15 results about "Drag and drop" patented technology

The application discloses a kind of support to drag and drop sorting waypoint list management interaction system, belong to ground station waypoint management field.Belong to ground station waypoint management field.It includes waypoint list display module, drag and drop sorting interaction module, waypoint management operation module, associated function adaptation module;Waypoint list display module presents the key parameters such as waypoint height, flight speed with entry form;Drag and drop sorting interaction module supports user to drag and drop waypoint entry adjustment order, real-time feedback state and synchronously flight execution logic;Waypoint management operation module provides waypoint deletion, save, read and upload function;Associated function adaptation module realizes linkage with template editor, relative coordinate editor and flight control module.This system operation is intuitive, data synchronization is efficient, and function integration is strong, effectively solve the problem that traditional waypoint management operation is complicated, data linkage is insufficient, improve the convenience and accuracy of flight mission planning.

1. Name of the product in this design: Graphical User Interface for Sliding Identification Content and Instructional Guidance Display of Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key points: the front view. 5. As is customary, rear view, left view, right view, top view, and bottom view are omitted. 6. Purpose of the graphical user interface: It is used to introduce content and provide operation guidance in real time by dragging and dropping movable button entry points to the corresponding page content area, and supports users to directly consult related content. 7. Human-computer interaction method of graphical user interface: The main view is the product homepage; drag the circular icon in the upper right corner of the main view down to the corresponding area of ​​the interface to get interface change state diagram 1; continue to drag the circular icon in interface change state diagram 1 down to the corresponding area of ​​the interface to get interface change state diagram 2; in interface change state diagram 2, after releasing the button, the selected content will be recognized and the corresponding explanation and guidance will be displayed to get interface change state diagram 3. In the view, an "X" represents a variable or replaceable text, number, or symbol.

This invention discloses an experiment report generation system and method based on a low-code platform. The system includes a layout rendering system and a business logic system. The layout rendering system is used by users to design and generate experiment reports through drag-and-drop components and renders them in real time. It includes a control module, a page rendering module, and a parameter setting module. The control module provides users with draggable visual components, including form controls and multi-dimensional table controls. The page rendering module renders and displays the experiment reports generated by dragging and dropping form controls and / or multi-dimensional table controls in real time within the visual development module of the low-code platform. The parameter setting module includes a parameter configuration unit, a data binding unit, and a formula selection unit. The business logic system includes a data extraction module and a formula calculation module. This invention ensures maximum fidelity to the experiment report template through multi-dimensional table controls and formula calculation controls, greatly shortening development time and reducing development costs.

This invention discloses a flexible table configuration method and system based on Handsontable in a Vue project, including: S1: Drag and drop merging; responding to the user's drag and drop operation, capturing the area to be merged, and serializing the merging information corresponding to the area into persistently stored merge range data; S2: Component registration; writing Vue business components as custom editors and renderers, and registering them as new cell types; S3: Event communication; establishing a global message bus; publishing cell data change events inside the table, and listening for corresponding events in external modules; S4: Granular configuration; providing unified type configuration at the column level, and supporting exception configuration of cells through cell metadata.

This invention relates to the field of system development technology, and more particularly to a visual low-code platform. A visual low-code platform includes a menu function area, a display area, a function configuration area, and a global configuration bar at the top, all arranged in columns. The platform has a built-in drag-and-drop library for dragging and dropping projects in the display area. It also includes a built-in code generation module and a prototype generation module. The code generation module has preset code generation rules that convert configured data into Vue component code output. Furthermore, the platform has a built-in html2canvas screenshot component that automatically captures content displayed in the display area, converts it into a canvas image, stores the generated image data in the background, and opens the prototype image in a new window when the user needs to generate a prototype. This solves the problems of existing low-code platforms having chaotic UI designs, limited functionality that makes them unusable for non-professionals due to technical barriers, and low utilization rates for professionals who can only implement basic functions.

The present application relates to the technical field of digital twinning, in particular to a low-code device information digital twinning model creation method, which builds a model framework by dragging and dropping predefined input, output and logic processing components from a component library to a canvas, flexibly configures component parameters using a context attribute panel, and establishes data flow between component ports using intuitive graphical connection operations, and performs real-time data type checking to ensure the correctness of the connection. Finally, by configuring the address binding of I / O components with external controllers or data sources, and supporting real-time data monitoring and input forced assignment during the simulation stage, a device information model is constructed that is complete in function and can directly interact with the real control system for data verification. The traditional code writing work is transformed into visual configuration and connection operation, greatly reducing the technical threshold and development workload, enabling domain experts to quickly build, modify and debug models without deep programming background.

This invention belongs to the field of software encapsulation technology and discloses a visual business function encapsulation method and system for no-code workflow platforms. Through the full-process visualization operation of visual business functions, users only need to drag and drop components and declaratively configure parameters to realize complex business logic orchestration. At the same time, a visual field selector is provided to realize parameter pre-mapping, and the drill-down canvas supports hierarchical logic orchestration. With the addition of logic conflict detection and intelligent component recommendation functions, it can automatically identify and prompt logical problems such as loop deadlock. It can also recommend suitable components based on IO contracts and historical data, which lowers the usage threshold for no-code users. At the same time, it adopts a compilation mode that combines pre-compilation and incremental compilation, and uses a multi-level caching system of local, distributed and disk persistence to reuse native closure functions. Combined with slot ID index access to local variables, it improves data read and write efficiency, and has significant performance advantages in high-frequency call scenarios.

This invention provides a method and system for constructing a dynamic data visualization operation and maintenance platform, relating to the field of data processing technology. The method includes: Step 1, in the initial project canvas, dragging and dropping basic / decorative / custom components from the built-in model library of the visualization design platform to build the basic structure and visual layout of the visualization page; by setting component attributes, performing operations such as arranging, locking, hiding, and copying, a page structure with clear interactive logic is formed; Step 2, by inputting natural language keywords or voice commands, the generated result is obtained, and the generated result is embedded into the current page layout to achieve intelligent component expansion and visual enhancement. This invention can efficiently build operation and maintenance visualization pages with clear interaction and visual adaptation, quantify visual complexity and dynamically optimize rendering parameters, simplify the deployment process, and achieve efficient, smooth page operation and convenient access.

A method and system for rapid data configuration based on graphical operation is disclosed. In this method, users drag and drop preset date controls from a component library onto a canvas area in a visual interface to generate instances. When the user enables fuzzy configuration in the properties panel, the system defines the control's data structure as a mask sequence—distinguishing between actual numerical bits and placeholder bits. When the user enters an incomplete date, the system extracts the entered numerical portion, temporarily replaces the unentered placeholders with valid default values, and generates a candidate time object. This object is submitted to a standard calendar engine for instantiation verification, and the result returned by the engine is the final verification conclusion. This application aims to reduce the configuration difficulty and error probability for non-technical personnel and improve the accuracy of clinical data collected at the source.

1. Name of the product in this design: Graphical User Interface for Small Model AI Platform Point Management of Electronic Devices. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are: the graphical user interface content that displays information. 4. Images or photos that best illustrate the design points: Interface change state diagram 5. 5. Purpose of the graphical user interface: This graphical user interface is used for point management of the small model AI platform. The main view is the tag management interface of the small model AI platform. In the main view, when the user clicks the "Create Tag" button, they enter the interface change state diagram 1, which displays the Create Tag pop-up window. In Interface Change State Diagram 1, after the user enters the tag name in the pop-up window and clicks the "OK" button, they enter Interface Change State Diagram 2, which displays the tag addition completed interface. In the interface change state diagram 2, the user clicks the "Delete" button on the tab bar that needs to be deleted, and enters the interface change state diagram 3, which displays the delete tab pop-up window. In the interface change state diagram 3, the user clicks the "OK" button and enters the interface change state diagram 4, which displays the label deletion completion interface. In the interface change state diagram 4, the user clicks the "Resource Management" column on the left, and then clicks the "Location Management" item in the drop-down box to enter the interface change state diagram 5, which displays the location management interface. In the interface change state diagram 5, when the user clicks the "Add" button, they will enter the interface change state diagram 6, which displays a pop-up window for importing point data. In the interface change state diagram 6, the user clicks "Upload Excel Table" on the right side of the "Upload Method" column, drags and drops the Excel table to be uploaded to complete the point import, and clicks the "Upload" button to enter the interface change state diagram 7, which displays the interface where the point data import is complete. In the interface change state diagram 7, the user clicks the "Details" button on the right side of the point column that needs to be viewed, and enters the interface change state diagram 8, which displays the point details pop-up window. In the interface change state diagram 8, the user clicks the "close" button in the pop-up window to enter the interface change state diagram 9, which displays the point management interface. In the interface change state diagram 9, the user selects the box on the left side of the point column to be deleted, clicks the "Delete" button, and enters the interface change state diagram 10, which displays the delete point pop-up window.

This invention relates to the field of software development and engineering technology, and discloses a dynamic hub logic flow development method based on a low-code scenario. The method includes setting functional hub points, setting and storing scenarios, setting trigger methods, parsing and operating logic flows, error handling and data set protection, nested and hierarchical management of logic flows, and expanding functional hub points. This invention encapsulates all commonly used business functions of the platform, such as data processing, page interaction, and process control, into nodes. By dragging and dropping to configure the node order and parameters, functional flows that meet business requirements can be quickly built without writing a large amount of code. This allows non-developers to implement business functions through configuration, reducing secondary development workload. It also supports developers to register and customize nodes to further expand the tool's capabilities. This method is suitable for the rapid construction, maintenance, and expansion of enterprise-level business systems, covering the entire business process requirements, including data processing, logic control, front-end interaction, and service integration.

This invention discloses a method and system for dynamic orchestration of industrial task processes based on graphical drag-and-drop operations, relating to the field of industrial automation technology. The method includes: selecting nodes from a predefined capability library, dragging and dropping them onto a visual interface to form a directed acyclic graph (DAG) and performing real-time topology verification; configuring node parameters, including static parameters and dynamic parameters dynamically bound using a visual real-time data preview; automatically generating a three-layer JSON execution script based on the DAG, dual-granularity topology sorting, and parameter binding, with dynamic parameters written using string addressing expressions; submitting the script to a scheduling framework for execution according to dual-granularity sorting, supporting runtime delayed evaluation, and providing real-time status feedback to the interface. By generating execution scripts through dynamic parameter binding driven by a visual real-time data preview, efficient no-code orchestration and reliable scheduling execution of industrial tasks are achieved.

This invention discloses a method and system for SMS blacklist / whitelist / greylist interception based on BPMN and low-code. The method encapsulates caller ID checks, called party checks, blacklist / whitelist / greylist judgment, frequency limits, and risk scoring into configurable nodes by deploying a BPMN process engine, a low-code visual configuration module, a configuration center, and a policy execution module. Operations personnel can drag and drop nodes through a visual interface to generate interception policy flows. The configuration center manages the version of the flow definitions and hot-deploys them to the engine. When the SMS platform receives a sending request, the policy execution module calls the process engine to execute the corresponding policy. The engine sequentially drives the logic of each node and outputs the interception decision, while simultaneously recording the entire execution trajectory. This invention achieves flexible visual configuration, real-time hot updates, and full-process traceability of interception policies, significantly improving policy management efficiency and risk control capabilities.

1. Name of the product in this design: Parameter sharing graphical user interface for MR medical device scanning task of electronic device. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: To display the parameter sharing status of MR medical device scanning tasks, including the grouping relationship of scanning tasks and the shared parameter values, so that users can maintain the sharing relationship and parameter values ​​of scanning tasks in a timely manner. 6. Human-computer interaction method of graphical user interface: By right-clicking the mouse and pressing Ctrl / Shift, the user selects the scanning tasks shown in columns 2-5 below "Unshared Tasks" in the main view interface and drags the selected content to the right area, which will enter the interface shown in the changing state diagram 1. At this time, the right area is highlighted to indicate the area that the user can operate on. When the user releases the mouse, the interface shown in the changing state diagram 1 will enter the interface shown in the changing state diagram 2 to create "Coverage Group 1". By pressing Ctrl / Shift and clicking the multi-selection column 6, 7, 9 below "Unshared Tasks" and column 2 of "Coverage Group 1" in the changing state diagram 2 interface, and dragging the selected tasks to the "Drag and drop to create new group" highlighted area, the user will enter the interface shown in the changing state diagram 3. When the user releases the mouse, the interface shown in the changing state diagram 3 will enter the interface shown in the changing state diagram 4 to create "Coverage Group 2".

The present disclosure relates to a risk-oriented data analysis and modeling method, which comprises: in response to a user triggering operation on target metadata, refreshing data in the target metadata into data of a first node; preprocessing the data refreshed into the first node to obtain initial data; and in response to a user data analysis operation on the initial data, analyzing the initial data. Since the data analysis tool is node-based, users or business personnel can assemble different nodes as needed, making data analysis more flexible and efficient. Users can use a visual page to drag and drop nodes, configure the data analysis tool, and make operations simpler. Users only need to understand the basic functions of the analysis nodes, without the need to understand structured query language, thereby reducing the learning cost of users and the difficulty of data analysis, and enabling traditional data analysts to easily perform their duties.