A self-defined shortcut task control system based on external entity physical switch and NFC tag

Abstract

The application discloses a self-defined quick task control system based on an external entity physical switch and an NFC label, and belongs to the technical field of mobile terminal control; the system comprises a non-bursting entity physical switch triggering module, an NFC communication module, a dual-system control module and a self-defined task configuration module; the dual-system control module is adapted to an NFC interface of an Android and iOS dual system; the application solves the problems of fragile structure, poor adaptability and fixed function of an existing NFC triggering device, has the advantages of wide protection range, durable structure, wide adaptation, support for automatic multimedia processing and abstract generation, and can be widely applied to the field of intelligent device quick control.

Description

Technical Field

[0001] This invention relates to the fields of mobile terminal control technology, NFC near-field communication technology and intelligent interaction technology, specifically to a custom quick task control method and system based on an external physical switch and an NFC tag. Background Technology

[0002] Existing quick control schemes for NFC triggering have the following shortcomings: 1) Trigger structure: Existing NFC tags with trigger function generally adopt a metal spring-type button structure. This structure is prone to fatigue damage, has a short service life, and the trigger travel is ambiguous, which can easily lead to misoperation. At the same time, the existing solutions do not cover other physical switch forms such as levers, sliders, and knobs, which limits the scope of application. 2) System compatibility: Most solutions only support a single operating system and cannot be compatible with both Android and iOS systems at the same time, thus limiting the scope of compatibility; 3) Functional flexibility: Existing tasks executed after triggering are mostly fixed presets, unable to support user-defined operations based on scenarios. In particular, there is a lack of automated processes such as "recording-transcription-summarizing" and "image / video analysis-text-summarizing" that are bound to external hardware triggers, resulting in low information processing efficiency. Currently, there is no effective solution to address these shortcomings. Therefore, there is an urgent need for a durable, widely adaptable, and flexible customizable quick task control system. Summary of the Invention

[0003] (1) Purpose of the invention: The present invention aims to overcome the shortcomings of the prior art and provide a custom quick task control system based on an external physical switch and an NFC tag, so as to solve the problems of fragile structure, poor adaptability, fixed function and low information processing efficiency of the existing NFC triggering device.

[0004] (2) Technical solution: The core innovation of this invention lies in three points: 1) Use non-spring-loaded physical switches (including but not limited to lever type, slide type, press type, knob type, toggle switch) as NFC trigger source to replace the traditional easily damaged spring structure, thereby improving the durability and operational reliability of the device. 2) Connect to the dual-system interface (Android NfcAdapter, iOS NFCNDEFReaderSession) via NFC communication to achieve native interaction with the mobile terminal system and simulate the quick launch experience of the built-in physical buttons on the phone; 3) The accompanying APP supports user-defined triggering tasks and provides an automated process of "hardware triggering → multimedia acquisition → content processing → intelligent summarization / generation" in audio recording, photo taking, and video recording scenarios, realizing the integration of information collection and extraction.

[0005] (3) Beneficial effects: Compared with the prior art, the present invention has the following significant advantages: 1) Wide protection range: Covers various non-spring-loaded physical switch forms such as levers, slides, presses, knobs, and toggle switches, and is not limited by a single triggering structure; 2) Durable structure: Compared with spring-loaded buttons, all kinds of physical switches have a longer service life and a clearer trigger stroke, resulting in a lower rate of accidental touches; 3) Wide compatibility: Natively supports both Android and iOS systems, eliminating the need for separate development for different systems; 4) Flexible functionality: Users can freely configure triggering tasks to meet diverse scenario needs; 5) Efficiency Improvement: The unique hardware triggering + multimedia processing + summary generation process automates information processing and significantly improves work efficiency.

Claims

1. A customizable quick task control system based on an external physical switch and an NFC tag, characterized in that, include: The system comprises a physical switch trigger module, an NFC communication module, a dual-system control module, and a custom task configuration module. The physical switch trigger module employs a non-spring-loaded physical switch structure (including but not limited to lever, slide, press, knob, and toggle switches), and is electrically connected to the NFC communication module to generate and transmit NFC trigger signals. The NFC communication module is bound to an external NFC tag to receive the trigger signals from the physical switch and establish a near-field communication connection. The dual-system control module communicates with the NFCAdapter interface of the Android system and the NFCNDEFReaderSession interface of the iOS system, respectively, to automatically identify the current operating system type and call the corresponding interface. The custom task configuration module receives user-preset custom task commands in the accompanying APP and executes the corresponding task after NFC triggering.

2. The control system according to claim 1, characterized in that, The custom task configuration module allows users to select tasks to be executed after being triggered through the accompanying APP, including but not limited to: launching the application, recording audio, taking photos, and uploading files.

3. The control system according to claim 2, characterized in that, When a user selects an audio recording, photo taking, or video recording task through the accompanying app, the custom task configuration module further includes: a multimedia triggering submodule, a content processing submodule, and a summary generation submodule; the multimedia triggering submodule activates the mobile terminal's microphone and camera to record audio, video, or take photos only after a physical switch triggers the NFC signal; the content processing submodule is used to convert recorded audio files into text content, or to convert images and videos into text content after analysis using a preset algorithm; the summary generation submodule is used to intelligently extract summaries from the transcribed text, or to regenerate images and videos based on the text content, and supports automatic uploading to cloud storage.