web configuration screen in the remote application terminal, and then transmit the network data to achieve the purpose of monitoring and managing the remote entity device mapped by the component.

[0029] Web configuration screen configuration tool, used to create Web configuration screen, set Web configuration screen components, variables (user-defined variables) and remote entity devices managed by Web configuration screen, bind components with variables, and perform two-way binding between variables and control switch quantities or status quantities corresponding to remote entity devices, thus forming a mapping relationship between Web configuration screen components and remote entity devices, so as to achieve the purpose of real-time monitoring and management of remote entity devices at remote terminals through Web configuration screens;

[0030] It is used to modify the binding relationship between components and variables of the Web configuration screen, and the mapping relationship between components of the Web configuration screen and remote physical devices for the Web configuration screen that has been rendered and loaded into the canvas;

[0031] Used to encapsulate the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and transmit the encapsulated Web configuration screen and variables, and the mapping relationship between the components of the Web configuration screen and the remote entity device to the Web data server through the network;

[0032] It is also used to receive the encapsulated Web configuration screen and variables returned from the Web data server, and the mapping relationship between the components of the Web configuration screen and the remote entity device, and parse them at the same time. After completion, the Web configuration screen is rendered and loaded into the canvas.

[0033] The Web data server is provided with an event processing unit, which is used to parse the mapping relationship between the encapsulated Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and store the parsed mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device in the central database; the event processing unit is used to receive the acquisition request for the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device initiated by the Web configuration screen configuration tool, and retrieve the corresponding mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device from the central database. , and encapsulate it, and then transmit the encapsulated Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device to the Web configuration screen configuration tool; the event processing unit is also used to receive a request from a remote application terminal to obtain the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and retrieve the corresponding mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device from the central database, and encapsulate it, and then transmit the encapsulated Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device to the remote application terminal.

[0034] The remote application terminal is provided with a monitoring unit, which is used to initiate a request for real-time loading and rendering of the Web configuration screen and variables, and the mapping relationship between the components of the Web configuration screen and the remote entity device; the monitoring unit is used to receive the encapsulated Web configuration screen and variables, and the mapping relationship between the components of the Web configuration screen and the remote entity device sent by the Web data server, parse the data and render the Web configuration screen in real time on the remote application terminal interface, while maintaining the binding of the associated components and variables on the Web configuration screen, and the two-way binding of the variables and the control switch quantity or status quantity corresponding to the remote entity device; the monitoring unit is also used to filter and match according to the real-time monitoring screen initiated by the remote application terminal user, and send the Web configuration screen and variables that meet the conditions, and the mapping relationship between the components of the Web configuration screen and the remote entity device to the remote application terminal in real time.

[0035] The central database is used to store the mapping relationship between the Web configuration screen and variables, and the components of the Web configuration screen and the remote physical devices.

[0036] The Web configuration screen configuration tool includes: component setting module, variable binding module and device management module.

[0037] Component setting module, used to create new components, delete components, and set component attribute values;

[0038] The variable binding module is used to create new variables, delete variables, set variable values, and bind components to variables;

[0039] The device management module is used to add remote entity devices, delete remote entity devices, set the control switch quantity or status quantity of the remote entity devices, and bidirectionally bind the variables with the control switch quantity or status quantity corresponding to the remote entity devices.

[0040] like Figure 2 As shown, the configuration screen configuration process of the Web configuration screen configuration tool of the present invention is:

[0041] Create a configuration screen;

[0042] Add components to the created canvas and adjust the layout according to user needs;

[0043] Adjust component properties or bind response events;

[0044] Add variables and associate corresponding components;

[0045] Preview the screen to see if it meets the user's functional requirements. If so, proceed to the next step. If not, return to add components to the created canvas and adjust the layout according to user requirements.

[0046] Save the configuration screen and publish it.

[0047] like Figure 3 As shown in the figure, the variable binding and device association process of the Web configuration screen configuration tool is as follows:

[0048] Add new variables, name them and assign initial values ​​to them;

[0049] Add components to the canvas and bind variables to the corresponding attribute values ​​of the components;

[0050] Save the configuration screen and associate the configuration screen with the device;

[0051] It is sent to the Web data server and stored in the central database after processing;

[0052] Remote terminal user login;

[0053] Initiate a Web configuration screen data request to the Web data server;

[0054] The remote terminal processes and loads the data returned by the server and loads the Web configuration screen

[0055] Operate the components bound to variables in the Web configuration screen to trigger variable changes.

[0056] The present invention provides a method for real-time monitoring and management of a remote terminal based on a web configuration screen, which comprises the following steps:

[0057] Create a web configuration screen: Use the Web configuration screen configuration tool to configure and bidirectionally bind the mapping relationship between the Web configuration screen and variables (user-defined variables), the components of the Web configuration screen and the remote physical device, and then encapsulate and send it to the Web data server. The Web data server parses the mapping relationship between the encapsulated Web configuration screen and variables, the components of the Web configuration screen and the remote physical device, and stores the parsed mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote physical device in the central database;

[0058] Editing web configuration screen: Sending a request to obtain the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the Web data server through the configuration tool of the Web configuration screen. The Web data server receives the request to obtain the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices. The Web data server retrieves the corresponding mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices from the central database, encapsulates it, and then transmits the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the configuration tool of the Web configuration screen. And load and render on the canvas therein; through the configuration tool of the Web configuration screen, the user modifies the rendered and loaded Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device according to user needs and associates and binds with variables (user-defined variables); the modified Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device are packaged again and sent to the Web data server, and the Web data server stores it in the central database, so that the user can repeatedly modify the binding relationship and corresponding logic between the Web configuration screen and the user-defined variables, and can repeatedly modify the mapping relationship between the components of the Web configuration screen and the remote entity device;

[0059] The remote application terminal loads the web configuration screen: the remote application terminal initiates a request for the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the Web data server. The Web data server receives the acquisition request for the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices. The Web data server retrieves the corresponding mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices from the central database, encapsulates it, and then transmits the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the remote application terminal. After receiving the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices, the remote application terminal parses it and loads and renders the screen on the remote terminal interface, as well as binds the variables and performs two-way binding of the mapping relationship between the components of the Web configuration screen and remote entity devices.

[0060] The remote application terminal monitors the web configuration screen in real time: the web configuration screen and interactive data rendered by the remote application terminal interface receive remote data in real time and render it instantly.

[0061] The above embodiments are only preferred embodiments for fully illustrating the present invention, and the protection scope of the present invention is not limited thereto. Any equivalent substitution or change made by a person skilled in the art based on the present invention is within the protection scope of the present invention.

Claims

1. A real-time monitoring and management system based on a web configuration screen at a remote terminal, characterized in that: It includes: Web configuration screen configuration tool, Web data server, central database and remote application terminal; The Web configuration screen configuration tool is used to create a Web configuration screen, set components, variables and remote entity devices managed by the Web configuration screen, bind components to variables, and perform bidirectional binding between variables and control switch quantities or status quantities corresponding to remote entity devices, thereby forming a mapping relationship between components of the Web configuration screen and remote entity devices; It is used to modify the binding relationship between components and variables of the Web configuration screen, and the mapping relationship between components of the Web configuration screen and remote physical devices for the Web configuration screen that has been rendered and loaded into the canvas; Used to encapsulate the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and transmit the encapsulated Web configuration screen and variables, and the mapping relationship between the components of the Web configuration screen and the remote entity device to the Web data server through the network; It is also used to receive the encapsulated Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device returned from the Web data server, and parse the mapping relationship between the encapsulated Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device, and after completion, render and load the Web configuration screen into the canvas; The Web data server is provided with an event processing unit, which is used to parse the mapping relationship between the encapsulated Web configuration screen and variables, the components of the Web configuration screen and the remote entity device, and store the parsed mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device in a central database; the event processing unit is used to receive an acquisition request for the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device initiated by the Web configuration screen configuration tool, take out the corresponding mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device from the central database, and store the corresponding mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity device in a central database. The mapping relationship between the Web configuration screen and the variables, the components of the Web configuration screen and the remote entity device is encapsulated, and then the mapping relationship between the encapsulated Web configuration screen and the variables, the components of the Web configuration screen and the remote entity device is transmitted to the Web configuration screen configuration tool; the event processing unit is also used to receive a request initiated by the remote application terminal to obtain the mapping relationship between the Web configuration screen and the variables, the components of the Web configuration screen and the remote entity device, and retrieve the corresponding mapping relationship between the Web configuration screen and the variables, the components of the Web configuration screen and the remote entity device from the central database, and encapsulate the corresponding mapping relationship between the Web configuration screen and the variables, the components of the Web configuration screen and the remote entity device, and then transmit the encapsulated mapping relationship between the Web configuration screen and the variables, the components of the Web configuration screen and the remote entity device to the remote application terminal; The remote application terminal is provided with a monitoring unit, which is used to initiate a request for real-time loading and rendering of a Web configuration screen and variables, and a mapping relationship between components of the Web configuration screen and a remote entity device; the monitoring unit is used to receive the encapsulated Web configuration screen and variables, and a mapping relationship between components of the Web configuration screen and a remote entity device sent by a Web data server, parse the data and render the Web configuration screen in real time on the remote application terminal interface, while maintaining the binding of the associated components and variables on the Web configuration screen, and the bidirectional binding of the variables and the control switch quantity or state quantity corresponding to the remote entity device; The central database is used to store the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote entity devices; The Web configuration screen configuration tool includes: a component setting module, a variable binding module and a device management module; The component setting module is used to create new components, delete components, and set component attribute values; The variable binding module is used to create new variables, delete variables, set variable values, and bind components to variables; The device management module is used to add a remote entity device, delete a remote entity device, set a control switch quantity or a state quantity of a remote entity device, and perform bidirectional binding between a variable and a control switch quantity or a state quantity corresponding to the remote entity device.

2. A real-time monitoring and management system based on a web configuration screen in a remote terminal as claimed in claim 1, characterized in that: The monitoring unit is also used to filter and match the real-time monitoring screen initiated by the remote application terminal user, and send the mapping relationship between the Web configuration screen and variables that meet the conditions, and the components of the Web configuration screen and the remote entity device to the remote application terminal in real time.

3. A real-time monitoring and management method based on a web configuration screen at a remote terminal, characterized in that: It includes: Create a web configuration screen: Use the Web configuration screen configuration tool to configure and bidirectionally bind the mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote physical device, and then encapsulate and send it to the Web data server. The Web data server parses the mapping relationship between the encapsulated Web configuration screen and variables, the components of the Web configuration screen and the remote physical device, and stores the parsed mapping relationship between the Web configuration screen and variables, the components of the Web configuration screen and the remote physical device in the central database; Editing the web configuration screen: sending a request for obtaining the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the Web data server through the configuration tool of the Web configuration screen. The Web data server receives the request for obtaining the mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices, and retrieves the corresponding mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices from the central database, and encapsulates the corresponding mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices, and then transmits the encapsulated mapping relationship between the Web configuration screen and variables, components of the Web configuration screen and remote entity devices to the configuration tool of the Web configuration screen, and loads and renders it on the canvas therein; through the configuration tool of the Web configuration screen, the user modifies the mapping relationship between the rendered and loaded Web configuration screen and variables, components of the Web configuration screen and remote entity devices according to user needs and associates and binds them with variables; The modified Web configuration screen and variables, the mapping relationship between the components of the Web configuration screen and the remote entity device are packaged again and sent to the Web data server, and the Web data server stores them in the central database; The remote application terminal loads the web configuration screen: the remote application terminal initiates a request for the mapping relationship between the web configuration screen and variables, components of the web configuration screen and remote entity devices to the web data server. The web data server receives the acquisition request for the mapping relationship between the web configuration screen and variables, components of the web configuration screen and remote entity devices. The web data server retrieves the corresponding mapping relationship between the web configuration screen and variables, components of the web configuration screen and remote entity devices from the central database, and encapsulates the corresponding mapping relationship between the web configuration screen and variables, components of the web configuration screen and remote entity devices, and then transmits the encapsulated web configuration screen and variables, components of the web configuration screen and remote entity devices to the remote application terminal. After receiving the encapsulated web configuration screen and variables, components of the web configuration screen and remote entity devices, the remote application terminal parses the mapping relationship between the encapsulated web configuration screen and variables, components of the web configuration screen and remote entity devices, and loads and renders the screen on the remote terminal interface, as well as binds the variables and performs two-way binding of the mapping relationship between the components of the web configuration screen and remote entity devices. Component settings: Create new components, delete components, and set component attribute values ​​through the configuration tool of the Web configuration screen; Variable binding: Create new variables, delete variables, set variable values, and bind components to variables through the configuration tool of the Web configuration screen; Device management: Through the configuration tool of the Web configuration screen, add remote physical devices, delete remote physical devices, set the control switch quantity or status quantity of the remote physical device, and bidirectionally bind the variable with the control switch quantity or status quantity corresponding to the remote physical device.

4. A method for real-time monitoring and management based on a web configuration screen in a remote terminal as claimed in claim 3, characterized in that: It also includes: The remote application terminal monitors the web configuration screen in real time: the web configuration screen and interactive data rendered by the remote application terminal interface receive remote data in real time and render it instantly.

Images