An AI painting-based intelligent interior surface device for a vehicle

Abstract

The application provides an AI painting-based intelligent interior surface device for a vehicle. The intelligent interior surface device comprises a surface material, a display system, a touch control system and a communication and control system. The surface material comprises a covering material, a diffusion material and an adhesive. The covering material is coated on the upper layer of the touch control film. The diffusion material is coated on the upper layer of the flexible screen. The adhesive is used to bond between any two layers of the intelligent interior surface of the vehicle. The display system is composed of a flexible screen. The flexible screen is coated on the upper layer of the interior surface framework of the vehicle. The touch control system is composed of a touch control film. The touch control film is coated on the upper layer of the diffusion material. The communication and control system is connected with the display system and the touch control system. The communication and control system has the functions of signal acquisition, storage, processing and transmission. The communication and control system is used to acquire internal and external information, control the system state and realize the system function. The problems of diversified interior patterns, adaptive adjustment and intelligent linkage are solved.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of intelligent automobile equipment, and particularly relates to an automobile intelligent interior surface device based on AI drawing. BACKGROUND

[0002] The automobile intelligent cockpit is to transform the car interior into a digital platform. The traditional automobile cockpit can only be used to indicate various driving conditions, while the main feature of the intelligent cockpit is intelligence. The cockpit is equipped with multiple display screens, and the operation method is changed from the traditional button operation to touch or voice operation. Meanwhile, the cockpit is also equipped with various sensors and AI intelligent devices, which can provide a more comfortable driving experience from the consideration of the driver's habits and comfort.

[0003] In view of the current development trend of the intelligent cockpit, the interior has the following deficiencies:

[0004] (1) The color and pattern of the automobile interior surface are single, and the user cannot customize, but can only choose from the existing color and pattern;

[0005] (2) The automobile interior surface cannot be linked with other intelligent systems;

[0006] (3) The interior is not interesting enough. SUMMARY

[0007] In view of the above deficiencies, the present application provides an automobile intelligent interior surface device based on AI drawing to solve the problems of interior pattern diversification, adaptive adjustment and intelligent linkage.

[0008] The intelligent interior surface device comprises a surface material, a display system, a touch control system and a communication and control system.

[0009] The surface material comprises a covering material, a diffusion material and an adhesive. The covering material is covered on the upper layer of the touch control film, the diffusion material is covered on the upper layer of the flexible screen, and the adhesive is used to bond between any two layers of the automobile intelligent interior surface.

[0010] The display system is composed of a flexible screen, and the flexible screen is covered on the upper layer of the automobile interior skeleton.

[0011] The touch control system is composed of a touch control film, and the touch control film is covered on the upper layer of the diffusion material.

[0012] The communication and control system comprises a signal acquisition module, a signal transmission module, a data storage module, a signal processing module, an AI drawing module and a control system module. The communication and control system is connected with the display system and the touch control system, and has the functions of signal acquisition, storage, processing and transmission, and is used for acquiring internal and external information, controlling the system state and realizing the system function.

[0013] Further, the surface material has light transmission and uniform light characteristics; the material used by the covering material includes light transmission skin, light transmission fabric and light transmission plastic, and the covering material is wrapped on the outer surface of the interior decoration, used for light transmission, display of AI painting patterns and providing good tactile experience for passengers; the diffusion material uses materials including diffusion plate / diffusion film with added light diffusion material and microstructure diffusion film, and the diffusion material is used to convert LED point light source into line light source and area light source, providing more beautiful visual effect; the adhesive uses materials including hot melt adhesive and optical adhesive, and the adhesive is used to fit the layers of the structure, and the light transmission process used by the surface material includes film plating treatment, paint spraying treatment and etching treatment.

[0014] Further, the flexible screen has full-color characteristics and intelligent display functions, and is suitable for complex surfaces of the automobile interior framework, and the light source used by the flexible screen includes LED light source and / or Mini LED light source and / or OLED light source.

[0015] Further, the touch film has flexible and transparent characteristics, and is suitable for complex surfaces of the automobile interior, and is used for contact or non-contact interaction between the user and the intelligent surface of the interior decoration, and the touch control method used includes contact control and / or infrared touch control and / or ultrasonic touch control.

[0016] Further, in the communication and control system, the data collected by the signal acquisition module includes environmental information, driving information, vehicle body condition and user demand, the signal transmission module is used to connect the communication and control system with the display system and the touch control system; the data storage module is used to create personal archives for different users, the signal processing module determines the output content according to the collected information, the AI painting module is used to generate automobile interior patterns, and the control system module is used to control the state of other systems.

[0017] Further, the personal archives are historical records of the pattern mode generated by the user when using the intelligent interior surface of the automobile.

[0018] Further, the working process of the communication and control system is as follows:

[0019] S1, when the communication and control system is started, the display system brightness is adjusted according to the ambient light intensity, and feedback is combined with the user's operation of the touch control system;

[0020] S2, it is judged whether the user selects the historical mode, if the user selects the historical mode, the user archives are called, and the display pattern is generated according to the historical mode; otherwise, step S3 is performed;

[0021] S3, it is judged whether the user selects the AI pattern generation mode, if the user does not select the AI pattern generation mode, the static mode is entered, and the display system displays the preset pattern; if the user selects the AI pattern generation mode, step S4 is entered;

[0022] S4. The user inputs or selects the display mode through the touch system, and the display system displays the corresponding pattern according to the different modes selected by the user.

[0023] Furthermore, the AI ​​pattern generation mode extracts the following information according to requirements and converts it into AI pattern output:

[0024] Environmental information: including temperature, weather, and location of the route traveled;

[0025] Driving information: including vehicle speed and road conditions;

[0026] Vehicle condition: including fuel level, battery level, and tire pressure;

[0027] User needs include user mood and user style.

[0028] Furthermore, the modes available to the user in step S4 include:

[0029] Display mode: Displays the playback interface; AI generates edge patterns.

[0030] Interactive mode: First, determine whether the user selects casual gaming. If the user selects casual gaming, the game interface is displayed and AI generates an edge pattern. Otherwise, the interactive interface is displayed and AI generates an edge pattern.

[0031] Adaptive mode: Generates the overall display pattern based on AI algorithms.

[0032] Furthermore, the playback interface and interactive interface are customized according to different user needs when installing the car's smart interior trim.

[0033] The beneficial effects of this invention are as follows:

[0034] (1) Diverse patterns: Variations in interior patterns and colors can increase the fun and personalized experience of driving and riding;

[0035] (2) Adaptive adjustment: The interior color pattern is switched according to environmental information, driving mode and user status, bringing users an intelligent experience;

[0036] (3) Emotional regulation: The changes in patterns and colors in the car interior can play a good role in guiding and regulating emotions. Attached Figure Description

[0037] Figure 1 This is a structural diagram of an intelligent automotive interior surface device provided in an embodiment of the present invention;

[0038] Figure 2 A schematic diagram showing the connections between the various systems;

[0039] Figure 3 This is a flowchart of the communication and control system process. Detailed Implementation

[0040] The technical solution of the present invention will now be clearly and completely described with reference to the accompanying drawings. Obviously, the described embodiments are only some, not all, of the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0041] This invention provides an AI-based intelligent interior surface device for automobiles, which includes surface materials, a display system, a touch system, and a communication and control system.

[0042] Surface materials include covering materials, diffusion materials, and adhesives. Surface materials possess characteristics of light transmission and uniform light distribution, such as... Figure 1 As shown, the covering material is applied to the upper layer of the touch module, the diffusion material is applied to the upper layer of the flexible screen, and the adhesive is used to bond any two layers of the automotive smart interior surface.

[0043] The surface material has light-transmitting and light-uniforming characteristics; the covering material includes light-transmitting skin, light-transmitting fabric, and light-transmitting plastic. The covering material covers the exterior surface of the interior and is used for light transmission, displaying AI painting patterns, and providing passengers with a good tactile experience; the diffusion material includes diffusion plates / diffusion films with added light-diffusion materials and microstructure diffusion films. The function of the diffusion material is to convert LED point light sources into line light sources and surface light sources, providing a more beautiful visual effect; the adhesive material includes hot melt adhesive and optical adhesive. The function of the adhesive is to bond the various layers of structure; the light-transmitting process of the surface material includes coating treatment, painting treatment, and etching treatment.

[0044] The display system consists of a flexible screen that is overlaid on the upper layer of the automotive interior frame. The flexible screen features full-color display and intelligent display capabilities, adapting to the complex surfaces of the automotive interior frame. The materials used include, but are not limited to, LED light sources, Mini LED light sources, OLED light sources, and electronic paper.

[0045] The touch system consists of a touch film that is coated on top of a diffusion material. The touch film is flexible and transparent, adaptable to the complex surfaces of automotive interiors, and allows users to interact with the smart surfaces of the interior through contact or non-contact methods. The touch methods employed include, but are not limited to, contact control, infrared touch, and ultrasonic touch.

[0046] like Figure 2 As shown, the communication and control system connects the display system and the touch system, and has signal acquisition, storage, processing and transmission functions. It is used to collect internal and external information, control the system status, and realize the system functions.

[0047] The communication and control system comprises a signal acquisition module, a signal transmission module, a data storage module, a signal processing module and a control system module; the data collected by the signal acquisition module comprises environmental information, driving information, vehicle body condition and user demand, the signal transmission module is used to connect the communication and control system with the display system and the touch control system; the data storage module is used to create personal archives for different users, the personal archives are the history records of the pattern mode generated by the user when using the automobile intelligent interior surface, the AI drawing module is used to generate the automobile interior surface pattern, the signal processing module determines the output content according to the collected information, and the control system module is used to control the state of other systems.

[0048] As shown in Figure 3 The working process of the communication and control system is as follows:

[0049] S1, when the system is started, the display system brightness is adjusted according to the ambient light intensity, and feedback is given in combination with the user's operation of the touch control system;

[0050] S2, it is judged whether the user selects the historical mode, if the user selects the historical mode, the user archive is called, and the display content is adjusted according to the historical data stored by the user in the user archive; otherwise, step S3 is performed;

[0051] S3, it is judged whether the user selects the AI pattern generation mode, if the user does not select the AI pattern generation mode, the static mode is entered, and the display system displays the preset pattern; if the user selects the AI pattern generation mode, step S4 is entered;

[0052] S4, the user inputs or selects the display mode through the touch control system, and the display system displays the corresponding pattern according to the different mode selected by the user.

[0053] The AI pattern generation mode is that the AI drawing module extracts the following information according to the demand and converts it into an AI pattern output:

[0054] Environmental information: including temperature, weather and driving section positioning information;

[0055] Driving information: including vehicle speed and road condition information;

[0056] Vehicle body condition: including fuel quantity, power quantity and tire pressure information;

[0057] User demand: including user mood and user style and other user-specific features.

[0058] The modes available for the user to select in step S4 include:

[0059] Display mode: display the play interface, and AI generates the edge pattern; the play interface can be customized when the automobile intelligent interior surface is installed according to different user demands.

[0060] Interaction mode: first determine whether the user selects game leisure, if the customer selects, display the game interface, AI generates edge pattern, otherwise, display the interaction interface, the interaction interface can be customized according to different user needs when installing the car intelligent interior surface, AI generates edge pattern;

[0061] Adaptive mode: according to the AI algorithm to generate the overall display pattern.

[0062] The AI drawing module generates edge patterns and generates overall display patterns in the same way, specifically: the signal acquisition module collects environmental information (temperature, weather, driving section (positioning) and other external environmental information), driving information (vehicle speed, road conditions and other vehicle driving information), vehicle body condition (fuel level, power, tire pressure and other vehicle body conditions), user needs (mood, style and other user-specific features), each piece of information is converted into 1-2 key features and input into the AI drawing module, and the edge pattern or the overall display pattern is generated by AI.

Claims

1. An AI painting-based automobile intelligent interior surface device, characterized in that, The intelligent interior surface device comprises a surface material, a display system, a touch control system and a communication and control system; The surface material comprises a covering material, a diffusion material and an adhesive, the covering material is covered on the upper layer of the touch control module, the diffusion material is covered on the upper layer of the flexible screen, and the adhesive is used to bond between any two layers of the intelligent interior surface of the automobile; The surface material has the characteristics of light transmission and uniform light; the material of the covering material includes light-transmitting skin, light-transmitting fabric and light-transmitting plastic, the covering material is wrapped on the outer surface of the interior, which is used for light transmission and display of AI drawing pattern; the material of the diffusion material includes diffusion plate / diffusion film with added light diffusion material and microstructure diffusion film, the diffusion material is used to convert LED point light source into line light source and area light source; the material of the adhesive includes hot melt adhesive and optical adhesive, the adhesive is used to fit the layers, and the light transmission process of the surface material includes coating treatment, paint spraying treatment and etching treatment; The display system is composed of a flexible screen, which is covered on the upper layer of the automobile interior framework; The touch control system is composed of a touch control film, which is covered on the upper layer of the diffusion material; The communication and control system comprises a signal acquisition module, a signal transmission module, a data storage module, a signal processing module, an AI drawing module and a control system module; the display system and the touch control system are connected, and have the functions of signal acquisition, storage, processing and transmission, which are used to collect internal and external information, control system state and realize system function In the communication and control system, the data collected by the signal acquisition module includes environmental information, driving information, vehicle body condition and user demand, the signal transmission module is used to connect the communication and control system with the display system and the touch control system; the data storage module is used to create personal archives for different users, the signal processing module determines the output content according to the collected information, the AI drawing module is used to generate the pattern of the automobile interior, and the control system module is used to control the state of other systems.

2. The smart interior facing device of claim 1, wherein, The flexible screen has the characteristics of full color and intelligent display function, which is suitable for complex surface of automobile interior framework, and the light source of the flexible screen includes LED light source and / or Mini LED light source and / or OLED light source.

3. The smart interior facing device of claim 1, wherein, The touch control film has the characteristics of flexibility and transparency, which is suitable for complex surface of automobile interior, and is used for contact or non-contact interaction between user and intelligent surface of interior, and the touch control mode includes contact control and / or infrared touch control and / or ultrasonic touch control.

4. The smart interior facing device of claim 3, wherein, The personal archives are the historical records of the pattern mode generated by the user when using the intelligent interior surface of the automobile.

5. The smart interior facing device of claim 4, wherein, The working process of the communication and control system is as follows: S1, when the communication and control system is started, the display system brightness is adjusted according to the ambient light intensity, and the feedback is combined with the user's operation of the touch control system; S2, it is judged whether the user selects the historical mode, if the user selects the historical mode, the user's archives are called, and the display pattern is generated according to the historical mode; Otherwise, step S3 is performed. S3, judge whether the user selects the AI pattern generation mode, if the user does not select the AI pattern generation mode, enter the static mode, control the display system to display the preset pattern; if the user selects the AI pattern generation mode, enter step S4; S4, the user inputs or selects the display mode through the touch control system, and the display system displays the corresponding pattern according to the different mode selected by the user.

6. The smart interior facing device of claim 5, wherein, The AI pattern generation mode extracts the following information according to the demand and converts it into AI pattern output: Environmental information: including temperature, weather and driving section positioning; Driving information: including speed and road conditions; Vehicle body condition: including oil, electricity and tire pressure; User demand: including user mood and user style.

7. The smart interior facing device of claim 6, wherein, The mode available for the user to select in step S4 includes: Display mode: display the playing interface, and AI generates the edge pattern; Interactive mode: first judge whether the user selects game leisure, if the user selects, display the game interface, AI generates the edge pattern, otherwise, display the interactive interface, AI generates the edge pattern; Adaptive mode: generate the overall display pattern according to the AI algorithm.

8. The smart interior facing device of claim 7, wherein, The playing interface and the interactive interface are customized when the smart interior surface of the car is installed according to different user demands.

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