Mobile phone signal on-off sensing control method
By designing a comprehensive sensing control system, real-time monitoring and providing diverse prompt methods, the instability of signal quality in the on-off problem of mobile phone signals is solved, and the user experience and system adaptability are improved.
Patent Information
- Application Number
- CN202411424739.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-10-12
- Publication Date
- 2025-02-07
AI Technical Summary
When solving the problem of on-off of mobile phone signals, the existing technology has insufficient base station distance and signal attenuation, uneven distribution of base stations, and electromagnetic interference, resulting in unstable signal quality.
Design an integrated sensing system, including signal sensing subsystem, execution control subsystem and signal processing subsystem, to provide diverse prompt methods such as vibration, light sensing and sound control prompts, and intelligently combine them Policy and custom settings, optimize prompts.
Improve user experience. Through diversified and intelligent prompt methods, users can receive notifications of changes in mobile phone signal status in a timely and clear manner, enhancing the adaptability and flexibility of the system, ensuring that users can obtain accuracy in various scenarios. signal feedback.
Smart Images
Figure CN119402586A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of mobile phone signal on-off control, and in particular to a sensing control method for mobile phone signal on-off. Background Art
[0002] The sensing and control method of mobile phone signal on and off mainly involves the monitoring and optimization of mobile phone signal strength and adaptive adjustment in different usage scenarios.
[0003] In the prior art, the sensing control methods for mobile phone signal on and off mainly rely on the stability of the mobile communication network and the performance of the mobile phone device itself. However, these methods still have some shortcomings in practical applications, mainly including the following aspects: 1. Base station distance and signal attenuation: The strength of the mobile phone signal is directly affected by the distance from the base station. When the mobile phone is far away from the base station, the signal gradually attenuates, resulting in weak or interrupted signal. This is particularly obvious in remote areas, inside high-rise buildings or basement environments; 2. Uneven distribution of base stations: In some areas, due to insufficient base station construction or complex terrain, base stations are unevenly distributed, resulting in blind spots in signal coverage or unstable signal strength; 3. Electromagnetic interference: Electromagnetic radiation from microwave ovens, wireless routers, televisions, and broadcasting electronic equipment interferes with the transmission of mobile phone signals, causing signal quality to degrade or be interrupted.
[0004] Therefore, it is necessary to design a sensing control method for the on and off of mobile phone signals to solve the above problems. Summary of the invention
[0005] The purpose of the present invention is to solve the shortcomings of the prior art and to propose a sensing control method for the on and off of a mobile phone signal.
[0006] In order to achieve the above object, the present invention adopts the following technical solutions: A method for sensing and controlling the on and off of a mobile phone signal, comprising the following steps: Step 1: Build a comprehensive sensory control system Design and build a comprehensive sensing and control system including a signal sensing subsystem, an execution control subsystem, and a signal processing subsystem. The system is integrated into the mobile phone or installed in the mobile phone as a third-party software. Subsystem functions: Signal sensing subsystem: responsible for real-time reception and sensing of data changes during mobile phone signal transmission, including signal amplification and reduction parameters; Execution control subsystem: includes vibration module, light sensing module, and voice control module, which are used to provide various prompts according to the changes in signal status; Signal processing subsystem: determines the on / off status of the mobile phone signal through signal conversion and data analysis, and transmits the result to the execution control subsystem; Step 2: Diversify the prompting methods Vibration prompt: When the mobile phone signal is connected or disconnected, the vibration module prompts the user through vibrations of different frequencies or intensities; Light sensor prompt: The light sensor module provides visual prompts through the color change or flashing pattern of the signal indicator light. When connected, the indicator light turns green and stays on, and turns red and flashes when disconnected; Voice control prompts: The voice control module plays preset voice prompts through the sound device, and plays different levels of voice prompts according to the signal quality; Step 3: Smart combination prompt Combination strategy: Intelligently combine vibration, light, and voice control prompts based on user preferences and the current environment; Custom settings: Allow users to customize the notification mode in the phone settings, including the option to turn notifications on or off and adjust the sensitivity of notifications; Step 4: Continuous optimization and upgrading Data collection and analysis: By collecting user usage data, we analyze the effectiveness of different prompting methods and user satisfaction, providing a basis for subsequent optimization and upgrades; Function iteration: Continuously iterate and optimize the functions of the sensory control system based on user feedback and technological development; Compatibility testing: Ensure that the sensor control system is compatible with different brands and models of mobile phones, as well as different versions of operating systems, to expand its scope of application and user experience.
[0007] As a preferred technical solution of the present invention, in the step 1, the task of the signal sensing subsystem is to receive and sense various data changes in the mobile phone signal transmission process in real time. It captures the fluctuation of signal strength, including the amplification and reduction parameters of the signal through the built-in sensor and data acquisition module. This subsystem is not only responsible for monitoring the signal strength, but also identifying the changes in signal quality to ensure accurate perception of the signal status. The data is transmitted from the communication module of the mobile phone to the sensing subsystem. These data are converted into a format suitable for subsequent processing. After the signal processing subsystem receives the raw data provided by the signal sensing subsystem, it processes these data by means of signal conversion and data analysis. The subsystem first converts the raw signal data into The lines are formatted and standardized to ensure that they are suitable for further analysis. Then, a series of algorithms are applied to analyze the signal to determine its status. The analysis results are converted into a specific description of the signal status and passed to the execution control subsystem through the internal communication interface. The execution control subsystem is responsible for driving various prompt modules to feedback changes in signal status based on the status information from the signal processing subsystem. These prompt modules include vibration module, light sensing module and voice control module. The vibration module provides physical feedback and reminds the user through the vibration of the mobile phone; the light sensing module uses LED light signals to indicate different signal status through different flashing modes and color changes; the voice control module attracts the user's attention through sound alarms or notification sounds.
[0008] As a preferred technical solution of the present invention, in the step 2, the vibration prompt function provides tactile feedback to the user through the vibration module when the signal state changes. When the mobile phone signal is connected, the vibration module prompts the user through a specific vibration mode. The changes in vibration intensity and frequency help the user to perceive the changes in the signal state through touch when it is inconvenient to view the screen. The light sensing prompt function provides visual feedback through the light sensing module, and uses the indicator light or screen display on the mobile phone to indicate the signal state. When the signal is connected, the indicator light turns green and keeps on lighting up. When the signal is disconnected, the indicator light turns red and reminds the user of the signal loss in a specific flashing mode. The design of the flashing frequency and color change is further refined, and fast flashing indicates frequent signal interruptions, and slow flashing indicates occasional signal interruptions. The voice control prompt function plays a preset voice prompt through a sound device to provide auditory feedback to the user. According to the quality and status of the signal, the system plays voice prompts of different levels. When the signal is connected, a short "normal connection" voice prompt is played; when the signal quality decreases, a prompt of "weak signal" or "please check the network connection" is played; when the signal is completely disconnected, a voice warning of "signal lost, please reconnect" is played.
[0009] As a preferred technical solution of the present invention, in the step three, in terms of combination strategy, the system analyzes the priority set by the user and the current environmental factors, including noise level, light intensity or usage scenario. The system intelligently decides whether to enable a certain prompt mode based on these factors, including that in a quiet environment, the system chooses sound prompts to ensure that the user can hear the notification, and in a noisy environment, it chooses to use vibration prompts to avoid the sound being covered. At the same time, the system can also use light prompts in appropriate occasions, including in a dark environment, by adjusting the brightness and color of the LED light to provide visual reminders. The custom setting function allows the user to fully control the prompt mode in the mobile phone settings. The user chooses to enable or disable various prompt modes through the setting interface, or adjust the sensitivity of the prompt according to personal needs, including that the user chooses to use only vibration prompts and turn off sound and light prompts, or set the intensity and frequency of vibration, the flashing mode of light, and the volume and type of sound.
[0010] As a preferred technical solution of the present invention, in step four, through data collection and analysis, the system obtains the user's behavioral data and feedback information in daily use. These data include not only the frequency of use of the prompt method and the user's response to different prompt methods, but also the user's satisfaction survey and problems encountered during use. Through in-depth analysis of these data, the system regularly releases updates, fixes known vulnerabilities, and introduces new functions or improves existing functions based on user suggestions, including if users report that certain prompt methods are not effective in specific environments, the development team makes targeted adjustments. Compatibility testing is an important part of ensuring that the sensor control system can run stably in various devices and operating environments. The testing team conducts extensive compatibility testing on the system to ensure that it works properly on mobile phones of different brands and models. The system also needs to support multiple versions of operating systems.
[0011] The present invention has the following beneficial effects: 1. Improve user experience: Through diversified prompting methods and intelligent combination strategies, the system can provide the most appropriate prompts based on the user's personal preferences and actual environment. This personalized and context-aware feedback mechanism greatly improves the user's operational convenience, allowing users to clearly receive notifications of changes in the mobile phone signal status in various usage scenarios; 2. Enhance system adaptability: Real-time monitoring of the signal sensing subsystem and data analysis of the signal processing subsystem can accurately determine the signal status and provide a reliable basis for the execution control subsystem. This accuracy ensures that users can get feedback in time when the mobile phone signal fluctuates or disconnects, thereby avoiding missing important notifications or communications; 3. User-defined flexibility: Through the custom settings function, users can adjust the on and off of the prompt mode, the sensitivity of the prompt and its specific form. This flexibility enables users to optimize the prompt mode according to personal needs and usage habits, thereby improving the practicality and satisfaction of the system; 4. Continuous optimization and improvement: The system's continuous data collection and analysis function will help the development team understand the effectiveness of different prompt methods and user satisfaction, so as to carry out targeted function iteration and optimization. This iterative improvement can ensure that the system continues to evolve with user needs and technological progress, maintaining its market competitiveness and user appeal; 5. Wide compatibility: Through compatibility testing, the system can adapt to mobile phones of different brands and models, as well as different versions of operating systems. This wide compatibility ensures that the system can be used by a wider range of users, thereby expanding its market coverage. BRIEF DESCRIPTION OF THE DRAWINGS
[0012] Figure 1 This is a schematic diagram of the steps of a method for sensing and controlling the on and off of a mobile phone signal proposed by the present invention. DETAILED DESCRIPTION
[0013] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.
[0014] Reference Figure 1 , a method for sensing and controlling the on and off of a mobile phone signal, comprising the following steps: Step 1: Build a comprehensive sensory control system Design and build a comprehensive sensing and control system including a signal sensing subsystem, an execution control subsystem, and a signal processing subsystem. The system is integrated into the mobile phone or installed in the mobile phone as a third-party software. Subsystem functions: Signal sensing subsystem: responsible for real-time reception and sensing of data changes during mobile phone signal transmission, including signal amplification and reduction parameters; Execution control subsystem: includes vibration module, light sensing module, and voice control module, which are used to provide various prompts according to the changes in signal status; Signal processing subsystem: determines the on / off status of the mobile phone signal through signal conversion and data analysis, and transmits the result to the execution control subsystem; In step one, the task of the signal sensing subsystem is to receive and sense various data changes in the mobile phone signal transmission process in real time. It captures the fluctuation of signal strength, including the amplification and reduction parameters of the signal through the built-in sensor and data acquisition module. This subsystem is not only responsible for monitoring the signal strength, but also identifying the changes in signal quality to ensure accurate perception of the signal status. The data is transmitted from the communication module of the mobile phone to the sensing subsystem. These data are converted into a format suitable for subsequent processing. After the signal processing subsystem receives the raw data provided by the signal sensing subsystem, it processes these data by means of signal conversion and data analysis. The subsystem first formats and standardizes the raw signal data. , to ensure that it is suitable for further analysis. Then, a series of algorithms are applied to analyze the signal to determine its state. The analysis results are converted into a specific description of the signal state and passed to the execution control subsystem through the internal communication interface. The execution control subsystem is responsible for driving various prompt modules to feedback the changes in signal state according to the state information transmitted by the signal processing subsystem. These prompt modules include vibration module, light sensing module and voice control module. The vibration module provides physical feedback and reminds the user through the vibration of the mobile phone; the light sensing module uses LED light signals to indicate different signal states through different flashing modes and color changes; the voice control module attracts the user's attention through sound alarms or notification sounds. Step 2: Diversify the prompting methods Vibration prompt: When the mobile phone signal is connected or disconnected, the vibration module prompts the user through vibrations of different frequencies or intensities; Light sensor prompt: The light sensor module provides visual prompts through the color change or flashing pattern of the signal indicator light. When connected, the indicator light turns green and stays on, and turns red and flashes when disconnected; Voice control prompts: The voice control module plays preset voice prompts through the sound device, and plays different levels of voice prompts according to the signal quality; In step 2, the vibration prompt function provides tactile feedback to the user through the vibration module when the signal status changes. When the mobile phone signal is connected, the vibration module prompts the user through a specific vibration mode. The changes in vibration intensity and frequency help the user to perceive the changes in the signal status through touch when it is inconvenient to view the screen. The light sensing prompt function provides visual feedback through the light sensing module, and uses the indicator light or screen display on the mobile phone to indicate the signal status. When the signal is connected, the indicator light turns green and stays on. When the signal is disconnected, the indicator light turns red and flashes in a specific pattern to remind the user that the signal is lost. The design of the flashing frequency and color change is further refined. Fast flashing indicates frequent signal interruptions and slow flashing indicates occasional signal interruptions. The voice control prompt function plays a preset voice prompt through a sound device to provide auditory feedback to the user. According to the quality and status of the signal, the system plays different levels of voice prompts. When the signal is connected, a short "normal connection" voice prompt is played; when the signal quality decreases, a "weak signal" or "please check the network connection" prompt is played; when the signal is completely disconnected, a "signal lost, please reconnect" voice warning is played; In step three, in terms of combined strategies, the system analyzes the priorities set by the user and the current environmental factors, including noise level, light intensity or usage scenarios. The system intelligently decides whether to enable a certain prompt method based on these factors, including, in a quiet environment, the system chooses sound prompts to ensure that the user can hear the notification, and in a noisy environment, it chooses to use vibration prompts to avoid the sound being covered. At the same time, the system can also use light prompts in appropriate occasions, including in a dark environment, by adjusting the brightness and color of the LED light to provide visual reminders. The custom settings function allows users to fully control the prompt method in the phone settings. Users can choose to enable or disable various prompt methods through the settings interface, or adjust the sensitivity of the prompt according to personal needs, including, users choose to use only vibration prompts and turn off sound and light prompts, or set the intensity and frequency of vibration, the flashing mode of light, and the volume and type of sound; Step 3: Smart combination prompt Combination strategy: Intelligently combine vibration, light, and voice control prompts based on user preferences and the current environment; Custom settings: Allow users to customize the notification mode in the phone settings, including the option to turn notifications on or off and adjust the sensitivity of notifications; Step 4: Continuous optimization and upgrading Data collection and analysis: By collecting user usage data, we analyze the effectiveness of different prompting methods and user satisfaction, providing a basis for subsequent optimization and upgrades; Function iteration: Continuously iterate and optimize the functions of the sensory control system based on user feedback and technological development; Compatibility testing: ensuring that the sensor control system is compatible with mobile phones of different brands and models, as well as different versions of operating systems, to expand its scope of application and user experience; In step four, through data collection and analysis, the system obtains the user's behavioral data and feedback information in daily use. These data include not only the frequency of use of the prompt method and the user's response to different prompt methods, but also the user's satisfaction survey and the problems encountered during use. Through in-depth analysis of these data, the system regularly releases updates, fixes known vulnerabilities, and introduces new features or improves existing features based on user suggestions. For example, if users report that certain prompt methods are not effective in specific environments, the development team will make targeted adjustments. Compatibility testing is an important part of ensuring that the sensor control system can run stably in various devices and operating environments. The testing team conducts extensive compatibility testing on the system to ensure that it works properly on mobile phones of different brands and models. The system also needs to support multiple versions of operating systems.
[0015] The specific working principle of the present invention is as follows: The system first monitors the transmission process of mobile phone signals in real time through the signal sensing subsystem, including the amplification and reduction parameters of the signal. These data are transmitted to the signal processing subsystem, which determines the on and off status of the mobile phone signal through signal conversion and data analysis. The signal processing subsystem transmits the judgment result to the execution control subsystem. The execution control subsystem includes a vibration module, a light sensing module and a voice control module, which are used to provide a variety of prompts according to the changes in signal status. The vibration module notifies the user through vibrations of different frequencies or intensities, the light sensing module provides visual prompts through color changes or flashing mode indicator lights, and the voice control module plays preset voice prompts through the sound device. The system also has the function of intelligent combination prompts, according to the user Based on personal preferences and the current environment, different prompt methods are optimized and combined to provide the most suitable feedback. Users can customize the prompt method in the phone settings, including choosing to enable or disable prompts, adjusting the sensitivity of prompts, etc. In addition, the system evaluates the effectiveness and user satisfaction of different prompt methods through continuous data collection and analysis, so as to iterate and optimize functions. Compatibility testing ensures that the system can support different brands and models of mobile phones and different versions of operating systems, thereby expanding its scope of application. In summary, this solution realizes accurate feedback and personalized prompts on the mobile phone signal status through precise monitoring, intelligent prompts, flexible customization and continuous optimization of the comprehensive sensor control system, thereby improving the user experience.
[0016] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can replace or change the technical solution and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.
Claims
1. A method for sensing and controlling the on and off of a mobile phone signal, characterized in that: The following steps are involved: Step 1: Build a comprehensive sensory control system Design and build a comprehensive sensor control system including a signal sensing subsystem, an execution control subsystem and a signal processing subsystem, which is integrated into the mobile phone or installed in the mobile phone as a third-party software; Subsystem functions: Signal sensing subsystem: responsible for real-time reception and sensing of data changes during mobile phone signal transmission, including signal amplification and reduction parameters; Execution control subsystem: includes vibration module, light sensing module, and voice control module, which are used to provide various prompts according to the changes in signal status; Signal processing subsystem: determines the on / off status of the mobile phone signal through signal conversion and data analysis, and transmits the result to the execution control subsystem; Step 2: Diversify the prompting methods Vibration prompt: When the mobile phone signal is connected or disconnected, the vibration module prompts the user through vibrations of different frequencies or intensities; Light sensor prompt: The light sensor module provides visual prompts through the color change or flashing pattern of the signal indicator light. When connected, the indicator light turns green and stays on, and turns red and flashes when disconnected; Voice control prompts: The voice control module plays preset voice prompts through the sound device, and plays different levels of voice prompts according to different signal quality; Step 3: Smart combination prompt Combination strategy: Intelligently combine vibration, light, and voice control prompts based on user preferences and the current environment; Custom settings: Allow users to customize the notification mode in the phone settings, including the option to turn notifications on or off and adjust the sensitivity of notifications; Step 4: Continuous optimization and upgrading Data collection and analysis: By collecting user usage data, we analyze the effectiveness of different prompting methods and user satisfaction, providing a basis for subsequent optimization and upgrades; Function iteration: Continuously iterate and optimize the functions of the sensory control system based on user feedback and technological development; Compatibility testing: Ensure that the sensor control system is compatible with different brands and models of mobile phones, as well as different versions of operating systems, to expand its scope of application and user experience.
2. A method for sensing and controlling the on and off of a mobile phone signal according to claim 1, characterized in that: In the step 1, the task of the signal sensing subsystem is to receive and sense various data changes in the mobile phone signal transmission process in real time. It captures the fluctuation of signal strength, including the amplification and reduction parameters of the signal through the built-in sensor and data acquisition module. This subsystem is not only responsible for monitoring the signal strength, but also identifying the changes in signal quality to ensure accurate perception of the signal status. The data is transmitted from the communication module of the mobile phone to the sensing subsystem. These data are converted into a format suitable for subsequent processing. After the signal processing subsystem receives the raw data provided by the signal sensing subsystem, it processes these data by means of signal conversion and data analysis. The subsystem first formats and standardizes the raw signal data. , to ensure that it is suitable for further analysis. Then, a series of algorithms are applied to analyze the signal to determine its state. The analysis results are converted into a specific description of the signal state and passed to the execution control subsystem through the internal communication interface. The execution control subsystem is responsible for driving various prompt modules to feedback the changes in signal states based on the state information from the signal processing subsystem. These prompt modules include vibration module, light sensing module and voice control module. The vibration module provides physical feedback and reminds the user through the vibration of the mobile phone; the light sensing module uses LED light signals to indicate different signal states through different flashing modes and color changes; the voice control module attracts the user's attention through sound alarms or notification sounds.
3. A method for sensing and controlling the on and off of a mobile phone signal according to claim 1, characterized in that: In the step 2, the vibration prompt function provides tactile feedback to the user through the vibration module when the signal state changes. When the mobile phone signal is connected, the vibration module prompts the user through a specific vibration mode. The changes in vibration intensity and frequency help the user to perceive the changes in the signal state through touch when it is inconvenient to view the screen. The light sensing prompt function provides visual feedback through the light sensing module, and uses the indicator light or screen display on the mobile phone to indicate the signal state. When the signal is connected, the indicator light turns green and keeps on lighting up. When the signal is disconnected, the indicator light turns red and reminds the user of the signal loss in a specific flashing mode. The design of the flashing frequency and color change is further refined. Fast flashing indicates frequent signal interruptions and slow flashing indicates occasional signal interruptions. The voice control prompt function plays a preset voice prompt through a sound device to provide auditory feedback to the user. According to the quality and status of the signal, the system plays voice prompts of different levels. When the signal is connected, a short "normal connection" voice prompt is played; when the signal quality decreases, a "weak signal" or "please check the network connection" prompt is played; when the signal is completely disconnected, a "signal lost, please reconnect" voice warning is played.
4. A method for sensing and controlling the on and off of a mobile phone signal according to claim 1, characterized in that: In the step three, in terms of combined strategy, the system analyzes the priorities set by the user and the current environmental factors, including noise level, light intensity or usage scenario. The system intelligently decides whether to enable a certain prompt method based on these factors, including that in a quiet environment, the system chooses sound prompts to ensure that the user can hear the notification, and in a noisy environment, it chooses to use vibration prompts to avoid the sound being covered. At the same time, the system can also use light prompts in appropriate occasions, including in dark environments, by adjusting the brightness and color of LED lights to provide visual reminders. The custom settings function allows users to fully control the prompt method in the phone settings. Users can choose to enable or disable various prompt methods through the settings interface, or adjust the sensitivity of the prompt according to personal needs, including that users choose to use only vibration prompts and turn off sound and light prompts, or set the intensity and frequency of vibration, the flashing mode of light, and the volume and type of sound.
5. A method for sensing and controlling the on and off of a mobile phone signal according to claim 1, characterized in that: In step four, through data collection and analysis, the system obtains the user's behavioral data and feedback information in daily use. These data include not only the frequency of use of the prompt method and the user's response to different prompt methods, but also the user's satisfaction survey and problems encountered during use. Through in-depth analysis of these data, the system regularly releases updates, fixes known vulnerabilities, and introduces new functions or improves existing functions based on user suggestions. For example, if users report that certain prompt methods are not effective in specific environments, the development team will make targeted adjustments. Compatibility testing is an important part of ensuring that the sensor control system can run stably in various devices and operating environments. The testing team conducts extensive compatibility testing on the system to ensure that it works properly on mobile phones of different brands and models. The system also needs to support multiple versions of operating systems.