CN114422550B - Personalized association method and system for whole vehicle setting and automobile - Google Patents
Personalized association method and system for whole vehicle setting and automobile Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
- G06F21/31—User authentication
- G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00896—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The invention provides a personalized association method for whole vehicle setting, which comprises the following steps: after the vehicle setting module collects a vehicle door unlocking request, the vehicle door unlocking and the whole vehicle powering-on are executed; after the whole vehicle is electrified, the vehicle setting module judges whether a pre-associated cloud account exists or not based on the vehicle door unlocking request; if the pre-associated cloud account exists, the vehicle setting module automatically logs in the pre-associated cloud account; after automatically logging in a vehicle cloud account, the vehicle setting module adjusts the associated vehicle basic class setting according to the vehicle basic class setting information recorded in the vehicle cloud account; after a driver enters a vehicle, the vehicle setting module adjusts preset vehicle basic type settings, vehicle driving type settings and/or vehicle privacy type settings based on the type of the vehicle door unlocking request.
Description
Technical Field
The invention relates to the technical field of automobile networking, in particular to a method and a system for personalized association of whole automobile setting and an automobile.
Background
Under the trend of 'new four' in the automobile industry, the control system combining the electric and intelligent networking provides a good driving experience for a driver. But networking brings convenience and also brings the problem that the privacy of the user is frequently leaked, and brings great trouble to the life and work of the user. In today's society, which is increasingly focusing on network security, the problem needs to be solved.
In the daily use process, different drivers have different settings for related functions of the vehicle due to different heights, favorites and the like, and no vehicle type is related to specific vehicle function settings based on different driver requirements in the current marketed vehicle types. In patent CN 110247915A it is mentioned that the relevant functions of the whole vehicle are regulated based on different account attributes: seat information, air conditioning temperature and wind direction information, vehicle window opening state information, speaker directional play state information, rearview mirror information, music preference information, safety belt tightness state information, virtual assistant style and response mode. However, the patent does not classify the associable whole car functions, and does not recognize that even the same account is at risk of being falsified by the rest of the users. In the present day, the functions of the whole vehicle are more and more, and the privacy of the covered users is more and more, so that the functions related to accounts are necessary to be further classified, and the same account is also required to be subjected to multiple authentications so as to ensure that the user of the vehicle and the account belong to the same person.
Disclosure of Invention
The invention provides a personalized association method, a personalized association system and an automobile for whole automobile setting, wherein the personalized association method, the personalized association system and the automobile are used for meeting different requirements of different drivers on relevant function settings of the automobile, avoiding the risk that certain privacy settings (such as internet communication account information, internet communication account payment passwords and the like) are leaked, and are suitable for various high-configuration and low-configuration automobile types.
The technical scheme of the invention is as follows:
the invention provides a personalized association method for whole vehicle setting, which comprises the following steps:
after the vehicle setting module collects a vehicle door unlocking request, the vehicle door unlocking and the whole vehicle powering-on are executed;
after the whole vehicle is electrified, the vehicle setting module judges whether a pre-associated cloud account exists or not based on the vehicle door unlocking request;
if the pre-associated cloud account exists, the vehicle setting module automatically logs in the pre-associated cloud account; after automatically logging in a vehicle cloud account, the vehicle setting module adjusts the associated vehicle basic class setting according to the vehicle basic class setting information recorded in the vehicle cloud account;
after a driver enters a vehicle, the vehicle setting module adjusts preset vehicle basic type settings, vehicle driving type settings and/or vehicle privacy type settings based on the type of the vehicle door unlocking request.
Preferably, the door unlock request is of the type: a first type request initiated by a user through a vehicle cloud account management APP of a terminal and forwarded to a vehicle network terminal module through a vehicle cloud platform server;
a user initiates a second type request through a Bluetooth key management APP of the terminal and forwards the second type request to a Bluetooth terminal module of the vehicle through a Bluetooth cloud platform server; or (b)
A third type of request initiated by the user through the smart key and forwarded to the smart key system by sensing through the vehicle smart key sensing module.
Preferably, if the type of the door unlocking request is a first type request, the step of adjusting the preset vehicle basic type setting, the vehicle driving type setting and/or the vehicle privacy type setting includes:
after the main driving seat personnel detection equipment detects that the main driving seat is occupied, a trigger signal is sent to a face authentication system;
the face authentication system triggers face recognition equipment to acquire face information of a driver based on the trigger signal, and performs face authentication based on the acquired face information to obtain a face authentication result;
the vehicle setting module judges whether the association relation exists between a driver and a cloud account which is automatically logged in currently or not based on a face authentication result;
if the driver has an association relation with the current automatically logged-in vehicle cloud account, the vehicle setting module adjusts the associated vehicle privacy setting and vehicle driving setting according to the vehicle privacy setting information and the vehicle driving setting information recorded in the automatically logged-in vehicle cloud account;
if the driver does not have the association relation with the current automatically logged-in vehicle cloud account, the vehicle setting module adjusts the associated vehicle basic type setting, vehicle privacy type setting and vehicle driving type setting according to the vehicle basic type setting information, the vehicle privacy type setting information and the vehicle driving type setting information recorded in the target vehicle cloud account with the association relation of the driver.
Preferably, if the type of the door unlocking request is a second type request, the step of adjusting the preset vehicle basic type setting, the vehicle driving type setting and/or the vehicle privacy type setting includes:
the vehicle Bluetooth terminal module sends the acquired Bluetooth key signal closest to the vehicle Bluetooth terminal module to the vehicle setting module;
the vehicle setting module judges whether registered cloud account information exists or not based on Bluetooth key information carried by the Bluetooth key signal;
if the registered cloud account exists, the vehicle setting module adjusts the related whole vehicle driving type setting according to the whole vehicle driving type setting recorded in the cloud account information corresponding to the Bluetooth key signal, and does not adjust the whole vehicle privacy type setting of the vehicle;
if the registered cloud account does not exist, the vehicle setting module adjusts the related whole vehicle driving type setting according to the whole vehicle driving type setting information stored when the vehicle is powered down last time, and does not adjust the whole vehicle privacy type setting of the vehicle.
Preferably, if the type of the door unlock request is a third type of request, the method further includes:
if the pre-associated driver account information does not exist, the vehicle setting module adjusts the associated vehicle basic class setting based on the vehicle basic class setting information stored when the vehicle is powered down last time;
after the whole vehicle basic class setting is regulated, if the vehicle setting module receives an account login request input by a driver, a corresponding vehicle cloud account is logged in;
after the vehicle cloud account is successfully logged in, the vehicle setting module adjusts the related vehicle basic type setting, the vehicle privacy type setting and the vehicle driving type setting according to the vehicle basic type setting information, the vehicle privacy type setting information and the vehicle driving type setting information recorded in the vehicle cloud account.
Preferably, the whole vehicle basic class setting at least comprises: entertainment audio-visual setting, light setting, air conditioner setting, door and window setting and navigation style setting;
the whole car driving type setting at least comprises: steering wheel position setting, seat position setting, rearview mirror adjustment setting, steering mode setting, braking intensity setting, and acceleration mode setting;
the whole car driving type setting at least comprises: the internet communication account information, the internet account payment password and the internet account information.
The invention also provides a personalized association system for the whole vehicle, which comprises the following steps:
the vehicle cloud platform server and the Bluetooth cloud platform server;
the terminal is provided with a vehicle cloud account management APP and/or a Bluetooth key management APP;
the intelligent vehicle comprises a vehicle network terminal module, a vehicle Bluetooth terminal module, an intelligent key system, a vehicle intelligent key sensing module, face recognition equipment, main driver seat personnel detection equipment, a face authentication system and a vehicle setting module which are mounted on a vehicle;
the vehicle setting module is connected with the face authentication system, the vehicle-mounted network terminal module, the vehicle-mounted Bluetooth terminal module and the intelligent key system, the vehicle-mounted Bluetooth terminal module establishes communication with a Bluetooth key management APP installed on the terminal through a Bluetooth cloud platform server, and the vehicle-mounted network terminal module establishes communication with a vehicle cloud account management APP installed on the terminal through the vehicle cloud platform server; the intelligent key system senses intelligent key signals through a vehicle intelligent key sensing module, and the main driver seat personnel detection equipment and the face recognition equipment are connected with the face authentication system;
the vehicle-mounted setting module executes vehicle door unlocking and whole vehicle power-on after acquiring a vehicle door unlocking request;
after the whole vehicle is electrified, the vehicle-mounted setting module judges whether a pre-associated vehicle cloud account exists or not based on the vehicle door unlocking request;
if the pre-associated cloud account exists, the vehicle-mounted setting module automatically logs in the pre-associated cloud account; after automatically logging in a vehicle cloud account, the vehicle-mounted setting module adjusts the associated vehicle basic class setting according to the vehicle basic class setting information recorded in the vehicle cloud account;
after a driver enters a vehicle, the vehicle-mounted setting module adjusts preset vehicle basic type setting, vehicle driving type setting and/or vehicle privacy type setting based on the type of the vehicle door unlocking request.
The invention also provides a vehicle comprising the whole vehicle setting personalized association method.
The beneficial effects of the invention are as follows:
through the unique attribute of the cloud account, the related function settings of the vehicle are associated, so that different requirements of different drivers on basic function settings of the vehicle and driving type settings of the vehicle can be met, and the risk that certain privacy type settings are leaked is avoided. The setting of realizing the vehicle cloud account association by the face unregistered by the driver can be met, and the setting of realizing the vehicle cloud account association by the face registered by the driver can be met. For registered face drivers, the privacy of the drivers can be guaranteed, the drivers are not used by other non-drivers, and the driving habit of the drivers can be automatically associated with the vehicle-related function setting.
Drawings
For further understanding of the content of the present invention, the drawings provide a vehicle cloud account management system and a personalized association setting method provided by the embodiments of the present invention, and further describe the embodiments with reference to the specific embodiments, but the content in the drawings does not limit the embodiments of the present invention. The method specifically comprises the following steps:
fig. 1 is a schematic diagram of a personalized association system for the whole vehicle in the present embodiment;
fig. 2 is a schematic diagram of a method for associating a personalized association of a whole vehicle setup in the present embodiment;
FIG. 3 is a schematic diagram of a vehicle-related functional classification;
FIG. 4 is a schematic diagram of a personalized association method for a whole vehicle with a driver registered with a face;
FIG. 5 is a schematic diagram of a personalized association method for a whole vehicle with an unregistered face of a driver and a key with account attributes approaching the vehicle;
fig. 6 is a schematic diagram of a personalized association method for setting up a whole vehicle by manually logging in a vehicle account without registering a face of a driver.
Detailed Description
The following specifically describes a parking brake control system and a parking brake control method according to an embodiment of the present invention according to the accompanying drawings.
Fig. 1 shows a vehicle cloud account management system according to the present invention, which includes: the system comprises a vehicle cloud platform server, a Bluetooth cloud platform server, a terminal, a Bluetooth key management APP and a Bluetooth key management APP, wherein the vehicle cloud account management APP and/or the Bluetooth key management APP are/is installed on the terminal; the intelligent vehicle comprises a vehicle network terminal module, a vehicle Bluetooth terminal module, an intelligent key system, a vehicle intelligent key sensing module, face recognition equipment, main driver seat personnel detection equipment, a face authentication system and a vehicle setting module which are mounted on a vehicle; the vehicle setting module is connected with the face authentication system, the vehicle-mounted network terminal module, the vehicle-mounted Bluetooth terminal module and the intelligent key system, the vehicle-mounted Bluetooth terminal module establishes communication with a Bluetooth key management APP installed on the terminal through a Bluetooth cloud platform server, and the vehicle-mounted network terminal module establishes communication with a vehicle cloud account management APP installed on the terminal through the vehicle cloud platform server; the intelligent key system carries out intelligent key signal induction through the vehicle intelligent key induction module, and the main driver seat personnel detection equipment and the face recognition equipment are connected with the face authentication system.
The vehicle cloud account management APP is used for registering and applying for a vehicle cloud account by a driver, after the driver applies for the vehicle cloud account, the driver has an independent account, can associate appointed vehicles, and performs 4G/5G communication on networking related settings and the vehicles through the vehicle cloud account management APP, after the communication is established and safety authentication is performed, the related settings are issued to a vehicle end, and the vehicles adjust related function settings according to requirements.
The vehicle cloud platform server is used for calculating, network communication and data storage related to the vehicle cloud account, and is used for providing a network channel between the vehicle cloud account management APP and the vehicle network terminal module, establishing network connection, safety authentication, receiving and transmitting data and data storage.
And after the vehicle network terminal module establishes network communication with the vehicle cloud platform server and passes the security authentication, transmitting function setting information issued by the vehicle cloud platform server, and forwarding the information to a function module related to the vehicle.
The Bluetooth key management APP is used for registering, applying and sharing Bluetooth keys for drivers, and the drivers need to bind corresponding vehicles in the Bluetooth key applying process. After the corresponding vehicle is bound, when a driver brings a medium containing Bluetooth key information close to the vehicle, communication is established between the Bluetooth cloud platform server and the vehicle Bluetooth terminal module, and legal identity of the vehicle can be obtained after safety authentication is completed.
The Bluetooth cloud platform server is used for calculating, communication and storage services of a Bluetooth cloud and providing a communication channel for the Bluetooth key management APP and the vehicle Bluetooth terminal module. Establishing Bluetooth connection, safety authentication, receiving and transmitting data and storing data.
And after the network communication is established between the vehicle Bluetooth terminal module and the Bluetooth cloud platform server and the network communication passes through the security authentication, the key identity information issued by the Bluetooth cloud platform server is transmitted, and the key information is forwarded to the vehicle door lock control module to control the unlocking/locking of the vehicle door.
The intelligent key system is used for communicating with the intelligent key sensing module of the vehicle and authenticating identity, and after the intelligent key sensing module is carried by a driver and authenticated, legal identity entering the vehicle can be obtained.
The intelligent key sensing module of the vehicle is used for communicating with the intelligent key system and authenticating identity, when a driver carries the intelligent key to approach the vehicle or presses an unlocking button of the intelligent key, the intelligent key approaching the vehicle is subjected to safety authentication, and after the intelligent key passes the authentication, intelligent key information is forwarded to the door lock control module of the vehicle to control the unlocking/locking of the vehicle door.
The face recognition device is used for detecting and shooting face information and transmitting the shot face information to the face authentication system for identity authentication.
The main driving seat person detecting device detects whether a person exists at the main driving position and detects identity information of the person.
The face authentication system compares and authenticates face information shot by face identification equipment or main driver seat personnel detection equipment with registered and stored face information to confirm identity information of a driver.
The vehicle setting module transmits to the corresponding module of the vehicle according to the setting input of the driver for the related functions (entertainment class, traveling class, privacy class and the like) of the vehicle, and responds to the setting request of the driver. And stores the driver's settings for the relevant functions when the vehicle is powered down or a save request is made.
Fig. 2 shows a schematic diagram of a method for personalized association of a whole vehicle set in the present invention, specifically including the following steps:
the driver approaches the vehicle with the Bluetooth key or the intelligent key or other key information-containing media (such as a terminal), and enters the vehicle after safety authentication is carried out with the vehicle. After entering the vehicle, the driver can set related functions according to own preference. When the setting is completed or the vehicle is powered down, the vehicle setting module determines the function to be saved according to the function property and stores or memorizes the function.
For a vehicle configured with key information which already contains account attributes, judging whether the key is associated with a vehicle cloud account when the key information is detected, and if the key is associated with the vehicle cloud account, automatically adjusting functions related to the vehicle according to setting information stored in the vehicle cloud account, wherein the adjusted functions do not contain the setting of privacy information of a driver. And if the cloud account is not associated, adjusting the basic functions related to the vehicle according to the information stored when the vehicle is powered down last time.
For the vehicle which is configured with the key information and does not contain the account attribute, when the driver brings the key information medium which does not contain the account attribute close to the vehicle and enters the vehicle, the vehicle can manually log in the cloud account, and after the cloud account is logged in, the vehicle automatically adjusts the functions related to the vehicle according to the setting information related to the logged-in account.
For the vehicle provided with the face information which can be recognized by the driver, the driver can not only enjoy the automatic adjustment of the vehicle functions with account attributes, but also save the privacy setting information (such as internet communication account information, internet account payment passwords and the like) of the driver no matter what type of keys the driver carries into the vehicle, and automatically adjust the relevant function settings of the vehicle according to the saved setting information after the driver enters the vehicle and the face authentication is passed.
In this embodiment, the associable whole vehicle settings mainly include: air conditioner setting, light setting, door and window setting, video and audio adjustment, online video/music, navigation style, steering wheel position adjustment, seat position adjustment, safety belt adjustment, rearview mirror adjustment, wiper setting, driving assistance setting, braking strength setting, steering mode setting, acceleration mode setting, internet communication account information, internet account payment password, interconnection account information and the like.
In order to further protect the privacy of the user, the associable whole vehicle settings are classified in the embodiment of the invention, and different setting categories can be set for different account grades. The classification mode provided by the invention classifies the associable whole vehicle settings into whole vehicle basic type settings, whole vehicle privacy type settings and the like.
As shown in fig. 3, in this embodiment, the specific overall vehicle basic class setting includes, but is not limited to, the following functions: air conditioner setting, light setting, door and window setting, video and audio adjustment and navigation style; the whole vehicle driving class settings include, but are not limited to, the following functions: steering wheel position adjustment, seat position adjustment, rearview mirror adjustment setting, wiper setting, driving assistance type setting, braking strength setting, steering mode setting, and acceleration mode setting; the whole vehicle privacy class settings include, but are not limited to, the following functions: online video/music account information, internet communication account information, internet account payment passwords, and internet account information. For the account which is registered with the face information and passes authentication, or the account which is logged in by manually inputting a password, all function settings of the basic class setting, the driving class setting and the privacy class setting of the whole vehicle can be associated; for the account containing the user identity information, the setting of the basic class of the whole vehicle and the setting of the driving class can be associated; for an account without user identity information, only the whole vehicle basic class setting can be associated.
Fig. 4 shows an embodiment of a personalized association method for setting a whole vehicle with a driver registered with a face, which specifically includes the following steps:
the embodiment is applicable to a vehicle configured with identity authentication or identification.
Firstly, a driver registers or applies for a vehicle cloud account through a vehicle cloud account management APP at the time of purchasing a vehicle or later, and after face information is bound under the applied vehicle cloud account, the vehicle cloud account registered by the driver has the attribute of real name authentication of the driver.
When a driver carries a medium containing key information (such as a Bluetooth key, an intelligent key or other key information) to approach a vehicle or presses an unlocking button in cloud account management APP, a vehicle door lock control module receives an unlocking request, and the vehicle door is controlled to be unlocked.
Specifically, when a user controls and unlocks a vehicle through the vehicle cloud account management APP, before an unlocking instruction is issued to the vehicle door lock control module, the vehicle cloud account management APP and the vehicle cloud platform server, and the vehicle cloud platform server and the vehicle network terminal module need to perform security authentication. After the authentication is passed, an unlocking instruction sent by the vehicle operation account management APP system is forwarded to the vehicle network terminal module through the vehicle cloud platform server, and is forwarded to the vehicle door lock control module through the vehicle network terminal.
After the vehicle is unlocked, the vehicle is controlled to be electrified, the vehicle setting module logs in a corresponding account according to the account information issued by the vehicle cloud platform server after the vehicle is electrified, and the vehicle setting module automatically adjusts the basic class of the vehicle to be set in a driver favorite state according to the setting information stored by the driver after the account is logged in.
Optionally, the face recognition device may be installed on a B pillar on the main driving side, and after detecting that the driver approaches the vehicle, take a photograph of a face approaching the vehicle, and send the photographed face information to the face authentication system. The face authentication system performs comparison verification according to face information when the user registers and the received face information, and sends a verification result to the vehicle setting module. If the face verification result is successful, the vehicle setting module automatically adjusts the vehicle driving class setting and the privacy class setting to the common state of the driver according to the setting information stored by the driver; if the face verification result is successful but the face information bound with the logged-in account is not the same person, the vehicle setting module adjusts the settings of the basic vehicle setting, the driving setting, the privacy setting and the like according to the setting information stored under the cloud account bound with the face which is verified successfully; if the face verification result is failure, the vehicle setting module adjusts the vehicle driving type setting and the privacy setting according to the setting information stored before the last power-down of the vehicle.
Optionally, the main driver seat personnel detection device may be installed inside the cabin, and when the main driver seat is detected to be occupied, the face recognition device is activated to take a picture of a person sitting in the main driver seat, and the taken face information is sent to the face authentication system.
Fig. 5 shows an embodiment of a method for setting personalized association of a driver unregistered face and a key with account attribute close to a whole vehicle, specifically comprising the following steps:
the embodiment is suitable for vehicles which are not provided with an identity authentication and identification function or the driver does not bind the face information to the cloud account of the vehicle, but the key carries account attributes.
Firstly, a driver registers or applies for a vehicle cloud account through a vehicle cloud account management APP when buying a vehicle or later, applies for a Bluetooth key on a Bluetooth key management APP, and binds the vehicle cloud account and the Bluetooth key.
Optionally, when the driver applies for the bluetooth key on the bluetooth key management APP and associates with the vehicle cloud account, the vehicle cloud platform server and the bluetooth cloud platform server are required to interact, bind the vehicle cloud account, and generate the bluetooth key and issue to the bluetooth key management APP.
Optionally, when the driver applies for the bluetooth key on the bluetooth key management APP, the driver needs to input vehicle information, and associate or bind the bluetooth key with the vehicle specific information.
When a driver brings a key medium containing account attributes close to a vehicle, for a registered Bluetooth key, the Bluetooth key manages an APP and a Bluetooth cloud platform server, the Bluetooth cloud platform server performs security authentication with a vehicle Bluetooth terminal module, after the authentication is passed, the vehicle Bluetooth terminal module sends an unlocking instruction to a vehicle door lock control module, and when the vehicle door lock control module receives an unlocking request, the vehicle door is controlled to be unlocked.
After the vehicle is unlocked, the vehicle is controlled to be electrified, the vehicle setting module logs in a corresponding account according to the account information issued by the vehicle cloud platform server after the vehicle is electrified, and the vehicle setting module automatically adjusts the basic class of the vehicle to be set in a driver favorite state according to the setting information stored by the driver after the account is logged in.
Optionally, after the security authentication with the bluetooth key management APP and the bluetooth cloud platform server is finished, the vehicle bluetooth terminal module sends bluetooth key information and vehicle cloud account information corresponding to the bluetooth key information to the vehicle setting module, and the vehicle setting module judges whether the vehicle cloud account is a registered vehicle cloud account after receiving the vehicle cloud account information, if so, the vehicle driving type setting is regulated according to the habit of a driver corresponding to the vehicle cloud account information corresponding to the bluetooth key information; if not, a corresponding vehicle cloud account is created according to the vehicle cloud account information corresponding to the Bluetooth key information, and related functions of the vehicle are set to be in a state before last power-down, wherein the privacy setting of the whole vehicle is unavailable.
Fig. 6 shows an embodiment of a method for setting personalized association of a whole vehicle by manually logging in a vehicle account, wherein the method is provided by the invention, the driver does not register a face and carries a key without account attribute into the vehicle, and the method specifically comprises the following steps:
the method and the device are suitable for vehicles which are not provided with an identity authentication and identification function or the driver does not bind the face information to the cloud account of the vehicle and the key does not carry account attributes.
Likewise, first the driver registers or applies for the vehicle cloud account through the vehicle cloud account management APP at the time of purchasing the vehicle or later.
When a driver brings a key medium (such as a smart key) without account attributes close to a vehicle, the smart key system initiates a key authentication request after detecting that the driver approaches the vehicle or after detecting that the driver presses an unlocking button, and the vehicle smart key sensing module performs security authentication on key information after receiving the key authentication request. After the authentication is passed, the vehicle intelligent key sensing module sends an unlocking instruction to the vehicle door lock control module, and when the vehicle door lock control module receives an unlocking request, the vehicle door lock control module controls the unlocking of the vehicle door.
After the vehicle is unlocked, a driver can manually log in the vehicle cloud account after entering the vehicle, and after the vehicle cloud account is logged in, the vehicle automatically adjusts the functions related to the vehicle according to the setting information related to the logged-in account.
Optionally, the manual login mode described in this embodiment may be a manual account or password input by the driver, or may be a quick entry login provided by the mobile phone scanning vehicle setting module.
Optionally, when the driver logs in the cloud account manually, the vehicle setting module detects that the user inputs the account and the password, and then authenticates the account and the password, and after the authentication is passed, the vehicle setting (including privacy setting) is adjusted according to the habit of the driver corresponding to the authenticated account ID; after the authentication is failed, the setting of the related functions of the vehicle keeps the state before the last power-down, wherein the privacy setting of the whole vehicle is unavailable.
According to the method, through the unique attribute of the cloud account, the relevant function settings of the vehicle are associated, different requirements of different drivers on basic function settings of the vehicle and driving type settings of the vehicle can be met, and the risk that certain privacy type settings are leaked is avoided. The setting of realizing the vehicle cloud account association by the face unregistered by the driver can be met, and the setting of realizing the vehicle cloud account association by the face registered by the driver can be met. For registered face drivers, the privacy of the drivers can be guaranteed, the drivers are not used by other non-drivers, and the driving habit of the drivers can be automatically associated with the vehicle-related function setting.
Claims (6)
1. The personalized association method for the whole vehicle is characterized by comprising the following steps of:
after the vehicle setting module collects a vehicle door unlocking request, the vehicle door unlocking and the whole vehicle powering-on are executed;
after the whole vehicle is electrified, the vehicle setting module judges whether a pre-associated cloud account exists or not based on the vehicle door unlocking request;
if the pre-associated cloud account exists, the vehicle setting module automatically logs in the pre-associated cloud account; after automatically logging in a vehicle cloud account, the vehicle setting module adjusts the associated vehicle basic class setting according to the vehicle basic class setting information recorded in the vehicle cloud account;
after a driver enters a vehicle, the vehicle setting module adjusts preset whole vehicle basic type setting, whole vehicle driving type setting and/or whole vehicle privacy type setting based on the type of a vehicle door unlocking request;
the type of door unlock request is:
a user initiates a second type request through a Bluetooth key management APP of the terminal and forwards the second type request to a Bluetooth terminal module of the vehicle through a Bluetooth cloud platform server;
if the type of the door unlocking request is a second type request, the step of adjusting the preset whole vehicle basic type setting, the whole vehicle driving type setting and/or the whole vehicle privacy type setting comprises the following steps:
the vehicle Bluetooth terminal module sends the acquired Bluetooth key signal closest to the vehicle Bluetooth terminal module to the vehicle setting module;
the vehicle setting module judges whether registered cloud account information exists or not based on Bluetooth key information carried by the Bluetooth key signal;
if the registered vehicle cloud account exists, the vehicle setting module adjusts the related vehicle driving type setting according to the vehicle driving type setting recorded in the vehicle cloud account information corresponding to the Bluetooth key signal, and does not adjust the vehicle privacy type setting of the vehicle;
if the registered vehicle cloud account does not exist, the vehicle setting module adjusts the related whole vehicle driving type setting according to the whole vehicle driving type setting information stored when the vehicle is powered down last time, and does not adjust the whole vehicle privacy type setting of the vehicle;
the setting of the whole vehicle basic class at least comprises the following steps: entertainment audio-visual setting, light setting, air conditioner setting, door and window setting and navigation style setting;
the whole car driving type setting at least comprises: steering wheel position setting, seat position setting, rearview mirror adjustment setting, steering mode setting, braking intensity setting, and acceleration mode setting;
the whole vehicle privacy class setting at least comprises: the internet communication account information, the internet account payment password and the internet account information.
2. The vehicle-mounted personalized association method according to claim 1, wherein the type of the door unlocking request is: a first type request initiated by a user through a vehicle cloud account management APP of a terminal and forwarded to a vehicle network terminal module through a vehicle cloud platform server; or (b)
A third type of request initiated by the user through the smart key and forwarded to the smart key system by sensing through the vehicle smart key sensing module.
3. The method for personalized association of vehicle settings according to claim 2, wherein the step of adjusting the preset vehicle basic class setting, vehicle driving class setting and/or vehicle privacy class setting if the type of the vehicle door unlocking request is a first type request comprises:
after the main driving seat personnel detection equipment detects that the main driving seat is occupied, a trigger signal is sent to a face authentication system;
the face authentication system triggers face recognition equipment to acquire face information of a driver based on the trigger signal, and performs face authentication based on the acquired face information to obtain a face authentication result;
the vehicle setting module judges whether the association relation exists between a driver and a cloud account which is automatically logged in currently or not based on a face authentication result;
if the driver has an association relation with the current automatically logged-in vehicle cloud account, the vehicle setting module adjusts the associated vehicle privacy setting and vehicle driving setting according to the vehicle privacy setting information and the vehicle driving setting information recorded in the automatically logged-in vehicle cloud account;
if the driver does not have the association relation with the current automatically logged-in vehicle cloud account, the vehicle setting module adjusts the associated vehicle basic type setting, vehicle privacy type setting and vehicle driving type setting according to the vehicle basic type setting information, the vehicle privacy type setting information and the vehicle driving type setting information recorded in the target vehicle cloud account with the association relation of the driver.
4. The method for integrally configuring a personalized association according to claim 2, wherein if the type of the door unlock request is a third type request, the method further comprises:
if the pre-associated driver account information does not exist, the vehicle setting module adjusts the associated vehicle basic class setting based on the vehicle basic class setting information stored when the vehicle is powered down last time;
after the whole vehicle basic class setting is regulated, if the vehicle setting module receives an account login request input by a driver, a corresponding vehicle cloud account is logged in;
after the vehicle cloud account is successfully logged in, the vehicle setting module adjusts the related vehicle basic type setting, the vehicle privacy type setting and the vehicle driving type setting according to the vehicle basic type setting information, the vehicle privacy type setting information and the vehicle driving type setting information recorded in the vehicle cloud account.
5. The personalized association system for the whole vehicle is characterized by comprising the following components:
the vehicle cloud platform server and the Bluetooth cloud platform server;
the terminal is provided with a vehicle cloud account management APP and/or a Bluetooth key management APP;
the intelligent vehicle comprises a vehicle network terminal module, a vehicle Bluetooth terminal module, an intelligent key system, a vehicle intelligent key sensing module, face recognition equipment, main driver seat personnel detection equipment, a face authentication system and a vehicle setting module which are mounted on a vehicle;
the vehicle setting module is connected with the face authentication system, the vehicle-mounted network terminal module, the vehicle-mounted Bluetooth terminal module and the intelligent key system, the vehicle-mounted Bluetooth terminal module establishes communication with a Bluetooth key management APP installed on the terminal through a Bluetooth cloud platform server, and the vehicle-mounted network terminal module establishes communication with a vehicle cloud account management APP installed on the terminal through the vehicle cloud platform server; the intelligent key system senses intelligent key signals through a vehicle intelligent key sensing module, and the main driver seat personnel detection equipment and the face recognition equipment are connected with the face authentication system;
the vehicle-mounted setting module executes vehicle door unlocking and whole vehicle power-on after acquiring a vehicle door unlocking request;
after the whole vehicle is electrified, the vehicle-mounted setting module judges whether a pre-associated vehicle cloud account exists or not based on the vehicle door unlocking request;
if the pre-associated cloud account exists, the vehicle-mounted setting module automatically logs in the pre-associated cloud account; after automatically logging in a vehicle cloud account, the vehicle-mounted setting module adjusts the associated vehicle basic class setting according to the vehicle basic class setting information recorded in the vehicle cloud account;
after a driver enters a vehicle, the vehicle-mounted setting module adjusts preset vehicle basic type setting, vehicle driving type setting and/or vehicle privacy type setting based on the type of a vehicle door unlocking request;
the type of door unlock request is:
a user initiates a second type request through a Bluetooth key management APP of the terminal and forwards the second type request to a Bluetooth terminal module of the vehicle through a Bluetooth cloud platform server;
if the type of the door unlocking request is a second type request, the step of adjusting the preset whole vehicle basic type setting, the whole vehicle driving type setting and/or the whole vehicle privacy type setting comprises the following steps:
the vehicle Bluetooth terminal module sends the acquired Bluetooth key signal closest to the vehicle Bluetooth terminal module to the vehicle setting module;
the vehicle setting module judges whether registered cloud account information exists or not based on Bluetooth key information carried by the Bluetooth key signal;
if the registered vehicle cloud account exists, the vehicle setting module adjusts the related vehicle driving type setting according to the vehicle driving type setting recorded in the vehicle cloud account information corresponding to the Bluetooth key signal, and does not adjust the vehicle privacy type setting of the vehicle;
if the registered vehicle cloud account does not exist, the vehicle setting module adjusts the related whole vehicle driving type setting according to the whole vehicle driving type setting information stored when the vehicle is powered down last time, and does not adjust the whole vehicle privacy type setting of the vehicle;
the setting of the whole vehicle basic class at least comprises the following steps: entertainment audio-visual setting, light setting, air conditioner setting, door and window setting and navigation style setting;
the whole car driving type setting at least comprises: steering wheel position setting, seat position setting, rearview mirror adjustment setting, steering mode setting, braking intensity setting, and acceleration mode setting;
the whole vehicle privacy class setting at least comprises: the internet communication account information, the internet account payment password and the internet account information.
6. An automobile, characterized by comprising the whole automobile setup personalization association method as claimed in any one of claims 1 to 4.
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