WO2017181580A1

WO2017181580A1 - Mobile phone management method and system using smart watch

Info

Publication number: WO2017181580A1
Application number: PCT/CN2016/098786
Authority: WO
Inventors: 焦扬; 杨良华; 朱平
Original assignee: 中兴通讯股份有限公司
Priority date: 2016-04-21
Filing date: 2016-09-13
Publication date: 2017-10-26
Also published as: CN107306378A

Abstract

Disclosed are a system and method for enabling interaction between a smart watch and a mobile phone. The method comprises: a managing server is wirelessly connected with a mobile phone and a smart watch to manage accounts associated with multiple mobile phones and smart watches of a user, and stores management information indicating whether a mobile phone is managed by a smart watch and which smart watch manages the mobile phone; a switching method for a communication service is determined according to the management information; the mobile phone is wirelessly connected with the smart watch and the managing server to transfer the communication service to the smart watch; and the smart watch is wirelessly connected with the mobile phone and the managing server to have control of the communication service of the mobile phone. The invention enables a user having multiple mobile phones and multiple smart watches to quickly select and switch between the mobile phones in different scenarios, thereby maintaining normal communications in different scenarios. (FIG. 2)

Description

Method and system for managing mobile phone by smart watch

Technical field

The present invention relates to the field of mobile communication technologies, and in particular, to a system and method for interacting a smart watch with a mobile phone.

Background technique

With the development and popularization of mobile phones, their functions are constantly improving, software and hardware are constantly upgrading. Mobile phones are mobile terminals that are simple office, information inquiry, shopping payment, and social entertainment. Their functions and functions are getting closer and closer to personal computers, and mobile phones have become people. An important partner that cannot be separated from work and life. However, at the same time, because the mobile phone generally has a large screen and is inconvenient to carry, in some outdoor sports, outdoor work or other scenes, it is inconvenient to carry a large-screen mobile phone, people only need to wear a smart watch with mobile calling function to keep Basic communication is smooth.

Today's smart watches communicate with mobile phones via Bluetooth. When the mobile phone is not on the body and the distance from the smart watch exceeds the Bluetooth communication range, the smart watch will not be able to take over the communication on the mobile phone (telephone, SMS, WeChat, etc.), so this In this case, how to communicate and switch between smart watches and mobile phones, especially when each user may have multiple mobile phones and multiple smart watches, then communication and switching technologies and intelligence between multiple mobile phones There is currently no relatively complete technical solution for how to manage mobile phones and other issues.

The existing Chinese patent application No. CN201510567194.8 describes a system and method for a smart watch to receive a mobile phone notification message in real time. Although it relates to a smart watch and a mobile phone communication method, there is no information about how the smart watch and the mobile phone switch communication. How to manage mobile phones with smart watches. Therefore, the present invention firstly proposes how a plurality of smart watches of a user manages a plurality of mobile phones, and performs communication switching between a plurality of smart watches and mobile phones, and satisfies a plurality of intelligent terminals of the mobile terminal system in a refinement manner. The need for flexible switching.

Summary of the invention

The invention provides a system and a method for interacting between a smart watch and a mobile phone, which are used to solve the problem of how to quickly select and switch the mobile phone in different scenarios when a user has multiple mobile phones and multiple smart watches. The problem.

To solve the above technical problem, in one aspect, the present invention provides a system for interacting a smart watch with a mobile phone, the system comprising:

The hosting server includes a communication module, a user management module, and a service processing module, and the communication module is configured to wirelessly connect with the mobile phone and the smart watch to complete transmission of a service interactive message of the smart watch and the mobile phone; the user management module is configured to Manage the account of multiple mobile phones and smart watches of the user, save whether the mobile phone is hosted under the smart watch and the hosting information under which the smart watch is hosted; the business processing module is set to Determining a switching manner of the communication service according to the hosting information;

The mobile phone includes a communication module and a service processing module, and the communication module is configured to wirelessly connect with the smart watch and the hosting server to complete transmission of a service interactive message of the smart watch and the mobile phone; the service processing module is configured to transfer the communication service. Give a smart watch;

The smart watch includes a communication module and a service processing module, and the communication module is configured to wirelessly connect with the mobile phone and the hosting server to complete transmission of a service interactive message of the smart watch and the mobile phone; the service processing module is configured to take over communication of the mobile phone business.

If the smart watch detects that it is in a wearing state, it checks whether the smart watch has taken over the mobile phone. If no mobile phone is taken over, the hosted configuration interface is popped up, and whether the mobile phone and the mobile phone that needs to be taken over are set up, and the setting information is transmitted through the communication module. Save to the hosting server; if the mobile phone has been taken over, the hosting configuration interface is popped up, the managed mobile phone is configured or unconfigured, and the configuration information is transmitted to the hosting server through the communication module for saving.

The mobile phone detects when the mobile phone enters the unlocked state from the locked state, or the mobile phone is in the state of unlocking the screen, whether the mobile phone is in the managed state, and if it is in the managed state, prompts whether it needs to exit the managed state; if not in the managed state, Then prompt if you need to host.

When the mobile phone is in the hosted state, the communication service of the mobile phone is switched to the smart watch.

When the mobile phone is in the hosted state, the service processing module of the mobile phone sets the mobile phone in a call transfer state, and the call received by the mobile phone is automatically transferred to the smart watch.

When the mobile phone is in the hosted state, if the smart watch initiates a call, first detecting whether the distance between the hosted smart watch and the mobile phone is within the range of Bluetooth communication, if within the range of Bluetooth communication, the service processing module of the smart watch passes the Bluetooth The channel sends a calling service request message to the managed mobile phone; if not in the Bluetooth communication range, the service processing module of the smart watch sends a calling service request message to the hosting server through the wireless network channel, and then the hosting server calls the calling service The request message is sent to the hosted phone.

When the mobile phone is in the hosted state, if the mobile phone receives the short message, firstly, it is detected whether the distance between the smart watch and the mobile phone is within the Bluetooth communication range, and if the mobile phone is within the Bluetooth communication range, the service processing module of the mobile phone passes the Bluetooth channel. Sending the short message to the smart watch that takes over; if not in the range of Bluetooth communication, the service processing module of the mobile phone sends a short message to the hosting server through the wireless network channel, and the hosting server forwards the message to the smart watch that is taken over.

When the mobile phone is in the hosted state, if the smart watch sends a short message, firstly detecting whether the distance between the smart watch and the mobile phone is within the Bluetooth communication range, if within the Bluetooth communication range, the service processing module of the smart watch passes the Bluetooth channel. Sending the short message to the hosted mobile phone; if not in the Bluetooth communication range, the smart watch business processing module sends a short message to the hosting server through the wireless network channel, and the hosting server forwards the message to the managed mobile phone.

When the mobile phone is in the hosted state, the business processing module of the smart watch starts the instant messaging software to log in, and all the instant messaging software on the hosted mobile phone is switched to the smart watch for taking over; when the mobile phone takes the mobile phone When the hosted state is eliminated, the service processing module of the mobile phone starts the instant messaging software on the mobile phone to log in, and all the instant messaging software switches back to the mobile phone.

In another aspect, the present invention also provides a method for interacting a smart watch with a mobile phone, which is applied to the above system, including:

The mobile phone wirelessly connects the smart watch and the hosting server, and transmits the business interaction message of the smart watch and the mobile phone; the interactive message is used for transferring the communication service to the smart watch;

The smart watch wirelessly links the mobile phone and the hosting server to transmit a business interaction message of the smart watch and the mobile phone; the interactive message is used to take over the communication service of the mobile phone;

The hosting server wirelessly links the mobile phone and the smart watch to transmit the business interaction message of the smart watch and the mobile phone; the hosting server manages the account of the user's multiple mobile phones and smart watches, and saves whether the mobile phone is hosted under the smart watch and the smart phone is hosted by the mobile phone. The hosting information under the watch; the hosting server determines the switching mode of the communication service according to the hosting information.

If the smart watch detects that it is in a wearing state, it checks whether the smart watch has taken over the mobile phone. If no mobile phone is taken over, the hosted configuration interface is popped up, and whether the mobile phone and the mobile phone that needs to be taken over are set up, and the related information is transmitted through the communication module. Save to the hosting server; if the mobile phone has been taken over, the hosting configuration interface is popped up, the managed mobile phone is configured or unconfigured, and the communication module transmits the relevant information to the hosting server for saving.

When the mobile phone enters the unlocked state from the locked state, or the mobile phone is in the state of unlocking the screen, the terminal detects whether the mobile phone is in the managed state, and if it is in the managed state, prompts whether it needs to exit the managed state; if not in the managed state, Then prompt if you need to host.

When the mobile phone is in the hosted state, the mobile phone is set to the call transfer state, and all the received calls of the mobile phone are automatically transferred to the smart watch.

When the mobile phone is in the hosted state, if the smart watch sends a short message, firstly, it is detected whether the distance between the smart watch and the mobile phone is within the range of Bluetooth communication, and if the mobile phone is within the range of Bluetooth communication, the business of the smart watch The management module sends the short message to the managed mobile phone through the Bluetooth channel; if not in the Bluetooth communication range, the business processing module of the smart watch sends a short message to the hosting server through the wireless network channel, and the managed server forwards the message to the The phone being hosted.

When the mobile phone is in the hosted state, the business processing module of the smart watch will start the instant messaging software to log in, and all the instant messaging software on the hosted mobile phone will switch to the smart watch to take over; when the mobile phone cancels the hosting state The business processing module of the mobile phone starts the instant messaging software on the mobile phone to log in, and all the instant messaging software switches back to the mobile phone.

The invention manages a plurality of mobile phones and a plurality of smart watches of one user through the hosting server, and performs communication switching between the plurality of smart watches and the mobile phone, and satisfies the plurality of intelligent terminals of the people in the case that the mobile terminal system is gradually refined. The need for flexible switching.

DRAWINGS

1 is a system structural diagram of a method for managing a mobile phone of a smart watch according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of interaction between a hosting server, a mobile phone, and a smart watch according to an embodiment of the present invention.

3 is a flow chart of registration provided by an embodiment of the present invention;

4 is a login flowchart provided by an embodiment of the present invention;

FIG. 5 is a flowchart of modifying user information according to an embodiment of the present invention;

FIG. 6 is a flowchart of communication switching between a mobile phone and a smart watch according to an embodiment of the present invention.

detailed description

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments, in order to make the present invention. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The system and method for interacting between a smart watch and a mobile phone according to the present invention are applicable to a terminal in which a user has multiple terminal devices and needs to be switched in different scenarios. Figure 1 depicts a system flow diagram of a smart watch and mobile phone interaction method. As shown in FIG. 1, the system of the present invention includes:

User management module: A sub-module belonging to the managed server, which completes the registration, login, and modification of multiple terminal information of the user.

Communication module: A sub-module belonging to the hosting server, according to the hosted state of the smart watch and the mobile phone, completes the message communication of the business request and the business response processing of the smart watch and the mobile phone.

Service processing module: A sub-module belonging to the hosting server, according to the hosting status of the watch and the mobile phone and the processing result of the authentication module, complete the business logic processing of the business request and business response of the watch and the mobile phone.

Database: Saves information about multiple terminals of the user, including user name, password, mobile phone number, and mobile phone type.

Mobile phones and smart watches: responsible for receiving transfer service requests and sending transfer service responses.

FIG. 2 is a schematic diagram of interaction between a mobile phone and a smart watch. As shown in FIG. 2, a system for interacting with a mobile phone of the present invention includes:

Hosting server 21: completing interaction with smart watch 22 and mobile phone 23;

The smart watch 22: completes the interaction with the hosting server 21 and the mobile phone 23;

The mobile phone 23: completes the interaction with the hosting server 21 and the smart watch 22;

As shown in FIG. 2, a plurality of smart watches and a plurality of mobile phones of one user are connected to the hosting server 21 through a wireless network channel (such as 3G/4G/Wifi, etc.), and when the smart watch is close to the mobile phone, it can pass directly. The Bluetooth connection performs data transmission; when the distance between the smart watch and the mobile phone exceeds the Bluetooth communication range, data transmission is performed under the transfer of the hosting server 21 through a wireless network channel (such as 3G/4G/Wifi, etc.).

As shown in FIG. 3, FIG. 4, FIG. 5, and FIG. 6, the method for interacting with a mobile phone of the present invention includes the following steps:

Step 1: First, user registration is required. As shown in FIG. 3, a plurality of terminal devices of a user (including multiple smart watches and multiple mobile phones) need to be registered and saved on the hosting server. The registered contents include: user name, password, mobile phone number, and mobile phone type. A user's multiple terminal devices use the same username and password, and the number of their multiple terminal devices and the type of mobile phone (smart watch/other mobile phone) can be registered separately.

Step 2: User login is required. As shown in Figure 4, first determine whether it is the first login on the hosting server. If it is the first login, verify the username, password, mobile number, and mobile phone type on the managed server as required. After logging in successfully, if you have not logged in for the first time and have successfully logged in before, you will be logged in automatically according to the information of the last successful login. After logging in successfully, if you want to select another user name and or mobile number to log in, you can log in again through the logout process.

Step 3: When the user name, password, mobile phone number, and mobile phone type need to be changed, the user information modification process can be started. As shown in Figure 5, the related information of the above user is modified. After the modification is successful, the user login needs to be performed again.

Step 4: After the smart watch and the mobile phone are registered and logged in, the watch management phone configuration is performed in the scene that the user needs, and is divided into three scenarios:

1) The smart watch app judges whether the smart watch is worn on the wrist according to the temperature, pulse or gravity detection method. When confirming that the smart watch is worn on the wrist, further check whether the smart watch has taken over one or more mobile phones, if not Take over any mobile phone, then pop up the hosting configuration interface, set whether to take over the mobile phone and the mobile phone that needs to be taken over, and the relevant information is saved on the managed server;

2) The Smart Watch App provides a hosted configuration interface to configure or unconfigure the hosted phone and save the relevant information on the managed server.

3) Detecting the mobile phone, when the mobile phone enters the unlocked state from the locked state, or periodically detects when the mobile phone screen is unlocked, and detects whether the mobile phone is in the managed state, and if yes, gives a prompt whether it needs to exit the managed state.

Step 5: When the mobile phone is in the hosted state, then the basic services of the mobile phone, such as: telephone, short message, and WeChat service, need to be switched to the smart watch. The specific process is shown in FIG. 6.

1) When the mobile phone is in the hosted state, the App will send a message to set the mobile phone to be in the call forwarding state, and the call forwarding number is the smart watch that is taken over, and all incoming calls of the mobile phone will be automatically transferred to the smart watch.

2) The mobile phone in the hosted state, if there is a demand for initiating the calling party, firstly, it is detected whether the distance between the smart watch and the mobile phone is within the range of Bluetooth communication, and if it is within the range of Bluetooth communication, the smart watch App sends the calling service through the Bluetooth channel. Request message to the hosted mobile phone, the message content includes: the called mobile phone number; if not in the Bluetooth communication range, the smart watch App sends the calling service request message to the host through the wireless network channel (such as 3G/4G/Wifi, etc.) The server, the message content includes: the called mobile phone number, the managed mobile phone number, and then the hosting server sends the calling service request message to the managed mobile phone. After the hosted mobile phone receives the calling service request message, it creates a three-party call (with the smart watch and the called number that is taken over).

3) If the mobile phone is in the hosted state, if it receives the short message, it first detects whether the distance between the smart watch and the mobile phone is within the range of Bluetooth communication. If it is within the range of Bluetooth communication, then the smart watch App passes the content of the short message through the Bluetooth channel. The short message sending source mobile phone number is sent to the smart watch that is taken over; if not in the Bluetooth communication range, the mobile phone App sends a short message receiving request message to the hosting server through the wireless network channel (such as 3G/4G/Wifi, etc.), and the message content includes : The short message content, the short message is sent to the source mobile phone number, and the hosting server forwards the message to the takeover smart watch.

4) In the hosted mobile phone, if there is a need to send or reply to a short message, first check whether the distance between the smart watch and the mobile phone is within the range of Bluetooth communication. If it is within the range of Bluetooth communication, then the smart watch App will be short through the Bluetooth channel. The message content, the short message sending target mobile phone number is sent to the managed mobile phone; if not in the Bluetooth communication range, the smart watch App sends a short message sending request message to the hosting server through a wireless network channel (such as 3G/4G/Wifi, etc.) The content of the message includes: short message content, short message sending target mobile phone. After receiving the message, the mobile app sends the short message to the target mobile number.

5) When the mobile phone is in the hosted state, the smart watch App will start the WeChat software on the smart watch to log in, and all WeChat information will be switched to the smart watch to take over. When the mobile phone is unmanaged, the mobile app will start the WeChat software on the mobile phone to log in, and all WeChat information will be switched back to smart.

In the present application, the communication module of the hosting server, the communication module of the mobile phone, and the communication module of the smart watch are configured as communication components for facilitating wireless communication between the hosting server, the mobile phone, and the smart watch, which may be hardware, software, or both. Combined implementation. Managed servers, mobile phones, and smart watches can access wireless networks based on communication standards such as WiFi, 2G, 3G, 4G, or a combination thereof.

The user management module and business processing module of the hosting server, the business processing module of the mobile phone, and the business processing module of the smart watch usually control the overall operations of the hosting server, the mobile phone, and the smart watch, such as related to display, telephone call, data communication, and recording operation. The operation of the joint. The user management module and the business processing module of the hosting server, the business processing module of the mobile phone, and the business processing module of the smart watch may be one or more processors executing instructions to complete all or part of the steps of the above method.

Embodiments of the present invention implement how multiple smart watches of a user manage multiple mobile phones, and perform communication switching between multiple smart watches and mobile phones, and satisfy multiple people's intelligent terminals in the case that the mobile terminal system is gradually refined. The need for flexible switching.

The preferred embodiments of the present invention have been described above with reference to the drawings, and are not intended to limit the scope of the invention. A person skilled in the art can implement the invention in various variants without departing from the scope and spirit of the invention. For example, the features of one embodiment can be used in another embodiment to obtain a further embodiment. Any modifications, equivalent substitutions and improvements made within the technical concept of the invention are intended to be included within the scope of the invention.

Industrial applicability

The invention is applicable to the field of mobile communication technologies and is used for flexible switching of multiple intelligent terminals.

Claims

A system for interacting a smart watch with a mobile phone, comprising:

The hosting server includes a communication module, a user management module, and a service processing module, and the communication module is configured to wirelessly connect with the mobile phone and the smart watch to complete transmission of a service interactive message of the smart watch and the mobile phone; the user management module is configured to Administering the account of the user's multiple mobile phones and smart watches, saving whether the mobile phone is hosted under the smart watch and the hosting information under which the smart watch is hosted; the service processing module is configured to determine the switching mode of the communication service according to the custody information ;

The mobile phone includes a communication module and a service processing module, and the communication module is configured to wirelessly connect with the smart watch and the hosting server to complete transmission of a service interactive message of the smart watch and the mobile phone; the service processing module is configured to transfer the communication service. Give a smart watch;

The smart watch includes a communication module and a service processing module, and the communication module is configured to wirelessly connect with the mobile phone and the hosting server to complete transmission of a service interactive message of the smart watch and the mobile phone; the service processing module is configured to take over communication of the mobile phone business.
A system for interacting a smart watch with a mobile phone according to claim 1, wherein:

If the smart watch detects that it is in a wearing state, it checks whether the smart watch has taken over the mobile phone. If no mobile phone is taken over, the hosted configuration interface is popped up, and whether the mobile phone and the mobile phone that needs to be taken over are set up, and the setting information is transmitted through the communication module. Save to the hosting server; if the mobile phone has been taken over, the hosting configuration interface is popped up, the managed mobile phone is configured or unconfigured, and the configuration information is transmitted to the hosting server through the communication module for saving.
A system for interacting a smart watch with a mobile phone according to claim 1, wherein:

When the mobile phone enters the unlocked state from the locked state, or the mobile phone is in the state of unlocking the screen, it is periodically detected whether the mobile phone is in the managed state, and if it is in the managed state, it prompts whether it needs to exit the managed state; if not in the managed state, the prompt is prompted Do you need to host it?
A system for interacting a smart watch with a mobile phone according to claim 3, wherein:

When the mobile phone is in the hosted state, the communication service of the mobile phone is switched to the smart watch.
A system for interacting a smart watch with a mobile phone according to claim 4, wherein:

When the mobile phone is in the hosted state, the service processing module of the mobile phone sets the mobile phone in a call transfer state, and the call received by the mobile phone is automatically transferred to the smart watch.
A system for interacting a smart watch with a mobile phone according to claim 4, wherein:

When the mobile phone is in the hosted state, if the smart watch initiates a call, first detecting whether the distance between the hosted smart watch and the mobile phone is within the range of Bluetooth communication, if within the range of Bluetooth communication, the service processing module of the smart watch passes the Bluetooth The channel sends a calling service request message to the managed mobile phone; if not in the Bluetooth communication range, the service processing module of the smart watch sends a calling service request message to the hosting server through the wireless network channel, and then the hosting server calls the calling service The request message is sent to the hosted phone.
A system for interacting a smart watch with a mobile phone according to claim 4, wherein:

When the mobile phone is in the hosted state, if the mobile phone receives the short message, firstly, it is detected whether the distance between the smart watch and the mobile phone is within the Bluetooth communication range, and if the mobile phone is within the Bluetooth communication range, the service processing module of the mobile phone passes the Bluetooth channel. Sending the short message to the smart watch that takes over; if not in the range of Bluetooth communication, the service processing module of the mobile phone sends a short message to the hosting server through the wireless network channel, and the hosting server forwards the message to the smart watch that is taken over.
A system for interacting a smart watch with a mobile phone according to claim 4, wherein:

When the mobile phone is in the hosted state, if the smart watch sends a short message, firstly detecting whether the distance between the smart watch and the mobile phone is within the Bluetooth communication range, if within the Bluetooth communication range, the service processing module of the smart watch passes the Bluetooth channel. Sending the short message to the hosted mobile phone; if not in the Bluetooth communication range, the smart watch business processing module sends a short message to the hosting server through the wireless network channel, and the hosting server forwards the message to the managed mobile phone.
A system for interacting a smart watch with a mobile phone according to claim 4, wherein:

When the mobile phone is in the hosted state, the business processing module of the smart watch starts the instant messaging software to log in, and all the instant messaging software on the managed mobile phone is switched to the smart watch for taking over; when the mobile phone cancels the hosting state, the The business processing module of the mobile phone starts the instant messaging software on the mobile phone to log in, and all the instant messaging software switches back to the mobile phone.
A method for interacting a smart watch with a mobile phone, comprising:

The mobile phone wirelessly connects the smart watch and the hosting server, and transmits the business interaction message of the smart watch and the mobile phone; the interactive message is used for transferring the communication service to the smart watch;

The smart watch wirelessly links the mobile phone and the hosting server to transmit a business interaction message of the smart watch and the mobile phone; the interactive message is used to take over the communication service of the mobile phone;

The hosting server wirelessly links the mobile phone and the smart watch, and transmits the business interaction message of the smart watch and the mobile phone; the hosting server manages the account of the user's multiple mobile phones and smart watches, and saves whether the mobile phone is hosted under the smart watch and the mobile phone is hosted. The hosting information under the smart watch; the hosting server determines the switching mode of the communication service according to the hosting information.
A method of interacting a smart watch with a mobile phone according to claim 10, wherein:

If the smart watch detects that it is in a wearing state, it checks whether the smart watch has taken over the mobile phone. If no mobile phone is taken over, the hosted configuration interface is popped up, and whether the mobile phone and the mobile phone that needs to be taken over are set up, and the related information is transmitted through the communication module. Save to the hosting server; if the mobile phone has been taken over, the hosting configuration interface is popped up, the managed mobile phone is configured or unconfigured, and the communication module transmits the relevant information to the hosting server for saving.
A method of interacting a smart watch with a mobile phone according to claim 10, wherein:

When the mobile phone enters the unlocked state from the locked state, or the mobile phone is in the state of unlocking the screen, it is periodically detected whether the mobile phone is in the managed state, and if it is in the managed state, it prompts whether it needs to exit the managed state; if not in the managed state, the prompt is prompted Do you need to host it?
A method of interacting a smart watch with a mobile phone according to claim 12, wherein:

When the mobile phone is in the hosted state, the communication service of the mobile phone is switched to the smart watch.
A method of interacting a smart watch with a mobile phone according to claim 13 wherein:

When the mobile phone is in the hosted state, the mobile phone is set to the call transfer state, and all the received calls of the mobile phone are automatically transferred to the smart watch.
A method of interacting a smart watch with a mobile phone according to claim 13 wherein:

When the mobile phone is in the hosted state, if the smart watch initiates a call, first detecting whether the distance between the hosted smart watch and the mobile phone is within the range of Bluetooth communication, if within the range of Bluetooth communication, the service processing module of the smart watch passes the Bluetooth The channel sends a calling service request message to the managed mobile phone; if not in the Bluetooth communication range, the service processing module of the smart watch sends a calling service request message to the hosting server through the wireless network channel, and then the hosting server calls the calling service The request message is sent to the hosted phone.
A method of interacting a smart watch with a mobile phone according to claim 13 wherein:

When the mobile phone is in the hosted state, if the mobile phone receives the short message, firstly, it is detected whether the distance between the smart watch and the mobile phone is within the Bluetooth communication range, and if the mobile phone is within the Bluetooth communication range, the service processing module of the mobile phone passes the Bluetooth channel. Sending the short message to the smart watch that takes over; if not in the range of Bluetooth communication, the service processing module of the mobile phone sends a short message to the hosting server through the wireless network channel, and the hosting server forwards the message to the smart watch that is taken over.
A method of interacting a smart watch with a mobile phone according to claim 13 wherein:

When the mobile phone is in the hosted state, if the smart watch sends a short message, firstly detecting whether the distance between the smart watch and the mobile phone is within the Bluetooth communication range, if within the Bluetooth communication range, the service processing module of the smart watch passes the Bluetooth channel. Sending the short message to the hosted mobile phone; if not in the Bluetooth communication range, the smart watch business processing module sends a short message to the hosting server through the wireless network channel, and the hosting server forwards the message to the managed mobile phone.
A method of interacting a smart watch with a mobile phone according to claim 13 wherein:

When the mobile phone is in the hosted state, the business processing module of the smart watch will start the instant messaging software to log in, and all the instant messaging software on the hosted mobile phone will switch to the smart watch to take over; when the mobile phone cancels the hosting state The business processing module of the mobile phone starts the instant messaging software on the mobile phone to log in, and all the instant messaging software switches back to the mobile phone.