9 results about "Interaction design" patented technology

The application discloses a general humanoid robot cloud management and control system and method, relates to the technical fields of intelligent robot control, cloud computing and man-machine interaction, and solves the technical problems of single scene adaptability, unreasonable interaction logic, insufficient offline voice recognition disclosure and fuzzy right claim protection range of the existing humanoid robot management and control platform. The system comprises a cloud management and control platform 1, a user terminal 2 and a terminal humanoid robot 3. The cloud management and control platform is provided with an instruction analysis unit, a task scheduling unit, a multi-scene semantic path planning unit and a state monitoring unit, and realizes unified scheduling of robots in all scenes. The terminal humanoid robot is provided with a general ontology shell, is suitable for rigid and flexible materials, is internally provided with a lightweight offline voice recognition module and a man-machine interaction feedback module, can independently operate offline, and can realize remote management and control after being connected to a network and being synchronized with the cloud. Through the design of a coordinate + label type semantic map, a lightweight high-frequency instruction set and a scene-adaptive man-machine interaction, the application realizes compatibility in all scenes of families, businesses and industries, can stably operate without depending on a large model, the technical solution is logical and rigorous, the disclosure is sufficient, the patent protection range is comprehensive and there is no examination risk.

This application provides an interaction design method and system based on gesture recognition. The method includes: determining whether a user has started executing a high-precision selection task based on hand movement and posture information; switching the system's working state to a locked state in response to determining that the user has started executing the high-precision selection task; in the locked state, when the user's hand is detected to form a posture indicating a global mode switching command, the global mode switching command is not executed immediately; in the locked state, when the user's dominant hand is detected to form a posture indicating a global mode switching command, and simultaneously the user's non-dominant hand is detected to perform a preset auxiliary confirmation action, the global mode switching command is executed; in the locked state, local operation commands directly related to the high-precision selection task are prioritized for response. This application can effectively avoid accidental switching of the global mode due to gesture misrecognition, while prioritizing the response to local operation commands, ensuring the smooth execution of high-precision tasks.

This invention relates to the field of interface interaction design technology, specifically to a multi-dimensional user feature-driven interface interaction design method and system. A multi-dimensional user feature-driven interface interaction design system includes: a mobile phone instability state judgment module, a trajectory prediction module, an intention control determination module, and an intention control magnification module. This invention can predict the sliding trajectory generated by user interaction operations under unstable conditions, obtain the predicted trajectory endpoint, determine candidate controls based on the predicted trajectory endpoint, and combine multi-dimensional user features such as the historical usage frequency ratio between the user and candidate controls and the strength of functional logical correlation to determine the intention control that the user is most likely to interact with next. Furthermore, it sets up magnification operations for the intention control, making the interaction between the user and the intention control more convenient and improving the user's interface interaction experience under unstable conditions.

The application provides a kind of liquid cargo system pipeline support intelligent selection system, method and medium, the selection system is through physical-data fusion modeling and multi-module collaborative design, significantly improves the intelligent level and engineering applicability of liquid cargo system pipeline support selection.The deep integration of physical constraints and machine learning algorithm, combined with the newly added temperature gradient stress correction formula, effectively solves the problem of insufficient prediction accuracy caused by parameter coupling under low temperature conditions, making the selection result more in line with the actual engineering demand;The dynamic updating mechanism of support selection database and the man-machine interaction design of multi-objective optimization give the system stronger adaptability and flexibility, which can adapt to different engineering priority and scene demand;Full-process automatic selection and visual result output greatly simplify the manual operation process and avoid the risk of rework in traditional selection;The setting of support strength verification unit realizes the closed-loop verification of the selection result, further ensuring the engineering safety.

The application discloses an intelligent auxiliary generation method and system of an administrative punishment case file. The method adopts a three-column parallel layout in a document preparation interface: left navigation, middle editing, and right intelligent review. When a user edits, the system analyzes the content in real time based on a rule base, classifies and displays the review results in the right area, and provides a contrast view of the original text, modification suggestions, and risk explanations for each result, as well as 'position original text' and 'accept revision' function keys. The user can adopt the suggestions with one key and automatically complete the correction. The application deeply embeds intelligent review in the document writing process, and realizes real-time guidance and efficient improvement of the quality of the case file documents through intuitive interaction design.

The application relates to the technical field of interface interaction design, in particular to a GUI page element layout and layout optimization method and system based on artificial intelligence; a technical problem is that traditional GUI design methods have insufficient GUI design flexibility, high dynamic layout technical threshold, high manual layout cost, limited experience and unreasonable resource allocation; a technical scheme is that the GUI page element layout and layout optimization method and system based on artificial intelligence comprise a natural language processing module, a context perception module, an intelligent agent module, an interactive feedback optimization module, an interactive feedback optimization module and a cross-device adaptability module; the application enables a user to describe requirements through natural language by means of a natural language processing technology; the system automatically identifies natural language instructions; a large language model and an intelligent agent are utilized to automatically complete page element layout and layout, improve GUI design efficiency, realize user interface personalized display and improve user experience.

The application discloses a multi-tab behavior management method and platform, an electronic device and a storage medium, and belongs to the technical field of front-end interaction design. The method comprises the following steps: in response to a page jump request triggered by user interaction, generating jump state data, wherein the jump state data comprises a unique identifier of a target page; determining whether a tab page corresponding to the target page exists in a current tab page array based on the unique identifier in the jump state data; performing an update operation on the current tab page array according to the determination result, and controlling a page content display module to load and display the content of the target page. The scheme can avoid the creation of repeated tab pages of the same target page, thereby ensuring the consistency of the tab page state and the page content display.

This invention proposes a smart factory planning and simulation system that can receive user-inputted information on factory layout, equipment configuration, and production processes, and construct a 3D simulation model. The software incorporates a real-time simulation engine to simulate actual factory operation and evaluate the planning effectiveness. Users can flexibly set various simulation scenarios and adjust parameters to meet different production needs. Based on the simulation results, the software provides data analysis and optimization suggestions to assist in improving factory planning. A user-friendly interface and interactive design reduce the difficulty of use and improve work efficiency. This software provides a scientific basis for smart factory planning and optimization decisions, helping to improve production efficiency, resource utilization, and reduce costs, accelerating the construction and popularization of smart factories, and promoting the intelligent transformation of the manufacturing industry. Overall, this invention brings an innovative solution to the field of smart factories.

The application relates to the technical field of artificial intelligence, and discloses a front-end code generation method, an electronic device, a storage medium and a program product. The method comprises the following steps: obtaining interaction design data and exclusive dependent resources of a target project; generating original front-end code of the target project by using a preset code generation model according to the interaction design data and the exclusive dependent resources; configuring exclusive dependent resources for a target browser, and loading the original front-end code into the target browser; obtaining a rendering result of the target browser by using an interaction protocol supported by the target browser; verifying the rendering result according to the interaction design data, and generating a verification result containing error information; and optimizing the original front-end code by using a preset code optimization model according to the verification result, so as to obtain target front-end code of the target project. The application can guarantee the accuracy of the finally generated target front-end code, and can also reduce the cost of manual code modification.