A method for adjusting a vehicle-mounted interface layout based on a smart terminal key

Abstract

The application discloses a kind of based on intelligent terminal key's vehicle-mounted interface layout adjustment method, comprising the following steps: S1, input key information, build the database of user secret key information in intelligent terminal key;S2, vehicle identification user identity information;S3, vehicle sends out the request of obtaining configuration information to intelligent terminal key;S4, according to configuration information adjustment vehicle-mounted interface;S5, store the change setting of user.The application provides a kind of based on intelligent terminal key's vehicle-mounted interface layout adjustment method, combines intelligent terminal key with vehicle-mounted interface layout, so that user can feel the user information adjustment vehicle-mounted interface when unlocking vehicle, realize faster, more intelligent service feeling.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of automobile interface technology, and in particular to a vehicle-mounted interface layout adjustment method based on a smart terminal key. BACKGROUND

[0002] With the improvement of people's living standards, the number of cars is also gradually increasing, and the use of cars is also better for different users. Cars are also being improved and adjusted to adapt to different users. For example, existing vehicles have a memory seat function, which can be adjusted to the set seat height and other parameters according to the situation of different drivers.

[0003] The existing vehicle-mounted interface is generally for the same brand of car, and the vehicle-mounted interface layout is usually only one type. Some models of vehicle systems provide several preset interface types to facilitate users to customize the interface according to their own habits and preferences by following the system prompts. For example, the elderly prefer the layout of large icons and large text when using touch screens, but the existing interface adjustment requires the user to enter the vehicle to make the corresponding adjustment, which is inconvenient for people to use.

[0004] The existing vehicle key types include mechanical keys, remote control keys, smart bracelet keys, and other types. Traditional mechanical keys and remote control keys mainly realize the functions of regular door locks and cars. With the widespread use of RFID technology, remote control keys have entered smart terminal keys such as mobile phones and iPads. RFID technology can realize contact opening of the car lock and identification of the user's identity at the same time. Therefore, how to use the smart terminal key to automatically configure the vehicle-mounted interface when unlocking the vehicle is particularly important. SUMMARY

[0005] The purpose of the present application is to provide a vehicle-mounted interface layout adjustment method based on a smart terminal key, which combines the smart terminal key with the vehicle-mounted interface layout, so that the user can adjust the vehicle-mounted interface based on the user information recognized when unlocking the vehicle, and achieve faster and more intelligent service experience.

[0006] The technical scheme adopted by the vehicle-mounted interface layout adjustment method based on a smart terminal key disclosed by the present application is as follows:

[0007] A vehicle-mounted interface layout adjustment method based on a smart terminal key, comprising the following steps:

[0008] S1, enter the key information, build a user secret key information database in the smart terminal key, and enter the database containing the user secret key information into the vehicle networking server through a wireless way. The user secret key information includes personal identity information.

[0009] S2, the vehicle identifies user identity information, when the user carrying the smart terminal key approaches the vehicle, the vehicle identifies the approaching user identity information through identity recognition technology, judges whether the user's identity information is consistent with the user secret key information recorded in the vehicle networking server, and when the information of the smart terminal key is inconsistent with the information of the vehicle networking server, the vehicle remains in a locked state;

[0010] S3, the vehicle sends a request for obtaining configuration information to the smart terminal key, sends a request for obtaining information corresponding to the smart terminal key API to the smart terminal key through a wireless way, obtains the configuration information authorization of the smart terminal key API, and obtains the related information of the smart terminal key interface through the API of each user operating system;

[0011] S4, adjusting the vehicle-mounted interface according to the configuration information, the vehicle-mounted interface accesses the configuration information according to the authorization of the user, obtains the key field, automatically adjusts the interface layout form and the corresponding visual element design and interaction mode, obtains the basic information of the user smart terminal key interface, and appropriately converts and calibrates according to the size and proportion of different screen physical sizes;

[0012] S5, storing the changed settings of the user, recording the current changed items, that is, storing the matched vehicle-mounted interface information into the information database of the user.

[0013] As a preferred scheme, the identity information includes image, voice, fingerprint collection technology obtained face recognition, voiceprint recognition and fingerprint recognition information, and corresponding face data storage, voiceprint information database and fingerprint information database are constructed.

[0014] As a preferred scheme, the wireless way includes Bluetooth connection or wifi connection.

[0015] As a preferred scheme, the smart terminal key includes but is not limited to smart devices such as mobile phones, tablets, smart watches and the like.

[0016] The vehicle-mounted interface layout adjustment method based on the smart terminal key has the beneficial effects that: the smart terminal key is unlocked through the identity recognition system, once the unlocking is successful, the user can be authorized to start the vehicle, and the configuration information on the user smart terminal key is matched with the vehicle-mounted interface, the simple and intelligent matching steps can not only customize the information display and display form, but also can avoid multi-step and each time interaction operation, and improve the driving experience of different demand and different characteristic user groups when driving the same vehicle. BRIEF DESCRIPTION OF DRAWINGS

[0017] Figure 1 It is a process flow chart of the vehicle-mounted interface layout adjustment method based on the smart terminal key.

[0018] Figure 2 is an embodiment of the application based on the smart terminal key vehicle interface layout adjustment method before and after the change of two interface comparison chart. DETAILED DESCRIPTION

[0019] The application will be further described and explained with specific examples and the accompanying drawings:

[0020] Please refer to Figure 1 A kind of based on the smart terminal key vehicle interface layout adjustment method, comprising the following steps:

[0021] S1, enter key information, build the database of user secret key information in the smart terminal key, the database containing user key information will be entered into the Internet of Vehicles server by wireless way, and user key information includes personal identity information.

[0022] Identity information includes image, voice, face recognition, voiceprint recognition and fingerprint recognition information obtained by fingerprint collection technology, and builds corresponding face data storage, voiceprint information database and fingerprint information database.

[0023] Firstly, by entering user key information, the vehicle is associated with the user, so as to facilitate subsequent vehicle unlocking, and the information with high security coefficient such as face, voiceprint and fingerprint is used for verification, so as to improve the security performance of vehicle unlocking.

[0024] Wireless way includes Bluetooth connection or wifi connection, and data transmission between smart terminal key and Internet of Vehicles server is carried out.

[0025] The smart terminal key includes but is not limited to smart devices such as mobile phone, tablet computer, smart watch, so as to interact with the vehicle.

[0026] S2, vehicle recognizes user identity information, when the user carries the smart terminal key close to the vehicle, the vehicle recognizes the identity information close to the user by identity recognition technology, judges whether the identity information of the user is consistent with the user secret key information entered in the Internet of Vehicles server; when the information of the smart terminal key is inconsistent with the information of the Internet of Vehicles server, the vehicle remains in the locked state, and only when the information of the smart terminal key and the information of the Internet of Vehicles server are matched successfully, the subsequent process can be carried out.

[0027] S3, the vehicle sends a request for obtaining configuration information to the smart terminal key, sends a request for obtaining information corresponding to the smart terminal key API to the smart terminal key by wireless way, obtains the configuration information authorization of the smart terminal key API, and obtains the related information of the smart terminal key interface through the API of each user operating system;

[0028] The specific steps are: through Bluetooth or wifi connection, after obtaining the authorization of the relevant device (mobile phone, iPad, smart watch, etc.), the API of the device is obtained.

[0029] For example, (userID, API of the operating system). Such as (userID_1, Android platform AppCompatDelegate. or MaterialComponents), (userID_2, UIContentSizeCategory of iPhone).

[0030] Get the relevant information of the interface through the API of each user's operating system.

[0031] S4, adjust the vehicle-mounted interface according to the configuration information, the vehicle-mounted interface accesses the configuration information according to the authorization of the user, obtains the key field, automatically adjusts the interface layout form and the corresponding visual element design and interaction mode, obtains the basic information of the user's smart terminal key interface, and appropriately converts and calibrates according to the size and proportion of different screen physical sizes.

[0032] Reference Figure 2 For example: an old user, the smart terminal key presents an icon and text combination form, which has higher search efficiency than flat icons; the icon button size is larger, and the distance between buttons is also relatively large, such as icon size 72*72 pixels 1.38°*1.38°, to avoid mis-touch. Vertical layout is more effective, and vertical interaction gestures in the same direction are beneficial to the operation of the elderly, and card mode can reduce the cognitive load of the elderly. Important information is placed in the center of the screen, and information is arranged in different colors to reduce the search cognitive load of the elderly with lower information processing ability

[0033] Secondly, the hand-eye coordination ability and motor skills caused by age often decline, and the elderly are used to using voice interaction, and often use voice instructions to operate the vehicle-mounted interaction interface. The elderly are not used to using gesture interaction, even if they use it, they hope to simplify the gesture operation and provide obvious instructions at the interface, such as providing arrows, buttons, etc., so that the elderly can accurately perform gesture operations, while minimizing the steps of gesture operation. The following are some gesture operations suitable for the elderly: 1. Single click: single finger tap on the screen, used to select or open an application. 2. Swipe: swipe the screen with a single finger, used to scroll the page or switch applications. 3. Pinch: move two fingers inwards or outwards, used to zoom in or out of the page. 4. Long press: single finger long press on the screen, used to pop up a menu or select an operation.

[0034] In addition, in terms of the layout of the interface, the palace layout has a more positive impact on the work completion of the elderly, and the progressive presentation can help the elderly to reduce the cognitive load caused by the slow processing speed by presenting information gradually and simplifying the design, and at the same time, the attention of the elderly can not be distracted by multiple tasks or screens. Therefore, the flip card interaction form is clear and easy for the elderly to master.

[0035] S5, store the user's change settings, record the current change item, that is, store the matched vehicle-mounted interface information into the user's personal information database.

[0036] After the information matching is completed, the current change item is recorded, that is, the matched vehicle-mounted interface information is stored into the user's personal information database, and after the user locks the vehicle, when the user next time performs identity recognition through the intelligent terminal key, the intelligent terminal key can start the vehicle-mounted interface display system, and automatically adjusts the interface layout according to the stored information, so that the exclusive customized interface can be completed without inquiry.

[0037] The present application provides a kind of vehicle-mounted interface layout adjustment method based on intelligent terminal key, and it is unlocked by identity recognition system for intelligent terminal key, once unlocking is successful, it can authorize user to start vehicle, and according to the configuration information on user intelligent terminal key, the matching of vehicle-mounted interface is carried out, and the matching step of simple and intelligent, not only can customize information display and display form, but also can dispense with multi-step, each time interactive operation, improve the driving experience of different demand, different characteristic user group when driving same car.

[0038] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present application, and are not limited to the scope of protection of the present application. Although the present application has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present application can be modified or replaced by equivalents without departing from the essence and scope of the technical solutions of the present application.

Claims

1. A smart terminal key-based adjustment method for the layout of a vehicle interface, characterized in that, The method comprises the following steps: S1, inputting key information, constructing a database of user key information in the intelligent terminal key, and inputting the database containing the user key information into the Internet of Vehicles server through a wireless manner, wherein the user key information comprises personal identity information; S2, identifying user identity information by the vehicle, when the user carrying the intelligent terminal key approaches the vehicle, the vehicle identifies the approaching user identity information through identity recognition technology, judges whether the user identity information is consistent with the user key information input into the Internet of Vehicles server, and when the information of the intelligent terminal key is inconsistent with the information of the Internet of Vehicles server, the vehicle remains in a locked state; S3, the vehicle sends a request for obtaining configuration information to the intelligent terminal key, sends a request for obtaining information corresponding to the intelligent terminal key API to the intelligent terminal key through a wireless manner, obtains the configuration information authorization of the intelligent terminal key API, and obtains the related information of the intelligent terminal key interface through the API of each user operating system; S4, adjusting the vehicle-mounted interface according to the configuration information, the vehicle-mounted interface accesses the configuration information according to the authorization of the user, obtains the key field, automatically adjusts the interface layout form and the corresponding visual element design and interaction mode, obtains the basic information of the user intelligent terminal key interface, and appropriately converts and calibrates according to the size and proportion of different screen physical sizes; S5, storing the change settings of the user, recording the current change item, storing the matched vehicle-mounted interface information into the information database of the user, and when the user next time performs identity recognition through the intelligent terminal key after locking the vehicle, the intelligent terminal key can start the vehicle-mounted interface display system, automatically adjusts the interface layout according to the stored information, and completes the exclusive customized interface without inquiry. 2.The method of claim 1, wherein, The identity information comprises image, voice, face recognition, voiceprint recognition and fingerprint recognition information obtained through fingerprint collection technology, and corresponding face information storage, voiceprint information database and fingerprint information database are constructed.

3. The method of claim 1, wherein the smart terminal key-based layout adjustment of the in-vehicle interface is performed in response to a user input. The wireless manner comprises Bluetooth connection or wifi connection.

4. The method of claim 1, wherein the smart terminal key-based layout adjustment of the in-vehicle interface is performed in response to a user input. The intelligent terminal key comprises a mobile phone, a tablet computer and a smart watch.

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