TWI579725B - Intelligent device user information preconfigured structure and method - Google Patents

Description

Smart device user message pre-configuration structure and method

The present invention relates to the field of electronic device technologies, and in particular, to a smart device user message pre-configuration structure and method.

With the development of electronic device technology, automatic initialization of smart devices has become more and more popular. Currently, the initial configuration scheme of smart phones such as iPhone is out of the box. The program begins with the user's initial purchase of the new product, the first initialization of the product, including the personal account, wireless network and other basic information, as well as interface language, privacy options, etc. The setting of the preference message. Usually, this system provides the user's local account with a cloud server account support, so that the user's preference message can be stored in the server. When the user purchases the update device instead of the first purchase, he can enter only the personal account. After the message is connected to the Internet, the user preference message is directly obtained from the cloud, and then the usage habits of the user's old device are automatically configured to the newly purchased device, thereby realizing the new and old connection of the user experience.

Another similar technology is electronic fence technology, where some smart phone apps can enable alerts based on a given geographic location. For example: when you arrive at the airport, remind me that the duty-free shop buys perfume. The reminder uses the geographical location information. It is only triggered when the user enters the airport range (can be preset to 100 meters, 1 kilometer and other fence size). Time can be irrelevant. The out-of-box initial configuration scheme of the existing smart phone is designed for the smart phone, and when it is migrated to a smart device such as a smart robot, the user's expectation is not achieved. The essential reason for this problem is that users have significant differences in the "wisdom" of smart phones and the "smart" understanding of smart robots. The smart concept of smart phones tends to be easy to operate, rich in functions, and can bring new functions by installing new applications. The intelligent concept of intelligent robots is biased towards artificial intelligence, which has the ability to perceive, understand users and serve users according to user habits. Interaction ability. Therefore, the traditional mobile phone-style out-of-box configuration experience is not smart. When the electronic fence technology is used as a single technology, only simple functions such as reminders are implemented, and the object of the present invention cannot be achieved without cooperation with message collection, security verification, and the like.

Therefore, how to enable intelligent devices (such as robots) to complete the automatic configuration of user pre-configured messages becomes a major problem faced by those skilled in the art.

In view of the above problems, the present invention provides a smart device user message pre-configuration structure and method, by constructing a wisdom including a user message online acquisition component, a cloud message storage and query component, an identity recognition component, and a local personalized message configuration component. The device user message pre-configuration structure, the user obtains the component registration account online through the user message, completes the input of the message including the geographical location message and the WIFI network name and password message and the interface language, and saves the input message to the cloud message storage. And the query component, before the product leaves the factory, the cloud message storage and query component extracts the geographical location information of all the currently registered users' product delivery addresses and the corresponding WIFI network name and password, and generates a highly encrypted data packet. And stored on the device, after receiving the product, the user collects the current geographical location information of the smart device through the identity component, and combines the encrypted data packet stored in the smart device before leaving the factory to realize the automatic identification of the WIFI network of the current environment and access. Network, then collect current With those stored messages and make comparison to the cloud messaging users to store and query components of the message, if consistent with each other, the device automatically configures the wisdom, otherwise, manual configuration, this solution specifically:

A smart device user message pre-configuration structure, including:

User message online acquisition component, providing user input interface;

The cloud message storage and query component includes a database, and the cloud message storage and query component is connected to the user message online acquisition component to acquire and store the user message into the database, and to store the information in the database. The user message in the database performs query, add and delete actions, and extracts the geographic location information of all currently registered users' product delivery addresses and the corresponding WIFI network name and password at a certain time. Encoding generates a highly encrypted data packet, and stores the smart device on the device before leaving the factory; an identity recognition component is located on the smart device, including the highly encrypted data packet, and the smart device utilizes a sense of geographical location The message collected by the detector and the message of the data packet identify and access the WIFI network of the environment, and after accessing the network, the identity component is connected with the cloud message storage and query component to collect The user's current message, and the collected information is stored in the cloud message storage and query component. By comparison with a message; personalized message from the local configuration component connected to the Cloud storage and query components message, and configuring the device intelligence configuration message back to the cloud storage and query components.

The smart device user message pre-configuration structure, wherein the message includes a personal preference message, a geographic location message, and a WIFI network name and password message.

The smart device user message pre-configuration structure, wherein the identity recognition component further includes a geographic location sensor and a user message collection module, wherein the identity recognition component is configured to collect a current geographic location message, The geographic location sensor is configured to collect voiceprints and face information of the current user of the smart device.

A smart device user message pre-configuration method, the method comprising: inputting a user message in a user message online acquisition component; storing the message in a cloud message storage and query component including a database; Before the smart device leaves the factory, an encrypted data packet containing the geographical location information of all the registered users' delivery addresses and the corresponding WIFI network name and password is stored on the smart device, and the user receives the After the smart device is powered on for the first time, the smart device uses the message collected by the geographic location sensor and the message of the data packet to identify and access the WIFI network of the environment; and collect the current user message. And comparing the collected information with the user information stored in the cloud message storage and query component, if the cloud message storage and query component has a message that matches the current user's message, Automatically configuring the smart device; otherwise, entering the manual configuration; feeding back the message of the successfully configured device to the cloud message storage And query components.

The smart device user message pre-configuration method, wherein the step of inputting a message in the user information online obtaining component is specifically: if the user has no account, the user registers the account; and the input includes the geographical location message, WIFI Name and password information; enter user preference messages including interface language and privacy options.

The smart device user message pre-configuration method, wherein the method further includes: if the user has an account, directly logging in, obtaining a user message stored by the user, and/or inputting the user message of the user .

The smart device user message pre-configuration method, wherein the step of storing an encrypted data packet on the smart device before the smart device leaves the factory includes: batching the smart device order into batch management, only in At the end of the batch, all the orders are encoded, and the geographical location information of all historically registered users' delivery addresses and the corresponding WIFI network name and password messages are encoded to generate highly encrypted data packets; the highly encrypted data packets are Stored on the batch of smart devices and scheduled shipments by batch.

The smart device user message pre-configuration method, wherein the smart device uses the information collected by the geographic location sensor and the data packet after the user receives the smart device and powers on for the first time The step of identifying and accessing the WIFI network of the environment includes: the geographic location sensor of the smart device collects the current geographical location information; and queries from the data packet according to the collected current geographical location information All the WIFI names and corresponding passwords in the vicinity of the current geographic location; the smart device compares the currently searched WIFI names according to the signal from strong to weak or other custom order to the query result until the two match, Connect to the network with the appropriate password. If there is no match between the two or the failure to connect to the network using the corresponding password, the manual configuration mode is entered.

The smart device user message pre-configuration method, wherein the step of collecting the current user's message of the smart device, and then comparing the collected message with the user message stored in the cloud message storage and query component Including: collecting the voiceprint and face information of the current user of the smart device;

The collected voiceprints and face information of the user are compared with the user information in the cloud message storage and query component. If they match, the configuration is automatically configured; otherwise, the manual setting is entered.

The smart device user message pre-configuration method, wherein the local personalized message configuration component automatically completes the user personalized configuration and returns a message to the cloud message storage and query component includes: according to the identified use The identity information obtains the user personalized message from the cloud message storage and query component; the user personalized message is configured on the smart device; and the local personalized message configuration component will configure the successful device The message is fed back to the cloud message storage and query component.

The invention has the advantages and the beneficial effects that can be achieved: by adopting the technical solution, the information configuration of the smart device can be automatically completed when the smart device is used for the first time, thereby eliminating the inconvenience caused by using the user's own setting for the first time, and saving the province. Going to the smart device at the factory is configured according to the user's needs to bring inconvenience to the logistics link.

The invention is further illustrated by the following figures and specific examples, but is not to be construed as limiting.

Referring to the structure shown in FIG. 1 , the present invention discloses a smart device user message pre-configuration structure, where the smart device user message pre-configuration structure includes a user message online acquisition component, a cloud message storage and query component, an identity recognition component, and a local Personalized message configuration component, where:

The user inputs the user information through the user information online component and stores it in the cloud message storage and query component including a database. Since the message is stored in the database, the database can be added, deleted, modified, and queried. The operations that the system can perform, which are all done during the user information collection phase.

Before the smart device leaves the factory, the cloud message storage and query component extracts the geographical location information of all the currently registered users' product delivery addresses and the corresponding WIFI network name and password, and generates a highly encrypted data packet, and Stored on the smart device.

After the user receives the smart device and powers on for the first time, the identity component obtains the current geographic location information of the smart device, and uses the message to match the encrypted data packet to identify the WIFI network of the current environment of the smart device. Then access the WIFI network.

After accessing the network, the identity component is connected to the cloud message storage and query component, collects the current user's message, and then collects the collected message and the user stored in the cloud message storage and query component. Message matching, if the cloud message storage and query component has a message that matches the current user's message, the smart device will automatically complete the user personalization configuration through the local personalized message configuration component, otherwise , enter the manual configuration.

Finally, the local personalized message configuration component feeds back the message of the successfully configured device to the cloud message storage and query component.

As a preferred embodiment of the present invention, the user information input by the user includes personal preferences, geographic location information, and WIFI network name and password information, voiceprint and face image information, wherein the personal preference message includes the interface of the smart device. Language, privacy options and more.

As a preferred embodiment of the present invention, the cloud message storage and query component extracts the geographical location information of all the currently registered users' product delivery addresses and the corresponding WIFI network name and password before the smart device leaves the factory, and generates a code. Highly encrypted packets are stored on the smart device. Since the data packet contains the information of all registered users, the geographical location information and WIFI network name and password information of the user who subscribed to and finally received the smart device are also included.

As a preferred embodiment of the present invention, the identity recognition component further includes a geographic location sensor and a user message collection module, wherein the former is used to collect the current geographic location information, and the latter is used to collect the current user's voice of the smart device. Grain and face messages.

As a preferred embodiment of the present invention, the local personalized configuration component can perform automatic configuration and manual configuration of the smart device by the user, including querying the information stored in the cloud message storage and query component, and including the smart device. Automatically configured and manually configured tools, as well as feedback on the cloud message storage and query components, in addition to updating the device record messages.

Based on the smart device user message pre-configuration structure, the present invention discloses a smart device user message pre-configuration method. Referring to the structure shown in FIG. 2, the method includes:

First, enter the user message in the user message online acquisition component.

As a preferred embodiment of the present invention, the method for inputting a message in the user information online component includes the user first registering the account, and the security verification is required during the registration process. After the registration is successful, the user first inputs a message including the WIFI name and password. And the user's voiceprint and face image information, and input the address information of the smart device (for example, home, office, etc.); then the user fills in the interface language of the demanding smart device, and personal preferences and other privacy Message, of course, if the user does not have an interface language and personal preference message, this step can be skipped. If the user already has an account, the user can view the completed geographical location information and the WIFI account and password after logging in. If the user has not filled in, the user can continue to fill in the information, and the user can directly query the filled in after filling in the user. Message or modify the message already filled in. The message is then stored in a cloud message storage and query component that contains the database.

Since the database system can add, delete, modify and query the data stored therein, the cloud message storage and query component also provides the user information online acquisition component to add, delete, modify and query the input user information. The function.

Before the smart device leaves the factory, the cloud message storage and query component extracts the geographical location information of all the currently registered users' product delivery addresses and the corresponding WIFI network name and password, and generates a highly encrypted data packet, and Stored on the device;

After the user receives the smart device and powers on for the first time, the identity component located on the smart device identifies and accesses the message collected by the geographic location sensor and the highly encrypted data packet. The environment's WIFI network, then collect the current user's message, and compare the collected information with the user information stored in the cloud message storage and query component, if there is a current user in the cloud message storage and query component If the message matches the message, the smart device will automatically complete the user's personalized configuration through the local personalized message configuration component; otherwise, enter the manual configuration;

Finally, the local personalized message configuration component feeds back the message of the successfully configured device to the cloud message storage and query component.

As a preferred embodiment, referring to the structure shown in FIG. 3, the smart device uses the information collected by the geographic location sensor and the message of the data packet to identify and access the WIFI network of the environment:

The smart device's geographic location sensor collects the current geographic location information;

According to the collected current geographical location information, all the WIFI names and corresponding passwords in the vicinity of the current geographical location are retrieved from the encrypted data packet of the identification component;

Compare the currently searched WIFI names with the query results according to the signal from strong to weak or other custom order, until the two match, use the corresponding password to connect to the network, if the connection is successful, go to the next step, if If there is no match between the two or the failure to connect to the network using the password queried from the packet, the manual configuration mode is entered.

As a preferred embodiment, referring to the structure shown in FIG. 4, the step of the smart device verifying the identity of the user and completing the personalized configuration is specifically as follows:

Collect voiceprints and face messages of current users of smart devices;

Compare the voiceprint and face information of the collected user with the user information in the cloud message storage and query component. If they match, the user personalized configuration is automatically performed through the local personalized message configuration component; otherwise , enter the manual configuration mode;

The local personalized message configuration component is connected to the cloud message storage and query component. When the configuration is automated, the user personalized message is obtained from the cloud message storage and query component according to the identified user identity message and configured on the smart device. Finally, The message of the successfully configured device is fed back to the cloud message storage and query component.

The following is a list of specific embodiments:

First, set up a WeChat public number page to provide ordering of smart robot products. First, let users fill in three levels of personal information on this page, including account number, home wireless network name and password, product delivery address, and user authentication. Voiceprint (preferably, using a specific pronunciation of words, such as Amazon's Alexa), user verification of face images, user's title, favorite language, singer, music, color, etc., after the user enters the message successfully, The message will be stored in a cloud message storage and query component.

Among them, when filling in the product delivery address, if the user is currently located at the target location (such as home, office, etc.), the location data in WeChat can be used to obtain more accurate geographical location information.

When the smart device robot arrives at the location (such as home, office, etc.) required by the user and unpacks the power, immediately obtains the geographical location message, and then obtains all the WIFI names near the location from the encrypted data packet, which is the strongest signal from the current time. The WIFI starts to match, and after matching, attempts to connect using the obtained WIFI password. Sometimes due to the large geographical location, the name WIFI or the strongest signal WIFI is a neighbor's home, and multiple attempts are needed. After the network is connected, the voiceprint and face information are verified. After the verification, the identity of the user is confirmed, and the account information is also obtained. If, in the automatic configuration process of the smart device, if one step or several steps are unsuccessful, the manual configuration mode is entered, and the user inputs to configure the smart device robot.

After the user identity and account confirmation, the cloud message storage and query component can be directly requested to confirm the user's personalized data, and then the data is configured into the current robot, and the current robot number (device number) is updated and stored. Go to the cloud message storage and query component. Through the technical solution, when the user receives the power out of the box, the smart device robot quickly authenticates and connects to the network, and then obtains the user's personal preference message and configures it. Then the robot lights up the user's favorite color, and at the same time uses the user's preferred language to prompt the user to perform more functional experiences, and demonstrates the music playing function, playing a user's favorite music, and matching the user's favorite style. The lighting is mainly based on the preferences of the color and the rhythm of the music itself. If any step in the step fails, the correction prompt is started from the language preferred by the user, and once the user has no feedback, the other common language is switched to prompt. If all attempts fail, the user is prompted to contact the product customer service to resolve the issue.

Such a set of solutions will give users a first impression of the most interesting wisdom when they open the power-on experience, and enhance the user's recognition and understanding of product wisdom. At the same time, the program minimizes the personalization requirements before the product reaches the user, so that the product maintains a large degree of stateless property, reduces the complexity of the logistics steps, and submits flexibility and efficiency.

In summary, the technical solution constructs a smart device user message pre-configuration structure including a user message online acquisition component, a cloud message storage and query component, an identity component, and a local personalized message configuration component. Account, complete the input of the location information, WIFI network name and password message, interface language, voiceprint, face and privacy preferences and save the input message to the cloud message storage and query component, when the user gets After the smart device, the current location information of the smart device is collected by the identity component to identify and connect to the WIFI network of the current environment, and the contactless biometric authentication information such as voiceprint and face is collected, and stored in the cloud message storage and query. The components of the component are compared. If they match each other, the smart device is automatically configured. Otherwise, manual configuration is performed. This technical solution automatically completes the configuration of the smart device when the smart device is first used, thereby eliminating the first use of the user. The inconvenience caused by own settings, while eliminating the need for smart devices According to user needs to configure the inconvenience caused when plant logistics chain.

The preferred embodiments of the present invention have been described above. It is to be understood that the invention is not limited to the specific embodiments described above, and that the device and structure are not described in detail. Many variations and modifications of the technical solutions of the present invention can be made, or modified to equivalent variations, without departing from the spirit and scope of the invention. Therefore, any simple modifications, equivalent changes, and modifications made to the above embodiments in accordance with the technical scope of the present invention are still within the scope of the technical solutions of the present invention.

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The invention and its features and advantages will become more apparent from the detailed description of the embodiments of the invention. The same reference numerals are used throughout the drawings to refer to the same parts. The drawings are not drawn to scale and the emphasis is on the subject matter of the invention. 1 is a schematic diagram of a smart device user message pre-configuration structure according to an embodiment of the present invention; FIG. 2 is a flowchart of a smart device user message pre-configuration method according to an embodiment of the present invention; FIG. 3 is a schematic diagram of a smart device passing through a geographic location according to an embodiment of the present invention; A flow chart of the sensor and the encrypted data packet for network identification and connection; FIG. 4 is a flow chart of the smart device verifying the identity of the user and completing the personalized configuration in the embodiment of the present invention.

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Claims (10)

A smart device user message pre-configuration structure, comprising: a user message online acquisition component, providing a user message input interface; a cloud message storage and query component, including a database, and the cloud message storage and query component and the user The message online acquires a component connection to acquire and store the user message into the database, and perform a query, add and delete action on the user message stored in the database, and extract the node at a certain time The geographical location information of all currently registered users' product delivery addresses and the corresponding WIFI network name and password are encoded to generate a highly encrypted data packet, which is stored on the device before being shipped from the factory; And a component, located on the smart device, including the highly encrypted data packet, where the smart device identifies and accesses a WIFI network of the environment by using a message collected by the geographic location sensor and a message of the data packet And accessing the network, the identity component and the cloud message storage and Query component connection to collect current user information, and compare the collected information with user information stored in the cloud message storage and query component; local personalized message configuration component, and the cloud message The storage and query component are connected, the smart device is configured, and the configuration result is fed back to the cloud message storage and query component. The smart device user message pre-configuration structure according to claim 1, wherein the message includes a personal preference message, a geographical location message, a WIFI network name, and a password message. The smart device user message pre-configuration structure according to claim 1, wherein the identity recognition component further comprises a geographic location sensor and a user message collection module, wherein the identity recognition component is configured to collect the current The geographic location information is used by the geographic location sensor to collect an account and a face message of the current user of the smart device. A smart device user message pre-configuration method, the method comprising: inputting a user message in a user message online acquisition component; storing the message in a cloud message storage and query component including a database; Before the smart device leaves the factory, an encrypted data packet containing the geographical location information of all the registered users' delivery addresses and the corresponding WIFI network name and password is stored on the smart device, and the user receives the After the smart device is powered on for the first time, the smart device uses the information collected by the geographic location sensor and the message of the data packet to identify and access the WIFI network of the environment; collect the current user's message, And comparing the collected information with the user information stored in the cloud message storage and query component, if the cloud message storage and query component has a message that matches the current user's message, The smart device is automatically configured; otherwise, the manual configuration is entered; the message of the successfully configured device is fed back to the cloud message storage. Storage and query components. The smart device user message pre-configuration method according to claim 4, wherein the step of inputting a user message in the user message online obtaining component comprises: if the user does not have an account: Enter a message containing the location message, WIFI name and password; enter a user preference message that includes the interface language and privacy options. The smart device user message pre-configuration method according to claim 4, wherein the method further comprises: if the user already has an account: directly logging in, obtaining a user message stored by the user, and/or Continue to enter the user's user message. The method for pre-configuring a smart device user message according to claim 4, wherein the step of storing an encrypted data packet on the smart device before the smart device leaves the factory includes: placing the smart device order Batch management, only after the current batch of all orders is up, encode the geographical location information of all historical registered users' addresses and the corresponding WIFI network name and password messages to generate highly encrypted data packets; The highly encrypted data packets are stored on the batch of smart devices and then shipped in batches. The smart device user message pre-configuration method according to claim 4, wherein the smart device collects by using a geographic location sensor after the user receives the smart device and powers on for the first time. And the step of identifying and accessing the WIFI network of the environment in which the message of the data packet includes: the geographic location sensor of the smart device collects the current geographic location information; according to the current geographic location information collected Querying, from the data packet, all the WIFI names and corresponding passwords in the vicinity of the current geographical location; the smart device compares the currently searched WIFI names according to the signal from strong to weak or other custom order with the query result. Until the two match, connect to the network with the appropriate password. If there is no match between the two or the failure to connect to the network using the corresponding password, the manual configuration mode is entered. The method for pre-configuring a smart device user message according to claim 4, wherein the collecting a message of a current user of the smart device, and then storing the collected information in the cloud message storage and query component The steps of the user information comparison include: collecting voiceprints and face information of the current user of the smart device; storing the user's voiceprint and face information with the cloud message and querying the user information in the component Do the comparison, if it matches, it will be automatically configured; otherwise, it will enter the manual setting. The smart device user message pre-configuration method according to claim 4, wherein the local personalized message configuration component automatically completes the user personalized configuration and returns a message to the cloud message storage and query component. The method includes: acquiring a user personalized message from the cloud message storage and query component according to the identified user identity message; configuring the user personalized message to the smart device; and configuring the local personalized message The component feeds back the message of the successfully configured device to the cloud message storage and query component.