Method and system for adaptively adjusting user interface display of mobile equipment based on ambient light

Abstract

The invention provides a method and a system for adaptively adjusting user interface display of mobile equipment based on ambient light, belongs to the technical field of mobile equipment display, and aims to sense changes of ambient light and dynamically adjust user interface display settings of the mobile equipment according to the changes. The environment illumination condition is accurately monitored; and the brightness, the contrast ratio and the color balance of the screen are automatically adjusted so as to ensure that a user can enjoy the optimal visual effect in any light environment. The invention aims to reduce the need of a user for manually adjusting screen settings through intelligent interface adjustment in the use environment of the mobile equipment, relieve visual fatigue and improve the reading and interaction experience of the user under different illumination conditions.

Description

Technical Field

[0001] The present invention relates to the field of mobile device display technology, and in particular to a method and system for adaptively adjusting the display of a mobile device user interface based on ambient light. Background Art

[0002] In the use environment of modern mobile devices, the design of user interface (UI) pays more and more attention to adapting to visual comfort under different lighting conditions, but existing technologies often ignore the significant impact of ambient light changes on user visual experience. Most mobile device UI designs fail to effectively use ambient light information to dynamically adjust the interface display, resulting in poor user visual experience in strong or weak light environments. Summary of the invention

[0003] In order to solve the above technical problems, the present invention provides a method for adaptively adjusting the display of a mobile device user interface based on ambient light. By real-time monitoring of the ambient light intensity and intelligently adjusting parameters such as screen brightness, contrast and color saturation, a mobile device user interface can be achieved that can provide the best visual experience under various lighting conditions.

[0004] The technical solution of the present invention is:

[0005] A method for adaptively adjusting the user interface display of a mobile device based on ambient light comprises the following steps:

[0006] a. Using at least one ambient light sensor, such as a photodiode, to obtain light intensity data of the current environment;

[0007] b. Use software systems to collect and record screen brightness and user interaction behavior data, including but not limited to click frequency, page dwell time, scrolling behavior, and other quantifiable human-computer interaction indicators;

[0008] c. Use intelligent algorithms to analyze the collected ambient light data and behavioral data to determine the optimal screen brightness and contrast settings;

[0009] d. Based on the analysis results of ambient light intensity and user interaction behavior, design and implement a series of dynamic adjustment strategies for UI elements, including but not limited to adjusting the brightness, contrast, color saturation, layout structure, font style, button size and animation playback speed of the interface;

[0010] e. Set preset thresholds and rules to trigger dynamic adjustments of corresponding UI elements according to changes in ambient light intensity and user behavior, so that the user interface automatically adjusts to the user's visual comfort when the light changes.

[0011] Furthermore,

[0012] The behavioral data includes click frequency, page dwell time, scrolling behavior and other quantifiable human-computer interaction indicators.

[0013] The dynamic adjustment strategy of UI elements includes dynamic optimization of visual elements such as screen brightness, contrast, color saturation, and timely adjustment of font size, layout structure, and background light. The specific adjustment rules and thresholds are set as follows:

[0014] a. Automatically reduce screen brightness and increase contrast when ambient light is detected to reduce eye fatigue;

[0015] b. When the ambient light is strong, the screen brightness and color saturation are increased to ensure that the screen content is clearly visible;

[0016] c. When the user is in a dim environment for a long time, the interface will automatically switch to night mode to reduce blue light output and protect the user's eyesight;

[0017] d. When the user is in a bright outdoor environment, the interface will increase brightness and contrast to ensure that the content is easy to read.

[0018] In addition, the present invention also provides a system for adaptively adjusting the user interface display of a mobile device based on ambient light, comprising:

[0019] a. Ambient light data acquisition module, equipped with an ambient light sensor, for real-time and accurate collection of ambient light intensity data;

[0020] b. Behavior log recording module, responsible for tracking and recording the behavior data of users interacting with the interface;

[0021] c. Display parameter analysis module, with built-in intelligent algorithm, used to analyze the collected data to obtain the best screen brightness and contrast settings;

[0022] d. UI dynamic adjustment module, which executes corresponding UI element adjustment strategies based on the analysis results;

[0023] e. User feedback module, used to collect user feedback on the dynamically adjusted interface in order to further optimize the adjustment strategy;

[0024] f. The system also includes a data communication interface to ensure real-time transmission and linkage of data between modules.

[0025] Furthermore,

[0026] The intelligent algorithm adopts a trained model and can maintain high stability and robustness in actual operation.

[0027] The UI element dynamic adjustment strategy has a predefined specific rule set, which includes specific parameter settings for adjusting the properties of each UI element according to different ambient light intensities and user behaviors.

[0028] The system is applicable to various mobile devices and applications, and has broad application prospects, especially in outdoor strong light and indoor weak light environments.

[0029] The dynamic adjustment strategy of UI elements includes dynamic optimization of visual elements such as screen brightness, contrast, color saturation, and timely adjustment of font size, layout structure, and background light. The specific adjustment rules and thresholds are set as follows:

[0030] a. When the ambient light is detected to be dim, the screen brightness will be automatically reduced and the contrast will be increased to reduce eye fatigue;

[0031] b. When the ambient light is strong, the screen brightness and color saturation are increased to ensure that the screen content is clearly visible;

[0032] c. When the user is in a dim environment for a long time, the interface will automatically switch to night mode to reduce blue light output and protect the user's eyesight;

[0033] d. When the user is in a bright outdoor environment, the interface will increase brightness and contrast to ensure that the content is easy to read.

[0034] Going further,

[0035] The workflow includes:

[0036] First, the ambient light detection module continuously collects light intensity data from the sensor and transmits it to the display parameter adjustment module in real time through the data transmission protocol;

[0037] Next, the display parameter adjustment module analyzes and adjusts the data based on a preset algorithm model to generate display parameters suitable for the current ambient light conditions;

[0038] Then, after receiving these parameters, the user interface adjustment module immediately performs corresponding UI display changes to provide the best user visual experience.

[0039] The beneficial effects of the present invention are

[0040] (1) Significantly improve user experience: The present invention accurately monitors changes in ambient light and intelligently adjusts the brightness, contrast, and color saturation of the mobile device user interface to ensure that users can enjoy the most comfortable visual experience in any lighting environment. This adaptive adjustment not only reduces the frequency of users manually adjusting screen settings, but also effectively avoids visual fatigue caused by light changes, thereby significantly improving the comfort and satisfaction of user experience.

[0041] (2) Optimize reading and interaction efficiency: As the ambient light changes, the system can automatically adjust the text size, line spacing, and background brightness, making users feel more relaxed when reading and reducing the burden on their eyes. In addition, the intelligently adjusted interface layout and icon size also make user operations more intuitive and convenient, effectively improving the efficiency of human-computer interaction and the usability of the product.

[0042] (3) Innovation in personalized visual experience: The present invention not only meets the user's demand for personalized and customized visual experience, but also provides strong technical support for the user interface design of mobile devices. Through meticulous adaptive adjustment, the device can provide personalized interface display solutions based on the user's usage environment and personal preferences. This intelligent design concept not only enhances user stickiness, but also helps to enhance brand image and market competitiveness.

[0043] (4) Promote the development of UI design: Through the application of the present invention, the field of user interface design will develop in a more humanized and intelligent direction. This method and system based on ambient light adaptive adjustment not only brings unprecedented visual experience to users, but also provides designers with new design ideas and inspiration. With the continuous advancement of technology and the increasing diversification of user needs, the present invention is expected to become an important force to promote innovation in the field of UI design.

[0044] (5) Broad application prospects: The technical solution of the present invention is not only applicable to mobile smartphones and tablet computers, but can also be extended to a variety of devices such as laptops, e-book readers, and outdoor display screens. With the development of the Internet of Things and smart devices, the intelligent adjustment method of the present invention is expected to play a role in more application scenarios and provide users with a more intelligent and personalized service experience. DETAILED DESCRIPTION

[0045] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described in combination with the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0046] Ambient light data collection stage

[0047] The technical solution of the present invention first focuses on the ambient light data collection stage, and obtains the current environment lighting data by integrating an ambient light sensor. Specifically, the ambient light sensor is used to monitor the intensity of the surrounding light in real time, thereby capturing the change from strong light to weak light; these data will serve as the basis for adjusting the user interface display parameters. In addition, through software-level algorithm analysis, the optimal screen brightness and contrast settings can be determined to adapt to changes in ambient light.

[0048] For the ambient light sensor, the present invention describes in detail its working principle and data collection specifications. For example, the sensor uses a photodiode to convert electrical signals by detecting light intensity, and performs data analysis in conjunction with a specific algorithm.

[0049] Display parameter adjustment analysis phase

[0050] The present invention uses intelligent algorithms to analyze the collected ambient light data to identify the best display parameter settings. For example, an algorithm model is constructed, whose input layer receives the light intensity data from the sensor, applies the preset adjustment rules through the processing layer, and finally generates the adjustment parameters of the screen brightness, contrast and color saturation at the output layer. In the model design process, a large amount of user visual comfort feedback data under different lighting conditions is used, and the model parameters are trained through an iterative optimization algorithm to improve the adaptability of the model in new environments.

[0051] Dynamic UI displays adaptive adjustment mechanism

[0052] Based on the ambient light data, the present invention proposes a comprehensive set of dynamic adjustment strategies for UI display parameters. This set of strategies includes but is not limited to dynamic optimization of visual elements such as screen brightness, contrast, color saturation, and timely adjustment of font size, layout structure, and background light. The specific adjustment rules and threshold settings are as follows:

[0053] a. When the ambient light is detected to be dim, the system will automatically reduce the screen brightness and increase the contrast to reduce eye fatigue;

[0054] b. When the ambient light is strong, the screen brightness and color saturation are increased to ensure that the screen content is clearly visible;

[0055] c. When the user is in a dim environment for a long time, the interface will automatically switch to night mode to reduce blue light output and protect the user's eyesight;

[0056] d. When the user is in a bright outdoor environment, the interface will increase brightness and contrast to ensure that the content is easy to read.

[0057] System structure and workflow

[0058] The system architecture of the present invention includes three main modules: an ambient light detection module, a display parameter adjustment module, and a user interface adjustment module. The ambient light detection module is responsible for real-time acquisition and preprocessing of ambient light data; the display parameter adjustment module analyzes the received data and outputs the best display parameter settings; the user interface adjustment module quickly adjusts the interface display according to these settings.

[0059] The system's workflow is: first, the ambient light detection module continuously collects light intensity data from the sensor and transmits it to the display parameter adjustment module in real time through the data transmission protocol; then, the display parameter adjustment module parses and adjusts the data based on the preset algorithm model to generate display parameters suitable for the current ambient light conditions; then, after receiving these parameters, the user interface adjustment module immediately executes the corresponding UI display changes to provide the best user visual experience.

[0060] The present invention is capable of sensing changes in ambient light and dynamically adjusting the user interface display settings of a mobile device based on these changes. By accurately monitoring ambient lighting conditions, the system can automatically adjust the brightness, contrast, and color balance of the screen to ensure that users can enjoy the best visual effects in any lighting environment. The goal of this invention is to reduce the need for users to manually adjust screen settings, reduce visual fatigue, and improve the user's reading and interaction experience under different lighting conditions through intelligent interface adjustment in the mobile device use environment. In this way, the present invention not only improves the usability and comfort of the user interface, but also meets the user's modern needs for efficient and convenient interactive experience, and promotes the development of user interface design towards a more intelligent and environmentally adaptable direction.

[0061] The above description is only a preferred embodiment of the present invention, which is only used to illustrate the technical solution of the present invention, and is not used to limit the protection scope of the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention are included in the protection scope of the present invention.

Claims

1. A method for adaptively adjusting the user interface display of a mobile device based on ambient light, characterized in that: The following steps are involved: a. Using at least one ambient light sensor to obtain light intensity data of the current environment; b. Use software systems to collect and record screen brightness and user interaction behavior data; c. Use intelligent algorithms to analyze the collected ambient light data and behavioral data to determine the optimal screen brightness and contrast settings; d. Design and implement dynamic adjustment strategies for UI elements based on the analysis results of ambient light intensity and user interaction behavior; e. Set preset thresholds and rules to trigger dynamic adjustments of corresponding UI elements according to changes in ambient light intensity and user behavior, so that the user interface automatically adjusts to the user's visual comfort when the light changes.

2. The method according to claim 1, characterized in that The behavioral data includes click frequency, page dwell time, scrolling behavior and other quantifiable human-computer interaction indicators.

3. The method according to claim 1, characterized in that The dynamic adjustment strategy of UI elements includes dynamic optimization of visual elements such as screen brightness, contrast, color saturation, and timely adjustment of font size, layout structure, and background light. The specific adjustment rules and thresholds are set as follows: a. Automatically reduce screen brightness and increase contrast when ambient light is detected to reduce eye fatigue; b. When the ambient light is strong, the screen brightness and color saturation are increased to ensure that the screen content is clearly visible; c. When the user is in a dim environment for a long time, the interface will automatically switch to night mode to reduce blue light output and protect the user's eyesight; d. When the user is in a strong light environment outdoors, the interface will increase brightness and contrast to ensure that the content is easy to read.

4. A system for adaptively adjusting the user interface display of a mobile device based on ambient light, characterized in that: include: The ambient light data acquisition module is equipped with an ambient light sensor for real-time and accurate acquisition of ambient light intensity data; Behavior logging module, responsible for tracking and recording the behavior data of users interacting with the interface; Display parameter analysis module, with built-in intelligent algorithm, used to analyze the collected data to obtain the best screen brightness and contrast settings; UI dynamic adjustment module, which executes corresponding UI element adjustment strategies based on the analysis results; The user feedback module is used to collect user feedback on the dynamically adjusted interface in order to further optimize the adjustment strategy.

5. The system according to claim 4, characterized in that The system also includes a data communication interface to ensure real-time transmission and linkage of data between modules.

6. The system according to claim 4, further characterized in that: The intelligent algorithm adopts a trained model to maintain stability and robustness in actual operation.

7. The system according to claim 4, characterized in that The dynamic adjustment strategy of UI elements includes dynamic optimization of visual elements such as screen brightness, contrast, color saturation, and timely adjustment of font size, layout structure, and background light. The specific adjustment rules and thresholds are set as follows: a. Automatically reduce screen brightness and increase contrast when ambient light is detected to reduce eye fatigue; b. When the ambient light is strong, the screen brightness and color saturation are increased to ensure that the screen content is clearly visible; c. When the user is in a dim environment for a long time, the interface will automatically switch to night mode to reduce blue light output and protect the user's eyesight; d. When the user is in a strong light environment outdoors, the interface will increase brightness and contrast to ensure that the content is easy to read.

8. The system according to claim 4, characterized in that The workflow includes: First, the ambient light detection module continuously collects light intensity data from the sensor and transmits it to the display parameter adjustment module in real time through the data transmission protocol; Next, the display parameter adjustment module analyzes and adjusts the data based on a preset algorithm model to generate display parameters suitable for the current ambient light conditions; Then, after receiving these parameters, the user interface adjustment module immediately performs corresponding UI display changes to provide the best user visual experience.