CN117076428A - Information transfer migration method and full-scene intelligent living system - Google Patents

Abstract

The invention provides an information transfer migration method and a full-scene intelligent living system, wherein the method comprises the following steps: storing the current state information and the shared information in the first equipment in a first database in real time; when the second equipment sends a transfer request, the first equipment transfers or transfers the state information or the shared information stored in the first database to the second equipment; the second equipment restores various state information which is transferred to the second equipment in an application program thereof so as to connect various functions which are operated in the first equipment in real time; or the second device makes a decision according to the shared information migrated to the second device and feeds back the decision to the first device so that information exchange, control and function coordination among different devices can be realized; according to the invention, various functions operated in the preamble scene can be operated in real time in the current scene continuously along with the change of different scenes, and the exchange, control and function coordination of multi-state multi-type information among different devices can be realized.

Description

Information transfer migration method and full-scene intelligent living system

Technical Field

The invention relates to the technical field of intelligent equipment, in particular to an information transfer migration method and a full-scene intelligent living system.

Background

The intelligent life extends the intelligent home to the whole life field, including aspects of health monitoring, energy management, intelligent traffic and the like. The common scene in the intelligent life is an intelligent family life scene, namely a house is taken as a platform, the comprehensive wiring technology, the network communication technology, the safety precaution technology, the automatic control technology and the audio and video technology are utilized to integrate facilities related to the house life, an efficient management system for house facilities and family schedule matters is constructed, the house safety, convenience, comfort and artistry are improved, and the environment-friendly and energy-saving living environment is realized.

Conventionally, a patent with a bulletin number of CN113647738A discloses an intelligent mirror of internet of things, which captures wearing information of a human body through a camera, transmits the wearing information to a cloud server for analysis and processing, and then transmits corresponding makeup style information to the mirror to assist a user in making up. One patent with the bulletin number of CN115098056A discloses an oral care screen-throwing monitoring system, which is used for helping a user to scientifically brush teeth and maintain oral health by collecting parameters in the use process of an intelligent toothbrush and comparing the parameters with standard reference data, and displaying the comparison result on a screen, but the patent monitors and controls single intelligent equipment, does not relate to a plurality of intelligent equipment and associated interaction among the intelligent equipment, and belongs to intelligent life in a single scene.

In addition, one patent with publication number CN215344630U discloses a home intelligent living system, which monitors indoor air quality in real time through an air detection sensor and displays air data through a remote control platform. The intelligent control system realizes intelligent management of family life to a certain extent, but is only limited by the simple on-off signal cooperative control of on-off of each device, and does not relate to deeper intelligent life, such as state flow, information migration and polymorphic interaction among each intelligent device, so that the interoperability of the devices and the experience of users are limited.

Therefore, there is a need for an information transfer migration method and a full-scene intelligent living system, which can continuously run all functions operated in a preamble scene in real time in a current scene along with the change of different scenes, can realize the exchange, control and function coordination of multi-state and multi-class information among different devices, and improve the convenience, comfort and experience quality of people living in different scenes.

Disclosure of Invention

The invention aims to provide an information flow migration method and a full-scene intelligent living system, and aims to solve the technical problems that when a traditional intelligent device is used for converting different living scenes, various functions cannot be connected, and multi-state multi-type information cannot be exchanged, controlled and coordinated.

In order to achieve the above object, the present invention provides an information migration method, which includes the steps of:

s1: storing the current state information and the shared information in the first equipment in a first database in real time;

s2: when the second equipment sends a transfer request, the first equipment transfers or transfers the state information or the shared information stored in the first database to the second equipment;

s3: the second equipment restores various state information which is transferred to the second equipment in an application program thereof so as to connect various functions which are operated in the first equipment in real time; or the second device makes decisions according to the shared information migrated to the second device and feeds back the decisions to the first device so that information exchange, control and function coordination can be realized among different devices.

As a further optimization of the above solution, the various types of state information are restored in their applications, including restoration of interface state, loading of data and reestablishing resource connection, and restoration of user interaction.

As a further optimization of the scheme, before step S1, two devices for transfer are required to be subjected to transfer detection, and the detection items comprise network connection conditions, protocol compatibility conditions and authority conditions between the two devices.

As a further optimization of the above solution, in the step S2, when the first device sends a stream migration request, the identifier on the second device is first matched, if the matching is successful, the state information stream stored in the first database is transferred to the second device, otherwise, the request continues to be waited.

As a further optimization of the above solution, in step S2, before the second device sends the stream migration request,

the second device discovers a first database on the first device and acquires the name and configuration information of the database on the first device;

and then the second device creates a corresponding distributed database instance on the second device based on the database name and the configuration information on the first device, and the second device builds a second database of the second device.

As a further optimization of the above scheme, step S3 further includes updating the shared information stored in the first database to the second database in real time, and the second device acquires various types of shared information in the updated second database in real time.

As a further optimization of the scheme, the first device and the second device can also perform read-write operation on the respective databases locally; and the first device and the second device subscribe to each other for respective database changes.

As a further refinement of the above, in step S2, the status information is stored in the form of a data sequence on the first device and/or the second device.

The invention also provides a full-scene intelligent living system adopting the information flow migration method, which comprises a plurality of first devices and second devices distributed in different scenes, wherein embedded operating systems are arranged on the first devices and the second devices;

the first equipment and the second equipment are respectively provided with a circulation module and/or a migration module, the migration modules are used for synchronously migrating the shared information among different equipment, and the circulation modules are used for synchronously circulating the shared operation synchronization among the different equipment to other equipment;

the common information or the common operation is switched to different devices through the migration module and/or the circulation module, so that all the functions operated in the preamble scene are operated continuously in real time in the current scene, and the exchange, control and function coordination of multi-state information among different devices are realized.

As a further optimization of the above solution, the circulation module includes:

the device comprises a circulation detecting unit, a control unit and a control unit, wherein the circulation detecting unit is used for detecting whether a circulation function is supported between first equipment and second equipment;

The state storage unit is used for storing various running state information on the first equipment;

the circulation control unit is used for receiving a circulation request and indicating to switch to the second equipment;

the state transmission unit is used for transmitting the various state information stored by the state storage unit to the second equipment;

and the state recovery unit is used for recovering the various types of state information received by the second equipment in the application program of the second equipment.

As a further optimization of the scheme, the migration module comprises a registration database unit, a data synchronization unit, a data read-write unit and a data subscription and pushing unit which are electrically connected,

the registration database unit comprises a first database and a second database, wherein the first database is used for creating distributed database instances on a first device, and the second database is used for creating distributed database instances corresponding to the first database one by one on a second device;

the data synchronization unit is used for connecting, synchronizing and updating the first database and the second database in real time;

the data read-write unit is used for carrying out read-write operation on the respective registration databases locally corresponding to the intelligent equipment;

The data subscription and pushing unit is used for subscribing and pushing the change of the specific data to the subscribing intelligent device.

As a further improvement of the scheme, the full scene intelligent living system comprises one or more of a washing scene, a dining and sports scene and an audio-visual entertainment scene in daily life;

the intelligent equipment such as an intelligent mirror and an intelligent toothbrush are arranged in the washing scene, the intelligent equipment such as an intelligent oven and an intelligent running machine are arranged in the dining and sports scene, and the intelligent equipment such as an intelligent screen is arranged in the video entertainment scene;

the intelligent mirror is in communication connection with the intelligent toothbrush, the intelligent oven is in communication connection with the intelligent running machine, and one or more of an intelligent mirror module, an intelligent oven module, an intelligent desk lamp module, a sports health module and an entertainment video module are arranged on the mobile terminal and corresponding intelligent equipment;

the intelligent mirror module comprises a news circulation module which is used for circulating news from the mobile terminal to the intelligent mirror;

the exercise health module comprises an exercise amount migration module and an exercise state migration module which are respectively used for migrating the exercise amount and the exercise state of a user between the intelligent running machine and the mobile terminal;

The entertainment video module comprises a video circulation module and is used for circulating videos from the mobile terminal to the intelligent screen to continue playing;

the intelligent oven module includes a food heat transfer module for the intelligent oven to interact with the food heat data it cooks and the heat data it consumes on the intelligent treadmill in order to recommend a corresponding recipe or amount of movement.

As a further improvement of the scheme, the intelligent mirror module further comprises a news sub-module, a tooth brushing sub-module and a dressing sub-module, and the news circulation module is in communication connection with the news sub-module;

the news submodule is used for displaying and broadcasting news in a voice mode;

the tooth brushing sub-module is used for prompting and scoring the tooth brushing normalization;

the sub-module of making up is used for recommending hairstyle and make up, and sending the photo to the mobile terminal after taking a picture.

As a further improvement of the above scheme, the intelligent mirror module further comprises a voice unit and a touch control unit, wherein the voice unit is respectively connected with the news circulation module and the news sub-module in a communication way and is used for playing the content on the news sub-module through voice or waking up and handling the news circulation module through voice;

The touch control unit is respectively in communication connection with the news circulation module and the news sub-module and is used for manually operating the circulation module or the news sub-module.

As a further improvement of the above scheme, the news sub-module includes a plurality of news categories for flexible selection by the user.

As a further improvement of the scheme, the tooth brushing sub-module analyzes the tooth brushing force and time of the user, performs normalized prompt and scoring on the tooth brushing condition of the user, and displays the normalized prompt and the tooth brushing score on the intelligent mirror.

As a further improvement of the scheme, the tooth brushing force and time of the user are obtained after the intelligent toothbrush collects and processes data.

As a further improvement of the above scheme, the playing sub-module includes a plurality of hair styles and a plurality of looks, and the playing sub-module is respectively connected with the voice unit and the touch unit in a communication manner, and is used for playing the playing sub-module by voice or manual operation.

As a further improvement of the above solution, the intelligent oven module comprises a plurality of recipes, and each recipe is provided with one or more category labels for recommending the corresponding recipe to the user according to the user's description.

As a further improvement of the scheme, the mobile terminal and the intelligent oven are connected through NFC tags.

As a further improvement of the above scheme, the intelligent desk lamp module comprises a voice unit for switching on and off the lamp by voice.

As a further improvement of the above solution, the exercise health module includes a health status analysis sub-module; the health condition analysis sub-module is used for scoring the health condition of the user.

As a further improvement of the above solution, the health status analysis submodule evaluates the health status of the user through the physical information input by the user, daily intake calories and exercise amount, and provides health score feedback;

the amount of movement includes running mileage, time, and heat consumption of the user.

As a further improvement of the scheme, the entertainment video module comprises a video playing sub-module and a recording playing sub-module, and the video circulation module is in communication connection with the video playing sub-module;

the video playing submodule is used for playing song videos selected by users; the recording playing submodule is used for recording singing voice of a user and playing the singing voice in real time.

As a further improvement of the scheme, the video playing submodule comprises a plurality of songs for users to select, and after the users select the songs, the corresponding song videos are played;

The video circulation module is also used for circulating the video to the intelligent screen according to the watching position of the user to continue playing.

Due to the adoption of the technical scheme, the application has the beneficial effects that:

1. the application provides an information flow migration method, which comprises the following steps: s1: storing the current state information and the shared information in the first equipment in a first database in real time;

s2: when the second equipment sends a transfer request, the first equipment transfers or transfers the state information or the shared information stored in the first database to the second equipment; s3: the second equipment restores various state information which is transferred to the second equipment in an application program thereof so as to connect various functions which are operated in the first equipment in real time; or the second device makes a decision according to the shared information migrated to the second device and feeds back the decision to the first device so that information exchange, control and function coordination among different devices can be realized; the arrangement enables seamless realization of state information circulation between two devices in the same scene: if in the washing scene, the news which is not seen on the mobile phone can be seamlessly circulated on the intelligent mirror and can be continuously browsed at the position which is not seen on the mobile phone, so that the problem that the mobile phone is easy to wet when being placed on a washing table during washing and the problem that a user holds the mobile phone by hand is also inconvenient is avoided; in the video entertainment scene, songs which are not played on the mobile phone can be seamlessly transferred to the position on the intelligent screen, which is interrupted on the mobile phone, so that a user can obtain better audio-visual experience by utilizing the intelligent screen, and the quality or convenience of the user experience in different scenes is enhanced;

Information exchange, control and function coordination can be realized among different devices, so that more convenient living demands are met: in a dining sport scene, the recorded sport state can be transferred to the intelligent running machine on the mobile phone and the information of the sport amount and the sport state of the user recorded by the intelligent running machine, and the intelligent oven can also transfer the heat information of the cooked food to the intelligent running machine so that the corresponding intelligent equipment recommends a corresponding recipe or sport amount;

according to the information flow migration method provided by the invention, various functions operated in the preamble scene can be operated in real time in the current scene continuously along with the change of different scenes, and the exchange, control and function coordination of multi-state and multi-type information among different devices can be realized, so that the convenience, comfort and experience quality of people living in different scenes are improved.

2. The full-scene intelligent living system adopting the information flow migration method comprises a plurality of first devices and second devices which are at least distributed in washing scenes, dining and moving scenes and video entertainment scenes, wherein embedded operating systems are arranged on the first devices and the second devices, the first devices and the second devices are intelligent devices or mobile terminals, and the intelligent devices are in communication connection with the mobile terminals;

The intelligent equipment and the mobile terminal are respectively provided with a circulation module and/or a migration module, the migration modules are used for synchronously migrating shared information among different intelligent equipment or between the intelligent equipment and the mobile terminal, and the circulation modules are used for synchronously circulating shared operation synchronization streams of different mobile terminals to different intelligent equipment;

the common information or the common operation is switched to different intelligent devices through the migration module and/or the circulation module, so that all functions operated in the preamble scene are operated continuously in real time in the current scene, and the exchange, control and function coordination of multi-state multi-type information among different intelligent devices are realized.

Switching to different intelligent devices through a migration module and/or a circulation module so as to enable each function operated in a preamble scene to be operated continuously in real time in a current scene, and exchange, control and function coordination of multi-state information among different intelligent devices, wherein in certain preferred embodiments, at least intelligent devices such as an intelligent mirror and an intelligent toothbrush are arranged in a washing scene, at least intelligent devices such as an intelligent oven and an intelligent treadmill are arranged in a dining and moving scene, at least intelligent devices such as an intelligent screen are arranged in an audio-visual entertainment scene, the intelligent mirror is in communication connection with the intelligent toothbrush, the intelligent oven is in communication connection with the intelligent treadmill, and one or more of an intelligent mirror module, an intelligent oven module, an intelligent desk lamp module, a moving health module and an entertainment audio-visual module are arranged on the mobile terminal and the corresponding intelligent devices; compared with the traditional intelligent home with single equipment, the intelligent home with single equipment disclosed by the invention relates to a plurality of intelligent equipment distributed in different living scenes, and covers various scenes such as getting up, washing, cooking, sports, entertainment and the like in daily life, so that the intelligent home with single equipment has rich functions, and the intelligent living demands of people in various different scenes are met;

In addition, the intelligent equipment and the mobile terminal provided by the invention are both provided with the unified operating system, so that the problem of incompatibility among the equipment is avoided.

Drawings

In order to more clearly illustrate the embodiments of the invention or the technical solutions in the prior art, the drawings that are required in the description of the embodiments or the prior art will be briefly described, it being obvious that the drawings in the description below are only some embodiments of the invention, and that other drawings may be obtained from the structures shown in these drawings without inventive effort for a person skilled in the art.

FIG. 1 is a schematic flow chart of an information flow migration method disclosed by the invention;

fig. 2 is a block diagram of a full-scene intelligent living system according to the present invention:

FIG. 3 is a block diagram of a circulation module according to the present invention;

fig. 4 is a block diagram of a migration module according to the present invention:

reference numerals:

1. an intelligent device;

11. an intelligent mirror; 12. an intelligent toothbrush; 13. an intelligent oven; 14. an intelligent treadmill; 15. an intelligent desk lamp; 16. an intelligent screen;

2. a mobile terminal;

21. an intelligent mirror module; 211. a news circulation module; 212. a news sub-module; 213. a tooth brushing sub-module; 214. a grooming sub-module;

22. An intelligent oven module; 221. a food heat transfer module;

23. an intelligent desk lamp module;

24. a sports health module; 241. a movement amount migration module; 242. a motion state migration module; 243. a health status analysis sub-module;

25. an entertainment video module; 251. a video circulation module; 252. a video playing sub-module; 253. and a recording and playing sub-module.

The achievement of the object, functional features and advantages of the present invention will be further described with reference to the drawings in connection with the embodiments.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the invention. All other embodiments, based on the embodiments of the invention, which are apparent to those of ordinary skill in the art without inventive faculty, are intended to be within the scope of the invention.

It should be noted that all directional indicators such as upper and lower … … in the embodiment of the present invention are only used to explain the relative positional relationship, movement, etc. between the components in a specific posture such as the one shown in the drawings, and if the specific posture is changed, the directional indicator is changed accordingly.

Furthermore, descriptions such as those referred to as "first," "second," and the like, are provided for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implying an order of magnitude of the indicated technical features in the present disclosure. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include at least one such feature.

Moreover, the technical solutions of the embodiments of the present invention may be combined with each other, but it is necessary to be based on the fact that those skilled in the art can implement the embodiments, and when the technical solutions are contradictory or cannot be implemented, it should be considered that the combination of the technical solutions does not exist, and is not within the scope of protection claimed by the present invention.

In the above embodiments, those skilled in the art may adopt the prior art for software control, and the present invention only protects a full-scene intelligent living system and the connection relationship with each other.

Example 1:

referring to fig. 1, the present invention provides an information transfer migration method, which includes the steps of:

s1: storing the current state information and the shared information in the first equipment in a first database in real time;

s2: when the second equipment sends a transfer request, the first equipment transfers or transfers the state information or the shared information stored in the first database to the second equipment;

S3: the second equipment restores various state information which is transferred to the second equipment in an application program thereof so as to connect various functions which are operated in the first equipment in real time; or the second device makes a decision according to the shared information migrated to the second device and feeds back the decision to the first device so that information exchange, control and function coordination among different devices can be realized;

the arrangement enables seamless realization of state information circulation between two devices in the same scene: if in the washing scene, the news which is not seen on the mobile phone can be seamlessly streamed on the intelligent mirror 11 and can be continuously browsed at the position which is not seen on the mobile phone, so that the problem that the mobile phone is easy to wet when being placed on a washing table during washing and the problem that the mobile phone is inconvenient to hold by a user is solved; in the video entertainment scene, songs which are not played on the mobile phone can be continuously played at the position where the intelligent screen 16 is interrupted on the mobile phone in a seamless way, so that a user can obtain better audio-visual experience by using the intelligent screen 16, and the quality or convenience of the user experience in different scenes is enhanced;

information exchange, control and function coordination can be realized among different devices, so that more convenient living demands are met: as in the dining sports scenario, the recorded sports status can be transferred to the intelligent running machine 14 on the mobile phone and the information of the quantity of motion and the sports status of the user recorded by the intelligent running machine 14, and the intelligent oven 13 can also transfer the information of the heat of cooking food to the intelligent running machine 14 so that the corresponding intelligent device 1 recommends the corresponding recipe or quantity of motion;

According to the information flow migration method provided by the invention, various functions operated in the preamble scene can be operated in real time in the current scene continuously along with the change of different scenes, and the exchange, control and function coordination of multi-state and multi-type information among different devices can be realized, so that the convenience, comfort and experience quality of people living in different scenes are improved.

Specifically, when information circulation is needed between two devices, circulation migration detection is needed for the two devices with circulation migration, detection items comprise factors such as network connection conditions, protocol compatibility conditions and authority conditions between the two devices, when circulation conditions are met, various state information running on the first device is stored, wherein the various state information comprises but not limited to interface states of application programs, user data and user interaction information, and the various state information is stored on the corresponding first device in a data serialization mode; when an application program of the second device sends an information flow request, firstly matching an identifier on the second device, if the matching is successful, transmitting the state information stored in the first database to the second device, otherwise, continuing to wait for the request; the specific transmission mode can be realized through network connection, bluetooth or other appropriate communication modes; the second equipment receiving various types of state information of the first equipment recovers the various types of state information transmitted to the second equipment in an application program thereof so as to continue various functions operated in the first equipment in real time, specifically, the various types of state information are recovered in the application program thereof, including recovering interface states, loading data, reestablishing resource connection and recovering user interaction; once the state of the application has been successfully restored, the user may continue to interact with the application on the second device and the application may continue to execute from where it was previously interrupted, and the user may continue to use the functionality and operation of the application.

When information migration is needed between two devices, firstly, a distributed database instance of the first device, namely a first database, is created and registered on the first device, and the first database is assigned with proper database names and configuration parameters; the second device discovers a first database on the first device through a network or other suitable modes, and acquires the name and configuration information of the database on the first device; then the second device creates a corresponding distributed database instance, namely a second database, on the own device based on the database name and the configuration information on the first device; the first database and the second database are synchronously connected in communication so as to synchronize and update the data between the two databases in real time; when the databases of the corresponding devices need to be updated, the corresponding devices perform read-write operation on the respective databases locally, and the updated data is automatically synchronized to the other intelligent device 1 through the synchronization mechanism of the distributed databases; in some preferred embodiments, the first device subscribes to specific data of the second device, and when the data of the second device changes, a notification is sent to the first device, and the changed content and the notification and update data are used to synchronize the data between the two devices.

Example 2:

2-4, the invention further provides a full-scene intelligent living system adopting the information flow migration method, which comprises a plurality of first devices and second devices distributed in different scenes, wherein embedded operating systems are installed on the first devices and the second devices, the first devices and the second devices are intelligent devices 1 or mobile terminals 2, and the intelligent devices 1 are in communication connection with the mobile terminals 2;

the intelligent equipment 1 and the mobile terminal 2 are respectively provided with a circulation module and/or a migration module, wherein the migration modules are used for synchronously migrating shared information among different intelligent equipment 1 or between the intelligent equipment 1 and the mobile terminal 2, and the circulation modules are used for synchronously circulating shared operation synchronous flows of different mobile terminals 2 to different intelligent equipment 1;

the common information or the common operation is switched to different intelligent devices 1 through a migration module and/or a circulation module, so that all functions operated in a preamble scene are operated continuously in real time in a current scene, and the exchange, control and function coordination of multi-state multi-class information among different intelligent devices 1 are realized.

Switching to different intelligent devices 1 through a migration module and/or a circulation module so as to enable each function operated in a preamble scene to be operated continuously in real time in a current scene and the exchange, control and function coordination of multi-state multi-type information among different intelligent devices 1, in certain preferred embodiments, at least intelligent devices 1 such as an intelligent mirror 11, an intelligent toothbrush 12 and the like are arranged in a washing scene, at least intelligent devices 1 such as an intelligent oven 13, an intelligent treadmill 14 and the like are arranged in a dining and moving scene, at least intelligent devices 1 such as an intelligent screen 16 and the like are arranged in an audio-visual entertainment scene, the intelligent mirror 11 is in communication connection with the intelligent toothbrush 12, the intelligent oven 13 is in communication connection with the intelligent treadmill 14, and one or more of an intelligent mirror module 21, an intelligent oven module 22, an intelligent desk lamp module 23, a moving health module 24 and an entertainment audio-visual module 25 are arranged on the mobile terminal 2 and the corresponding intelligent devices 1; compared with the traditional intelligent home with single equipment, the intelligent device 1 disclosed by the invention relates to a plurality of intelligent devices 1 distributed in different living scenes, and is rich in functions, so that the intelligent living requirements of people in various different scenes are met, wherein the intelligent devices cover various scenes such as getting up, washing, cooking, sports, entertainment and the like in daily life;

In addition, the intelligent device 1 and the mobile terminal 2 provided by the invention are both provided with unified operating systems, so that the problem of incompatibility between devices is avoided.

As a preferred embodiment, the circulation module includes:

the device comprises a circulation detecting unit, a control unit and a control unit, wherein the circulation detecting unit is used for detecting whether a circulation function is supported between first equipment and second equipment;

the state storage unit is used for storing various running state information on the first equipment;

the circulation control unit is used for receiving a circulation request and indicating to switch to the second equipment;

the state transmission unit is used for transmitting the various state information stored by the state storage unit to the second equipment;

the state recovery unit is used for recovering the various state information received by the second equipment in the application program of the second equipment;

specifically, the operation flow of the circulation module is as follows, when an application program is ready to be switched to other intelligent devices 1, a circulation detecting unit is started, the circulation detecting unit detects whether a circulation function is supported between a first device and a second device, specific detection items include factors such as network connection, protocol compatibility and authority between the devices, when the circulation detecting unit detects that the circulation function is supported between the first device and the second device, a state saving unit is started, various state information running on the first device is saved, the various state information includes but is not limited to interface states and user data of the application program, and the various state information is stored on the corresponding intelligent device 1 in a data serialization mode; when an application program sends a circulation request, the circulation control unit firstly matches an identifier of a second device, and if the matching is successful, the various state information stored by the state storage unit is switched to the second device; then starting the state transmission unit to transmit the various state information to the second equipment, wherein the specific transmission mode can be realized through network connection, bluetooth or other proper communication modes; the second device which receives various state information restores the state of the restored application program through the state restoring unit, and specifically comprises the steps of restoring the interface state, loading data and reestablishing necessary resource connection;

In some preferred embodiments, user interaction restoration is also provided, and once the state of the application is successfully restored, the user can continue to interact with the application on the second device and continue to execute from where it was previously interrupted, and the user can continue to use the functions and operations of the application.

As a preferred embodiment, the migration module includes a registration database unit, a data synchronization unit, a data read-write unit, and a data subscription and push unit that are electrically connected,

the registration database unit comprises a first database and a second database, wherein the first database is used for creating distributed database instances on a first device, and the second database is used for creating distributed database instances corresponding to the first database one by one on a second device;

the data synchronization unit is used for connecting, synchronizing and updating the first database and the second database in real time;

the data reading and writing unit is used for carrying out reading and writing operation on the respective registration databases locally corresponding to the intelligent equipment 1;

the data subscription and pushing unit is used for subscribing and pushing the change of specific data to the subscribing intelligent device 1;

Specifically, the operation flow of the migration module is as follows, firstly, an own distributed database instance, namely a first database, is created and registered on the first device, and the first database is assigned with proper database names and configuration parameters; the second device discovers a first database on the first device through a network or other suitable modes, and acquires the name and configuration information of the database on the first device; then the second device creates a corresponding distributed database instance, namely a second database, on the own device based on the database name and the configuration information on the first device; the first database and the second database are in communication connection through a data synchronization unit so as to synchronize and update data between the two databases in real time; when the databases of the corresponding intelligent devices 1 need to be updated, the corresponding intelligent devices 1 are respectively subjected to read-write operation on the respective databases locally through the data read-write units, and the data read-write units are in communication connection with the data synchronization units, so that the updated data are automatically synchronized to the other intelligent device 1 through the synchronization mechanism of the distributed databases; in some preferred embodiments, the first device subscribes to specific data of the second device, at this time, when the data of the second device changes, the data subscription and pushing unit sends a notification to the subscribed first device, and the changed content notifies and updates the data, so that the data between the two intelligent devices 1 are newly synchronized.

As a preferred embodiment, the full-scene intelligent living system includes one or more of a washing scene, a dining and moving scene and an audio-visual entertainment scene in daily life, but is not limited to these scenes, in this embodiment, the washing scene, the dining and moving scene and the audio-visual entertainment scene in daily life are taken as an example for explanation,

the intelligent equipment 1 such as an intelligent mirror 11, an intelligent toothbrush 12 and the like are at least arranged in the washing scene, the intelligent equipment 1 such as an intelligent oven 13, an intelligent treadmill 14 and the like are at least arranged in the dining and sports scene, the intelligent equipment 1 such as an intelligent screen 16 and the like are at least arranged in the video entertainment scene, the daily life scene generally comprises an illumination scene, and an intelligent desk lamp 15 is arranged in the illumination scene;

the intelligent mirror 11 is in communication connection with the intelligent toothbrush 12, the intelligent oven 13 is in communication connection with the intelligent running machine 14, and one or more of an intelligent mirror module 21, an intelligent oven module 22, an intelligent desk lamp module 23, a sports health module 24 and an entertainment audio-visual module 25 are arranged on the mobile terminal 2 and the corresponding intelligent equipment 1;

the intelligent mirror module 21 includes a news circulation module 211, the news circulation module 211 being configured to circulate news from the mobile terminal 2 to the intelligent mirror 11; specifically, in the news circulation process, firstly, a corresponding method of a device management interface provided by an operating system is called to obtain a trusted device information list in a network, then corresponding devices, namely an intelligent mirror 11 in the embodiment, are selected, and after the corresponding method provided by the operating system is determined, news pages on the intelligent mirror 11 are pulled up in a distributed mode, wherein parameters required to be transmitted when the distributed pulling up is realized include a device number of the intelligent mirror 11, a package name of an application, an availability name to be started, url of the news page and news data currently being browsed, so that a user can continue browsing in places which are not seen completely after circulation;

The exercise health module 24 includes an exercise amount migration module 241 and an exercise state migration module 242 for migrating an exercise amount and an exercise state of a user between the intelligent treadmill 14 and the mobile terminal 2, respectively; specifically, firstly, a distributed key value database is created, running mileage and time of a user are respectively assigned with a key value and stored in the database, then, equipment to be received with data, namely the intelligent running machine 14 is searched and connected, and finally, the intelligent running machine 14 acquires relevant data according to the key value;

the entertainment audio-visual module 25 comprises a video streaming module 251 for streaming video from the mobile terminal 2 to the intelligent screen 16 for further playing; and is further configured to stream the video to the smart screen 16 according to the position watched by the user for further playing; specifically, in the circulation process, firstly, a corresponding method of an equipment management interface provided by an operating system is called to obtain a trusted equipment information list in a network, then a corresponding equipment, namely an intelligent screen 16, is selected, and after the corresponding method provided by the operating system is determined, a video playing page on the intelligent screen 16 is pulled up in a distributed mode, wherein parameters to be transferred when the distributed pulling up is realized include an equipment number of the intelligent screen, a packet name of an application, an availability name to be started, url of the video playing page and the current video playing position;

The intelligent oven module 22 includes a food heat transfer module 221 for the intelligent oven 13 to interact with the food heat data it cooks and the heat data consumed on the intelligent treadmill 14 in order to recommend a corresponding recipe or amount of movement;

as a preferred embodiment, the smart mirror module 21 further includes a news sub-module 212, a brushing sub-module 213, and a dressing sub-module 214, and the news circulation module 211 is communicatively connected to the news sub-module 212;

the news sub-module 212 is configured to display and voice broadcast news, and the news sub-module 212 includes a plurality of news categories for a user to flexibly select;

the brushing sub-module 213 is configured to prompt and score a normalization of brushing, specifically, the brushing sub-module 213 analyzes brushing force and time of a user, so as to prompt and score the brushing condition of the user, and display the normalization prompt and the brushing score on the intelligent mirror 11;

the mentioned sub-module 214 is used for recommending hairstyle and makeup, and sending the photo to the mobile terminal 2 after photographing;

the intelligent mirror 11 provided by the invention integrates a plurality of sub-modules, integrates entertainment and washing, can meet the requirements of users in various aspects, and can obtain corresponding prompts as the news circulation module 211 is in communication connection with the news sub-module 212, so that the users can browse or listen to news while brushing teeth; news can be browsed or listened to while the user is dressed, and the corresponding information of the mobile terminal 2 can be transferred to the intelligent mirror 11 to continue enjoyment, so that the time of the user is greatly saved, and the requirement for intelligent life is met.

As a preferred embodiment, the smart mirror module 21 further includes a voice unit and a touch unit, where the voice unit is respectively communicatively connected to the news circulation module 211 and the news sub-module 212, and is configured to play the content on the news sub-module 212 through voice or wake up and hold the news circulation module 211 through voice;

the touch control unit is respectively in communication connection with the news circulation module 211 and the news sub-module 212, and is used for manually operating the circulation module or the news sub-module 212;

specifically, when the voice unit recognizes the keyword, a corresponding operation is executed, if the voice unit recognizes that the instruction of the user contains "seeing news", circulation is executed, and if the voice unit recognizes "reading news", voice broadcasting is executed; the voice unit and the touch control unit are arranged, so that a user can transfer news which is not seen on the mobile phone to the intelligent mirror 11 for continuous reading through manual clicking operation or voice control flow, and can also call a voice broadcasting function through manual clicking operation or voice control; the voice broadcasting function is an AI capability for converting text information into voice information and reading the voice information.

As a preferred embodiment, the brushing sub-module 213 analyzes the brushing force and time of the user, and makes a normalized prompt and score for the brushing condition of the user, and displays the normalized prompt and brushing score on the smart mirror 11;

Specifically, the brushing force and time of the user are acquired through the intelligent toothbrush 12 and are obtained after data processing; the intelligent toothbrush 12 collects acceleration data through an embedded acceleration sensor, and obtains tooth brushing force after modeling; and then the normalization prompt and the tooth brushing score are displayed on the intelligent mirror 11 through the distributed database, specifically, a distributed key value database is firstly created, the intelligent toothbrush 12 respectively endows the normalization prompt and the tooth brushing score with a key value to be stored on the distributed key value database, and then the equipment to receive data is searched and connected, namely the intelligent mirror 11 in the embodiment, and the intelligent mirror 11 acquires the data according to the key value.

As a preferred embodiment, the dressing sub-module 214 includes a plurality of hairstyles and a plurality of looks, and the dressing sub-module 214 is communicatively connected to the voice unit and the touch unit, respectively, for operating the dressing sub-module 214 by voice or manually; the play sub-module 214 on the intelligent mirror 11 can share the photo to the mobile terminal 2 after the photo is reserved; the setting of multiple hairstyles and multiple dressing forms enables the user to have multiple options, corresponding hairstyles or dressing forms can be recommended for the user according to different occasions, the hairstyles or dressing forms of the heart instrument can be selected by the user by voice or manual operation, the intelligent mirror 11 can be used for shooting and storing pictures and sharing the pictures to the mobile terminal 2, and the experience sense and the convenience of life of the user are greatly improved.

As a preferred embodiment, the smart oven module 22 comprises a plurality of recipes, and each recipe is provided with one or more category labels for recommending the corresponding recipe to the user according to the user's description;

the intelligent oven module 22 is further configured to display a recipe, recommend the recipe according to a user's requirement, and control an operating state of the intelligent oven 13 after the user prepares food according to the recipe and puts the food into the intelligent oven 13; the mobile terminal 2 and the intelligent oven 13 are distributed with a network through NFC tags.

As a preferred embodiment, the intelligent desk lamp module 23 includes a voice unit for voice switching on and off the lamp; specifically, the intelligent desk lamp 15 is enabled to slowly lighten within 5 seconds through the voice unit, and the intelligent desk lamp is particularly suitable for a night lamp scene and avoids the user from suffering sudden light stimulation.

As a preferred embodiment, the athletic health module 24 includes a health analysis sub-module 243; the health condition analysis sub-module 243 is configured to score the health condition of the user, evaluate the health condition of the user by using the body information input by the user, daily intake heat and quantity of motion, and provide health score feedback; the amount of movement includes running mileage, time, and heat consumption of the user.

As a further improvement of the above solution, the entertainment audio module 25 includes a video playing sub-module 252 and a recording playing sub-module 253, and the video streaming module 251 is communicatively connected to the video playing sub-module 252;

the video playing sub-module 252 includes a plurality of songs for the user to select, and plays corresponding song videos after the user selects the songs, for playing the song videos selected by the user;

the recording and playing sub-module 253 is configured to record and play the singing voice of the user in real time, specifically, the user can start the recording function to sing himself or not, and can also select whether to play the recorded voice in real time, so as to realize the hearing-back function;

the video playing sub-module 252 is configured to play the song video selected by the user; the recording and playing sub-module 253 is used for recording the singing voice of the user and playing the singing voice in real time.

The video streaming module 251 is further configured to stream the video to the smart screen 16 according to the position watched by the user for further playing;

in some embodiments, the news circulation module 211 is further connected to the intelligent mirror 11 in a communication manner, so that the song circulation in the video playing sub-module 252 can be transferred to the intelligent mirror 11 for playing, and all the functions already operated in the preamble scene can be operated in real time in the current scene, so that the quality or convenience of the user experience in different scenes is further enhanced.

It should be noted that, the intelligent screen 16 may be distributed in different living scenes, such as different living scenes of a kitchen, a bedroom, a study room, a living room, etc., and all functions operated in a preceding scene in different living scenes may be transferred to a current scene only through the corresponding entertainment audio-visual module 25 on the mobile terminal 2, so as to further enhance quality or convenience of user experience in different scenes.

The foregoing description of the preferred embodiments of the present invention should not be construed as limiting the scope of the invention, but rather as utilizing equivalent structural changes made in the description of the present invention and the accompanying drawings or directly/indirectly applied to other related technical fields under the inventive concept of the present invention.

Claims (10)

1. An information transfer migration method, characterized in that the method comprises the steps of:

s1: storing the current state information and the shared information in the first equipment in a first database in real time;

s2: when the second equipment sends a transfer request, the first equipment transfers or transfers the state information or the shared information stored in the first database to the second equipment;

s3: the second equipment restores various state information which is transferred to the second equipment in an application program thereof so as to connect various functions which are operated in the first equipment in real time; or the second device makes decisions according to the shared information migrated to the second device and feeds back the decisions to the first device so that information exchange, control and function coordination can be realized among different devices.

2. An information flow migration method according to claim 1, wherein in said step S3, said state information is stored in a data-serialized form on the first device and/or the second device, and each type of said state information is restored in its application program, including restoration of interface state, loading of data and reestablishment of resource connection, and restoration of user interaction.

3. The method for transferring information according to claim 1 or 2, wherein before step S1, two devices for transferring information are further required to perform transfer detection, where the detection items include a network connection condition, a protocol compatibility condition, and a permission condition between the two devices.

4. The method according to claim 1 or 2, wherein in the step S2, when the first device sends the request for stream migration, the identifier on the second device is first matched, if the matching is successful, the state information stored in the first database is streamed to the second device, otherwise, the request continues to wait.

5. The method according to claim 1, wherein, in step S2, before the second device sends the stream migration request,

The second device discovers a first database on the first device and acquires the name and configuration information of the database on the first device;

and then the second device creates a corresponding distributed database instance on the second device based on the database name and the configuration information on the first device, and the second device builds a second database of the second device.

6. The method according to claim 5, wherein in step S3, the method further comprises updating the shared information stored in the first database to the second database in real time, and the second device acquires various types of shared information in the updated second database in real time.

7. A full-scene intelligent living system adopting the information flow migration method as claimed in any one of claims 1-6, characterized by comprising a plurality of first devices and second devices distributed in different scenes, wherein embedded operating systems are installed on the first devices and the second devices;

the first equipment and the second equipment are respectively provided with a circulation module and/or a migration module, the migration modules are used for synchronously migrating the shared information among different equipment, and the circulation modules are used for synchronously circulating the shared operation among the different equipment to other equipment.

8. The full-scene intelligent living system according to claim 7, wherein the circulation module comprises:

the device comprises a circulation detecting unit, a control unit and a control unit, wherein the circulation detecting unit is used for detecting whether a circulation function is supported between first equipment and second equipment;

the state storage unit is used for storing various running state information on the first equipment;

the circulation control unit is used for receiving a circulation request and indicating to switch to the second equipment;

the state transmission unit is used for transmitting the various state information stored by the state storage unit to the second equipment;

and the state recovery unit is used for recovering the various types of state information received by the second equipment in the application program of the second equipment.

9. The full-scene intelligent living system according to claim 7 or 8, wherein the migration module comprises a registration database unit, a data synchronization unit, a data read-write unit, and a data subscription and push unit electrically connected,

the registration database unit comprises a first database and a second database, wherein the first database is used for creating distributed database instances on a first intelligent device, and the second database is used for creating distributed database instances which are in one-to-one correspondence with the first database on a second intelligent device;

The data synchronization unit is used for connecting, synchronizing and updating the first database and the second database in real time;

the data read-write unit is used for carrying out read-write operation on the respective registration databases locally corresponding to the intelligent equipment;

the data subscription and pushing unit is used for subscribing and pushing the change of the specific data to the subscribing intelligent device.

10. The full-scene intelligent living system according to claim 7, wherein the full-scene intelligent living system comprises one or more of a washing scene, a dining and sports scene and an audio-visual entertainment scene in daily life,

at least an intelligent mirror and an intelligent toothbrush are arranged in the washing scene, at least an intelligent oven and an intelligent running machine are arranged in the dining and sports scene, and at least an intelligent screen is arranged in the video entertainment scene;

the intelligent mirror is in communication connection with the intelligent toothbrush, the intelligent oven is in communication connection with the intelligent running machine, and one or more of an intelligent mirror module, an intelligent oven module, an intelligent desk lamp module, a sports health module and an entertainment video module are arranged on the mobile terminal and corresponding intelligent equipment;

The intelligent mirror module comprises a news circulation module which is used for circulating news from the mobile terminal to the intelligent mirror;

the exercise health module comprises an exercise amount migration module and an exercise state migration module which are respectively used for migrating the exercise amount and the exercise state of a user between the intelligent running machine and the mobile terminal;

the entertainment video module comprises a video circulation module and is used for circulating videos from the mobile terminal to the intelligent screen to continue playing;

the intelligent oven module includes a food heat transfer module for the intelligent oven to interact with the food heat data it cooks and the heat data it consumes on the intelligent treadmill in order to recommend a corresponding recipe or amount of movement.