JP7164270B2 - Method and apparatus for selecting information push destination terminal - Google Patents

Description

The present invention relates to the field of communication technology, and more particularly to a method and apparatus for selecting information push destination terminals.

Currently, there are more and more diverse wearable devices, and wearable devices such as head-mounted displays, Google Glass, smart watches, heart rate monitors, and smart shoes are gradually entering people's lives. The wearable device may be connected with a mobile phone over a short distance and may also receive information transmitted by the mobile phone. When receiving new information, the mobile phone may push prompt information that the information has been received to the wearable device connected with the mobile phone, or push the received information to the wearable device.

In the prior art, when only one wearable device is connected with a mobile phone, when the mobile phone receives new service information (such as a new SMS message or a new incoming call), the mobile phone sends the wearable device: Prompt information that the new service information has been received may be sent, and the user may be prompted to browse the received service information by means of vibration, ringtone, or flash of the wearable device. However, if multiple wearable devices such as glasses, watches, and shoes are connected with the mobile phone, when the mobile phone receives new service information, which device will be sent the prompt information that the service information has been received? or which device is in a more appropriate working state to receive the prompt information. The prior art cannot solve the problem of selecting the information push destination terminal, cannot guarantee the information push efficiency and device resource utilization, and cannot guarantee the user experience effect of information push.

Embodiments of the present invention provide a method and apparatus for selecting an information push destination terminal, enabling selection of a target terminal for information push from a plurality of second terminals connected with a first terminal, and It can improve push efficiency, improve terminal resource utilization, and improve user experience of information push.

A first aspect of an embodiment of the present invention provides a method for selecting an information push destination terminal, the method comprising: selecting a terminal service preset with a service type of service information received by a first terminal; determining according to the type table; obtaining, by the first terminal, characteristic information of a second terminal connected to the first terminal from a terminal status table configured in the first terminal; determining the working status of the second terminal according to; and pushing information from the second terminal according to the preset information pushing rule, the service type of the service information and the working status of the second terminal by the first terminal. wherein the target terminal supports service information and the work status of the target terminal meets the requirements for pushing service information; and the target terminal receives the service information. and sending a prompt message to.

Relating to the first aspect, in a first possible implementation, the received service information is at least one of voice or video call service information, SMS messages, emails, instant messaging information, and push notifications. including.

In relation to the first aspect or the first possible implementation of the first aspect, in the second possible implementation, a terminal pre-configured with a service type of the received service information by the first terminal. Before determining according to the service type table, the method comprises pre-setting a terminal service type table, wherein the terminal service type table comprises terminal service information, terminal service type, and terminal service information and terminal service type. terminal service information includes at least one of voice or video call service, SMS message, email, instant messaging information, game, video, and navigation; terminal service type includes real-time including at least one of a communication type, a non-real-time communication type, and a real-time non-communication type.

In relation to any one of the first aspect to the second possible implementation of the first aspect, in a third possible implementation, the characteristic information of the second terminal is at least one of configuration information and a working status, the configuration information including at least one of a device identifier, a device type, and a communication method with the first terminal; and an execution status of the second terminal including interaction Contains state or non-interaction state.

In relation to the third possible implementation of the first aspect, in a fourth possible implementation, the first terminal connects with the first terminal from a terminal status table configured in the first terminal. Before the step of obtaining characteristic information of the second terminal to be connected, the method includes obtaining configuration information of the second terminal connected with the first terminal, and obtaining communication data of the second terminal and determining a running status of the second terminal and a service type of the second terminal according to the communication data; and creating a terminal status table based on the configuration information, running status and service type of the second terminal. generating and storing the terminal status table at a specified location.

In relation to the fourth possible implementation of the first aspect, in a fifth possible implementation, the communication data of the second terminal is obtained, and the running status of the second terminal and the second The step of determining the service type of the terminal includes determining whether there is data input or output at a data input or output channel of the second terminal; If so, determine that the second terminal is in an interaction state, and determine the type of service running in the second terminal according to the obtained communication data; and determining that the second terminal is in a non-interaction state if no output is determined, wherein the data input or output channels are audio, image, touch, and vibration data input or output channels. including at least one of

In relation to the fifth possible mode of implementation of the first aspect, in the sixth possible mode of implementation, the information push rule preferentially processes communication-type services, and the work status of the second terminal is , the running status of the second terminal and the service type of the second terminal; selecting the target terminal of information push from the terminals of the second terminal in the interaction state as the most suitable target terminal if the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type; and setting the second terminal in the non-interaction state as the second preferred target terminal; determining whether the most preferred target terminal is empty; If not, select one terminal from the most preferred target terminals as the target terminal of the information push, or if the determination result is empty, select one terminal from the second preferred target terminals as the target terminal of the information push. and selecting as

In relation to the fifth possible implementation of the first aspect, in the seventh possible implementation, the information push rule preferentially processes non-communication type services and the working status of the second terminal includes the running status of the second terminal and the service type of the second terminal; The step of selecting a target terminal for information push from 2 terminals is in an interaction state if the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type, and the service type is a communication type. is set as the most preferred target terminal, the second terminal in the non-interaction state is set as the second preferred target terminal, the second terminal in the interaction state and whose service type is non-communication and determining whether the most preferred target terminal is free, and if the most preferred target terminal is not free, from the most preferred target terminal selecting one terminal as the target terminal of the information push, or if it is determined that the most suitable target terminal is available, determining whether the second most suitable target terminal is available, and determining the result of is not free, select one terminal from the second preferred target terminal as the target terminal for information push, or if the result of the determination is free, select one terminal from the third preferred target terminal. and selecting as a target terminal for information push.

In relation to the sixth possible implementation of the first aspect or the seventh possible implementation of the first aspect, in the eighth possible implementation, the most preferred target terminal if the terminal is included, select one terminal from the plurality of second terminals as a target terminal for information push according to the service type of the service information and the service type and configuration information of the second terminal, and select a second preferred target terminal; includes a plurality of second terminals, select one terminal from the plurality of second terminals as the information push destination terminal according to the configuration information of the second terminal; When the second terminal is included, one terminal is selected as the information push destination terminal from the plurality of second terminals according to the configuration information of the second terminal.

Relating to the eighth possible implementation of the first aspect, in the ninth possible implementation, a plurality of second terminals according to the service type of the service information and the service type and configuration information of the second terminals. The step of selecting one terminal as a target terminal for information push from among the plurality of second terminals includes selecting a service whose service being executed in the second terminal is the same as the service information according to the service type of each second terminal of the plurality of second terminals. determining whether the second terminal includes the same service as the service information as a result of the determination, determining the second terminal in which the service is performed as a target terminal of information push; selecting and selecting one second terminal as a target terminal of information push from the plurality of second terminals according to the configuration information of the second terminals when there are a plurality of second terminals on which the service is being performed; or, as a result of determination, if the service being executed in the second terminal does not include the same service as the service information, does the service type of the second terminal include the same service type as the service type in the service information? and if the service type of the second terminal includes the same service type as the service type of the service information, select the second terminal corresponding to the service type as the target terminal of the information push, and select the second terminal corresponding to the service type as the target terminal of the information push, and selecting one second terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminals when there are a plurality of second terminals.

A second aspect of an embodiment of the present invention provides an apparatus for selecting an information push destination terminal, the apparatus for determining a service type of received service information according to a preset terminal service type table. a processing module configured and an acquisition module configured to acquire characteristic information of a second terminal connected to the first terminal from the configured terminal status table, the processing module acquiring by the acquisition module an acquisition module configured to determine the working status of the second terminal according to the characteristic information set; and from the second terminal according to the preset information push rule, service type of service information and the working status of the second terminal a selection module configured to select a target terminal for information push, wherein the target terminal supports service information and the working status of the target terminal meets the requirements for pushing service information; a sending module configured to send a prompt message that the service information has been received.

Regarding the second aspect, in a first possible implementation, the service information received by the processing module includes voice or video call service information, SMS messages, emails, instant messaging information, and push notifications. including at least one of

In relation to the second aspect or a first possible implementation of the second aspect, in a second possible implementation, the device is a configuration module configured to pre-configure a terminal service type table. , the terminal service type table further includes a setting module including terminal service information, terminal service type, and correspondence relationship between the terminal service information and the terminal service type, the terminal service information being voice or video call service, SMS including at least one of messaging, e-mail, instant messaging information, games, video, and navigation, and terminal service types including at least one of real-time communication type, non-real-time communication type, and real-time non-communication type .

In relation to any one of the second aspect to the second possible implementation of the second aspect, in the third possible implementation, the characteristic information of the second terminal obtained by the obtaining module. includes at least one of configuration information and work status of the second terminal, the configuration information includes at least one of a device identifier, a device type, and a communication scheme with the first terminal; The running status of the terminal includes interaction state or non-interaction state.

In relation to a third possible implementation of the second aspect, in a fourth possible implementation, the obtaining module is further adapted to obtain configuration information of a second terminal connected with the first terminal. The processing module is configured to obtain communication data of the second terminal, determine the running status of the second terminal and the service type of the second terminal according to the communication data, configure information of the second terminal, run status , and the service type, and is further configured to store the terminal status table in a specified location.

Relating to the fourth possible implementation of the second aspect, in a fifth possible implementation, the processing module determines whether there is data input or output on the data input or output channel of the second terminal. and if it is determined that there is data input or output to a certain second terminal, it is determined that the second terminal is in an interaction state, and the service being executed in the second terminal according to the obtained communication data. or determine that a second terminal is in a non-interaction state when it is determined that there is no data input or output at a second terminal, the data input Alternatively, the output channels include at least one of audio, image, touch, and vibration data input or output channels.

In relation to the fifth possible mode of implementation of the second aspect, in the sixth possible mode of implementation, the information push rule preferentially processes communication-type services, and the work status of the second terminal is , the running status of the second terminal and the service type of the second terminal, and the selection module is in an interaction state when the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type. setting the second terminal as the most preferred target terminal, setting the second terminal in non-interaction state as the second preferred target terminal, determining whether the most preferred target terminal is free, and determining is not empty, select one terminal from the most preferred target terminals as the target terminal for the information push, or if the result of the judgment is empty, select one terminal from the second preferred target terminals. It is specifically configured to select as a target terminal for information push.

In relation to the fifth possible implementation of the second aspect, in the seventh possible implementation, the information push rule preferentially processes non-communication type services and the working status of the second terminal includes the running status of the second terminal and the service type of the second terminal, and the selection module enters an interaction state when the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type. set the second terminal whose service type is the communication type as the most preferred target terminal, set the second terminal in the non-interaction state as the second preferred target terminal, and enter the interaction state; set the second terminal whose service type is non-communication type as the third preferred target terminal, determine whether the most preferred target terminal is available, and determine whether the most preferred target terminal is available; If not, select one terminal from the most preferred target terminals as the target terminal for the information push, or if the most preferred target terminal is free, determine if the second preferred target terminal is free. and if the determination result is not empty, select one terminal from the second preferred target terminal as the target terminal for information push, or if the determination result is empty, select from the third preferred target terminal It is specifically configured to select one terminal as the target terminal of the information push.

In relation to the sixth possible implementation of the second aspect or the seventh possible implementation of the second aspect, in the eighth possible implementation the selection module selects a plurality of most preferred target terminals. , selecting one terminal from the plurality of second terminals as a target terminal for information push according to the service type of the service information and the service type and configuration information of the second terminal; selecting one terminal from the plurality of second terminals as the target terminal of the information push according to the configuration information of the second terminal when the second preferred target terminal includes a plurality of second terminals; or is further specifically configured to select one terminal from the plurality of second terminals as the target terminal of the information push according to the configuration information of the second terminal when the preferred target terminal includes a plurality of second terminals; be.

In relation to the eighth possible implementation of the second aspect, in the ninth possible implementation, a plurality of second terminals according to the service type of the service information and the service type and configuration information of the second terminals. , the selection module determines whether the service running in the second terminal includes the same service as the service information in each second terminal of the plurality of second terminals. determining according to the service type of the second terminal, and as a result of determination, when the service running in the second terminal includes the same service as the service information, the second terminal running the service is selected as the target of information push; If there are a plurality of second terminals selected as the terminal and the service is running, select a second terminal from the plurality of second terminals as the target terminal of the information push according to the configuration information of the second terminals. or the service type of the second terminal includes the same service type as the service information when the result of determination is that the service being executed in the second terminal does not include the same service as the service information. and if the service type of the second terminal includes the same service type as the service type of the service information, select the second terminal corresponding to the service type as the target terminal of the information push, and correspond to the service type. specifically configured to select one second terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminal when there are a plurality of second terminals to be used.

A third aspect of embodiments of the present invention provides a terminal, the terminal comprising a receiver configured to receive service information and a terminal pre-configured with a service type of the service information received by the receiver. a processor configured to determine according to the service type table, acquire characteristic information of a second terminal connected with the terminal from the configured terminal status table, and determine the working status of the second terminal according to the characteristic information; A processor is configured to select a target terminal for information push from the second terminal according to a preset information push rule, a service type of service information, a work status of the second terminal; A transmission configured to send a prompt message that the service information has been received to a processor that supports information and the working status of the target terminal meets the requirements for pushing the service information, and to the target terminal selected by the processor. can be equipped with

Regarding the third aspect, in a first possible implementation, the service information received by the receiver includes voice or video call service information, SMS messages, emails, instant messaging information, and push notifications. including at least one of

In relation to the third aspect or the first possible implementation of the third aspect, in a second possible implementation the processor is more specifically configured to preset a terminal service type table. , the terminal service type table includes terminal service information, terminal service type, and the corresponding relationship between the terminal service information and the terminal service type, the terminal service information includes voice or video call service, SMS message, e-mail, instant • including at least one of messaging information, games, video, and navigation, and terminal service types including at least one of real-time communication type, non-real-time communication type, and real-time non-communication type;

In relation to any one of the second possible implementations of the third aspect to the third aspect, in the third possible implementation, the characteristic information of the second terminal is at least one of configuration information and a work status, the configuration information including at least one of a device identifier, a device type, and a communication method with the first terminal; and an execution status of the second terminal including interaction Contains state or non-interaction state.

In relation to a third possible implementation of the third aspect, in a fourth possible implementation, a processor obtains configuration information of a second terminal connected with the terminal, Obtain communication data, determine the running status of the second terminal and the service type of the second terminal according to the communication data, and generate a terminal status table based on the configuration information, the running status and the service type of the second terminal. , is configured more specifically to store the terminal status table at a specified location.

In relation to the fourth possible implementation of the third aspect, in a fifth possible implementation, obtain the communication data of the second terminal, and according to the communication data the running status of the second terminal and the second the processor determines whether there is data input or output on a data input or output channel of a second terminal, and determines that there is data input or output on a certain second terminal , determining that the second terminal is in an interaction state, and determining the type of service running in the second terminal according to the obtained communication data, or inputting data in a certain second terminal. or when it is determined that there is no output, the second terminal is specifically configured to determine that it is in a non-interaction state, and the data input or output channels are audio, image, touch, and vibration data input or at least one of the output channels.

In relation to the fifth possible mode of implementation of the third aspect, in the sixth possible mode of implementation, the information push rule preferentially processes communication-type services, and the work status of the second terminal is , the execution status of the second terminal and the service type of the second terminal, the target of information push from the second terminal according to the preset information push rule, the service type of service information and the work status of the second terminal In selecting a terminal, the processor sets the second terminal in the interaction state as the most suitable target terminal when the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type; setting the second terminal in the non-interaction state as the second preferred target terminal, determining whether the most preferred target terminal is idle, and if the result of the determination is not idle, from the most preferred target terminal; specifically configured to select one terminal as the target terminal of the information push, or select one terminal from the second most suitable target terminals as the target terminal of the information push when the result of the determination is empty be done.

In relation to the fifth possible implementation of the third aspect, in the seventh possible implementation, the information push rule preferentially processes non-communication type services, and the working status of the second terminal is , the execution status of the second terminal and the service type of the second terminal, the goal of information push from the second terminal according to the preset information push rule, the service type of service information and the work status of the second terminal In selecting a terminal, the processor is in an interaction state when the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type, and a second terminal whose service type is a communication type setting the terminal as the most preferred target terminal, setting a second terminal in the non-interaction state as the second preferred target terminal, and setting the second terminal in the interaction state and whose service type is the non-communication type; terminal as the third preferred target terminal, determine whether the most preferred target terminal is available, and when the most preferred target terminal is not available, information one terminal from the most preferred target terminal Select as the target terminal of the push, or if the most preferred target terminal is free, determine if the second preferred target terminal is free, and if the result of the determination is not free, the second preferred. select one of the target terminals as the target terminal for the information push, or select one terminal from the third most suitable target terminals as the target terminal for the information push when the result of the determination is empty; Concretely configured.

In an eighth possible implementation, in conjunction with the sixth possible implementation of the third aspect or the seventh possible implementation of the third aspect, the processor determines that the most preferred target terminal has multiple selecting one terminal from a plurality of second terminals as a target terminal for information push according to the service type of the service information and the service type and configuration information of the second terminal when the second terminal is included; selecting one terminal from the plurality of second terminals as the target terminal of the information push according to the configuration information of the second terminal when the preferred target terminal includes a plurality of second terminals; When the target terminal includes a plurality of second terminals, it is specifically configured to select one terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminal.

In relation to the eighth possible implementation of the third aspect, in the ninth possible implementation, a plurality of second terminals according to the service type of the service information and the service type and configuration information of the second terminals. when selecting one terminal from the list as a target terminal for information push, the processor determines whether the service being executed in the second terminal is the service information according to the service type of each second terminal of the plurality of second terminals. determining whether the same service is included, and as a result of determination, when the service executed in the second terminal includes the same service as the service information, the second terminal in which the service is being executed is selected as the target terminal of the information push; and selecting one second terminal from the plurality of second terminals as the target terminal of information push according to the configuration information of the second terminal when there are multiple second terminals running the service or, as a result of determination, when the service being executed in the second terminal does not include the same service as the service information, does the service type of the second terminal include the same service type as the service type in the service information? and if the service type of the second terminal includes the same service type as the service type of the service information, select the second terminal corresponding to the service type as the target terminal of the information push, and select the second terminal corresponding to the service type as the target terminal of the information push, and When there are a plurality of second terminals, it is specifically configured to select one second terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminals.

In an embodiment of the present invention, according to the service type of the service information of the first terminal and the working status of a plurality of second terminals connected with the first terminal, a second terminal It can be selected by the terminal as an information push destination terminal, which can ensure the information push efficiency, more fully consider the specific situation of the plurality of second terminals, and improve the utilization of terminal resources. Since the information push destination terminal is selected according to the specific situation of the second terminal, the prompt information of the service information can be pushed to the information push destination terminal to improve the user experience of information push.

To describe the technical solutions in the embodiments of the present invention more clearly, the following briefly introduces the accompanying drawings required to describe the embodiments. Apparently, the accompanying drawings in the following description merely show some embodiments of the present invention, and those skilled in the art may further derive other drawings from these accompanying drawings without creative efforts.

FIG. 4 is a schematic flow chart of an embodiment of a method for selecting a terminal to push information to, according to an embodiment of the present invention; FIG.

Figure 4 is a schematic interaction diagram of a method for selecting a terminal to push information to, according to an embodiment of the present invention;

1 is a schematic structural diagram of an embodiment of an apparatus for selecting a terminal to push information according to an embodiment of the present invention; FIG.

FIG. 4 is another schematic structural diagram of an embodiment of an apparatus for selecting a terminal to push information according to an embodiment of the present invention;

1 is a schematic structural diagram of an embodiment of a terminal according to an embodiment of the present invention; FIG.

The following clearly and completely describes the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Apparently, the described embodiments are only some but not all of the embodiments of the present invention. All other embodiments obtained by those skilled in the art without creative efforts based on the embodiments of the present invention shall fall within the protection scope of the present invention.

With reference to FIG. 1, FIG. 1 is a schematic flowchart of an embodiment of a method for selecting a terminal to push information to, according to an embodiment of the present invention. The method for selecting the information push destination terminal in this embodiment comprises the following steps.

S101. The first terminal determines the service type of the received service information according to a preset terminal service type table.

During specific implementations, the first terminal described in this embodiment of the invention can be a mobile phone, a tablet computer, or the like. The first terminal described above is exemplary only and not exhaustive. Hereinafter, a mobile phone will be used as an example for a specific description of the method for selecting the information push destination terminal in this embodiment.

In some possible implementations, the service information received by the mobile phone and described in this embodiment of the invention can be voice or video call service information, SMS messages, emails, instant messaging information, push notifications. and so on. The aforementioned service information is exemplary only and is not exhaustive. During the concrete implementation, a terminal service type table may be preset in the mobile phone before the mobile phone receives service information, and the terminal service type table includes terminal service information, terminal service type, and terminal service information. It may contain correspondence between terminal service types. The aforementioned terminal can be the first terminal or the second terminal described in this embodiment of the present invention, and the aforementioned terminal service information includes voice or video call service, SMS message, email, instant • May include messaging information, games, video, navigation, etc., and the aforementioned terminal service types may include real-time communication types, non-real-time communication types, real-time non-communication types, and so on. Specifically, the correspondence between the terminal service information and the terminal service type can be further preset. For example, a voice or video call service corresponds to a real-time communication type (i.e., a voice or video call service may belong to a real-time communication type), and SMS messages, emails, and instant messaging information correspond to a non-real-time communication type. Yes, games and videos (such as movies) are real-time non-communication types. In addition, a terminal service type corresponding to other service information, such as a terminal service type corresponding to navigation, may also be included.

During the concrete implementation, after the terminal service type table is set, when receiving the service information, the mobile phone performs matching between the received service information and the service type in the terminal service type table. may determine the service type corresponding to the received service information. After determining the service type of the received service information, the mobile phone according to the service type of the service information and the service type of the wearable device connected with the mobile phone, to send prompt information that the service information has been received to the terminal. The information push target terminal (abbreviated information push destination terminal) can be selected, the aforementioned information push target terminal supports the service information received by the mobile phone, and the work status of the target terminal indicates the service information. Meet the requirements to push.

S102. The first terminal acquires characteristic information of a second terminal connected to the first terminal from a terminal status table configured in the first terminal, and determines the work status of the second terminal according to the characteristic information. do.

During specific implementations, the second terminal described in this embodiment of the invention can be a wearable device such as a head-mounted display, Google Glass, smart watch, or smart shoes. The second terminal described above is exemplary only and not exhaustive.

In some possible implementations, the feature information of the wearable device (i.e., the second terminal) in this embodiment may include configuration information, work status, etc. of the wearable device, and the aforementioned configuration information may be, for example, The identification code of the wearable device, the device type of the wearable device (including the device model, the data transmission efficiency of the device, the service type that can be supported by the device, etc.), and the communication method between the wearable device and the mobile phone (Bluetooth (registered trademark) transmission, etc.), device type, communication method with the mobile phone, and the like. The running status of said wearable device may include an interaction state or a non-interaction state. Specifically, the aforementioned interaction states can be classified into active interaction states and passive interaction states. An active interaction state is defined as a continuous interaction in one or more data channels of the device, such as a user continuously inputting data into one or more data channels of the device, such as voice, image, or touch. Passive interaction state means that there is active data input, e.g., there is no user input action, but the device is sending data to one or more data channels, such as voice, image, or touch, of the device. means that there is continuous data output on one or more data channels of the device, such as outputting . A non-interaction state means that there is no data input or output on the user's data channel.

During a concrete implementation, when any wearable device (such as a smartwatch) establishes a connection with a mobile phone, the mobile phone obtains the smartwatch's configuration information, including the smartwatch's identifier, device type, etc. obtain. After the smart watch establishes connection with the mobile phone, the mobile phone can detect the communication status of the smart watch in real time, obtain the communication data of the smart watch in real time, and execute the smart watch according to the obtained communication data. Determine status and service type. Specifically, according to the data channel of the smartwatch, it can be determined whether there is data input or output at the data input or output channel of the smartwatch, and there is data input or output at one or more data channels of the smartwatch. , it can be determined that the smartwatch is in an interaction state, i.e., the smartwatch is currently interacting with the user of the mobile phone, or there is no data input or output on the data channel of the smartwatch. If so, it may be determined that the smartwatch is currently in a non-interaction state, ie the smartwatch may be currently in a standby state. In addition, when the smartwatch is determined to be in an interaction state, the type of service currently running on the smartwatch is determined, for example, reading an SMS message or instant messaging information or playing a video. It can be further determined according to the communication data. The aforementioned data channels (including data input channels and data output channels) may include input and output channels of data or signals such as sound, image, touch, or vibration.

During the concrete implementation, after obtaining the configuration information of the wearable device connected with the mobile phone, and determining the running status of the wearable device and the service type of the wearable device, the mobile phone receives the configuration information of the wearable device, the running status , and service type, and store the terminal status table in a specified location. After receiving the service information and determining the service type of the service information, the mobile phone may select the corresponding wearable device as the information push destination terminal according to the characteristic information of the wearable device stored in the terminal status table, and the service information may be pushed to the device prompting information that the

S103. The first terminal selects the target terminal of the information push from the second terminal according to the preset information push rule, the service type of the service information and the work status of the second terminal, and prompts that the service information is received Send the message to the target terminal.

In some possible implementations, when the mobile phone needs to send prompt information to the wearable device connected with the mobile phone after receiving the service information, the mobile phone will set the new service type and the terminal status table It is necessary to select the corresponding wearable device as the target terminal of the information push (abbreviated as the information push destination terminal) according to the characteristic information of the wearable device stored in the . During a specific implementation, the information push rule can be preset such that the target terminal is selected according to the rule and the service information or service type of the wearable device. During the concrete implementation, the mobile phone service type and the wearable device service type can be classified into communication type and non-communication type. Received by the mobile phone if the preconfigured device information push rule prioritizes communication type services (for short, communication priority, e.g., the user is currently waiting for an incoming call or SMS message) When the service type of the received service information is a communication type including a real-time communication type and a non-real-time communication type, the wearable device in interaction state may be set as the most suitable target terminal, and the wearable device in non-interaction state may be set as the most suitable target terminal. , may be set as the second preferred target terminal, ie the wearable device in the interaction state may be preferentially selected as the information push destination terminal. In this case, the wearable device in the interaction state can receive the prompt information of the service information at any time, so the time it takes to display the prompt information of the new service is relatively short, and the user experience effect is good. If the wearable device is in a non-interaction state (such as a standby state), the device still needs to be started before information is sent to the device, so the service information prompt information sent to the device The time it takes to display above is relatively long, and the user experience effect is relatively poor. Specifically, if the aforementioned most preferred target terminal is not idle (i.e., one or more of the wearable devices connected to the mobile phone are interacting with the user), one wearable device will: From these wearable devices that meet the conditions, they can be selected as target terminals for information push. If said most preferred target terminal is idle (i.e., none of the wearable devices connected to the mobile phone are interacting with the user), then one terminal from the second preferred target terminal: It can be selected as the target terminal for information push.

In addition, when the preset information push rule preferentially handles non-communication type services (for short, communication non-priority, e.g., user is currently resting, communication such as incoming call or SMS message do not want to be disturbed by the service), when the service type of the service information received by the mobile phone is a communication type, including a real-time communication type and a non-real-time communication type, is in an interaction state, and the service type is a communication type ( That is, the wearable device that is the same as the service type in the service information) may be set as the most preferred target terminal, and the wearable device in the non-interaction state may be set as the second preferred target terminal, and the wearable device in the interaction state may be set as the second preferred target terminal. A wearable device that is present and whose service type is a non-communication type (such as the device on which the video is being played) may be set as the third most preferred target terminal. That is, a wearable device that is in an interaction state and whose service type is the same as the service type of the service information can be preferentially selected from the terminal types as the information push destination terminal, and the prompt information of the service information is quickly sent to the terminal. pushed and the user's other experience is unaffected. If there is no wearable device currently connected to the mobile phone that is in the interaction state and whose service type is the communication type, the mobile phone prompts the wearable device in the non-interaction state to prompt service information. You may choose to send information. The current information push rule is communication non-priority, so the user may be watching a video or playing a game at the moment (the device is currently in an interaction state) , do not want to be disturbed. If the above two types of devices are not included in the wearable device connected with the mobile phone, the mobile phone then sends the service information prompt information to Send to a wearable device that is of type.

During the specific implementation, after receiving the service information, when selecting an information push destination terminal from a plurality of wearable devices connected with the mobile phone, the mobile phone first collects the configuration information of the wearable device connected with the mobile phone. wearable devices that do not support the service information received by the mobile phone may be excluded, and wearable devices that meet the requirements for pushing the service information may be selected from the wearable devices that support the service information. That is, the most preferred target terminal, the second preferred target terminal, and the third preferred target terminal mentioned above are wearable devices capable of supporting service information received by a mobile phone.

During a specific implementation, in the case where the most preferred target terminal mentioned above includes multiple wearable devices, when the information push destination terminal is selected from the multiple wearable devices, one terminal may A plurality of wearable devices can be selected as the information push destination terminal according to the type and service type and configuration information of the wearable device. In the case where the second most preferred target terminal includes a plurality of wearable devices, when the information push destination terminal is selected from a plurality of wearable devices, one device may be configured to wearable devices according to the configuration information of the wearable devices. The device may be selected as the information push destination terminal. If the aforementioned third preferred target terminal includes multiple wearable devices, one device may be selected as the information push destination terminal from the multiple wearable devices according to the configuration information of the wearable devices, wherein the aforementioned configuration information is , mainly refers to: The device model of the wearable device, the data transmission efficiency of the wearable device, and the communication method between the wearable device and the mobile phone enable the prompt information of the service information to be sent or received more quickly and efficiently. such as whether to Specifically, when there are more than one most suitable wearable device and the information push destination terminal is selected from more than one most suitable wearable device, the same service as the service information is The wearable device on which the service is executed can also be preferentially selected from a plurality of wearable devices according to the service type of the service information, and the wearable device on which the service is executed is selected as the information push destination terminal. In addition, if there is more than one wearable device that satisfies the condition, the information push destination terminal is selected from the more than one wearable device according to the configuration information of the wearable device. If there is no service that is the same as the service information, a wearable device whose service type is the same as the service type of the service information can be selected as an information push destination terminal from a plurality of wearable devices. In addition, if there is more than one wearable device that satisfies the conditions, the information push destination terminal may be selected from the more than one wearable device according to the device's configuration information.

In some possible implementations, after the information push destination terminal is selected according to the above method, the prompt information that the mobile phone has received the service information is sent to the terminal, and the mobile phone user receives It may prompt you to quickly view the service information you received. Specifically, the user may be prompted to quickly view the information by means of prompting, such as the flash of glasses, the ringtone of a watch, or the vibration of smart shoes. The aforementioned prompting schemes are exemplary only and not exhaustive, and prompting schemes include, but are not limited to, the aforementioned schemes.

In this embodiment of the present invention, a wearable device receives information from the wearable device according to the service type of the service information received by the mobile phone, the configuration information of the wearable device connected with the mobile phone, and the work status of the wearable device. Prompt information that it can be selected as a push target terminal and received service information is sent to the wearable device, and the user of the mobile phone can quickly receive the service information through prompt methods such as flash, ring tone, or vibration of the wearable device. This can improve the efficiency of information push, improve the use of wearable devices, ensure the immediacy of reading service information, and can improve the user experience effect of

With reference to FIG. 2, FIG. 2 is a schematic interaction diagram of a method for selecting an information push destination terminal according to an embodiment of the present invention. As shown in FIG. 2, the method in this embodiment of the invention includes the following steps S201 to S207.

S201. The second terminal transmits configuration information and communication data for the second terminal to the first terminal. The second terminal is connected with the first terminal.

S202. The first terminal determines the running status of the second terminal and the service type of the second terminal according to the communication data of the second terminal connected with the first terminal, configuration information, execution status and service type, and stores the terminal status table in a specified location.

During specific implementations, the first terminal described in this embodiment of the invention can be a mobile phone, a tablet computer, or the like. The first terminal described above is exemplary only and not exhaustive. In the following, a mobile phone is used as an example for specific explanation of the method for selecting the information push destination terminal in this embodiment. The second terminal described in this embodiment of the invention may be a wearable device such as a head-mounted display, Google Glass, smartwatch, or smart shoes. The second terminal described above is exemplary only and not exhaustive.

In some possible implementations, the configuration information of the wearable device (i.e., the second terminal) in this embodiment is, for example, the identification code of the wearable device, (device model, data transmission efficiency of the device, supported by the device device identifier, such as the device type of the wearable device and the communication method between the wearable device and the mobile phone (such as Bluetooth (registered trademark) transmission), the device type, the communication with the mobile phone It may include a communication method and the like. The running status of said wearable device may include an interaction state or a non-interaction state. Specifically, the aforementioned interaction states can be categorized into active interaction states and passive interaction states, where an active interaction state is a state in which, for example, the user is controlling one or more of the device's voice, image, or touch. A passive interaction state means that there is continuous data input on one or more data channels of a device, such as continuously inputting data on a data channel of a device, and a passive interaction state is e.g. means that there is continuous data output on one or more data channels of the device, such as the device outputs data to one or more data channels of the device, such as audio, image, or touch do. A non-interaction state means that there is no data input or output on the user's data channel.

During a concrete implementation, when any wearable device (such as a smartwatch) establishes a connection with a mobile phone, the wearable device may transmit the wearable device's characteristic information to the mobile phone, and the mobile phone will communicate with the smart Configuration information for the smartwatch may be obtained, including the watch's identifier, device type, and the like. After the smartwatch establishes a connection with the mobile phone, the mobile phone can further detect the communication status of the smartwatch in real time, and obtain the communication data of the smartwatch in real time (i.e., the smartphone can connect to the mobile phone the communication data of the smart watch may be transmitted in real time), and the running status and service type of the smart watch are determined according to the obtained communication data. Specifically, according to the data channel of the smartwatch, it can be determined whether there is data input or output at the data input or output channel of the smartwatch, and there is data input or output at one or more data channels of the smartwatch. , it can be determined that the smartwatch is in an interaction state, i.e., the smartwatch is currently interacting with the user of the mobile phone, or there is no data input or output on the data channel of the smartwatch. If so, it may be determined that the smartwatch is currently in a non-interaction state, ie the smartwatch may be currently in a standby state. In addition, when the smartwatch is determined to be in an interaction state, the type of service currently running on the smartwatch is determined, for example, reading an SMS message or instant messaging information or playing a video. It can be further determined according to the communication data. The aforementioned data channels (including data input channels and data output channels) may include input and output channels of data or signals such as sound, image, touch, or vibration.

During the concrete implementation, after obtaining the configuration information of the wearable device connected with the mobile phone and determining the running status of the wearable device and the service type of the wearable device, the mobile phone receives the configuration information of the wearable device, the running A terminal status table may be generated based on the status and service type, and the terminal status table may be stored at a specified location. In addition, when the interaction state or service type of the wearable device changes, the wearable device transmits the communication data of the wearable device to the mobile phone in real time, so as to update the new working status of the wearable device to the mobile phone in real time. The mobile phone may update the terminal status table configured in the mobile phone according to the data obtained by updating by the wearable device, and the more accurate working status of the wearable device connected with the mobile phone may be updated in the terminal status table. recorded in

S203. The first terminal receives service information.

S204. The first terminal determines the service type of the received service information according to a preset terminal service type table.

In some possible implementations, the service information received by the mobile phone and described in this embodiment of the invention can be voice or video call service information, SMS messages, emails, instant messaging information, push May include notifications and the like. The aforementioned service information is exemplary only and is not exhaustive. During the concrete implementation, a terminal service type table may be preset in the mobile phone before the mobile phone receives the service information, the terminal service type table consists of terminal service information, terminal service type and terminal service information. and terminal service types. The aforementioned terminal can be the first terminal or the second terminal described in this embodiment of the present invention, and the aforementioned terminal service information includes voice or video call service, SMS message, email, and Such terminal service types may include real-time communication types, non-real-time communication types, real-time non-communication types, etc., which may include instant messaging information, games, videos, navigation, and so on. Specifically, the correspondence between the terminal service information and the terminal service type can be further preset. For example, a voice or video call service corresponds to a real-time communication type (i.e., a voice or video call service may belong to a real-time communication type), and SMS messages, emails, instant messaging information correspond to a non-real-time communication type. Yes, games and videos (such as movies) are real-time non-communication types. In addition, terminal service types corresponding to other service information, such as terminal service types corresponding to navigation, may also be included.

During the concrete implementation, after the terminal service type table is set, when receiving the service information, the mobile phone performs matching between the received service information and the service type in the terminal service type table. may determine the service type corresponding to the received service information. After determining the service type of the received service information, the mobile phone selects an information push target terminal (abbreviated information push destination terminal) according to the service type of the service information and the service type of the wearable device connected to the mobile phone. can choose to send prompt information to the terminal that the service information has been received, the aforementioned target terminal of information push supports the service information received by the mobile phone, and the working status of the target terminal indicates the service information. Meet the requirements to push.

S205. The first terminal acquires the working status of the second terminal from the terminal status table.

S206. The first terminal selects a target terminal for information push from the second terminal according to the preset information push rule, the service type of the service information, and the work status of the second terminal.

S207. The first terminal sends prompt information to the target terminal that it has received the service information.

In some possible implementations, after receiving the service information and determining the service type of the service information, the mobile phone selects the corresponding wearable device according to the wearable device characteristic information stored in the terminal status table. It can be selected as the information push destination terminal, and can push the prompt information that the service information is received to the device.

During the concrete implementation, when it is necessary to send prompt information to the wearable device connected with the mobile phone after receiving the service information, the mobile phone will add the new service type and the wearable device to the terminal status table. According to the stored feature information, it is necessary to select the corresponding wearable device as the target terminal of the information push (abbreviated as the information push destination terminal).

During a specific implementation, the information push rule can be preset such that the target terminal is selected according to the rule and the service information or service type of the wearable device. Specifically, mobile phone service types and wearable device service types may be classified into communication types and non-communication types. If the preconfigured device information push rule prioritizes communication type services (for short, communication priority, e.g. user is currently waiting for an incoming call or SMS message), the mobile phone When the service type of the service information received by is a communication type including a real-time communication type and a non-real-time communication type, the wearable device in the interaction state can be set as the most suitable target terminal, and the wearable device in the non-interaction state The device may be set as the second preferred target terminal, ie the wearable device in interaction state may be preferentially selected as the information push destination terminal. In this case, the wearable device in the interaction state can receive the prompt information of the service information at any time, so the time it takes to display the prompt information of the new service is relatively short, and the user experience effect is good. When the wearable device is in a non-interaction state (such as a standby state), the device still needs to be started before information is sent to the device, so the service information prompt information sent to the device The time it takes to display above is relatively long, and the user experience effect is relatively poor. Specifically, if the aforementioned most preferred target terminal is not idle (i.e., one or more of the wearable devices connected with the mobile phone are interacting with the user), one wearable device: From these wearable devices that meet the conditions, they can be selected as target terminals for information push. If said most preferred target terminal is free (i.e., none of the wearable devices connected to the mobile phone are interacting with the user), then one terminal from the second preferred target terminal: It can be selected as the target terminal for information push.

In addition, when the preset information push rule preferentially handles non-communication type services (for short, communication non-priority, e.g., when the user is currently resting, communication such as an incoming call or SMS message do not want to be disturbed by the service), when the service type of the service information received by the mobile phone is a communication type including a real-time communication type and a non-real-time communication type, the interaction state and the service type is the communication type (that is, the same as the service type in the service information) can be set as the most preferred target terminal, and the wearable device in the non-interaction state can be set as the second preferred target terminal, and the wearable device in the interaction state and whose service type is a non-communication type (such as a device on which a video is being played) may be set as the third most preferred target terminal. That is, a wearable device that is in an interaction state and whose service type is the same as the service type of the service information can be preferentially selected as the information push destination terminal from the terminal type, and the prompt information of the service information is sent to the terminal. It is pushed quickly and the user's other experience is unaffected. If there is no wearable device currently connected to the mobile phone that is in the interaction state and whose service type is the communication type, the mobile phone sends the service information prompt information to the wearable device in the non-interaction state. You may choose to send The current information push rule is communication non-priority, so the user may be watching a video or playing a game at the moment (the device is currently in an interaction state) and does not want to be disturbed. . If the above two types of devices are not included in the wearable device connected with the mobile phone, the mobile phone then sends the wearable device, which is in the interaction state and whose service type is the non-communication type, the service Send informational prompt information.

During the specific implementation, after receiving the service information, when selecting an information push destination terminal from a plurality of wearable devices connected with the mobile phone, the mobile phone first collects the configuration information of the wearable device connected with the mobile phone. wearable devices that do not support the service information received by the mobile phone may be excluded, and wearable devices that meet the requirements for pushing the service information may be selected from the wearable devices that support the service information. That is, the aforementioned most preferred target terminal, second preferred target terminal, and third preferred target terminal are wearable devices capable of supporting service information received by a mobile phone.

During a specific implementation, in the case where the most preferred target terminal mentioned above includes multiple wearable devices, when the information push destination terminal is selected from the multiple wearable devices, one terminal may A plurality of wearable devices may be selected as information push destination terminals according to the type and service type and configuration information of the wearable devices. In the case where the second preferred target terminal includes a plurality of wearable devices, and when the information push destination terminal is selected from a plurality of wearable devices, one device may be configured to wear the plurality of wearable devices according to the configuration information of the wearable devices. , can be selected as the information push destination terminal. In the case where the third preferred target terminal includes multiple wearable devices, one device may be selected as the information push destination terminal from the multiple wearable devices according to the configuration information of the wearable devices, wherein the configuration information is , mainly refers to: The device model of the wearable device, the data transmission efficiency of the wearable device, and the communication method between the wearable device and the mobile phone enable the prompt information of the service information to be sent or received more quickly and efficiently. such as whether to Specifically, when there are more than one most suitable wearable device and the information push destination terminal is selected from more than one most suitable wearable device, the same service as the service information can be preferentially selected from a plurality of wearable devices according to the service type of the service information, and the wearable device on which the service is performed is selected as the information push destination terminal. In addition, when there is more than one wearable device that satisfies the condition, the information push destination terminal is selected from the more than one wearable device according to the configuration information of the wearable device. If there is no service that is the same as the service information, a wearable device whose service type is the same as the service type of the service information can be selected as an information push destination terminal from a plurality of wearable devices. In addition, when there is more than one wearable device that satisfies the conditions, the information push destination terminal may be selected from the more than one wearable device according to the device's configuration information.

In some possible implementations, after the information push destination terminal is selected according to the above method, the prompt information that the service information has been received by the mobile phone can be sent to the terminal, and the received service information can be quickly Encourage mobile phone users to browse. Specifically, users may be prompted to quickly view information by means of prompting, such as the flash of their glasses, the ringtone of their watch, or the vibration of their smart shoes. The aforementioned prompting schemes are exemplary only and not exhaustive, and prompting schemes include, but are not limited to, the aforementioned schemes.

In this embodiment of the present invention, the wearable device connected with the mobile phone can transmit the configuration information and the work status information of the wearable device to the mobile phone, and according to the change of the work status of the wearable device, the mobile phone will receive the latest can further update the work status information of The mobile phone can select one wearable device as a target terminal of information push from the wearable devices according to the service type of the received service information, the configuration information of the wearable device connected with the mobile phone, and the work status of the wearable device; The prompt information that the service information is received can be sent to the wearable device, and the mobile phone user can be instructed to quickly browse the service information by the wearable device's flash, ringtone, or vibration prompt method, and the information push. It can improve efficiency, improve the utilization of wearable devices, ensure the immediacy of reading service information, and improve the user experience of information push.

With reference to FIG. 3, FIG. 3 is a schematic structural diagram of an embodiment of an apparatus for selecting an information push destination terminal according to an embodiment of the present invention. The apparatus for selecting an information push destination terminal in this embodiment includes a processing module 10 configured to determine the service type of received service information according to a preset terminal service type table, and a configured terminal status table. an acquisition module 20 configured to acquire feature information of a second terminal connected to the first terminal from the an acquisition module 20 configured to determine a working status, and a target terminal for information pushing from the second terminal according to the preset information pushing rule, the service type of the service information and the working status of the second terminal; It comprises a selection module 30 configured to select and a transmission module 40 configured to transmit a prompt message to the target terminal that the service information has been received.

In some possible implementations, the device described in this embodiment (shown in FIG. 4) further comprises a configuration module 50 configured to preset a terminal service type table, wherein the terminal service type The table includes terminal service information, terminal service types, and corresponding relationships between terminal service information and terminal service types.

During specific implementation, the device for selecting the information push destination terminal in this embodiment of the present invention can be a mobile phone, a tablet computer, or the like, and in embodiments of the present invention, It may correspond to the first terminal in the embodiment of the method for selecting a terminal to push information to. The devices described above are exemplary only and are not exhaustive. In the following, a mobile phone is used as an example for specific description of the device for selecting the information push destination terminal in this embodiment.

In some possible implementations, the service information received by the mobile phone and described in this embodiment of the invention can be voice or video call service information, SMS messages, emails, instant messaging information, push May include notifications and the like. The aforementioned service information is exemplary only and is not exhaustive.

During a specific implementation, a terminal service type table may be pre-configured in the mobile phone by using the configuration module 50 before the mobile phone receives service information, the terminal service type table includes terminal service information, It may include terminal service types and corresponding relationships between terminal service information and terminal service types. Said terminal can be the first terminal (that is, the device for selecting the information push destination terminal) or the second terminal described in this embodiment of the present invention, and said terminal service information is: Such terminal service types may include voice or video call services, SMS messages, emails, instant messaging information, games, videos, navigation, etc., and the aforementioned terminal service types include real-time communication types, non-real-time communication types, real-time non-communication types, etc. can contain. Specifically, the configuration module 50 may further preconfigure the corresponding relationship between the terminal service information and the terminal service type. For example, a voice or video call service corresponds to a real-time communication type (i.e. a voice or video call service may belong to a real-time communication type), and SMS messages, emails, instant messaging information correspond to non-real-time communication types. and games and videos (such as movies) are real-time non-communication types. In addition, terminal service types corresponding to other service information, such as terminal service types corresponding to navigation, may also be included.

During the specific implementation, after the setting module 50 sets the terminal service type table, when the mobile phone receives the service information, the processing module 10 compares the received service information with the service type in the terminal service type table. to determine the service type corresponding to the received service information. After the processing module 10 determines the service type of the received service information, the target terminal of the information push uses the transmission module 40 to send the service information prompting information to the terminal. can be selected according to the service type and the service type of the wearable device connected with the mobile phone, the target terminal of the aforementioned information push supports the service information received by the mobile phone, and the work status of the target terminal supports the service information; Meet the requirements to push. During the specific implementation, the processing module determines the service type of the service information according to the terminal service table set by the configuration module, the information push destination terminal provided in the embodiments of the present invention. can be referred to step S101 in the embodiment of the method for selecting the details are not described here again.

In some possible implementations, the aforementioned acquisition module 20 is further configured to acquire configuration information of a second terminal connected with the first terminal.

The aforementioned processing module 10 obtains the communication data of the second terminal, determines the running status of the second terminal and the service type of the second terminal according to the communication data, and determines the configuration information of the second terminal, the running It is further configured to generate a terminal status table based on the status and service type, and store the terminal status table in a specified location.

In some possible implementations, the aforementioned processing module 10 determines whether there is data input or output at the data input or output channel of the second terminal, and if there is data input or output at the second terminal If it is determined that the second terminal is in an interaction state, and according to the obtained communication data, determine the type of service running in the second terminal; or is specifically configured to determine that the second terminal is in a non-interaction state if it is determined that there is no data input or output in .

During specific implementations, the second terminal described in this embodiment of the invention can be a wearable device such as a head-mounted display, Google Glass, smart watch, or smart shoes. The second terminal described above is exemplary only and not exhaustive.

In some possible implementations, the feature information of the wearable device (i.e., the second terminal) in this embodiment may include configuration information, work status, etc. of the wearable device, and the aforementioned configuration information may be, for example, Identification code of the wearable device, device type of the wearable device (including device model, data transmission efficiency of the device, service type that can be supported by the device, etc.), communication method between the wearable device and the mobile phone (Bluetooth ( (registered trademark) transmission), device type, communication method with the mobile phone, and the like. The running status of said wearable device may include an interaction state or a non-interaction state. Specifically, the aforementioned interaction states can be categorized into active interaction states and passive interaction states, where an active interaction state is a state in which, for example, the user is controlling one or more of the device's voice, image, or touch. A passive interaction state means that there is continuous data input on one or more data channels of a device, such as continuously inputting data on a data channel of a device, and a passive interaction state is e.g. means that there is continuous data output on one or more data channels of the device, such as the device outputs data to one or more data channels of the device, such as audio, image, or touch do. A non-interaction state means that there is no data input or output on the user's data channel.

During a concrete implementation, when any wearable device (such as a smartwatch) establishes a connection with a mobile phone, the mobile phone uses the acquisition module 20 to retrieve the smart watch's identifier, device type, etc. You can get the watch's configuration information. After the smartwatch establishes a connection with the mobile phone, the mobile phone can detect the communication status of the smartwatch in real time by using the acquisition module 20, and the acquisition module 20 collects the communication data of the smartwatch in real time. The processing module 10 may determine the smartwatch's running status and service type according to the communication data obtained by the obtaining module 20 . Specifically, the processing module 10 may determine whether there is data input or output at a data input or output channel of the smartwatch according to the data channel of the smartwatch, and determine if there is data input or output at one or more data channels of the smartwatch. If it is determined that there is input or output, it may be determined that the smartwatch is in an interaction state, i.e., the smartwatch is currently interacting with the user of the mobile phone, or data input or output is performed on the data channel of the smartwatch. If it is determined that there is not, it may be determined that the smartwatch is currently in a non-interaction state, ie the smartwatch may be currently in a standby state. In addition, when the smartwatch is determined to be in an interaction state, the processing module 10 will, according to the obtained communication data, determine the current status of the smartwatch, such as reading SMS messages or instant messaging information or playing videos. It may further determine the type of service being performed. The aforementioned data channels (including data input channels and data output channels) may include input and output channels of data or signals such as sound, image, touch, or vibration.

During the specific implementation, the acquisition module 20 is used to obtain the configuration information of the wearable device connected with the mobile phone, and the processing module 10 is used to obtain the running status of the wearable device and the service type of the wearable device. After the determination, the mobile phone may generate a terminal status table based on the wearable device's configuration information, running status, and service type, and store the terminal status table in a specified location. After the mobile phone receives the service information and determines the service type of the service information by using the processing module 10, the selection module 30 responds according to the feature information stored in the terminal status table of the wearable device. The wearable device may be selected as the information push destination terminal, and the sending module 40 may be used to push prompt information to the device that the service information has been received. During the specific implementation, for the specific implementation process in which the processing module determines the working status of the device according to the information acquired by the acquisition module, see the method for selecting the information push destination terminal in the embodiment of the present invention. , the details are not described here again.

In some possible implementations, the information push rule prioritizes communication-type services, and the working status of the second terminal depends on the running status of the second terminal and the service type of the second terminal. including.

The aforementioned selection module 30 sets the second terminal in the interaction state as the most suitable target terminal when the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type, and set the second terminal in the state as the second preferred target terminal, determine whether the most preferred target terminal is vacant, and if the result of the determination is not vacant, select one from the most preferred target terminal; specifically configured to select the terminal as the target terminal of the information push, or select one terminal from the second most suitable target terminal as the target terminal of the information push if the result of the determination is empty. .

In some possible implementations, when it is necessary to send prompt information to the wearable device connected with the mobile phone after receiving the service information, the mobile phone can be used as a terminal for the new service type and the wearable device. According to the feature information stored in the status table, the corresponding wearable device should be selected as the target terminal for information push. During a specific implementation, the information push rule can be preset such that the target terminal is selected according to the rule and the service information or service type of the wearable device. During the concrete implementation, the mobile phone service type and the wearable device service type can be classified into communication type and non-communication type. The selection module 30 finds that the preconfigured device information push rule preferentially processes the service of the communication type (for short, communication priority, e.g., the user is currently waiting for an incoming call or SMS message). In the case, when the selection module 30 determines that the service type of the service information received by the mobile phone is a communication type including a real-time communication type and a non-real-time communication type, the selection module 30 selects the wearable device in the interaction state as The wearable device in the non-interaction state may be set as the most preferred target terminal, and the wearable device in the non-interaction state may be set as the second preferred target terminal, that is, the selection module 30 prioritizes the wearable device in the interaction state as the information push destination terminal. can be selectively selected. In this case, the wearable device in the interaction state can receive the prompt information of the service information at any time, so the time it takes to display the prompt information of the new service is relatively short, and the user experience effect is good. When the wearable device is in a non-interaction state (such as a standby state), the device still needs to be started before information is sent to the device, so the service information prompt information sent to the device The time it takes to display above is relatively long, and the user experience effect is relatively poor. Specifically, if the aforementioned most preferred target terminal is not free (i.e., there are one or more devices interacting with the user among the wearable devices connected with the mobile phone), the selection module 30 performs the condition From those wearable devices that satisfy , one wearable device can be selected as the target terminal for information push. If the aforementioned most preferred target terminal is free (i.e., there are no devices among the wearable devices connected with the mobile phone to interact with the user), selection module 30 selects one from the second most preferred target terminal. A terminal may be selected as the target terminal of the information push.

In some possible implementations, the information push rule preferentially handles non-communication type services, and the working status of the second terminal is the running status of the second terminal and the service status of the second terminal. including type.

The aforementioned selection module 30 selects the second terminal which is in the interaction state and whose service type is the communication type when the service type of the service information is the communication type including the real-time communication type and the non-real-time communication type. setting as the most preferred target terminal and setting the second terminal in non-interaction state as the second preferred target terminal and setting the second terminal in interaction state and whose service type is non-communication type; setting as the third preferred target terminal, determining whether the most preferred target terminal is available, and selecting one terminal from the most preferred target terminal for information push when the most preferred target terminal is not available; select as the target terminal, or, when the most preferred target terminal is vacant, determine whether the second preferred target terminal is vacant, and when the result of the determination is not vacant, the second preferred target; selecting one terminal from the terminals as the target terminal for information push, or selecting one terminal from the third most suitable target terminal as the target terminal for information push if the determination result is empty; configured

In addition, when the pre-set information push rule preferentially handles non-communication type services (for short, communication non-priority, e.g., when the user is currently resting, communication such as an incoming call or SMS message do not want to be disturbed by the service), the selection module 30 is in the interaction state and A wearable device whose service type is a communication type (that is, the same as the service type in the service information) can be set as the most preferred target terminal, and a wearable device in a non-interaction state can be set as the second preferred target terminal. , the wearable device that is in the interaction state and whose service type is a non-communication type (such as the device on which the video is being played) may be set as the third most preferred target terminal. That is, the selection module 30 can preferentially select, from the terminal types, a wearable device that is in an interaction state and whose service type is the same as the service type of the service information as the information push destination terminal, and prompt information of the service information. is quickly pushed to the terminal, and the user's other experiences are unaffected. If there is no wearable device currently connected to the mobile phone that is in the interaction state and whose service type is the communication type, the selection module 30 sends the service information to the wearable device in the non-interaction state. You may choose to send prompt information. The current information push rule is communication non-priority, so the user may be watching a video or playing a game at the moment (the device is currently in an interaction state) and does not want to be disturbed. do not have. If the aforementioned two types of devices are not included in the wearable device connected with the mobile phone, the selection module 30 then selects the wearable device that is in the interaction state and whose service type is the non-communication type, You may choose to send service information prompt information.

During the specific implementation, after the mobile phone receives the service information, the selection module 30 is first connected with the mobile phone when selecting an information push destination terminal from a plurality of wearable devices connected with the mobile phone. According to the configuration information of the wearable device, the wearable device that does not support the service information received by the mobile phone can be excluded, and from the wearable devices that support the service information, the wearable device that meets the requirements for pushing the service information can be selected. . That is, the aforementioned most preferred target terminal, second preferred target terminal, and third preferred target terminal are wearable devices capable of supporting service information received by a mobile phone.

In some possible implementations, the aforementioned selection module 30 selects the service type of the service information and the service type and configuration information of the second terminals when the most preferred target terminal includes a plurality of second terminals. according to, select one terminal from the plurality of second terminals as the target terminal for information push, and the second preferred target terminal includes the plurality of second terminals, according to the configuration information of the second terminals, the plurality of from the second terminals, select one terminal as the target terminal of the information push, or if the third preferred target terminal includes multiple second terminals, according to the configuration information of the second terminals, multiple is further specifically configured to select one terminal from the second terminals of the above as the target terminal of the information push.

In some possible implementations, selecting one terminal from a plurality of second terminals as a target terminal for information push according to the service type of the service information and the service type and configuration information of the second terminal. , the aforementioned selection module 30 determines whether the service running in the second terminal includes the same service as the service information according to the service type of each second terminal of the plurality of second terminals; If the result of is that the service running on the second terminal contains the same service as the service information, select the second terminal running the service as the target terminal of the information push, and the service is running When there are a plurality of second terminals, select one second terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminals; determining whether the service type of the second terminal includes the same service type as the service information when the service being executed in the second terminal does not include the same service as the service information; contains the same service type as the service type in the service information, select the second terminal corresponding to the service type as the target terminal of the information push, and there are a plurality of second terminals corresponding to the service type When, according to the configuration information of the second terminal, it is specifically configured to select one second terminal from the plurality of second terminals as the target terminal of the information push.

During the concrete implementation, when selecting the information push destination terminal from the multiple wearable devices, in the case that the most suitable target terminal mentioned above includes multiple wearable devices, the selection module 30 selects the service type of the service information and the According to the wearable device's service type and configuration information, one terminal may be selected from multiple wearable devices as the information push destination terminal. In the case where the second preferred target terminal includes multiple wearable devices, when selecting the information push destination terminal from multiple wearable devices, the selection module 30 selects one from the multiple wearable devices according to the configuration information of the wearable devices. device can be selected as the information push destination terminal. In the case where the third preferred target terminal includes a plurality of wearable devices, the selection module 30 may select one device from the plurality of wearable devices as the information push destination terminal according to the configuration information of the wearable devices; configuration information mainly refers to the following. The device model of the wearable device, the data transmission efficiency of the wearable device, and the communication method between the wearable device and the mobile phone enable the prompt information of the service information to be sent or received more quickly and efficiently. or whether the wearable device supports new services. Specifically, if there is more than one most preferred wearable device, when selecting an information push destination terminal from the more than one most preferred wearable device, the selection module 30 also selects the service information A wearable device executing the same service as the service information can be preferentially selected from a plurality of wearable devices according to the service type, and the wearable device executing the service can be selected as the information push destination terminal. Additionally, if there is more than one wearable device that satisfies the condition, the selection module 30 may select information push destination terminals from the more than one wearable device according to the configuration information of the wearable device. If there is no service that is the same as the service information, the selection module 30 can select a wearable device whose service type is the same as the service type of the service information from the plurality of wearable devices as the information push destination terminal. In addition, if there is more than one wearable device that satisfies the conditions, the selection module 30 may select information push destination terminals from the more than one wearable device according to the device's configuration information.

In some possible implementations, after the selection module 30 selects the information push destination terminal, the sending module 40 can send prompt information to the terminal that the mobile phone has received the service information, and the mobile phone user to quickly view service information. Specifically, users may be prompted to quickly view information by means of prompting, such as the flash of their glasses, the ringtone of their watch, or the vibration of their smart shoes. The aforementioned prompting schemes are exemplary only and not exhaustive, and prompting schemes include, but are not limited to, the aforementioned schemes. During the specific implementation, the selection module selects the information push destination terminal from the wearable device, and uses the transmission module to send the prompt information that the service information has been received to the terminal. can be referred to the step S103 in the embodiment of the method for selecting the information push destination terminal in the embodiment of , the details will not be described again here.

The device for selecting the information push destination terminal in this embodiment of the present invention is according to the service type of the service information received by the mobile phone, the configuration information of the wearable device connected with the mobile phone, and the working status of the wearable device. , from the wearable device, may select one wearable device as the target terminal of information push, may send prompt information to the wearable device that the service information has been received, and prompt the wearable device to flash, ringtone, or vibrate, etc. The method can instruct mobile phone users to browse service information quickly, improve the efficiency of information push, improve the use of wearable devices, ensure the immediacy of reading service information, and provide information push. User experience effect can be improved.

5, FIG. 5 is a schematic structural diagram of an embodiment of a terminal according to an embodiment of the present invention. The terminal described in this embodiment includes a receiver 100 configured to receive service information, and a service type of service information received by the receiver according to a preset terminal service type table to determine and configure the service type. a processor 200 configured to obtain characteristic information of a second terminal connected with the terminal from the obtained terminal status table, and determine the work status of the second terminal according to the characteristic information, the processor 200 comprising: , a processor 200 configured to select a target terminal for information push from the second terminal according to a preset information push rule, service type of service information and work status of the second terminal; A transmitter 300 configured to transmit a prompt message to the target terminal that the service information has been received.

In some possible implementations, the aforementioned processor 200 is further specifically configured to preset a terminal service type table, wherein the terminal service type table includes terminal service information, terminal service type, and terminal service type. Contains correspondence between information and terminal service types.

During concrete implementation, the terminal described in this embodiment of the invention can be a mobile phone, a tablet computer, or similar; may correspond to the first terminal in the method embodiment of . The terminals described above are exemplary only and are not exhaustive. In the following, a mobile phone is used as an example for specific description of the terminal described in this embodiment.

In some possible implementations, the service information received by the mobile phone and described in this embodiment of the invention can be voice or video call service information, SMS messages, emails, instant messaging information, push May include notifications and the like. The aforementioned service information is exemplary only and is not exhaustive. During concrete implementation, before the mobile phone receives the service information, the processor 200 may preset a terminal service type table in the mobile phone, the terminal service type table includes terminal service information, terminal service type, and It may include correspondence between terminal service information and terminal service types. Said terminal may include the first terminal described in this embodiment of the invention (i.e., the terminal described in this embodiment) or the second terminal, and said terminal service information may include voice or video call services, SMS messages, emails, instant messaging information, games, videos, navigation, etc., and the aforementioned terminal service types may include real-time communication types, non-real-time communication types, real-time non-communication types, etc. .

Specifically, the processor 200 may further preset correspondence between terminal service information and terminal service types. For example, a voice or video call service corresponds to a real-time communication type (i.e., a voice or video call service may belong to a real-time communication type), while SMS messages, emails, and instant messaging information correspond to non-real-time communication types. and games and videos (such as movies) are real-time non-communication types. In addition, terminal service types corresponding to other service information, such as terminal service types corresponding to navigation, may also be included. During the specific implementation, after the processor 200 has set up the terminal service type table, when the mobile phone receiver 100 receives the service information, the processor 200 stores the received service information and the service in the aforementioned terminal service type table. A matching between types may be performed to determine the service type corresponding to the received service information. After determining the service type of the received service information, the processor 200 can select the target terminal of information push according to the service type of the service information and the service type of the wearable device connected with the mobile phone, and use the transmitter 300 can send the prompt information to the terminal that the service information has been received, the target terminal of the aforementioned information push supports the service information received by the mobile phone, and the work status of the target terminal indicates that the service information has been received. Meet the requirements to push.

In some possible implementations, the aforementioned processor 200 obtains configuration information of a second terminal connected with the terminal, obtains communication data of the second terminal, and configures the second terminal according to the communication data. and a service type of the second terminal, generate a terminal status table based on the second terminal's configuration information, the running status and the service type, and store the terminal status table in a specified location. , is more specifically configured.

In some possible implementations, the aforementioned processor 200 determines whether there is data input or output on a data input or output channel of a second terminal, and if there is data input or output on a certain second terminal. If it is determined that the second terminal is in an interaction state, and according to the obtained communication data, determine the type of service running in the second terminal; is specifically configured to determine that the second terminal is in a non-interaction state when it is determined that there is no data input or output at the second terminal, and the data input or output channels are voice, image, touch, and vibrational data input or output channels.

During specific implementations, the second terminal described in this embodiment of the invention can be a wearable device such as a head-mounted display, Google Glass, smartwatch, or smart shoes. The second terminal described above is exemplary only and not exhaustive.

In some possible implementations, the feature information of the wearable device (i.e., the second terminal) in this embodiment may include configuration information of the wearable device, work status, and the like, and the aforementioned configuration information is, for example, the identification code of the wearable device, the device type of the wearable device (including the device model, the data transmission efficiency of the device, the service types that can be supported by the device, and the like), and the wearable device and the mobile phone device identifier, device type, communication method with the mobile phone, etc., such as the communication method with the mobile phone (such as Bluetooth® transmission). The running status of said wearable device may include an interaction state or a non-interaction state. Specifically, the aforementioned interaction states can be categorized into active interaction states and passive interaction states, where an active interaction state is a state in which, for example, the user is controlling one or more of the device's voice, image, or touch. A passive interaction state means that there is continuous data input in one or more data channels of a device, such as continuously inputting data into the data channel of the Means that there is continuous data output in one or more data channels of the device, such as the device outputs data to one or more data channels of the device, such as audio, image, or touch. A non-interaction state means that there is no data input or output on the user's data channel.

During a specific implementation, when any wearable device (e.g., a smartwatch) establishes a connection with a mobile phone, the processor 200 configures the smartwatch, including the smartwatch's identifier, device type, and the like. information can be obtained. After the smartwatch establishes a connection with the mobile phone, the processor 200 can detect the communication status of the smartwatch in real time, obtain the communication data of the smartwatch in real time, and control the smartwatch according to the obtained communication data. Determine running status and service type. Specifically, the processor 200 may determine whether there is data input or output at a data input or output channel of the smartwatch according to the data channel of the smartwatch, and determine whether there is data input or output at one or more data channels of the smartwatch. or if it is determined that there is an output, it may be determined that the smartwatch is in an interaction state, i.e., the smartwatch is currently interacting with the user of the mobile phone; If it is determined that there is not, it may be determined that the smartwatch is currently in a non-interaction state, ie the smartwatch may be currently in a standby state. In addition, when the smartwatch determines that it is in an interaction state, the processor 200 controls what is currently running on the smartwatch according to the obtained communication data, e.g. reading SMS messages or instant messaging information or playing a video. It may further determine the type of service being provided. The aforementioned data channels (including data input channels and data output channels) may include input and output channels of data or signals such as sound, image, touch, or vibration. During the concrete implementation, after obtaining the configuration information of the wearable device connected with the mobile phone, and determining the running status of the wearable device and the service type of the wearable device, the processor 200 processes the configuration information of the wearable device, the running status , and service type, and store the terminal status table in a specified location. After receiver 100 receives the service information, processor 200 may determine the service type of the service information according to the service information. After determining the service type of the service information, the processor 200 may select the corresponding wearable device as the information push destination terminal according to the characteristic information of the wearable device stored in the terminal status table, and using the transmitter 100. may push prompt information to the device that the service information has been received.

In some possible implementations, the information push rule prioritizes communication-type services, and the working status of the second terminal depends on the running status of the second terminal and the service type of the second terminal. including.

The aforementioned processor 200 sets the second terminal in the interaction state as the most suitable target terminal when the service type of the service information is the communication type including the real-time communication type and the non-real-time communication type, and sets the second terminal in the non-interaction state as the most suitable target terminal. set the second terminal at the second preferred target terminal as the second preferred target terminal, determine whether the most preferred target terminal is vacant, and if the result of the judgment is not vacant, select one terminal from the most preferred target terminal as the target terminal of the information push, or select one terminal from the second most suitable target terminals as the target terminal of the information push when the result of the determination is empty.

In some possible implementations, when the mobile phone receiver 100 needs to send prompt information to the wearable device connected with the mobile phone after receiving the service information, the processor 200 can select a new service type And according to the characteristic information of the wearable device stored in the terminal status table, it should be used to select the corresponding wearable device as the target terminal of information push. During a specific implementation, the information push rule may be preset such that the processor 200 may select the target terminal according to the rule and the service information or service type of the wearable device. During the concrete implementation, the mobile phone service type and the wearable device service type can be classified into communication type and non-communication type. If the preset device information push rule prioritizes communication type services (for short, communication priority, e.g., the user is currently waiting for an incoming call or SMS message), the processor 200 When determining that the service type of the service information received by the phone is a communication type including a real-time communication type and a non-real-time communication type, the processor 200 may set the wearable device in the interaction state as the most suitable target terminal. , the wearable device in the non-interaction state may be set as the second preferred target terminal, ie the processor 200 may preferentially select the wearable device in the interaction state as the information push destination terminal. In this case, the wearable device in the interaction state can receive the service information prompt information at any time, so the time it takes to display the new service prompt information is relatively short, and the user experience effect is good. . When the wearable device is in a non-interaction state (such as a standby state), the device still needs to be started before information is sent to the device, so the service information prompt information sent to the device The time it takes to display above is relatively long, and the user experience effect is relatively poor. Specifically, if the aforementioned most preferred target terminal is not idle (i.e., one or more of the wearable devices connected to the mobile phone are interacting with the user), the processor 200 sets the condition One wearable device may be selected as the target terminal for information push from those wearable devices that satisfy. If the aforementioned most preferred target terminal is empty (i.e., none of the wearable devices connected to the mobile phone are interacting with the user), processor 200 selects one from the second preferred target terminal. terminal can be selected as the target terminal for information push.

In some possible implementations, the information push rule preferentially handles non-communication type services, and the working status of the second terminal is the running status of the second terminal and the service status of the second terminal. including type.

If the service type of the service information is a communication type including a real-time communication type and a non-real-time communication type, the aforementioned processor 200 most prefers the second terminal that is in the interaction state and whose service type is the communication type. set the second terminal in the non-interaction state as the second preferred target terminal, and set the second terminal in the interaction state and whose service type is the non-communication type as the third preferred target terminal. determine whether the most suitable target terminal is available, and if the most suitable target terminal is not available, select one terminal from the most suitable target terminals as the target terminal for information push. or, when the most preferred target terminal is vacant, determine whether the second preferred target terminal is vacant, and if the result of the determination is not vacant, select one from the second preferred target terminal. is specifically configured to select one terminal as the target terminal of the information push, or select one terminal from the third most suitable target terminal as the target terminal of the information push when the result of the determination is empty. be.

In addition, when the pre-set information push rule preferentially handles non-communication type services (for short, communication non-priority, e.g., when the user is currently resting, communication such as an incoming call or SMS message do not want to be disturbed by the service), when the processor 200 determines that the service type of the service information received by the mobile phone is a communication type including a real-time communication type and a non-real-time communication type, the processor 200 enters an interaction state. and whose service type is the communication type (that is, the same as the service type of the service information) can be set as the most preferred target terminal, and the wearable device in the non-interaction state is the second preferred target A wearable device that may be set as a terminal, is in an interaction state, and whose service type is a non-communication type (such as a device on which a video is being played) may be set as the third preferred target terminal. That is, the processor 200 can preferentially select, from the terminal types, a wearable device that is in an interaction state and whose service type is the same as the service type of the service information as the information push destination terminal, and the prompt information of the service information is , is quickly pushed to the terminal, and the user's other experiences are not affected. If there is no wearable device currently connected to the mobile phone that is in the interaction state and whose service type is the communication type, the processor 200 causes the wearable device in the non-interaction state to prompt for service information. You may choose to send information. The current information push rule is communication non-priority, so the user may be watching a video or playing a game at the moment (the device is currently in an interaction state) and does not want to be disturbed. do not have. If the above two types of devices are not included in the wearable device connected with the mobile phone, the processor 200 next sends service information to the wearable device that is in the interaction state and whose service type is the non-communication type. prompt information. During the specific implementation, when the mobile phone receives service information and then selects an information push destination terminal from a plurality of wearable devices connected with the mobile phone, the processor 200 first selects the wearable device connected with the mobile phone. may exclude wearable devices that do not support the service information received by the mobile phone according to the configuration information of, and select wearable devices that meet the requirements for pushing the service information from the wearable devices that support the service information. That is, the aforementioned most preferred target terminal, second preferred target terminal, and third preferred target terminal are wearable devices capable of supporting service information received by a mobile phone.

In some possible implementations, the aforementioned processor 200, if the most preferred target terminal includes a plurality of second terminals, according to the service type of the service information and the service type and configuration information of the second terminals, , selects one terminal from a plurality of second terminals as a target terminal for information push, and the second preferred target terminal includes a plurality of second terminals, according to the configuration information of the second terminals, a plurality of Select one terminal from the second terminals as the target terminal for the information push, or if the third preferred target terminal includes multiple second terminals, according to the configuration information of the second terminals, select multiple second terminals. Specifically configured to select one terminal from two terminals as a target terminal for information push.

In some possible implementations, the above-mentioned processor 200 determines whether the service running in the second terminal is the same as the service information according to the service type of each second terminal of the plurality of second terminals. and if the result of the determination is that the service being executed in the second terminal includes the same service as the service information, the second terminal in which the service is being executed is selected as the target terminal for information push. and if there are a plurality of second terminals running the service, selecting one second terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminals; Or, if the result of determination is that the service being executed in the second terminal does not include the same service as the service information, does the service type of the second terminal include the same service type as the service type in the service information? and if the service type of the second terminal includes the same service type as the service type of the service information, select the second terminal corresponding to the service type as the target terminal of the information push, and select the second terminal corresponding to the service type as the target terminal of the information push, and When there are a plurality of second terminals, it is specifically configured to select a second terminal from the plurality of second terminals as a target terminal for information push according to the configuration information of the second terminals.

During a specific implementation, when selecting an information push destination terminal from a plurality of wearable devices, in the case that the most preferred target terminal described above includes a plurality of wearable devices, the processor 200 determines the service type of the service information and the wearable device. A terminal may be selected as the information push destination terminal from the plurality of wearable devices according to the service type and configuration information of the wearable device. When selecting an information push destination terminal from the plurality of wearable devices, in the case where the second preferred target terminal includes a plurality of wearable devices, the processor 200 selects one terminal from the plurality of wearable devices according to the configuration information of the wearable devices. device can be selected as the information push destination terminal. If the aforementioned third preferred target terminal includes multiple wearable devices, the processor 200 may select one device from the multiple wearable devices as the information push destination terminal according to the configuration information of the wearable devices, and Information mainly refers to: The device model of the wearable device, the data transmission efficiency of the wearable device, and the communication method between the wearable device and the mobile phone enable the prompt information of the service information to be sent or received more quickly and efficiently. or whether the wearable device supports new services. Specifically, when selecting an information push destination terminal from more than one most suitable wearable device in the case that there is more than one most suitable wearable device, the processor 200 also according to the service type of the service information A wearable device on which the same service as the service information is executed can be preferentially selected from a plurality of wearable devices, and the wearable device on which the service is executed can be selected as an information push destination terminal. In addition, if there is more than one wearable device that satisfies the conditions, the processor 200 selects information push destination terminals from the more than one wearable device according to the configuration information of the wearable devices. If there is no service that is the same as the service information, the processor 200 can select a wearable device whose service type is the same as that of the service information from among the plurality of wearable devices as the information push destination terminal. Additionally, if there is more than one wearable device that satisfies the condition, the processor 200 may select the information push destination terminal from the more than one wearable device according to the configuration information of the device.

In some possible implementations, after the processor 200 selects the information push destination terminal, the prompt information that the mobile phone has received the service information can be sent to the terminal to quickly browse the service information. Prompt mobile phone users. Specifically, users may be prompted to quickly view information by means of prompts, such as the flash of their glasses, the ringtone of their watch, or the vibration of their smart shoes. The aforementioned prompting schemes are exemplary only and not exhaustive, and prompting schemes include, but are not limited to, the aforementioned schemes.

The terminal in this embodiment of the present invention selects one wearable device from the wearable device according to the service type of the service information received by the mobile phone, the configuration information of the wearable device connected with the mobile phone, and the work status of the wearable device. It can be selected as the target terminal of information push, and can send prompt information to the wearable device that the service information has been received, and the service information can be sent to the mobile phone user by the wearable device's flash, ring tone, vibration, or other prompt method. It can prompt browsing quickly, improve the efficiency of information push, improve the use of wearable devices, ensure the immediacy of reading service information, and improve the user experience effect of information push.

A person of ordinary skill in the art would understand that all or part of the steps of the methods in the embodiments may be implemented by a computer program instructing relevant hardware. The program can be stored on a computer-readable storage medium. When the program is run, the method steps in the embodiments are performed. Such storage media may include magnetic disks, optical disks, Read-Only Memory (ROM), or Random Access Memory (RAM).

The above-disclosed contents are only example embodiments of the present invention, and of course are not intended to limit the protection scope of the present invention. Therefore, equivalent modifications made in accordance with the claims of the present invention should be included within the scope of the present invention.
[Other possible items]
[Item 1]
receiving service information by a first terminal;
determining, by the first terminal, work statuses of a plurality of second terminals connected to the first terminal, obtaining communication data of the plurality of second terminals; determining a running status of the plurality of second terminals according to, wherein the running status includes an interaction state or a non-interaction state;
selecting, by the first terminal, a target terminal from the plurality of second terminals according to preset information push rules, the service information, and the work status of the plurality of second terminals; the target terminal supports the service information, and the working status of the target terminal meets the requirements for pushing the service information;
sending a prompt message to said target terminal that said service information has been received;
The step of determining the execution status includes:
determining whether there is data input or data output at data input channels or data output channels of the plurality of second terminals;
determining that the second terminal is in the interaction state when it is determined that there is data input or data output at one second terminal; or
determining that said second terminal is in said non-interaction state when it is determined that there is no data input or data output at one second terminal;
A method for selecting information push destination terminals.
[Item 2]
wherein the data input or data output channels include at least one of audio, image, touch, and vibration data input or data output channels;
The method of item 1.
[Item 3]
the service information received includes at least one of voice or video call service information, SMS messages, emails, instant messaging information and push notifications;
3. The method of item 1 or 2.
[Item 4]
a terminal,
a receiver configured to receive service information;
determining the work status of a plurality of second terminals connected with the terminal, and determining the work status of the plurality of second terminals according to a preset information push rule, the service information, and the work status of the plurality of second terminals; a processor that selects a target terminal from the terminals;
Determining the work status includes obtaining communication data of the plurality of second terminals and determining an execution status of the plurality of second terminals according to the communication data, wherein the execution status is an interaction state. or a non-interaction state, the target terminal supports the service information, and the work status of the target terminal meets the requirements for pushing the service information;
a transmitter for sending a prompt message that said service information has been received to said target terminal selected by said processor;
Determining the execution status above
determining whether there is data input or data output at data input channels or data output channels of the plurality of second terminals;
determining that the second terminal is in an interaction state when it is determined that there is data input or data output at one second terminal; or
determining that the second terminal is in the non-interaction state when it is determined that there is no data input or data output at one second terminal.
terminal.
[Item 5]
wherein the data input or data output channels include at least one of audio, image, touch, and vibration data input or data output channels;
A terminal according to item 4.
[Item 6]
the service information received includes at least one of voice or video call service information, SMS messages, emails, instant messaging information and push notifications;
A terminal according to item 4 or 5.

Claims (12)

A method performed by a first terminal, comprising:
receiving information associated with a first service supported by the first terminal;
determining a service type of the information;
determining a plurality of work statuses of a plurality of second terminals, wherein the plurality of second terminals comprises a plurality of wearable devices communicatively connected to the first terminal via a Bluetooth (registered trademark) connection; wherein each of the plurality of work statuses corresponds to an interaction state or a non-interaction state, the interaction state represents that each of the plurality of second terminals is in an interaction state with a user, and the non-interaction state represents that said each of said plurality of second terminals is not in said interaction state with said user;
selecting a target terminal for pushing a prompt message from the plurality of second terminals based on the service type of the information and the plurality of work statuses of the plurality of second terminals, comprising: one of the plurality of work statuses corresponding to the target terminal includes the interaction state;
sending said prompt message to said target terminal indicating that said first terminal has said information. the information includes at least one of voice call service information, video call service information, short message service (SMS) messages, emails, instant messaging information, and push notifications;
The method of claim 1. Selecting the target terminal from the plurality of second terminals comprises:
determining, from the plurality of second terminals, a subset of the plurality of second terminals that support a service type corresponding to the service type and are in the interaction state;
and selecting one of the subset of the plurality of second terminals as the target terminal. said interaction state further represents that said each of said plurality of second terminals has continuous data input by said user on one or more data channels ;
4. A method according to any one of claims 1-3. a terminal,
memory;
a processor coupled to the memory, the processor comprising:
receiving information associated with a first service supported by the terminal;
determining the service type of said information;
determining a plurality of work statuses of a plurality of second terminals, wherein the plurality of second terminals includes a plurality of wearable devices communicatively connected with the terminals via a Bluetooth connection; corresponds to an interaction state or a non-interaction state, the interaction state represents that each of the plurality of second terminals is in an interaction state with a user, and the non-interaction state corresponds to the plurality of said each of the second terminals of is not in said interaction state with said user;
selecting a target terminal for pushing a prompt message from the plurality of second terminals based on the service type of the information and the plurality of work statuses of the plurality of second terminals; one of the plurality of work statuses corresponding to a target terminal includes the interaction state;
sending the prompt message to the target terminal indicating that the terminal has the information;
A terminal that is configured to the information includes at least one of voice call service information, video call service information, short message service (SMS) messages, emails, instant messaging information, and push notifications;
A terminal according to claim 5 . The processor
determining, from the plurality of second terminals, a subset of the plurality of second terminals that support a service type corresponding to the service type and are in the interaction state;
selecting one of a subset of the plurality of second terminals as the target terminal;
7. A terminal according to claim 5 or 6, configured to select the target terminal from the plurality of second terminals by. said interaction state further represents that said each of said plurality of second terminals has continuous data input by said user on one or more data channels ;
A terminal according to any one of claims 5-7. receiving information associated with a first service supported by a terminal;
determining a service type of said information;
A procedure for determining a plurality of work statuses of a plurality of second terminals, wherein the plurality of second terminals includes a plurality of wearable devices communicatively connected to the terminals via a Bluetooth (registered trademark) connection; Each of the plurality of work statuses corresponds to an interaction state or a non-interaction state, the interaction state represents that each of the plurality of second terminals is in an interaction state with the user, and the non-interaction state corresponds to the representing that said each of a plurality of second terminals is not in said interaction state with said user;
selecting a target terminal for pushing a prompt message from the plurality of second terminals based on the service type of the information and the plurality of work statuses of the plurality of second terminals, comprising: one of the plurality of work statuses corresponding to the target terminal includes the interaction state; and
sending said prompt message to said target terminal indicating that said terminal has said information. the information includes at least one of voice call service information, video call service information, short message service (SMS) messages, emails, instant messaging information, and push notifications;
10. A program according to claim 9. The step of selecting the target terminal from the plurality of second terminals comprises:
determining, from the plurality of second terminals, a subset of the plurality of second terminals that support the service type corresponding to the service type and are in the interaction state;
selecting one of a subset of said plurality of second terminals as said target terminal. said interaction state further represents that said each of said plurality of second terminals has continuous data input by said user on one or more data channels ;
A program according to any one of claims 9 to 11.

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