Search

CN-121979401-A - Self-adaptive configuration shortcut key system and method

CN121979401ACN 121979401 ACN121979401 ACN 121979401ACN-121979401-A

Abstract

The invention discloses a shortcut key system and a shortcut key method capable of being configured in a self-adaptive way. The invention realizes the intelligent and personalized configuration of key functions and solves the problems of fixed key functions and complex configuration of the traditional equipment. The invention not only innovates the configuration and the use mode of the shortcut function, but also constructs a personalized interaction ecology which can be intelligently learned, deeply integrated and migrated along with the user crossing the equipment, improves the man-machine interaction efficiency, and is suitable for intelligent televisions, set top boxes, computer software and various embedded equipment.

Inventors

  • SUN WEIXIN
  • ZHENG YONGHUA

Assignees

  • 冠捷电子科技(福建)有限公司

Dates

Publication Date
20260505
Application Date
20260120

Claims (10)

  1. 1. The adaptively configurable shortcut key system is characterized by comprising the following components: The user configuration interface module is used for providing an operation interface so that a user can establish a mapping relation between a configurable function from an OSD menu, an application program or a system function and a target triggering mode; the key mapping engine is used for generating and managing mapping rules according to the mapping relation; The function interface adapter is used for calling the original functions in the operating system, the application program or the OSD menu according to the mapping rule; the habit learning module is used for collecting and analyzing user operation data, predicting user preference functions based on a machine learning model, and generating configuration optimization suggestions to the user configuration interface module; The configuration synchronization module is used for synchronizing the user configuration data and habit data generated by the habit learning module to the cloud server; and the rapid triggering module is used for calling the corresponding function through the function interface adapter according to the mapping rule when the triggering event is detected.
  2. 2. The adaptively configurable shortcut key system of claim 1, wherein the user configuration interface module employs a graphical drag interface to enable a user to drag the function icons to the virtual key area or the desktop area to establish a mapping relationship, and supports binding of multiple trigger gestures for the same physical key or virtual key, wherein the trigger gestures comprise at least one of short press, long press, double hit, and map different functions respectively.
  3. 3. The adaptively configurable shortcut key system of claim 1, wherein said habit learning module comprises: the data input module is used for collecting operation log data of a user, wherein the operation log data at least comprises triggering time, current foreground application or scene and a triggering object; the feature processing module is connected with the data input module and used for converting the original operation log into a machine-understandable feature vector; The core analysis module is connected with the feature processing module and is used for processing the feature vectors by adopting a machine learning model cluster so as to predict the preference function of a user in a specific scene; the output execution module is used for generating configuration optimization suggestions from the prediction results and outputting the configuration optimization suggestions to the user interface; And the feedback closed loop module is used for collecting feedback behaviors of the user on the situational configuration package, and feeding back the behavior data to the core analysis module so as to update the model parameters to form a self-adaptive learning cycle.
  4. 4. The adaptively configurable shortcut key system of claim 3, wherein the cluster of machine learning models employed by the core analysis module comprises an association rule model, a time sequence prediction model and a clustering model.
  5. 5. The adaptively configurable shortcut key system as set forth in claim 1, wherein said quick trigger module automatically enables mapping rules for corresponding scenarios based on current usage scenarios.
  6. 6. The adaptively configurable shortcut key system as set out in claim 1, wherein said function interface adapter performs a call to an operating system, an application program or an in-process function in an OSD menu through a system API, a plug-in or an automated script.
  7. 7. The method for adaptively configuring the shortcut key is characterized by comprising the following steps of: Step 1, entering a configuration mode, and displaying a configurable function list and a target trigger area; step 2, receiving a user dragging instruction, mapping the selected function to a target triggering mode, and generating a mapping rule; step 3, storing the mapping rule to a local server and a cloud server; step 4, collecting user operation data, analyzing the user operation data based on a machine learning model to predict a user preference function and generating configuration optimization suggestions; And 5, when the trigger event is detected, calling a corresponding function according to the mapping rule.
  8. 8. The method of claim 7, wherein step 2 further comprises receiving an instruction from a user to name or customize the mapped functions.
  9. 9. The method of adaptively configurable shortcut key as in claim 7, wherein step 4 further comprises periodically providing the configuration optimization suggestion to a user interface.
  10. 10. The method of adaptively configurable shortcut key as defined in claim 7, wherein the method further comprises the step of backing up, restoring or sharing the configuration scheme including the mapping rule to other devices in one key in response to a user operation.

Description

Self-adaptive configuration shortcut key system and method Technical Field The invention relates to the technical field of man-machine interaction, in particular to a self-adaptively configurable shortcut key system and a self-adaptively configurable shortcut key method. Background The existing shortcut key technology mainly focuses on the directions of 'fixed mapping', 'hardware custom' and 'shortcut menu call': 1. and fixing the OSD shortcut keys, namely uniformly responding to the OSD shortcut key operations of different manufacturers through system events (WMI) to realize standardization. 2. Shortcut keys of the remote controller with the screen are that shortcut function icons are displayed on a display screen of the remote controller, and the setting is more visual. 3. And calling a shortcut menu, namely calling out the desktop shortcut menu by one key through a preset starting shortcut key. 4. Physical key customization, namely supporting multi-layer key mapping (such as FN combination keys) and customizing macro commands by a hardware layer. The lack of current technology is the failure to provide an intelligent, user-directed, cross-platform interaction hub. 1. Lack of unified "function-key" abstraction and free mapping layer The prior art mostly addresses "how to execute preset shortcuts" (e.g. millet patent) or "how to set a key for a specific function" (e.g. wizard patent), but lacks a central unified abstraction layer that is independent of the specific hardware or operating system. The user cannot freely allocate the deep functions in any OSD menu to any physical key, virtual key or desktop shortcut on the remote control as desired, like dragging the icon. 2. Mapping process is invisible and not intuitive Most custom schemes (especially hardware custom) rely on complex combination keys or dedicated configuration software, and the configuration process lacks a graphical, drag-and-drop intuitive interface. The user needs to memorize the steps and codes, and the true random design cannot be realized. 3. Lack of adaptation based on usage habits The prior art is static in nature and changes little once the settings are changed. They do not have learning ability, and can not automatically optimize key layout or actively recommend the most appropriate function mapping by analyzing historical data such as operation frequency, scene and time of a user, and can not realize the intellectualization of 'according to the use habit of a client'. 4. Insufficient depth of functional integration and cross-device synchronization Depth of integration existing schemes often target a single device or specific application (e.g., television, keyboard), and lack the capability of depth function integration across applications, across OSD levels. Cross-device synchronization, although cloud synchronization is common in consumer electronics, in the field of personalized shortcut key configuration, the function of seamless synchronization between multiple devices by user habit and configuration scheme is still significantly blank. Disclosure of Invention The invention aims to provide a self-adaptively configurable shortcut key system and a method. The technical scheme adopted by the invention is as follows: The adaptively configurable shortcut key system is characterized by comprising the following components: The user configuration interface module is used for providing an operation interface so that a user can establish a mapping relation between a configurable function from an OSD menu, an application program or a system function and a target triggering mode; the key mapping engine is used for generating and managing mapping rules according to the mapping relation; The function interface adapter is used for calling the original functions in the operating system, the application program or the OSD menu according to the mapping rule; the habit learning module is used for collecting and analyzing user operation data, predicting user preference functions based on a machine learning model, and generating configuration optimization suggestions to the user configuration interface module; The configuration synchronization module is used for synchronizing the user configuration data and habit data generated by the habit learning module to the cloud server; and the rapid triggering module is used for calling the corresponding function through the function interface adapter according to the mapping rule when the triggering event is detected. Furthermore, the user configuration interface module adopts a graphical drag interface, so that a user can drag the function icons to the virtual key area or the desktop area to establish a mapping relation, and a plurality of trigger gestures are bound for the same physical key or the virtual key, wherein the trigger gestures comprise at least one of short press, long press and double press, and different functions are mapped respectively. Further, the habit learning module includes: the da