WO2020220260A1

WO2020220260A1 - Wireless connection method, wireless connection system, control terminal and mobile device

Info

Publication number: WO2020220260A1
Application number: PCT/CN2019/085196
Authority: WO
Inventors: 陶冶; 江帆; 端海旺
Original assignee: 深圳市大疆创新科技有限公司
Priority date: 2019-04-30
Filing date: 2019-04-30
Publication date: 2020-11-05
Also published as: CN111656808A

Abstract

A wireless connection method, a wireless connection system (100), a control terminal (10) and a mobile device (20). The wireless connection method comprises: (011) the control terminal (10) scans a Bluetooth list through an application program; (012) when the mobile device (20) is in a docked state, the control terminal (10) establishes a Bluetooth connection with the mobile device (20); (013) the control terminal (10) acquires wifi information of the mobile device (20) through the Bluetooth; (014) the mobile device (20) sends the wifi information to the control terminal (10); and (015) the control terminal (10) establishes a wifi connection with the mobile device (20) through an application interface according to the wifi information.

Description

Wireless connection method, wireless connection system, control terminal and movable equipment

Technical field

This application relates to the field of wireless connection technology, and in particular to a wireless connection method, a wireless connection system, a control terminal, and a mobile device.

Background technique

At present, when the mobile phone connects to the device wirelessly, the user needs to turn on the wifi of the device first, remember the wifi name and wifi password of the device, and then select the wireless connection in the phone settings, select the wifi name, and then enter the wifi password to establish a wifi connection . This wireless connection method requires the user to input lengthy wifi information on the mobile phone, and the operation is relatively complicated.

Summary of the invention

The embodiments of the present application provide a wireless connection method, a wireless connection system, a control terminal, and a movable device.

The wireless connection method of the embodiment of the present application includes: the control terminal scans the Bluetooth list through an application; when the mobile device is in the linking state, the control terminal establishes a Bluetooth connection with the mobile device; the control terminal uses Bluetooth Acquire wifi information of the mobile device; the mobile device sends the wifi information to the control terminal; and the control terminal establishes a wifi connection with the mobile device through an application interface according to the wifi information.

The wireless connection method of the embodiment of the present application includes: scanning the Bluetooth list through an application program; establishing a Bluetooth connection with the movable device when the movable device is in a linking state; and obtaining the wifi information of the movable device through Bluetooth; And establishing a wifi connection with the mobile device through an application interface according to the wifi information.

The wireless connection method according to the embodiment of the present application includes: establishing a Bluetooth connection with the control terminal when the control terminal scans the Bluetooth list through an application program and the mobile device is in a linking state; and obtains the control terminal through Bluetooth. When the wifi information of the mobile device is sent, the wifi information is sent to the control terminal, so that the control terminal can establish a wifi connection with the mobile device through an application interface according to the wifi information.

The wireless connection system of the embodiment of the present application includes a control terminal and a mobile device; the control terminal is used to scan the Bluetooth list through an application; the control terminal is used to communicate with the mobile device when the mobile device is in a linking state. The mobile device establishes a Bluetooth connection; the control terminal is used to obtain the wifi information of the mobile device through Bluetooth; the mobile device is used to send the wifi information to the control terminal; the control terminal is used to Establish a wifi connection with the mobile device through an application interface according to the wifi information.

The control terminal of the embodiment of the present application includes a terminal processor, and the terminal processor is used to: scan the Bluetooth list through an application; establish a Bluetooth connection with the movable device when the movable device is in a linking state; The wifi information of the mobile device; and establishing a wifi connection with the mobile device through an application interface according to the wifi information.

The mobile device of the embodiment of the present application includes a device processor, the device processor is used to: when the control terminal scans the Bluetooth list through an application and the mobile device is in a linking state, establish a Bluetooth connection with the control terminal; and When the control terminal obtains the wifi information of the movable device via Bluetooth, the wifi information is sent to the control terminal so that the control terminal can establish with the movable device through an application interface according to the wifi information wifi connection.

In the wireless connection method, the wireless connection system, the control terminal and the movable device of the embodiment of the present application, when the movable device is in a linking state, the control terminal establishes a Bluetooth connection with the movable device, and then obtains the wifi of the movable device through Bluetooth The information is used to establish a wifi connection with a mobile device, without the user inputting wifi information on the control terminal, which not only ensures the privacy of the wifi connection, but also simplifies the operation, and can obtain a faster and better user experience.

The wireless connection method of the embodiment of the present application is used to connect a control terminal and a mobile device. The wireless connection method includes: the control terminal scans the Bluetooth list through an application program and broadcasts a wake-up instruction. If the mobile device is in sleep mode When the device receives the wake-up instruction, it exits the sleep mode; displays the scanned mobile devices according to different attributes and priorities, among which, the mobile devices that have been connected to the control terminal and the mobile devices that are in the pairing state The priority is higher than that of other movable devices; and to obtain a connection instruction, and according to the movable device corresponding to the connection instruction, send a connection request to the corresponding movable device to establish a connection between the movable device and the control terminal .

The wireless connection method of the embodiment of the present application is applied to a control terminal, and the wireless connection method includes: the control terminal scans the Bluetooth list through an application program, and broadcasts a wake-up instruction to wake up a sleeping movable device; Display the scanned mobile devices, wherein the mobile devices that have been connected to the control terminal and the mobile devices in the linking state have a higher priority than other mobile devices; and obtain the connection instruction according to the The movable device corresponding to the connection instruction establishes a connection between the movable device and the control terminal.

The wireless connection method of the embodiment of the present application is applied to a mobile device, and the wireless connection method includes: when the mobile device is in a sleep mode, if the control terminal receives a wake-up instruction broadcasted after scanning the Bluetooth list through the application program , Then exit the sleep mode; and when receiving the connection request sent by the control terminal, establish a connection between the movable device and the control terminal, wherein the control terminal displays the scanned data according to different attributes according to priority A mobile device, the mobile device that has established a connection with the control terminal and the mobile device in the paired state have higher priority than other mobile devices, and the control terminal sends the connection request to the connection instruction corresponding to the Removable device.

The wireless connection system of the embodiment of the present application includes a control terminal and a mobile device; the control terminal is used to scan the Bluetooth list through an application, and broadcast a wake-up instruction. If the mobile device in the sleep mode receives the wake-up instruction, Exit the sleep mode; the control terminal is also used to display the scanned mobile devices according to different attributes according to priority, where the mobile devices that have been connected to the control terminal and the mobile devices in the linking state Priority is higher than other movable devices; the control terminal is also used to obtain connection instructions, and according to the movable device corresponding to the connection instruction, send a connection request to the corresponding movable device to establish the connection between the movable device and the mobile device. The connection of the control terminal.

The control terminal of the embodiment of the present application includes a terminal processor, and the terminal processor is used to: scan the Bluetooth list through an application program, and broadcast a wake-up instruction to wake up sleeping movable devices; and display the scanned available devices according to different attributes and priority. A mobile device, wherein the mobile device that has established a connection with the control terminal and the mobile device in the linking state have a higher priority than other mobile devices; and the connection instruction is acquired, and the connection instruction corresponds to the mobile device corresponding to the connection instruction. A mobile device, establishing a connection between the movable device and the control terminal.

The mobile device of the embodiment of the present application includes a device processor, the device processor is configured to: when in the sleep mode, exit the sleep mode if it receives a wake-up instruction broadcasted by the control terminal after scanning the Bluetooth list through an application; and Upon receiving the connection request sent by the control terminal, establish a connection between the mobile device and the control terminal, wherein the control terminal displays the scanned mobile device according to different attributes according to priority, and The mobile devices that the control terminal has established a connection and the mobile devices in the paired state have higher priority than other mobile devices, and the control terminal sends the connection request to the mobile device corresponding to the connection instruction.

In the wireless connection method, wireless connection system, control terminal, and movable device of the embodiment of the present application, the control terminal displays the scanned movable device according to different attributes according to priority, and sends a connection request to the movable device corresponding to the connection instruction In order to establish a connection with a mobile device, the user does not need to perform cumbersome operations on the control terminal, and a faster and better user experience can be obtained.

The additional aspects and advantages of the embodiments of the present application will be partially given in the following description, and some will become obvious from the following description, or be understood through the practice of the present application.

Description of the drawings

The above-mentioned and/or additional aspects and advantages of the present application will become obvious and easy to understand from the description of the embodiments in conjunction with the following drawings, in which:

FIG. 1 is a schematic diagram of an application scenario of a wireless connection system according to some embodiments of the present application;

FIG. 2 is a schematic flowchart of a wireless connection method according to some embodiments of the present application;

3 is a schematic diagram of modules of a wireless connection system according to some embodiments of the present application;

4 and 5 are schematic flowcharts of wireless connection methods in some embodiments of the present application;

6 and 7 are schematic diagrams of scenarios of wireless connection methods according to some embodiments of the present application;

8 and 9 are schematic flowcharts of wireless connection methods according to some embodiments of the present application;

FIG. 10 is a schematic diagram of a wireless connection method according to some embodiments of the present application;

11 to 13 are schematic flowcharts of wireless connection methods according to some embodiments of the present application;

FIG. 14 is a schematic diagram of a wireless connection method according to some embodiments of the present application.

Detailed ways

The embodiments of the present application are described in detail below. Examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals indicate the same or similar elements or elements with the same or similar functions throughout. The following embodiments described with reference to the drawings are exemplary, and are only used to explain the embodiments of the present application, and should not be understood as limitations to the embodiments of the present application.

Please refer to FIG. 1 and FIG. 2 together. The present application provides a wireless connection system 100. The wireless connection system 100 includes a control terminal 10 and a movable device 20. The control terminal 10 is used to scan the Bluetooth list through an application. The control terminal 10 is used to establish a Bluetooth connection with the movable device 20 when the movable device 20 is in a frequency-linking state. The control terminal 10 is used to obtain wifi information of the movable device 20 through Bluetooth. The mobile device 20 is used to send wifi information to the control terminal 10. The control terminal 10 is used to establish a wifi connection with the mobile device 20 through an application interface according to the wifi information.

Referring to FIG. 3 and FIG. 4, the present application also provides a control terminal 10. The control terminal 10 includes a terminal processor 12. The terminal processor 12 is used to: scan the Bluetooth list through an application program; establish a Bluetooth connection with the movable device 20 when the movable device 20 is in a frequency-linking state; obtain the wifi information of the movable device 20 through Bluetooth; and pass through the wifi information The application interface establishes a wifi connection with the mobile device 20.

Please refer to FIG. 3 and FIG. 5. The present application also provides a movable device 20. The mobile device 20 includes a device processor 22. The device processor 22 is used to: establish a Bluetooth connection with the control terminal 10 when the control terminal 10 scans the Bluetooth list through the application program and the movable device 20 is in the linking state; and obtains the wifi of the movable device 20 through Bluetooth at the control terminal 10 When sending information, the wifi information is sent to the control terminal 10 so that the control terminal 10 can establish a wifi connection with the movable device 20 through the application interface according to the wifi information.

In the wireless connection system 100, the control terminal 10, and the movable device 20 of the embodiment of the present application, when the movable device 20 is in a linking state, the control terminal 10 establishes a Bluetooth connection with the movable device 20, and then obtains the movable device through Bluetooth The wifi information of 20 is used to establish a wifi connection with the mobile device 20, and the user does not need to input wifi information on the control terminal 10, which not only ensures the privacy of the wifi connection, but also simplifies the operation, and can obtain a faster and better user experience.

Specifically, the control terminal 10 may be a mobile phone, a remote control, a computer, etc., and the movable device 20 may be a sports camera, a mobile robot, a drone, or the like. The control terminal 10 scans the Bluetooth list through an application program, and the Bluetooth list can display the mobile devices 20 in the linking state, the mobile devices 20 that have been connected to the control terminal 10 in history, and the mobile devices 20 that are currently connectable. The Bluetooth list can not only display the above-mentioned types of mobile devices 20, but also display the connection status of the mobile devices 20, that is, whether they can be connected.

For example, referring to FIG. 6, the Bluetooth list of the control terminal 10 sequentially displays the first movable device 20, the second movable device 20, the third movable device 20, the fourth movable device 20, and the fifth movable device from top to bottom. Removable equipment 20. Among them, the first movable device 20 is in a linking state (the default is a connectable state), the second movable device 20 has historically been connected to the control terminal 10 and is currently in a connectable state, and the third movable device 20 is connected to the control terminal 10 It has historically been connected but is currently in an unconnectable state. The fourth movable device 20 and the fifth movable device 20 have not been connected to the control terminal 10 in history, but are currently in a connectable state. Since the first mobile device 20 is in a linking state, the control terminal 10 directly establishes a Bluetooth connection with the first mobile device 20. The control terminal 10 obtains the wifi information of the first movable device 20 through Bluetooth, such as wifi name, wifi password, and so on. During the wifi connection, the control terminal 10 establishes a wifi connection with the first mobile device 20 according to the wifi name and wifi password.

In some embodiments, the movable device 20 is also used to enter the pairing state according to the pairing instruction input by the user. Alternatively, the device processor 22 is further configured to control the mobile device 20 to enter the pairing state according to the pairing instruction input by the user.

Specifically, when the user wants to establish a Wi-Fi connection with the mobile device 20 by controlling the terminal 10, the user can input a linking instruction on the mobile device 20 to control the mobile device 20 to enter the linking state. Wherein, the input of the frequency binding instruction may be executed before the control terminal 10 scans the Bluetooth list through the application program, or may be executed after the control terminal 10 scans the Bluetooth list through the application program.

In some embodiments, when the mobile device 20 is in the linking state and the control terminal 10 does not establish a Bluetooth connection with the mobile device 20 within a predetermined period of time, the mobile device 20 closes the linking state. Alternatively, the device processor 22 is further configured to control the mobile device 20 to close the linking state when the mobile device 20 is in the linking state and the control terminal 10 does not establish a Bluetooth connection with the mobile device 20 within a predetermined period of time.

Specifically, after the mobile device 20 enters the linking state according to the linking instruction input by the user, it is not always in the linking state, but will remain in the linking state for a predetermined time, for example, 30 seconds, 1 minute. Wait. When there is no control terminal 10 to establish a Bluetooth connection with the mobile device 20 within a predetermined period of time, or no control terminal 10 attempts to establish a Bluetooth connection with the mobile device 20, the mobile device 20 will close the linking state to save power consumption And to prevent subsequent misconnection of other control terminals 10 to the movable device 20, and then spy on device information, image transmission images, and shooting materials.

In some embodiments, after the control terminal 10 establishes a wifi connection with the mobile device 20, the mobile device 20 (or the device processor 22) adds the control terminal 10 to the white list of the mobile device 20.

For example, referring to FIGS. 6 and 7, after the control terminal 10 establishes a wifi connection with the first mobile device 20, the first mobile device 20 will add the control terminal 10 to the white list of the first mobile device 20. After the control terminal 10 establishes a wifi connection with the second mobile device 20, the second mobile device 20 will add the control terminal 10 to the white list of the second mobile device 20. When the control terminal 10 tries to obtain the wifi information of the first movable device 20 next time, the control terminal 10 can obtain the wifi information without being blocked, which can improve the efficiency of wireless connection while ensuring information security.

In addition, the whitelist of the mobile device 20 can be formed by adding the control terminal 10 that has been connected to the mobile device 20 after each wifi connection, or it can be formed by adding the control terminal 10 that has not been connected before the user. Formation, that is, preset.

Referring to FIG. 8, in some embodiments, the control terminal 10 (or terminal processor 12) is also used to determine whether the control terminal 10 has established a wifi connection with the movable device 20. The control terminal 10 (or the terminal processor 12) is used to scan the Bluetooth list through the application when the wifi connection is not established with the mobile device 20.

Referring to FIG. 8, in some embodiments, the control terminal 10 (or terminal processor 12) is also used to determine whether the control terminal 10 has established a wifi connection with the movable device 20. The control terminal 10 (or the terminal processor 12) is used to determine whether the control terminal 10 has received the replacement instruction input by the user when the wifi connection has been established with the mobile device 20. The control terminal 10 (or the terminal processor 12) is also used to scan the Bluetooth list through the application when receiving a replacement instruction.

Specifically, the control terminal 10 first judges whether the control terminal 10 has established a wifi connection with the mobile device 20, if not, the control terminal 10 scans the Bluetooth list through the application program and continues to perform the subsequent steps; if so, the control terminal 10 judges the control Whether the terminal 10 receives the replacement instruction input by the user, the replacement instruction is used to instruct the control terminal 10 to replace the connected movable device 20. When the control terminal 10 receives the replacement instruction input by the user, the control terminal 10 disconnects the wireless connection with the current movable device 20, scans the Bluetooth list through the application again, and continues to perform the subsequent steps. It is understandable that when the control terminal 10 has established a wifi connection with the movable device 20 and has not received the replacement instruction input by the user, the control terminal 10 can maintain the wireless connection with the current movable device 20.

In some embodiments, the control terminal 10 (or the terminal processor 12) is further configured to send a wake-up instruction to the mobile device 20 that has established a Wi-Fi connection with the control terminal 10 after scanning the Bluetooth list through the application.

Specifically, the wake-up command includes a Bluetooth wake-up packet. The control terminal 10 periodically sends a Bluetooth wake-up packet to the mobile device 20 that has established a Wi-Fi connection with the control terminal 10. For example, the control terminal 10 sends a Bluetooth wake-up packet to the third movable device 20 (as shown in FIG. 6) every 30 ms, until the third movable device 20 in the sleep mode is awakened. When the third movable device 20 in the sleep mode receives the wake-up instruction, it exits the sleep mode and becomes a connectable state.

In some embodiments, the control terminal 10 (or the terminal processor 12) is also used to send a wake-up instruction to the mobile device 20 selected by the user after scanning the Bluetooth list through the application.

Specifically, the wake-up command includes a Bluetooth wake-up packet. The control terminal 10 periodically sends a Bluetooth wake-up packet to the mobile device 20 selected by the user. For example, if the user selects the third movable device 20 in the Bluetooth list (as shown in FIG. 6), the control terminal 10 sends a Bluetooth wake-up packet to the third movable device 20 every 30 ms, until the third movable device 20 in the sleep mode is awakened. Three removable equipment 20. When the third movable device 20 in the sleep mode receives the wake-up instruction, it exits the sleep mode and becomes a connectable state.

In some embodiments, the control terminal 10 (or the terminal processor 12) is also used to send a wake-up instruction in the form of broadcast to wake up the movable device 20 that is sleeping.

Specifically, the control terminal 10 may send a wake-up instruction to all movable devices 20 in the sleep mode in the Bluetooth list in the form of broadcast, so as to wake up the movable devices 20 that are sleeping. Wherein, the movable device 20 may be a movable device 20 that has been connected to the control terminal 10 in history, or a movable device 20 that has not been connected to the control terminal 10.

In some embodiments, the control terminal 10 (or the terminal processor 12) is also used for establishing a Bluetooth connection with the portable device 20 that the user selects to connect to according to the user's selection of a connected mobile device 20 in the Bluetooth list.

Specifically, when there is a mobile device 20 in the linking state in the Bluetooth list, the control terminal 10 establishes a Bluetooth connection with the mobile device 20 in the linking state. When there is no portable device 20 in the linking state in the Bluetooth list, the control terminal 10 establishes a Bluetooth connection with the portable device 20 that the user selects to connect in the Bluetooth list. For example, in FIG. 6, if there is a first mobile device 20 in the linking state in the Bluetooth list, the control terminal 10 can directly establish a Bluetooth connection with the first mobile device 20. If there is no first mobile device 20 in the linking state in the Bluetooth list, and the user chooses to connect to the fourth mobile device 20, the control terminal 10 establishes a Bluetooth connection with the fourth mobile device 20, and can obtain the second mobile device via Bluetooth. The wifi information of the fourth movable device 20 establishes a wifi connection with the fourth movable device 20.

Referring to FIGS. 7 and 9, in some embodiments, the movable device 20 (or the device processor 22) is also used to determine whether the control terminal 10 is included in the whitelist of the movable device 20. The movable device 20 (or the device processor 22) is used to establish a Bluetooth connection with the control terminal 10 when the control terminal 10 is included in the white list.

Specifically, when the control terminal 10 establishes a Bluetooth connection with the mobile device 20 that the user chooses to connect, the mobile device 20 needs to further determine whether the control terminal 10 exists in the white list of the mobile device 20. When the mobile device 20 is white When the control terminal 10 exists in the list, the mobile device 20 is allowed to establish a Bluetooth connection with the control terminal 10, that is, the control terminal 10 can directly establish a Bluetooth connection with the mobile device 20.

Referring to FIGS. 7 and 9, in some embodiments, the movable device 20 (or the device processor 22) is also used to determine whether the control terminal 10 is included in the whitelist of the movable device 20. The mobile device 20 (or the device processor 22) is used for receiving the trust instruction input by the user when the control terminal 10 is not included in the white list. The mobile device 20 (or the device processor 22) is also used to allow the control terminal 10 to obtain the wifi information of the mobile device 20 through Bluetooth after receiving the trust instruction input by the user.

Specifically, when the control terminal 10 establishes a Bluetooth connection with the mobile device 20 that the user chooses to connect, the mobile device 20 needs to further determine whether the control terminal 10 exists in the white list of the mobile device 20. When the mobile device 20 is white When the control terminal 10 does not exist in the list, the user is required to input a trust instruction through the mobile device 20. If the mobile device 20 receives the trust instruction input by the user (as shown in FIG. 10), the mobile device 20 allows and controls the terminal 10 Establish a Bluetooth connection, and then the control terminal 10 can obtain wifi information of the movable device 20 through Bluetooth, and establish a wifi connection with the movable device 20. If the mobile device 20 does not receive the trust instruction input by the user or the untrust instruction input by the user, the control terminal 10 cannot establish a Bluetooth connection with the mobile device 20, nor can it obtain the wifi information of the mobile device 20. Ensure the security of information.

Referring to FIGS. 7 and 10, in some embodiments, the mobile device 20 (or the device processor 22) is configured to add the control terminal 10 to the white list after receiving the trust instruction input by the user.

When the mobile device 20 receives the trust instruction input by the user for the control terminal 10, no matter whether the subsequent control terminal 10 can successfully establish a Bluetooth connection and a wifi connection with the mobile device 20, it will add the control terminal 10 to the mobile device 20. whitelist. When the control terminal 10 tries to establish a wireless connection with the mobile device 20 next time, the user does not need to input the trust instruction again for verification, which is more convenient and quick.

Referring to FIG. 6, in some embodiments, the control terminal 10 (or terminal processor 12) is also used to display a Bluetooth list. Specifically, all the mobile devices 20 that have established a wifi connection with the control terminal 10 can be displayed in the Bluetooth list. , Display the mobile device 20 in the linking state in the Bluetooth list, and display the mobile device 20 currently in the connectable state in the Bluetooth list.

In some embodiments, the control terminal 10 (or the terminal processor 12) prioritizes the mobile device 20 in the linking state in the Bluetooth list.

As shown in FIG. 6, when the Bluetooth list displays the movable devices 20 from top to bottom, the first movable device 20 is located at the top of the Bluetooth list, that is, the frontmost position. Alternatively, the Bluetooth list may also display the movable devices 20 in order from left to right. At this time, the first movable device 20 is located at the far left, that is, at the front of the Bluetooth list. Alternatively, the Bluetooth list may also display the movable devices 20 in sequence from the center to the edge. At this time, the first movable device 20 is located in the middle of the Bluetooth list. Alternatively, the Bluetooth list can also be divided into multiple pages to display the mobile device 20, and the first mobile device 20 is displayed on the current page.

Similarly, the control terminal 10 (or the terminal processor 12) can also prioritize the mobile devices 20 that have historically established connections with the control terminal 10 in the Bluetooth list. Among them, the display priority of the mobile device 20 in the linking state is higher than the display priority of the mobile device 20 that has historically established a connection with the control terminal 10.

In some embodiments, the control terminal 10 (or terminal processor 12) defaults to selecting the mobile device 20 displayed on the current page or displaying the frontmost mobile device 20 that has established a WiFi connection with the control terminal 10, or receiving a selection instruction input by the user , Select the mobile device 20 that has established a WiFi connection with the control terminal 10, and send a connection request to the mobile device 20 according to the information of the mobile device 20.

Specifically, when the user does not input a selection instruction in the control terminal 10, the control terminal 10 defaults to selecting the current page displayed or the front mobile device 20 that has established a WiFi connection with the control terminal 10, and sends a connection request for wireless connection. Connect; when the user inputs a selection instruction in the control terminal 10, the control terminal 10 selects the mobile device 20 selected by the user that has established a WiFi connection with the control terminal 10, and sends a connection request to make a wireless connection. That is to say, the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal 10.

In some embodiments, the control terminal 10 (or terminal processor 12) is also used to obtain the connectable method of the movable device 20 according to the information of the selected movable device 20, and select one of the connection methods to establish the control terminal 10 and the connection between the mobile device 20.

Specifically, some portable devices 20 may have multiple connectable modes, for example, connection through a connection terminal, manual wifi connection, and frequency connection. The control terminal 10 establishes a connection with the movable device 20 according to the connectable mode selected by the user. That is, if the connectable mode selected by the user is connection through the connection terminal, the control terminal 10 establishes the connection between the control terminal 10 and the movable device 20 through the connection terminal. If the connectable mode selected by the user is manual wifi connection, the control terminal 10 establishes a connection between the control terminal 10 and the movable device 20 through manual wifi. If the user selects the linking mode, the user also needs to input a linking instruction on the mobile device 20 to make the mobile device 20 enter the linking state, and then control the terminal 10 and the mobile device in the linking state. The device 20 establishes a Bluetooth connection to obtain wifi information and establish a wifi connection.

In some embodiments, the control terminal 10 (or the terminal processor 12) is also used to establish a Bluetooth connection with the mobile device 20 according to the connection instruction input by the user when the mobile device 20 is in a connectable state.

For example, the fourth movable device 20 and the fifth movable device 20 in FIG. 6 are in a connectable state. If the user's selection instruction indicates to connect the fourth movable device 20, the control terminal 10 and the fourth movable device 20 are established Bluetooth connection; if the user's selection instruction indicates to connect the fifth movable device 20, the control terminal 10 establishes a Bluetooth connection with the fifth movable device 20.

Please refer to FIG. 2, the embodiment of the present application also provides a wireless connection method. Wireless connection methods include:

011: The control terminal 10 scans the Bluetooth list through the application program;

012: When the mobile device 20 is in a linking state, the control terminal 10 establishes a Bluetooth connection with the mobile device 20;

013: The control terminal 10 obtains the wifi information of the movable device 20 through Bluetooth;

014: The mobile device 20 sends wifi information to the control terminal 10; and

015: The control terminal 10 establishes a wifi connection with the movable device 20 through the application interface according to the wifi information.

In some embodiments, the wireless connection method further includes:

The mobile device 20 enters the pairing state according to the pairing instruction input by the user.

In some embodiments, the wireless connection method further includes:

When the mobile device 20 is in the linking state and the control terminal 10 does not establish a Bluetooth connection with the mobile device 20 within a predetermined period of time, the mobile device 20 closes the linking state.

In some embodiments, the wireless connection method further includes:

After the control terminal 10 establishes a wifi connection with the mobile device 20, the mobile device 20 adds the control terminal 10 to the white list of the mobile device 20.

Referring to FIG. 8, in some embodiments, the wireless connection method further includes:

016: The control terminal 10 judges whether a wifi connection has been established with the mobile device 20;

The control terminal 10 scans the Bluetooth list through the application program, including:

The control terminal 10 scans the Bluetooth list through the application when the wifi connection is not established with the mobile device 20.

016: The control terminal 10 determines whether a wifi connection has been established with the mobile device 20; and

017: When the control terminal 10 has established a wifi connection with the mobile device 20, it determines whether a replacement instruction input by the user is received;

When the control terminal 10 receives the replacement instruction, it scans the Bluetooth list through the application program.

In some embodiments, the wireless connection method further includes:

After the control terminal 10 scans the Bluetooth list through the application program, it sends a wake-up instruction to the mobile device 20 that has established a wifi connection with the control terminal 10.

In some embodiments, the wireless connection method further includes:

After scanning the Bluetooth list through the application program, the control terminal 10 sends a wake-up instruction to the mobile device 20 selected by the user.

In some embodiments, the wireless connection method further includes:

The control terminal 10 sends a wake-up instruction to the outside in the form of broadcast to wake up the movable device 20 that is sleeping.

In some embodiments, the wireless connection method further includes:

The control terminal 10 establishes a Bluetooth connection with the portable device 20 that the user selects to connect to according to the portable device 20 that the user selects to connect in the Bluetooth list.

Referring to FIG. 9, in some embodiments, the wireless connection method further includes:

018: The mobile device 20 judges whether the control terminal 10 is included in the whitelist; and

019: When the mobile device 20 includes the control terminal 10 in the whitelist, it establishes a Bluetooth connection with the control terminal 10.

018: The mobile device 20 determines whether the control terminal 10 is included in the whitelist;

020: When the mobile device 20 does not include the control terminal 10 in the whitelist, it receives the trust instruction input by the user; and

021: After receiving the trust instruction input by the user, the mobile device 20 allows the control terminal 10 to obtain the wifi information of the mobile device 20 through Bluetooth.

In some embodiments, the wireless connection method further includes:

After the mobile device 20 receives the trust instruction input by the user, it adds the control terminal 10 to the white list.

In some embodiments, the wireless connection method further includes:

The control terminal 10 displays the Bluetooth list.

In some embodiments, the wireless connection method further includes:

The control terminal 10 preferentially displays the portable device 20 in the linking state in the Bluetooth list.

In some embodiments, the wireless connection method further includes:

The control terminal 10 displays all the mobile devices 20 that have established a wifi connection with the control terminal 10 in the Bluetooth list.

In some embodiments, the control terminal 10 defaults to selecting the mobile device 20 displayed on the current page or displaying the frontmost mobile device 20 that has established a WiFi connection with the control terminal 10, or receives a selection instruction input by the user, and selects the establishment The mobile device 20 connected via WiFi sends a connection request to the mobile device 20 according to the information of the mobile device 20.

In some embodiments, the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal 10.

In some embodiments, the control terminal 10 obtains the connectable method of the movable device 20 according to the information of the selected movable device 20, and selects one of the connection methods to establish a connection between the control terminal 10 and the movable device 20 .

In some embodiments, the wireless connection method further includes:

When the movable device 20 is in a connectable state, the control terminal 10 establishes a Bluetooth connection with the movable device 20 according to the connection instruction input by the user.

The wireless connection method of the embodiment of the present application can be implemented by the wireless connection system 100 of the foregoing embodiment. In addition, the explanations of the wireless connection system 100, the control terminal 10, and the movable device 20 in the foregoing embodiment are also applicable to the wireless connection method of the embodiment of the present application, and will not be detailed here.

Referring to FIG. 4, the embodiment of the present application also provides a wireless connection method. Wireless connection methods include:

031: Scan the Bluetooth list through the app;

032: Establish a Bluetooth connection with the movable device 20 when the movable device 20 is in the linking state;

033: Obtain wifi information of the mobile device 20 via Bluetooth; and

034: Establish a wifi connection with the mobile device 20 through the application interface according to the wifi information.

In some embodiments, the mobile device 20 enters the pairing state according to the pairing instruction input by the user.

In some embodiments, when the mobile device 20 is in the linking state and the control terminal 10 does not establish a Bluetooth connection with the mobile device 20 within a predetermined period of time, the mobile device 20 closes the linking state.

In some embodiments, after the control terminal 10 and the mobile device 20 establish a wifi connection, the mobile device 20 adds the control terminal 10 to the white list of the mobile device 20.

In some embodiments, the wireless connection method further includes:

Determine whether the control terminal 10 has established a wifi connection with the movable device 20;

Scan the Bluetooth list through the app, including:

When the control terminal 10 does not establish a wifi connection with the mobile device 20, the Bluetooth list is scanned through the application program.

In some embodiments, the wireless connection method further includes:

Determine whether the control terminal 10 has established a wifi connection with the mobile device 20; and

When the control terminal 10 has established a wifi connection with the mobile device 20, it is determined whether the replacement instruction input by the user is received;

Scan the Bluetooth list through the app, including:

When the control terminal 10 receives the replacement instruction, the Bluetooth list is scanned through the application program.

In some embodiments, the wireless connection method further includes:

After the control terminal 10 scans the Bluetooth list through the application program, a wake-up instruction is sent to the mobile device 20 that has established a wifi connection with the control terminal 10.

In some embodiments, the wireless connection method further includes:

After the control terminal 10 scans the Bluetooth list through the application program, it sends a wake-up instruction to the mobile device 20 selected by the user.

In some embodiments, the wireless connection method further includes:

The wake-up instruction is sent out in the form of broadcast to wake up the movable device 20 that is sleeping.

In some embodiments, the wireless connection method further includes:

According to the portable device 20 that the user selects to connect in the Bluetooth list, a Bluetooth connection is established with the portable device 20 that the user selects to connect.

In some embodiments, when the mobile device 20 includes the control terminal 10 in the whitelist, a Bluetooth connection is established with the control terminal 10.

In some embodiments, after the mobile device 20 does not include the control terminal 10 in the whitelist and receives the trust instruction input by the user, the control terminal 10 is allowed to obtain the wifi information of the mobile device 20 through Bluetooth.

In some embodiments, the mobile device 20 adds the control terminal 10 to the white list after receiving the trust instruction input by the user.

In some embodiments, the wireless connection method further includes:

The Bluetooth list is displayed.

In some embodiments, the wireless connection method further includes:

The mobile device 20 in the linking state is displayed first in the Bluetooth list.

In some embodiments, the wireless connection method further includes:

All the portable devices 20 that have established a wifi connection with the control terminal 10 are displayed in the Bluetooth list.

In some embodiments, the wireless connection method further includes:

When the movable device 20 is in a connectable state, a Bluetooth connection is established with the movable device 20 according to the connection instruction input by the user.

The wireless connection method of the embodiment of the present application can be implemented by the control terminal 10 of the foregoing embodiment. In addition, the explanations of the wireless connection system 100, the control terminal 10, and the movable device 20 in the foregoing embodiment are also applicable to the wireless connection method of the embodiment of the present application, and will not be detailed here.

Referring to FIG. 5, the embodiment of the present application also provides a wireless connection method. Wireless connection methods include:

041: When the control terminal 10 scans the Bluetooth list through the application program and the movable device 20 is in the linking state, establish a Bluetooth connection with the control terminal 10; and

042: When the control terminal 10 obtains the wifi information of the movable device 20 through Bluetooth, the wifi information is sent to the control terminal 10 for the control terminal 10 to establish a wifi connection with the movable device 20 through the application interface according to the wifi information.

In some embodiments, the wireless connection method further includes:

Enter the linking state according to the linking instruction entered by the user.

In some embodiments, the wireless connection method further includes:

When the mobile device 20 is in the linking state and the control terminal 10 does not establish a Bluetooth connection with the mobile device 20 within a predetermined period of time, the linking state is closed.

In some embodiments, the wireless connection method further includes:

After the control terminal 10 establishes a wifi connection with the mobile device 20, the control terminal 10 is added to the white list of the mobile device 20.

In some embodiments, the control terminal 10 scans the Bluetooth list through the application when the wifi connection is not established with the mobile device 20.

In some embodiments, the control terminal 10 scans the Bluetooth list through the application when the wifi connection has been established with the mobile device 20 and the replacement instruction input by the user is received.

In some embodiments, after the control terminal 10 scans the Bluetooth list through the application program, it sends a wake-up instruction to the mobile device 20 that has established a wifi connection with the control terminal 10.

In some embodiments, the control terminal 10 sends a wake-up instruction to the mobile device 20 selected by the user after scanning the Bluetooth list through the application.

In some embodiments, the control terminal 10 sends a wake-up instruction to the outside in the form of a broadcast to wake up the movable device 20 that is sleeping.

In some embodiments, the control terminal 10 establishes a Bluetooth connection with the portable device 20 that the user selects to connect to according to the portable device 20 that the user selects to connect to in the Bluetooth list.

In some embodiments, the wireless connection method further includes:

Determine whether the control terminal 10 is included in the white list of the movable device 20; and

When the control terminal 10 is included in the white list, a Bluetooth connection is established with the control terminal 10.

In some embodiments, the wireless connection method further includes:

Determine whether the control terminal 10 is included in the white list of the movable device 20;

When the control terminal 10 is not included in the white list, receiving the trust instruction input by the user; and

After receiving the trust instruction input by the user, the control terminal 10 is allowed to obtain the wifi information of the movable device 20 through Bluetooth.

In some embodiments, the wireless connection method further includes:

After the mobile device 20 receives the trust instruction input by the user, the control terminal 10 is added to the white list.

In some embodiments, the control terminal 10 displays a Bluetooth list.

In some embodiments, the control terminal 10 preferentially displays the mobile device 20 in the linking state in the Bluetooth list.

In some embodiments, the control terminal 10 displays all the mobile devices 20 that have established a wifi connection with the control terminal 10 in the Bluetooth list.

In some embodiments, when the movable device 20 is in a connectable state, the control terminal 10 establishes a Bluetooth connection with the movable device 20 according to the connection instruction input by the user.

The wireless connection method of the embodiment of the present application can be implemented by the movable device 20 of the foregoing embodiment. In addition, the explanations of the wireless connection system 100, the control terminal 10, and the movable device 20 in the foregoing embodiment are also applicable to the wireless connection method of the embodiment of the present application, and will not be detailed here.

Referring to FIG. 1 and FIG. 11, the present application also provides a wireless connection system 100. The wireless connection system 100 includes a control terminal 10 and a movable device 20. The control terminal 10 is used to scan the Bluetooth list through the application program and broadcast a wake-up instruction. If the movable device 20 in the sleep mode receives the wake-up instruction, it exits the sleep mode. The control terminal 10 is also used to display the scanned mobile devices 20 according to different attributes according to their priority. Among them, the mobile devices 20 that have been connected to the control terminal 10 and the mobile devices 20 in the linking state have higher priority than Other removable equipment 20. The control terminal 10 is also used to obtain a connection instruction, and according to the movable device 20 corresponding to the connection instruction, send a connection request to the corresponding movable device 20 to establish a connection between the movable device 20 and the control terminal 10.

Referring to FIG. 3 and FIG. 12, the present application also provides a control terminal 10. The control terminal 10 includes a terminal processor 12. The terminal processor 12 is used to scan the Bluetooth list through the application program, and broadcast a wake-up command to wake up the sleeping mobile device 20; display the scanned mobile device 20 according to the priority according to different attributes, and the control terminal 10 is established The mobile device 20 that has been connected and the mobile device 20 in the paired state have a higher priority than other mobile devices 20; and the connection instruction is obtained, and the mobile device 20 is established according to the mobile device 20 corresponding to the connection instruction. Control the connection of the terminal 10.

Please refer to FIG. 3 and FIG. 13, this application also provides a movable device 20. The mobile device 20 includes a device processor 22. The device processor 22 is configured to: when in the sleep mode, exit the sleep mode if it receives a wake-up command sent by the control terminal 10 after scanning the Bluetooth list through the application program; and when receiving a connection request sent by the control terminal 10, Establish a connection between the mobile device 20 and the control terminal 10, where the control terminal 10 displays the scanned mobile devices 20 according to different attributes according to priority, the mobile devices 20 that have been connected to the control terminal 10, and the mobile devices 20 that have been connected to the control terminal 10. The mobile device 20 has a higher priority than other mobile devices 20, and the control terminal 10 sends a connection request to the mobile device 20 corresponding to the connection instruction.

In the wireless connection method, the wireless connection system 100, the control terminal 10, and the movable device 20 of the embodiment of the present application, the control terminal 10 displays the scanned movable device 20 according to different attributes according to priority, and sends a connection request to the connection instruction The corresponding movable device 20 can establish a connection with the movable device 20, without requiring the user to perform cumbersome operations on the control terminal 10, and a faster and better user experience can be obtained.

Specifically, the control terminal 10 may be a mobile phone, a remote control, a computer, etc., and the movable device 20 may be a sports camera, a mobile robot, a drone, or the like. The control terminal 10 scans the Bluetooth list through the application program. The mobile device 20 currently in the connectable state will be displayed in the Bluetooth list. At the same time, the mobile device 20 broadcasts and sends a wake-up instruction. If the mobile device 20 in the sleep mode receives the wake-up instruction, it exits the sleep mode and is also displayed in the scan result (that is, in the Bluetooth list).

In the Bluetooth list, the scanned mobile devices 20 are displayed in priority according to different attributes. The mobile device 20 that has established a connection with the control terminal 10 and the mobile device 20 in the linking state have higher priority than other mobile devices 20. Among them, the mobile device 20 in the linking state has the highest priority. For example, in FIG. 6, the priority of the first movable device 20 is higher than the priority of the second movable device 20 and the third movable device 20, and the priority of the second movable device 20 and the third movable device 20 The priority is higher than that of the fourth movable device 20 and the fifth movable device 20.

The connection instruction acquired by the control terminal 10 may be a connection instruction input by the user, for example, the user selects the second movable device 20 or the fourth movable device 20. The connection instruction acquired by the control terminal 10 may also be set by default, for example, a connection instruction to establish a connection with the mobile device 20 displayed on the current page or displayed at the top.

In some embodiments, the control terminal 10 (or terminal processor 12) is also used to: obtain the connectable mode of the movable device 20 according to the movable device 20 corresponding to the connection instruction; and select any of the connectable modes One is connected with the movable device 20.

It can be understood that the foregoing explanation of the connectable manner is also applicable to the embodiments of the present application, and the description will not be further described here.

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the mobile device 20 displays the operation after receiving the connection request Page, when the control terminal 10 receives the confirmed feedback fed back by the movable device 20, the connection between the control terminal 10 and the movable device 20 is established.

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the terminal processor 12 will perform the operation according to the received mobile device 20 In response to the connection request, a connection with the movable device 20 is established.

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the device processor 22 displays the operation after receiving the connection request Page and send feedback on the connection request to the control terminal 10 to establish a connection between the control terminal 10 and the movable device 20.

For example, the movable device 20 corresponding to the connection instruction is the fourth movable device 20 (as shown in FIG. 6), the fourth movable device 20 has not established a connection with the control terminal 10, and the fourth movable device 20 is not listed Enter the white list of the mobile device 20 (as shown in FIG. 7), after the mobile device 20 receives the connection request, the user needs to confirm on the mobile device 20 whether to trust the control terminal 10 or whether to establish with the control terminal 10 Connect (as shown in Figure 10). When the user confirms trusting the control terminal 10 on the mobile device 20 or confirms the establishment of a connection with the control terminal 10, the mobile device 20 sends a confirmed feedback to the control terminal 10. After the control terminal 10 receives the feedback, the control terminal 10 establishes control The terminal 10 and the mobile device 20 are connected.

Referring to FIG. 14, in some embodiments, if the selected movable device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the movable device 20, the control terminal 10 will send 20 generates a random code after sending the connection request. The mobile device 20 also generates a random code after receiving the connection request. If the random code on the mobile device 20 matches the random code on the control terminal 10, the user confirmation operation is accepted and the connection is established .

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the terminal processor 12 sends a connection request to the mobile device 20 Then, a random code is generated. If the random code matches the random code generated on the mobile device 20, the user confirmation operation is accepted and the connection is established.

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the device processor 22 generates a random code after receiving the connection request If the random code matches the random code generated on the control terminal 10, the connection is established after the control terminal 10 accepts the user confirmation operation.

Specifically, still taking the movable device 20 corresponding to the connection instruction as the fourth movable device 20 as an example, referring to FIG. 14, after the control terminal 10 sends a connection request to the movable device 20, the control terminal 10 generates the random code ACeh, The mobile device 20 also generates a random code ACeh after receiving the connection request. At this time, the random code on the mobile device 20 matches the random code on the control terminal 10, and the user performs a confirmation operation through the control terminal 10 to confirm the connection.

It can be understood that the foregoing explanations for adding a whitelist after the wifi connection is established are also applicable to the implementation of this application, and the explanation is not repeated here.

In some embodiments, the scanned mobile devices 20 are displayed in priority according to different attributes, where the different attributes include the historical connection status and current status of the mobile device 20.

For example, in FIG. 6, the priority of the movable device 20 (the first movable device 20) in the linked state, the movable device 20 (the second movable device 20 and the third movable device 20) that have established a connection with the control terminal 10 The priority of the mobile device 20) and the priority of the movable devices 20 (the fourth movable device 20 and the fifth movable device 20) that are currently in a connectable state are sequentially reduced. Further, among the mobile devices 20 that have been connected to the control terminal 10, the mobile device 20 (the second mobile device 20) that is currently in the connectable state has a higher priority than the mobile device that is currently in the unconnectable state. The priority of 20 (the third movable device 20).

In some embodiments, if the mobile device 20 has established a connection with the control terminal 10, or the mobile device 20 is in a linking state, the display priority of the mobile device 20 is higher than other mobile devices 20.

It can be understood that the foregoing explanation of the display priority is also applicable to the embodiments of the present application, and the explanation is omitted here.

In some embodiments, if the mobile device 20 is in a frequency-linked state, the control terminal 10 (or terminal processor 12) obtains the wifi information of the mobile device 20 through Bluetooth, and establishes a connection with the mobile device 20 according to the wifi information .

In some embodiments, when the mobile device 20 is in a frequency-linking state, the control terminal 10 is allowed to obtain the wifi information of the mobile device 20 through Bluetooth, and establish a connection according to the wifi information.

It can be understood that the foregoing explanation of the wireless connection between the mobile device 20 and the control terminal 10 in the frequency-linked state is also applicable to the embodiments of the present application, and the description is not repeated here.

Referring to FIG. 11, the embodiment of the present application also provides a wireless connection method. The wireless connection method is used to connect the control terminal 10 and the movable device 20. Wireless connection methods include:

051: The control terminal 10 scans the Bluetooth list through the application program and broadcasts a wake-up command. If the movable device 20 in the sleep mode receives the wake-up command, it exits the sleep mode;

052: Display the scanned mobile devices 20 according to different attributes and priority. Among them, the mobile device 20 that has been connected to the control terminal 10 and the mobile device 20 in the linking state have higher priority than other mobile devices 20; and

053: Acquire the connection instruction, send a connection request to the corresponding movable device 20 according to the movable device 20 corresponding to the connection instruction, and establish a connection between the movable device 20 and the control terminal 10.

In some embodiments, acquiring the connection instruction, sending a connection request to the corresponding movable device 20 according to the movable device 20 corresponding to the connection instruction, and establishing a connection between the movable device 20 and the control terminal 10 includes:

Acquire the connectable mode of the movable device 20 according to the movable device 20 corresponding to the connection instruction; and

Select any one of the connectable methods to connect to the portable device 20.

In some embodiments, the control terminal 10 generates a random code after sending a connection request to the mobile device 20, and the mobile device 20 also generates a random code after receiving the connection request. If the random code on the mobile device 20 matches the control terminal 10 If the random code matches, accept the user's confirmation operation and establish a connection.

In some embodiments, if the mobile device 20 is in a linking state, the control terminal 10 obtains the wifi information of the mobile device 20 through Bluetooth, and establishes a connection with the mobile device according to the wifi information.

Referring to FIG. 12, the embodiment of the present application also provides a wireless connection method. The wireless connection method is applied to the control terminal 10. Wireless connection methods include:

061: The control terminal 10 scans the Bluetooth list through the application program, and broadcasts a wake-up command to wake up the sleeping movable device 20;

062: Display the scanned mobile devices 20 according to different attributes according to their priority. Among them, the mobile devices 20 that have been connected to the control terminal 10 and the mobile devices 20 in the linking state have higher priority than other mobile devices 20; and

063: Acquire a connection instruction, and establish a connection between the movable device 20 and the control terminal 10 according to the movable device 20 corresponding to the connection instruction.

In some embodiments, obtaining the connection instruction and establishing a connection between the movable device 20 and the control terminal 10 according to the movable device 20 corresponding to the connection instruction includes:

Select any one of the connectable methods to connect to the portable device 20.

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the control terminal 10 will check the mobile device 20 according to the received mobile device 20. The feedback of the connection request establishes the connection with the movable device 20.

In some embodiments, the control terminal 10 generates a random code after sending a connection request to the mobile device 20. If the random code matches the random code generated on the mobile device 20, it accepts the user's confirmation operation to establish a connection.

Please refer to FIG. 13, an embodiment of the present application also provides a wireless connection method. The wireless connection method is applied to the movable device 20. Wireless connection methods include:

071: When the mobile device 20 is in the sleep mode, if it receives a wake-up instruction broadcasted by the control terminal 10 after scanning the Bluetooth list through the application, it exits the sleep mode; and

072: When a connection request sent by the control terminal 10 is received, a connection between the movable device 20 and the control terminal 10 is established, where the control terminal 10 displays the scanned movable device 20 according to different attributes according to priority, and the control terminal 10 The mobile device 20 that has established a connection and the mobile device 20 that is in a paired state have higher priority than other mobile devices 20, and the control terminal 10 sends a connection request to the mobile device 20 corresponding to the connection instruction.

In some embodiments, the control terminal 10 obtains the connectable manner of the movable device 20 according to the movable device 20 corresponding to the connection instruction, and selects any one of the connectable manners to connect to the movable device 20.

In some embodiments, if the selected mobile device 20 has not established a connection with the control terminal 10 or the control terminal 10 is not included in the whitelist of the mobile device 20, the mobile device 20 displays the operation after receiving the connection request Page and send feedback on the connection request to the control terminal 10 to establish a connection between the control terminal 10 and the movable device 20.

In some embodiments, the mobile device 20 generates a random code after receiving the connection request. If the random code matches the random code generated on the control terminal 10, the control terminal 10 will establish a connection after the control terminal 10 accepts the user confirmation operation.

In the description of this specification, the description with reference to the terms "certain embodiments", "in an example", "exemplary", etc. means that specific features, structures, materials or characteristics described in conjunction with the embodiments or examples are included in In at least one embodiment or example of this application. In this specification, the schematic representations of the above-mentioned terms do not necessarily refer to the same embodiment or example. Moreover, the described specific features, structures, materials, or characteristics can be combined in any one or more embodiments or examples in an appropriate manner. In addition, those skilled in the art can combine and combine the different embodiments or examples and the characteristics of the different embodiments or examples described in this specification without contradicting each other.

Any process or method description in the flowchart or described in other ways herein can be understood as a module, segment, or part of code that includes one or more executable instructions for implementing specific logical functions or steps of the process , And the scope of the preferred embodiments of the present application includes additional implementations, which may not be in the order shown or discussed, including performing functions in a substantially simultaneous manner or in reverse order according to the functions involved. This should It is understood by those skilled in the art to which the embodiments of this application belong.

Although the embodiments of the present application have been shown and described above, it can be understood that the above embodiments are exemplary and should not be construed as limitations on the present application. Those of ordinary skill in the art can comment on the above within the scope of the present application. The implementation is subject to changes, modifications, replacements and modifications.

Claims

A wireless connection method, characterized by comprising:

The control terminal scans the Bluetooth list through the application;

When the movable device is in a linking state, the control terminal establishes a Bluetooth connection with the movable device;

The control terminal obtains the wifi information of the movable device through Bluetooth;

The mobile device sends the wifi information to the control terminal; and

The control terminal establishes a wifi connection with the mobile device through an application interface according to the wifi information.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The mobile device enters the linking state according to the linking instruction input by the user.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

When the movable device is in the linking state and the control terminal does not establish a Bluetooth connection with the movable device within a predetermined period of time, the movable device closes the linking state.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

After the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the white list of the mobile device.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The control terminal judges whether a wifi connection has been established with the mobile device;

The control terminal scans the Bluetooth list through the application program, including:

When the control terminal does not establish a wifi connection with the mobile device, scan the Bluetooth list through the application program.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The control terminal judges whether a wifi connection has been established with the mobile device; and

When the control terminal has established a wifi connection with the mobile device, judge whether a replacement instruction input by the user is received;

The control terminal scans the Bluetooth list through the application program, including:

When the control terminal receives the replacement instruction, scans the Bluetooth list through the application program.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

After scanning the Bluetooth list through the application program, the control terminal sends a wake-up instruction to the mobile device that has established a wifi connection with the control terminal.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The control terminal sends a wake-up instruction to the mobile device selected by the user after scanning the Bluetooth list through the application program.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The control terminal sends a wake-up instruction in the form of broadcast to wake up the movable device that is dormant.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The control terminal establishes a Bluetooth connection with the movable device selected by the user to connect according to the movable device selected by the user to connect in the Bluetooth list.
The wireless connection method according to claim 10, wherein the wireless connection method further comprises:

The mobile device judges whether the control terminal is included in the white list; and

When the mobile device includes the control terminal in the white list, a Bluetooth connection is established with the control terminal.
The wireless connection method according to claim 10, wherein the wireless connection method further comprises:

The mobile device judges whether the control terminal is included in the white list;

When the mobile device does not include the control terminal in the white list, receiving a trust instruction input by the user; and

After receiving the trust instruction input by the user, the movable device allows the control terminal to obtain the wifi information of the movable device through Bluetooth.
The wireless connection method according to claim 12, wherein the wireless connection method further comprises:

After receiving the trust instruction input by the user, the mobile device adds the control terminal to the white list.
The wireless connection method according to claim 1, wherein the wireless connection method further comprises:

The control terminal displays the Bluetooth list.
The wireless connection method according to claim 14, wherein the wireless connection method further comprises:

The control terminal prioritizes the display of the mobile device in the linking state in the Bluetooth list.
The wireless connection method according to claim 14, wherein the wireless connection method further comprises:

The control terminal displays all the mobile devices that have established a wifi connection with the control terminal in the Bluetooth list.
The wireless connection method according to claim 16, wherein the control terminal selects by default the mobile device displayed on the current page or displayed on the front of the mobile device that has established a WiFi connection with the control terminal, or the receiving user The input selection instruction selects the mobile device that has established a WiFi connection with the control terminal, and sends a connection request to the mobile device according to the information of the mobile device.
The wireless connection method according to claim 17, wherein the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal.
The wireless connection method according to claim 17 or 18, wherein the control terminal obtains the connectable mode of the movable device according to the information of the selected movable device, and selects one of the connection modes Establish a connection between the control terminal and the movable device.
The wireless connection method according to claim 16, wherein the wireless connection method further comprises:

When the movable device is in a connectable state, the control terminal establishes a Bluetooth connection with the movable device according to the connection instruction input by the user.
A wireless connection method, characterized by comprising:

Scan the Bluetooth list through the app;

When the movable device is in a linking state, establish a Bluetooth connection with the movable device;

Obtain the wifi information of the mobile device via Bluetooth; and

Establish a wifi connection with the mobile device through an application interface according to the wifi information.
22. The wireless connection method according to claim 21, wherein the mobile device enters the pairing state according to a pairing instruction input by a user.
The wireless connection method according to claim 21, wherein when the movable device is in the linking state and the control terminal does not establish a Bluetooth connection with the movable device within a predetermined period of time, all The mobile device closes the linking state.
The wireless connection method according to claim 21, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the white of the mobile device. List.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

Determine whether the control terminal has established a wifi connection with the mobile device;

The scanning of the Bluetooth list through the application program includes:

When the control terminal does not establish a wifi connection with the mobile device, scan the Bluetooth list through the application program.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

Determine whether the control terminal has established a wifi connection with the mobile device; and

When the control terminal has established a wifi connection with the mobile device, determining whether a replacement instruction input by the user is received;

The scanning of the Bluetooth list through the application program includes:

When the control terminal receives the replacement instruction, scan the Bluetooth list through the application program.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

After the control terminal scans the Bluetooth list through the application program, a wake-up instruction is sent to the movable device that has established a wifi connection with the control terminal.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

After the control terminal scans the Bluetooth list through the application program, it sends a wake-up instruction to the mobile device selected by the user.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

A wake-up instruction is sent out in the form of a broadcast to wake up the movable device that is sleeping.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

According to the mobile device that the user selects to connect in the Bluetooth list, a Bluetooth connection is established with the mobile device that the user selects to connect.
The wireless connection method according to claim 30, wherein the mobile device establishes a Bluetooth connection with the control terminal when the control terminal is included in the white list.
The wireless connection method according to claim 30, wherein after the mobile device does not include the control terminal in the whitelist and receives the trust instruction input by the user, the control terminal is allowed to obtain the control terminal through Bluetooth. The wifi information of the mobile device.
The wireless connection method according to claim 32, wherein the mobile device adds the control terminal to the white list after receiving the trust instruction input by the user.
The wireless connection method according to claim 21, wherein the wireless connection method further comprises:

The Bluetooth list is displayed.
The wireless connection method according to claim 34, wherein the wireless connection method further comprises:

The mobile device in the linking state is preferentially displayed in the Bluetooth list.
The wireless connection method according to claim 34, wherein the wireless connection method further comprises:

Displaying all the mobile devices that have established a wifi connection with the control terminal in the Bluetooth list.
The wireless connection method according to claim 36, wherein the control terminal selects by default the mobile device displayed on the current page or displayed at the top of the mobile device that has established a WiFi connection with the control terminal, or the receiving user The input selection instruction selects the mobile device that has established a WiFi connection with the control terminal, and sends a connection request to the mobile device according to the information of the mobile device.
The wireless connection method according to claim 37, wherein the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal.
The wireless connection method according to claim 37 or 38, wherein the control terminal obtains the connectable method of the movable device according to the information of the selected movable device, and selects one of the connection methods Establish a connection between the control terminal and the movable device.
The wireless connection method according to claim 36, wherein the wireless connection method further comprises:

When the mobile device is in a connectable state, a Bluetooth connection is established with the mobile device according to the connection instruction input by the user.
A wireless connection method, characterized by comprising:

When the control terminal scans the Bluetooth list through the application program and the mobile device is in the linking state, establish a Bluetooth connection with the control terminal; and

When the control terminal obtains the wifi information of the movable device via Bluetooth, the wifi information is sent to the control terminal so that the control terminal can communicate with the movable device through an application interface according to the wifi information Establish a wifi connection.
The wireless connection method according to claim 41, wherein the wireless connection method further comprises:

Enter the frequency-linking state according to the frequency-linking instruction input by the user.
The wireless connection method according to claim 41, wherein the wireless connection method further comprises:

When the mobile device is in the linking state and the control terminal does not establish a Bluetooth connection with the mobile device within a predetermined period of time, the linking state is closed.
The wireless connection method according to claim 41, wherein the wireless connection method further comprises:

After the control terminal establishes a wifi connection with the mobile device, the control terminal is added to the white list of the mobile device.
The wireless connection method according to claim 41, wherein the control terminal scans the Bluetooth list through the application program when the wifi connection is not established with the mobile device.
The wireless connection method according to claim 41, wherein the control terminal scans the Bluetooth list through the application program when the wifi connection has been established with the mobile device and the replacement instruction input by the user is received. .
The wireless connection method according to claim 41, wherein after the control terminal scans the Bluetooth list through the application program, it sends a wake-up instruction to the mobile that has established a wifi connection with the control terminal. equipment.
The wireless connection method according to claim 41, wherein the control terminal sends a wake-up instruction to the mobile device selected by the user after scanning the Bluetooth list through the application program.
The wireless connection method according to claim 41, wherein the control terminal sends a wake-up instruction in the form of broadcast to wake up the movable device that is dormant.
The wireless connection method according to claim 41, wherein the control terminal establishes a Bluetooth connection with the movable device that the user selects to connect according to the mobile device that the user selects to connect in the Bluetooth list.
The wireless connection method according to claim 50, wherein the wireless connection method further comprises:

Determine whether the control terminal is included in the whitelist of the mobile device; and

When the control terminal is included in the white list, a Bluetooth connection is established with the control terminal.
The wireless connection method according to claim 50, wherein the wireless connection method further comprises:

Determine whether the control terminal is included in the whitelist of the movable device;

When the control terminal is not included in the white list, receiving a trust instruction input by the user; and

After receiving the trust instruction input by the user, the control terminal is allowed to obtain the wifi information of the movable device through Bluetooth.
The wireless connection method according to claim 52, wherein the wireless connection method further comprises:

After the mobile device receives the trust instruction input by the user, the control terminal is added to the white list.
The wireless connection method according to claim 41, wherein the control terminal displays the Bluetooth list.
The wireless connection method according to claim 54, characterized in that, the control terminal prioritizes the display of the movable device in the linking state in the Bluetooth list.
The wireless connection method according to claim 54, wherein the control terminal displays all the mobile devices that have established a wifi connection with the control terminal in the Bluetooth list.
The wireless connection method according to claim 56, wherein the control terminal selects by default the mobile device displayed on the current page or displayed on the front that has established a WiFi connection with the control terminal, or the receiving user The input selection instruction selects the mobile device that has established a WiFi connection with the control terminal, and sends a connection request to the mobile device according to the information of the mobile device.
The wireless connection method according to claim 57, wherein the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal.
The wireless connection method according to claim 57 or 58, wherein the control terminal obtains the connectable mode of the movable device according to the information of the selected movable device, and selects one of the connection modes Establish a connection between the control terminal and the movable device.
The wireless connection method according to claim 56, wherein the control terminal establishes a Bluetooth connection with the movable device according to a connection instruction input by the user when the movable device is in a connectable state.
A wireless connection system, characterized in that it includes a control terminal and a movable device;

The control terminal is used to scan the Bluetooth list through an application;

The control terminal is used to establish a Bluetooth connection with the mobile device when the mobile device is in a linking state;

The control terminal is used to obtain the wifi information of the movable device through Bluetooth;

The mobile device is used to send the wifi information to the control terminal;

The control terminal is used to establish a wifi connection with the mobile device through an application interface according to the wifi information.
The wireless connection system according to claim 61, wherein the movable device is further configured to enter the pairing state according to a pairing instruction input by a user.
The wireless connection system according to claim 61, wherein when the mobile device is in the linking state and the control terminal does not establish a Bluetooth connection with the mobile device within a predetermined period of time, all The mobile device closes the linking state.
The wireless connection system according to claim 61, wherein after the control terminal establishes a wifi connection with the movable device, the movable device adds the control terminal to the white of the movable device List.
The wireless connection system according to claim 61, wherein:

The control terminal is also used to determine whether a wifi connection has been established with the movable device;

The control terminal is used to scan the Bluetooth list through the application when the wifi connection is not established with the mobile device.
The wireless connection system according to claim 61, wherein:

The control terminal is also used to determine whether a wifi connection has been established with the movable device;

The control terminal is used to determine whether a replacement instruction input by a user is received when a wifi connection has been established with the movable device;

The control terminal is further configured to scan the Bluetooth list through the application program when receiving the replacement instruction.
The wireless connection system according to claim 61, wherein the control terminal is further configured to, after scanning the Bluetooth list through the application program, send a wake-up instruction to all those who have established a wifi connection with the control terminal. Mentioned removable equipment.
The wireless connection system according to claim 61, wherein the control terminal is further configured to send a wake-up instruction to the mobile device selected by the user after scanning the Bluetooth list through the application program.
The wireless connection system according to claim 61, wherein the control terminal is further configured to send a wake-up instruction in the form of broadcast to wake up the movable device that is dormant.
The wireless connection system according to claim 61, wherein the control terminal is further configured to establish a Bluetooth connection with the mobile device that the user chooses to connect to according to the mobile device that the user selects to connect in the Bluetooth list. connection.
The wireless connection system according to claim 70, wherein:

The mobile device is also used to determine whether the control terminal is included in the white list; and

The movable device is used to establish a Bluetooth connection with the control terminal when the control terminal is included in the white list.
The wireless connection system according to claim 70, wherein:

The mobile device is also used to determine whether the control terminal is included in the white list;

The mobile device is configured to receive a trust instruction input by a user when the control terminal is not included in the white list;

The mobile device is further configured to allow the control terminal to obtain the wifi information of the mobile device via Bluetooth after receiving the trust instruction input by the user.
The wireless connection system according to claim 72, wherein the movable device is configured to add the control terminal to the white list after receiving the trust instruction input by the user.
The wireless connection system according to claim 61, wherein the control terminal is also used to display the Bluetooth list.
The wireless connection system according to claim 74, wherein the control terminal is used to display the mobile device in the linking state first in the Bluetooth list.
The wireless connection system according to claim 74, wherein the control terminal is used to display all the movable devices that have established a wifi connection with the control terminal in the Bluetooth list.
The wireless connection system according to claim 76, wherein the control terminal selects by default the mobile device displayed on the current page or displayed on the front of the mobile device that has established a WiFi connection with the control terminal, or the receiving user The input selection instruction selects the mobile device that has established a WiFi connection with the control terminal, and sends a connection request to the mobile device according to the information of the mobile device.
The wireless connection system according to claim 77, wherein the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal.
The wireless connection system according to claim 77 or 78, wherein the control terminal is further configured to obtain the connectable mode of the movable device according to the information of the selected movable device, and select one of them. This connection method establishes a connection between the control terminal and the movable device.
The wireless connection system according to claim 76, wherein the control terminal is further configured to establish a Bluetooth connection with the mobile device according to a connection instruction input by the user when the mobile device is in a connectable state.
A control terminal, characterized by comprising a terminal processor, and the terminal processor is configured to:

Scan the Bluetooth list through the app;

When the movable device is in a linking state, establish a Bluetooth connection with the movable device;

Obtain the wifi information of the mobile device via Bluetooth; and

Establish a wifi connection with the mobile device through an application interface according to the wifi information.
The control terminal according to claim 81, wherein the mobile device enters the linking state according to a linking instruction input by a user.
The control terminal according to claim 81, wherein when the mobile device is in the linking state and the control terminal does not establish a Bluetooth connection with the mobile device within a predetermined period of time, the The mobile device closes the linking state.
The control terminal according to claim 81, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the white list of the mobile device .
The control terminal according to claim 81, wherein the terminal processor is further configured to:

Determine whether the control terminal has established a wifi connection with the mobile device; and

When the control terminal does not establish a wifi connection with the mobile device, scan the Bluetooth list through the application program.
The control terminal according to claim 81, wherein the terminal processor is further configured to:

Determine whether the control terminal has established a wifi connection with the mobile device; and

When the control terminal has established a wifi connection with the mobile device, determining whether a replacement instruction input by the user is received;

When the control terminal receives the replacement instruction, scan the Bluetooth list through the application program.
The control terminal according to claim 81, wherein the terminal processor is further configured to, after scanning the Bluetooth list through the application program, send a wake-up instruction to all those who have established a wifi connection with the control terminal. Mentioned removable equipment.
The control terminal according to claim 81, wherein the terminal processor is further configured to send a wake-up instruction to the mobile device selected by the user after scanning the Bluetooth list through the application program.
The control terminal according to claim 81, wherein the terminal processor is further configured to send a wake-up instruction to the outside in the form of broadcast to wake up the dormant movable device.
The control terminal according to claim 81, wherein the terminal processor is further configured to establish a Bluetooth connection with the mobile device that the user chooses to connect to according to the user's selection of the mobile device to be connected in the Bluetooth list. connection.
The control terminal according to claim 90, wherein the mobile device establishes a Bluetooth connection with the control terminal when the control terminal is included in the white list.
The control terminal according to claim 90, wherein after the mobile device does not include the control terminal in the whitelist and receives a trust instruction input by the user, the control terminal is allowed to obtain the control terminal through Bluetooth. The wifi information of the mobile device.
The control terminal according to claim 92, wherein the mobile device adds the control terminal to the white list after receiving the trust instruction input by the user.
The control terminal according to claim 81, wherein the terminal processor is further configured to display the Bluetooth list.
The control terminal according to claim 94, wherein the terminal processor is further configured to display the mobile device in the linking state in the Bluetooth list with priority.
The control terminal according to claim 94, wherein the terminal processor is further configured to display all the movable devices that have established a wifi connection with the control terminal in the Bluetooth list.
The control terminal according to claim 96, wherein the terminal processor selects by default the mobile device displayed on the current page or displayed on the front that has established a WiFi connection with the control terminal, or the receiving user The input selection instruction selects the mobile device that has established a WiFi connection with the control terminal, and sends a connection request to the mobile device according to the information of the mobile device.
The control terminal according to claim 97, wherein the priority selected according to the selection instruction input by the user is higher than the priority selected by default according to the control terminal.
The control terminal according to claim 97 or 98, wherein the terminal processor is configured to obtain the connectable mode of the movable device according to the information of the selected movable device, and select one of the connection modes Way to establish a connection between the control terminal and the movable device.
The control terminal according to claim 96, wherein the terminal processor is further configured to establish a Bluetooth connection with the mobile device according to a connection instruction input by the user when the mobile device is in a connectable state.
A portable device, characterized by comprising a device processor, the device processor being used for:

When the control terminal scans the Bluetooth list through the application program and the mobile device is in the linking state, establish a Bluetooth connection with the control terminal; and

When the control terminal obtains the wifi information of the movable device via Bluetooth, the wifi information is sent to the control terminal so that the control terminal can communicate with the movable device through an application interface according to the wifi information Establish a wifi connection.
The mobile device according to claim 101, wherein the device processor is further configured to control the mobile device to enter the linking state according to a linking instruction input by a user.
The movable device according to claim 101, wherein the device processor is further configured to: when the movable device is in the pairing state and within a predetermined period of time, the control terminal has not communicated with the portable device. When the mobile device establishes a Bluetooth connection, the mobile device is controlled to close the linking state.
The mobile device according to claim 101, wherein the device processor is further configured to add the control terminal to the mobile device after the control terminal establishes a wifi connection with the mobile device The whitelist of the device.
The portable device according to claim 101, wherein the control terminal scans the Bluetooth list through the application program when the wifi connection is not established with the portable device.
The mobile device according to claim 101, wherein the control terminal scans the Bluetooth list through the application when a wifi connection has been established with the mobile device and a replacement instruction input by the user is received. .
The mobile device according to claim 101, wherein after the control terminal scans the Bluetooth list through the application program, it sends a wake-up instruction to the mobile device that has established a Wi-Fi connection with the control terminal. equipment.
The mobile device according to claim 101, wherein the control terminal sends a wake-up instruction to the mobile device selected by the user after scanning the Bluetooth list through the application program.
The movable device according to claim 101, wherein the control terminal sends a wake-up instruction in the form of broadcast to wake up the dormant movable device.
The mobile device according to claim 101, wherein the control terminal establishes a Bluetooth connection with the mobile device that the user selects to connect according to the mobile device that the user selects to connect in the Bluetooth list.
The mobile device according to claim 110, wherein the device processor is further configured to:

Determine whether the control terminal is included in the whitelist of the mobile device; and

When the control terminal is included in the white list, a Bluetooth connection is established with the control terminal.
The mobile device according to claim 110, wherein the device processor is further configured to:

Determine whether the control terminal is included in the whitelist of the movable device;

When the control terminal is not included in the white list, receiving a trust instruction input by the user; and

After receiving the trust instruction input by the user, the control terminal is allowed to obtain the wifi information of the movable device through Bluetooth.
The mobile device according to claim 112, wherein the device processor is further configured to add the control terminal to the white device after the mobile device receives the trust instruction input by the user. List.
The mobile device according to claim 101, wherein the control terminal displays the Bluetooth list.
The mobile device according to claim 114, wherein the control terminal prioritizes the mobile device in the linking state to be displayed in the Bluetooth list.
The mobile device according to claim 114, wherein the control terminal displays all the mobile devices that have established a wifi connection with the control terminal in the Bluetooth list.
The mobile device according to claim 116, wherein the control terminal selects by default the mobile device displayed on the current page or displayed on the front that has established a WiFi connection with the control terminal, or the receiving user The input selection instruction selects the mobile device that has established a WiFi connection with the control terminal, and sends a connection request to the mobile device according to the information of the mobile device.
The mobile device according to claim 117, wherein the priority selected according to the selection instruction input by the user is higher than the priority selected according to the default of the control terminal.
The movable device according to claim 117 or 118, wherein the control terminal obtains the connectable mode of the movable device according to the information of the selected movable device, and selects one of the connection modes Establish a connection between the control terminal and the movable device.
The movable device according to claim 116, wherein the control terminal establishes a Bluetooth connection with the movable device according to a connection instruction input by the user when the movable device is in a connectable state.
A wireless connection method for connecting a control terminal and a mobile device, characterized in that the wireless connection method includes:

The control terminal scans the Bluetooth list through the application program and broadcasts a wake-up instruction. If the movable device in the sleep mode receives the wake-up instruction, it exits the sleep mode;

Display the scanned mobile devices according to their priorities according to different attributes, wherein the mobile devices that have established a connection with the control terminal and the mobile devices in the linking state have higher priority than other mobile devices; and

A connection instruction is acquired, and a connection request is sent to the corresponding movable device according to the movable device corresponding to the connection instruction, and a connection between the movable device and the control terminal is established.
The wireless connection method according to claim 121, wherein the acquiring connection instruction sends a connection request to the corresponding movable device according to the movable device corresponding to the connection instruction, and establishes the connection between the movable device and the movable device. The connection of the control terminal includes:

Obtaining the connectable mode of the movable device according to the movable device corresponding to the connection instruction; and

Select any one of the connectable modes to connect with the movable device.
The wireless connection method according to claim 121, wherein if the selected mobile device has not established a connection with the control terminal or the control terminal is not included in the white list of the mobile device, then After receiving the connection request, the mobile device displays an operation page, and when the control terminal receives the confirmed feedback fed back by the mobile device, establishes the connection between the control terminal and the mobile device.
The wireless connection method according to claim 123, wherein the control terminal generates a random code after sending the connection request to the mobile device, and the mobile device also generates a random code after receiving the connection request. If the random code on the mobile device matches the random code on the control terminal, accept the user confirmation operation and establish a connection.
The wireless connection method according to claim 121, 123 or 124, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the mobile device Whitelist.
The wireless connection method according to claim 121, wherein the scanned mobile devices are displayed in priority according to different attributes, wherein the different attributes include historical connection status and current status of the mobile device .
The wireless connection method according to claim 126, wherein if the movable device has established a connection with the control terminal, or the movable device is in a linking state, the display of the movable device is prioritized The level is higher than other removable devices.
The wireless connection method according to claim 121, 126, or 127, wherein if the mobile device is in a linking state, the control terminal obtains the Wi-Fi information of the mobile device through Bluetooth, and according to the The wifi information establishes a connection with the movable device.
A wireless connection method applied to a control terminal, wherein the wireless connection method includes:

The control terminal scans the Bluetooth list through the application program, and broadcasts a wake-up instruction to wake up the dormant movable device;

Display the scanned mobile devices according to their priorities according to different attributes, wherein the mobile devices that have established a connection with the control terminal and the mobile devices in the linking state have higher priority than other mobile devices; and

Acquire a connection instruction, and establish a connection between the movable device and the control terminal according to the movable device corresponding to the connection instruction.
The wireless connection method according to claim 129, wherein the acquiring a connection instruction and establishing a connection between the movable device and the control terminal according to the movable device corresponding to the connection instruction comprises:

Obtaining the connectable mode of the movable device according to the movable device corresponding to the connection instruction; and

Select any one of the connectable modes to connect with the movable device.
The wireless connection method according to claim 129, wherein if the selected mobile device has not established a connection with the control terminal or the control terminal is not included in the white list of the mobile device, then The control terminal establishes a connection with the movable device according to the received feedback of the movable device to the connection request.
The wireless connection method according to claim 131, wherein the control terminal generates a random code after sending the connection request to the mobile device, if this random code is the same as the random code generated on the mobile device If it matches, accept the user's confirmation operation and establish a connection.
The wireless connection method according to claim 129, 131 or 132, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the mobile device Whitelist.
The wireless connection method according to claim 129, wherein the scanned mobile devices are displayed in priority according to different attributes, wherein the different attributes include historical connection status and current status of the mobile device .
The wireless connection method according to claim 134, wherein if the movable device has established a connection with the control terminal, or the movable device is in a linking state, the display of the movable device is prioritized The level is higher than other removable devices.
The wireless connection method according to claim 129, 134, or 135, wherein if the mobile device is in a linking state, the control terminal obtains the wifi information of the mobile device through Bluetooth, and then according to the The wifi information establishes a connection with the movable device.
A wireless connection method applied to a mobile device, characterized in that the wireless connection method includes:

When the mobile device is in the sleep mode, if it receives a wake-up instruction broadcasted by the control terminal after scanning the Bluetooth list through the application program, then exit the sleep mode; and

Upon receiving the connection request sent by the control terminal, establish a connection between the mobile device and the control terminal, wherein the control terminal displays the scanned mobile device according to different attributes according to priority, and The mobile devices that the control terminal has established a connection and the mobile devices in the paired state have higher priority than other mobile devices, and the control terminal sends the connection request to the mobile device corresponding to the connection instruction.
The wireless connection method according to claim 137, wherein the control terminal obtains the connectable mode of the movable device according to the movable device corresponding to the connection instruction, and selects one of the connectable modes Any one of is connected to the movable device.
The wireless connection method according to claim 137, wherein if the selected mobile device has not established a connection with the control terminal or the control terminal is not included in the white list of the mobile device, then After receiving the connection request, the movable device displays an operation page, and sends feedback on the connection request to the control terminal to establish a connection between the control terminal and the movable device.
The wireless connection method according to claim 139, wherein the mobile device generates a random code after receiving the connection request, and if the random code matches the random code generated on the control terminal, the After the control terminal accepts the user's confirmation operation, the connection is established.
The wireless connection method according to claim 137, 139 or 140, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the mobile device Whitelist.
The wireless connection method according to claim 137, wherein the scanned mobile devices are displayed according to priority according to different attributes, wherein the different attributes include the historical connection status and current status of the mobile device .
The wireless connection method according to claim 142, wherein if the movable device has established a connection with the control terminal, or the movable device is in a linking state, the display of the movable device is prioritized The level is higher than other removable devices.
The wireless connection method according to claim 137, 142 or 143, wherein when the mobile device is in the linking state, the control terminal is allowed to obtain the Wi-Fi information of the mobile device through Bluetooth, and according to the The wifi information to establish a connection.
A wireless connection system, characterized in that it includes a control terminal and a movable device;

The control terminal is used to scan the Bluetooth list through the application program and broadcast a wake-up instruction, and if the movable device in the sleep mode receives the wake-up instruction, it exits the sleep mode;

The control terminal is also used to display the scanned mobile devices according to their priorities according to different attributes, wherein the mobile devices that have been connected to the control terminal and the mobile devices in the linking state have higher priority than other mobile devices. Removable equipment

The control terminal is also used to obtain a connection instruction, and according to the movable device corresponding to the connection instruction, send a connection request to the corresponding movable device to establish a connection between the movable device and the control terminal.
The wireless connection system according to claim 145, wherein the control terminal is further used for:

Obtaining the connectable mode of the movable device according to the movable device corresponding to the connection instruction; and

Select any one of the connectable modes to connect with the movable device.
The wireless connection system according to claim 145, wherein if the selected movable device has not established a connection with the control terminal or the control terminal is not included in the whitelist of the movable device, then After receiving the connection request, the mobile device displays an operation page, and when the control terminal receives the confirmed feedback fed back by the mobile device, establishes the connection between the control terminal and the mobile device.
The wireless connection system of claim 147, wherein the control terminal generates a random code after sending the connection request to the mobile device, and the mobile device also generates a random code after receiving the connection request. If the random code on the mobile device matches the random code on the control terminal, accept the user confirmation operation and establish a connection.
The wireless connection system according to claim 145, 147 or 148, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the mobile device Whitelist.
The wireless connection system according to claim 145, wherein the scanned mobile devices are displayed in priority according to different attributes, wherein the different attributes include historical connection status and current status of the mobile device .
The wireless connection system according to claim 150, wherein if the movable device has established a connection with the control terminal, or the movable device is in a linking state, the display of the movable device is given priority The level is higher than other removable devices.
The wireless connection system according to claim 145, 150 or 151, wherein if the mobile device is in a linking state, the control terminal obtains the Wi-Fi information of the mobile device via Bluetooth, and according to the The wifi information establishes a connection with the movable device.
A control terminal, characterized by comprising a terminal processor, and the terminal processor is configured to:

Scan the Bluetooth list through the app, and broadcast a wake-up command to wake up sleeping mobile devices;

Display the scanned mobile devices according to their priorities according to different attributes, wherein the mobile devices that have established a connection with the control terminal and the mobile devices in the linking state have higher priority than other mobile devices; and

Acquire a connection instruction, and establish a connection between the movable device and the control terminal according to the movable device corresponding to the connection instruction.
The control terminal according to claim 153, wherein the terminal processor is further configured to:

Obtaining the connectable mode of the movable device according to the movable device corresponding to the connection instruction; and

Select any one of the connectable modes to connect with the movable device.
The control terminal according to claim 153, wherein if the selected movable device has not established a connection with the control terminal or the control terminal is not included in the whitelist of the movable device, then The terminal processor establishes a connection with the mobile device according to the received feedback of the mobile device to the connection request.
The control terminal according to claim 155, wherein the terminal processor generates a random code after sending the connection request to the mobile device, if this random code is the same as the random code generated on the mobile device If it matches, accept the user's confirmation operation and establish a connection.
The control terminal according to claim 153, 155 or 156, wherein after the control terminal establishes a wifi connection with the mobile device, the mobile device adds the control terminal to the mobile device whitelist.
The control terminal according to claim 153, wherein the scanned mobile devices are displayed in priority according to different attributes, wherein the different attributes include historical connection status and current status of the mobile device.
The control terminal according to claim 158, wherein if the mobile device has established a connection with the control terminal, or the mobile device is in a linking state, the display priority of the mobile device is Higher than other removable devices.
The control terminal according to claim 153, 158 or 159, characterized in that, if the mobile device is in a linking state, the terminal processor obtains the wifi information of the mobile device via Bluetooth, and according to the The wifi information establishes a connection with the movable device.
A portable device, characterized by comprising a device processor, the device processor being used for:

When in the sleep mode, if it receives a wake-up command broadcast by the control terminal after scanning the Bluetooth list through the application program, exit the sleep mode; and

Upon receiving the connection request sent by the control terminal, establish a connection between the mobile device and the control terminal, wherein the control terminal displays the scanned mobile device according to different attributes according to priority, and The mobile devices that the control terminal has established a connection and the mobile devices in the paired state have higher priority than other mobile devices, and the control terminal sends the connection request to the mobile device corresponding to the connection instruction.
The movable device according to claim 161, wherein the control terminal obtains the connectable mode of the movable device according to the movable device corresponding to the connection instruction, and selects one of the connectable modes Any one of is connected to the movable device.
The movable device according to claim 161, wherein if the selected movable device has not established a connection with the control terminal or the control terminal is not included in the white list of the movable device, then After receiving the connection request, the device processor displays an operation page, and sends feedback on the connection request to the control terminal to establish a connection between the control terminal and the movable device.
The mobile device according to claim 163, wherein the device processor generates a random code after receiving the connection request, and if the random code matches the random code generated on the control terminal, the After the control terminal accepts the user's confirmation operation, the connection is established.
The mobile device according to claim 161, 163 or 164, wherein after the control terminal establishes a wifi connection with the mobile device, the device processor adds the control terminal to the mobile device Whitelist.
The mobile device according to claim 161, wherein the scanned mobile device is displayed according to priority according to different attributes, wherein the different attributes include the historical connection status and current status of the mobile device .
The movable device of claim 166, wherein if the movable device has established a connection with the control terminal, or the movable device is in a linking state, the display of the movable device is given priority The level is higher than other removable devices.
The mobile device according to claim 161, 166 or 167, wherein when the mobile device is in the linking state, the control terminal is allowed to obtain the wifi information of the mobile device via Bluetooth, and according to the The wifi information to establish a connection.