Equipment binding method and system, wireless charging device and manipulator

Abstract

The invention discloses a device binding method and system, a wireless charging device and a manipulator, and the method comprises the steps: receiving a wireless charging trigger signal, enabling the manipulator to communicate with a to-be-bound device when the wireless charging device is matched with a charging protocol of the manipulator, obtaining a manipulator parameter and / or a to-be-bound device parameter, and transmitting the manipulator parameter and / or the to-be-bound device parameter to the wireless charging device; and according to the manipulator parameters and / or the to-be-bound equipment parameters, identifying and binding the to-be-bound equipment and the manipulator. The method has the beneficial effects that when the wireless charging trigger signal is received, identification and binding of the manipulator and the to-be-bound equipment are executed, so that manual setting is not needed, binding operation of a user is reduced, and the binding efficiency is improved while the use experience of the user is improved.

Description

Technical Field

[0001] The present application relates to the technical field of household electrical appliances, and in particular to a device binding method, system, wireless charging device and manipulator. Background Art

[0002] In the related art, in order to realize the binding work between the manipulator and the home appliance, additional manual settings are required. The movable controller is connected to the same device through the initial manual binding. To control different devices, the device to be controlled must be manually switched and the correct connection must be established before control can be performed. This will cause the user to bind the device to the manipulator through cumbersome manual binding, which is too dependent on the user's subjective use and has a poor user experience.

[0003] Chinese patent "A wireless charging control method and wireless charging device", publication number: CN107147169A, publication date: September 8, 2017, specifically discloses the method including: obtaining the identification information of the device to be charged; judging whether the device to be charged is in the stored list of bound devices according to the identification information of the device to be charged, if so, charging the device to be charged, otherwise refusing to charge the device to be charged; the device includes: an acquisition module for obtaining the identification information of the device to be charged; a storage module for storing the list of bound devices of the wireless charging device; a control module for judging whether the device to be charged is in the list of bound devices stored in the storage module according to the identification information of the charging device, and controlling the charging module to charge the device to be charged according to the judgment result; a charging module for performing corresponding charging operations according to the control instructions of the control module. In this scheme, the movable controller is still connected to the same device through initial manual binding.

[0004] The Chinese patent "Wireless Charging Communication Method", publication number: CN117526589A, publication date: February 6, 2024, specifically discloses a method including: determining the active current change generated by the charging current of the mobile phone under the control of the mobile phone according to the charging information; adjusting the output power of the wireless charging device through the active current change; obtaining the power supply information of the wireless charging device according to the passive current change generated by the charging current affected by the output power of the wireless charging device; wherein the wireless charging device is used to obtain the passive power change of the output power affected by the active current change according to the adjusted output power, and obtain the charging information according to the passive power change; determine the active power change generated by the output power under the control of the wireless charging device according to the power supply information, and adjust the charging current according to the active power change. In this scheme, although the wireless charging device automatically adjusts according to the current change generated by the mobile phone and obtains the charging information and power supply information from each other, it is still based on the user's initial binding of the wireless charging device and the subsequent identification and interaction realized by the mobile phone. Summary of the invention

[0005] In order to solve the problem in the prior art that cumbersome manual binding is required to achieve the binding of a device and a manipulator, resulting in a poor user experience, the present application provides a device binding method, system, wireless charging device and manipulator. When a wireless charging trigger signal is received, the charging protocol of the wireless charging device and the manipulator is matched. When the charging protocols of the wireless charging device and the manipulator are matched, a communication channel is established between the manipulator and the device to be bound. Parameter interaction between the manipulator and the device to be bound is achieved based on the communication channel, and identification and binding of the manipulator and the device to be bound are achieved, thereby eliminating the need for manual settings, reducing the user's binding operations, improving binding efficiency and improving the user experience.

[0006] In order to achieve the above-mentioned technical objectives, a technical solution provided by the present application is a device binding method, which is applied to a manipulator and a device to be bound with a wireless charging device, and includes the following steps: receiving a wireless charging trigger signal, when the wireless charging device matches the charging protocol of the manipulator, the manipulator communicates with the device to be bound, obtains manipulator parameters and / or device parameters to be bound, and performs identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or device parameters to be bound.

[0007] In the above scheme, the wireless charging trigger signal is used to trigger the recognition and binding of the manipulator and the device to be bound, so that no manual setting is required, the user's binding operations are reduced, the binding efficiency is improved, and the user experience is improved.

[0008] Further, the obtaining of manipulator parameters and / or parameters of the device to be bound, and performing identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or parameters of the device to be bound include: the device to be bound obtains manipulator parameters, and if the manipulator parameters match preset binding parameters in the device to be bound, the device to be bound identifies the manipulator and binds to the manipulator; or, the manipulator obtains device parameters to be bound, and if the device parameters to be bound match preset binding parameters in the manipulator, the manipulator identifies the device to be bound and binds to the device to be bound; or, the device to be bound obtains manipulator parameters, the manipulator obtains device parameters to be bound, and if the manipulator parameters match preset binding parameters in the device to be bound and the device parameters to be bound match preset binding parameters in the manipulator, the device to be bound and the manipulator identify and bind to each other.

[0009] In the above scheme, whether to perform identification and binding is determined based on whether the manipulator parameters and / or the parameters of the device to be bound match the preset binding parameters, and whether to match through the manipulator parameters or the device to be bound parameters is selected based on the trust in the manipulator and the device to be bound. Matching with a device with higher trust can avoid the problem of malicious matching of devices with lower trust, or two-way matching of the manipulator and the device to be bound can be achieved. When any match fails, identification and binding are not performed, thereby further improving the security of identification and binding.

[0010] Furthermore, the parameters of the device to be bound include at least a unique identifier of the device to be bound and a device type, and the parameters of the manipulator include at least a unique identifier of the manipulator and a manipulator type.

[0011] Furthermore, the wireless charging trigger signal includes a pull-in action trigger signal and / or a near-field action trigger signal.

[0012] Furthermore, the parameters of the device to be bound also include the binding status of the device to be bound; and executing the identification and binding of the device to be bound and the manipulator according to the execution parameters of the device to be bound also includes: if the binding status of the device to be bound is bound, the manipulator does not execute the identification and binding of the device to be bound; if the binding status of the device to be bound is unbound, the manipulator executes the identification and binding of the device to be bound.

[0013] Furthermore, it also includes: the manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding situation.

[0014] Furthermore, the manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding situation, and further includes: the manipulator retrieves a historically bound device and outputs a control interface corresponding to the historically bound device and the current device to be bound.

[0015] Furthermore, the manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding situation, and further includes: the manipulator retrieves a historically bound device that meets the requirements of near field communication, and outputs a control interface corresponding to the historically bound device and the current device to be bound.

[0016] Furthermore, the obtaining of manipulator parameters and / or parameters of the device to be bound, and performing identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or parameters of the device to be bound also includes: if the manipulator parameters and / or parameters of the device to be bound do not match the preset binding parameters, refusing to perform identification and binding of the device to be bound and the manipulator, and maintaining wireless charging.

[0017] Furthermore, the method further includes: receiving a reset signal, and unbinding the corresponding manipulator from the device according to the reset signal.

[0018] Another technical solution provided by the present application is a wireless charging device, which is arranged on the device to be bound and is used to implement the method as described above, including: a wireless charging coil and a second identification chip, the second identification chip pre-stores the parameters of the device to be bound, communicates with the manipulator, and executes the identification and binding of the device to be bound and the manipulator.

[0019] Furthermore, it also includes: a magnetic attraction component, which is used to magnetically attract the manipulator and trigger an attraction action trigger signal.

[0020] Furthermore, the wireless charging coil and the second identification chip are arranged inside the charger along the axial direction of the charger, and a plurality of magnetic suction parts are arranged inside the charger according to a predetermined installation orientation.

[0021] In the above scheme, the wireless charging coil and the second identification chip are arranged inside the charger along the axial direction of the charger, so as to make full use of the internal space of the charger and reduce the volume of the charger. The stability of the magnetic attraction is ensured while reducing the space occupied by the magnetic attraction component. By reducing the space surrounding the magnetic attraction component, the interference of the magnetic field on the electric field is reduced, thereby ensuring the normal operation of the wireless charging coil.

[0022] Another technical solution provided by the present application is a manipulator for implementing the method as described above, comprising: a first identification chip, pre-stored manipulator parameters, used to communicate with a second identification chip of a device to be bound, and to perform identification and binding of the device to be bound and the manipulator.

[0023] Furthermore, it also includes: a suction piece that is attracted to and cooperates with the device to be bound.

[0024] Another technical solution provided by the present application is a device binding system for implementing the above method, comprising: a device to be bound provided with a wireless charging device installation space; a wireless charging device provided with a magnetic attraction member arranged according to a preset installation orientation; A manipulator is provided with an adsorption member corresponding to the magnetic attraction member.

[0025] In the above scheme, based on the correspondence between the magnetic suction part and the adsorption part, the adsorption state of the fixed manipulator relative to the device to be bound is made so that the display panel of the manipulator is always displayed according to the user's reading habits, that is, the font of the display panel is always kept positive, thereby further improving the user's experience.

[0026] Beneficial effects of this application: 1. When receiving the wireless charging trigger signal, the manipulator and the device to be bound are identified and bound, so there is no need for manual settings, which reduces the user's binding operations, improves the binding efficiency and improves the user experience.

[0027] 2. During binding, the manipulator and the device to be bound are matched at the same time. The two-way matching results further improve the accuracy of binding, avoid malicious binding by one party, and ensure the security of device binding.

[0028] 3. When the first identification chip and the second identification chip fail to identify and bind successfully, the communication of other communication chips is isolated to reduce the impact of malicious binding and ensure the information security of users and the control security of equipment.

[0029] 4. The manipulator outputs the control interface of the device to be bound according to the identified type of the device to be bound, so that the user can directly control the device through the manipulator, thereby improving the user experience.

[0030] 5. When the wireless charging trigger signal includes both the suction action trigger signal and the near-field action trigger signal, the charging protocol matching between the wireless charging device and the manipulator is performed. At this time, unnecessary binding caused by the false triggering of the near-field action trigger signal or the suction action trigger signal can be avoided.

[0031] 6. Only when the binding status of the device to be bound and the manipulator is unbound, the identification and binding of the device to be bound is performed, thereby avoiding repeated binding between the manipulator and the device.

[0032] 7. Control the retrieval range of historically bound devices according to the communication distance, reduce the interface display of devices that do not need to be controlled, and improve the simplicity of the control interface.

[0033] 8. The user can use the device to be bound to charge any manipulator that can be wirelessly charged, thereby improving the utilization rate of the wireless charging device of the device to be bound.

[0034] 9. When the manipulator is adsorbed on the device to be bound, the magnetic part corresponds to the adsorption part one by one, so based on the correspondence between the magnetic part and the adsorption part, the adsorption state of the manipulator relative to the device to be bound is fixed, so that the display panel of the manipulator is always displayed according to the user's reading habits, that is, the font of the display panel is always kept positive, thereby further improving the user experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] Figure 1 This is a flowchart of the device binding method of this application.

[0036] Figure 2 This is a schematic diagram of the structure of the wireless charging device of this application.

[0037] Figure 3 This is a schematic diagram of the magnetic attraction structure of the wireless charging device of this application.

[0038] Figure 4 This is a structural diagram of the device binding system for this application. DETAILED DESCRIPTION

[0039] In order to make the purpose, technical solutions and advantages of the present application more clear, the present application is further described in detail below in conjunction with the drawings and examples. It should be understood that the specific implementation method described here is only an optimal embodiment of the present application, which is only used to explain the present application and does not limit the scope of protection of the present application. All other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present application.

[0040] like Figure 1 As shown, the device binding method is applied to a manipulator and a device to be bound with a wireless charging device, and includes the following steps: A wireless charging trigger signal is received. When the wireless charging device matches the charging protocol of the manipulator, the manipulator communicates with the device to be bound, obtains manipulator parameters and / or device parameters to be bound, and performs identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or device parameters to be bound.

[0041] In this embodiment, by performing charging protocol matching between the wireless charging device and the manipulator when a wireless charging trigger signal is received, when the charging protocols of the wireless charging device and the manipulator are matched, a communication channel is established between the manipulator and the device to be bound, and parameter interaction between the manipulator and the device to be bound is achieved based on the communication channel, thereby realizing identification and binding of the manipulator and the device to be bound, thereby eliminating the need for manual settings, reducing the user's binding operations, improving binding efficiency and improving the user's experience.

[0042] The step of obtaining the parameters of the manipulator and / or the parameters of the device to be bound, and performing identification and binding of the device to be bound and the manipulator according to the parameters of the manipulator and / or the parameters of the device to be bound includes: The device to be bound obtains the parameters of the manipulator. If the parameters of the manipulator match the preset binding parameters in the device to be bound, the device to be bound recognizes the manipulator and binds to the manipulator; or, The manipulator obtains the parameters of the device to be bound. If the parameters of the device to be bound match the preset binding parameters in the manipulator, the manipulator identifies the device to be bound and binds to the device to be bound; or, The device to be bound obtains the parameters of the manipulator, and the manipulator obtains the parameters of the device to be bound. If the parameters of the manipulator match the preset binding parameters in the device to be bound and the parameters of the device to be bound match the preset binding parameters in the manipulator, the device to be bound and the manipulator recognize and bind each other.

[0043] The preset binding parameters in the device to be bound include preset manipulator parameters, and the preset binding parameters in the manipulator include preset binding device parameters, that is, the manipulator parameters and device parameters that can be bound are pre-stored in the device to be bound or the manipulator, respectively. When wireless charging is triggered, the pre-stored preset binding parameters are called to match the received parameters. If the match is successful, the manipulator type or device type corresponding to the parameters is identified according to the matching results, and bound to it. This ensures the accuracy of binding while reducing the tedious operations of manual binding. The manipulator and the device to be bound can also be matched at the same time during binding, and the accuracy of binding can be further improved through the two-way matching results, avoiding the problem of malicious binding by one party and ensuring the security of device binding.

[0044] You can choose to match the manipulator parameters or the device parameters to be bound based on the trust in the manipulator and the device to be bound. Matching with a more trusted device can avoid the problem of malicious matching of a less trusted device. Alternatively, you can use a two-way match between the manipulator and the device to be bound. When any match fails, identification and binding will not be performed, further improving the security of identification and binding.

[0045] In this embodiment, the parameters of the device to be bound include at least the unique identifier of the device to be bound and the device type, and the parameters of the manipulator include at least the unique identifier of the manipulator and the manipulator type.

[0046] In some cases, the preset binding parameters and the manipulator parameters in the manipulator are pre-stored in the first identification chip in the manipulator, and the preset binding parameters and the parameters to be bound in the device to be bound are pre-stored in the second identification chip in the device to be bound. When the wireless charging device matches the charging protocol of the manipulator, the first identification chip and the second identification chip establish a communication connection, and when the identification and binding are successful, the remaining communication chips between the manipulator and the device establish communication, so that when the first identification chip and the second identification chip are not identified and bound successfully, the communication of the remaining communication chips is isolated, reducing the impact of malicious binding, ensuring the user's information security and the control security of the device. The first identification chip can be an IC chip built into the manipulator, and the second identification chip can be an IC chip built into the charging seat of the device to be bound.

[0047] The device to be bound identifies the manipulator and binds to the manipulator including: The device to be bound identifies the type of the manipulator according to the manipulator parameters, and the device to be bound performs binding with the manipulator according to the manipulator type.

[0048] The manipulator identifies the device to be bound and binds to the device to be bound, including: The manipulator identifies the type of the device to be bound according to the parameters of the device to be bound, and performs binding with the device to be bound according to the type of the device to be bound.

[0049] In this embodiment, the wireless charging trigger signal includes a pull-in action trigger signal and / or a near-field action trigger signal.

[0050] When the manipulator is attracted to the device to be bound, there is an attraction action trigger signal; when the distance between the manipulator and the device to be bound reaches a preset distance, there is a near-field action trigger signal. The wireless charging trigger signal can be either an attraction action trigger signal or a near-field action trigger signal, or both trigger signals can exist at the same time. When the wireless charging trigger signal contains both the attraction action trigger signal and the near-field action trigger signal, the charging protocol matching between the wireless charging device and the manipulator is performed. At this time, unnecessary binding caused by the false triggering of the near-field action trigger signal or the attraction action trigger signal can be avoided, such as: when the user just holds the manipulator and passes by the device to be bound, the near-field action trigger signal is triggered by mistake. Since there is no attraction action trigger signal at this time, the charging protocol matching between the wireless charging device and the manipulator is not performed; when the user mistakenly places a magnetically attracted object on the device to be bound, due to the magnetic force, the object and the device to be bound produce an attraction action, and the attraction action trigger signal is triggered by mistake. Since there is no near-field action trigger signal at this time, the charging protocol matching between the wireless charging device and the manipulator is not performed. This reduces the number of times the wireless charging device in the device to be bound wakes up when no binding is required, thereby reducing unnecessary energy consumption of the device.

[0051] In this embodiment, the device binding method further includes: When the charging protocol of the wireless charging device does not match that of the manipulator, an alarm prompt is executed.

[0052] The alarm prompt can remind the user that the current manipulator is not compatible with the current wireless charging device, thus preventing the user from charging ineffectively.

[0053] The device binding method further includes: The manipulator outputs the control interface corresponding to the device to be bound according to the identification and binding conditions.

[0054] When the manipulator is bound to the device to be bound, the manipulator outputs the control interface of the device to be bound according to the identified type of the device to be bound, thereby facilitating the user to directly control the device through the manipulator and improving the user experience.

[0055] As a second embodiment of the present application, the parameters of the device to be bound also include the binding state of the device to be bound. At this time, the identification and binding of the device to be bound and the manipulator according to the parameters of the device to be bound also include: If the binding status of the device to be bound is already bound, the manipulator does not perform identification and binding of the device to be bound; If the binding state of the device to be bound is unbound, the manipulator performs identification and binding of the device to be bound.

[0056] In this embodiment, the manipulator performs identification and binding of the device to be bound only when the binding state of the device to be bound is unbound, thereby avoiding the manipulator from repeatedly binding the bound device. Similarly, the manipulator parameter also includes the binding state of the manipulator. At this time, performing identification and binding of the device to be bound and the manipulator according to the manipulator parameter also includes: If the binding status of the manipulator is already bound, the device to be bound does not perform identification and binding of the manipulator; If the binding state of the manipulator is unbound, the device to be bound performs identification and binding of the manipulator.

[0057] In this case, the controller parameters are obtained by the device to be bound to determine whether identification and binding are required, which can avoid malicious matching of the controller and prevent the same controller from being bound to two devices at the same time. For example, if two devices are equipped with wireless charging devices, and controller C is already charged on device A, but device A is bound to controller D, then controller D is charged on device B and no longer bound.

[0058] In the two-way identification and binding, when the binding status of either the manipulator or the device to be bound is already bound, the identification and binding of the manipulator and the device to be bound is not performed.

[0059] In this embodiment, the manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding situation, and further includes: the manipulator calls up a historically bound device and outputs a control interface corresponding to the historically bound device and the current device to be bound.

[0060] The control interface output by the manipulator is the control interface of all bound devices, so that users can adaptively switch the control interface that needs to be executed.

[0061] In some other embodiments, the manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding conditions, and further includes: The manipulator retrieves the historically bound devices that meet the requirements of near field communication, and outputs the control interface of the corresponding historically bound devices and the devices to be currently bound.

[0062] In this case, only the control interface of the historically bound device within the near field of the manipulator will be displayed by the manipulator, while the control interface of the historically bound device that is not within the near field of the manipulator will not be displayed by the manipulator, thereby avoiding the display of the device interface that the user does not need to control and improving the simplicity of the manipulator control interface.

[0063] In other embodiments, the historically bound devices may be retrieved based on WiFi communication or any communication form that can limit the range of historically bound devices, thereby controlling the retrieval range of historically bound devices according to the communication distance, reducing the display of device interfaces that do not need to be controlled, and improving the simplicity of the control interface.

[0064] As a third embodiment of the present application, obtaining manipulator parameters and / or device parameters to be bound, and performing identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or device parameters to be bound also includes: If the parameters of the manipulator and / or the parameters of the device to be bound do not match the preset binding parameters, the identification and binding of the device to be bound and the manipulator are rejected, and the wireless charging is maintained.

[0065] In this embodiment, it is taken into account that the user may have other manipulators that can perform wireless charging but cannot match the device to be bound. At this time, if the manipulator parameters and / or the device to be bound parameters do not match the preset binding parameters, only the recognition and binding between the device to be bound and the manipulator are rejected, and wireless charging is still maintained. Therefore, the user can use the device to be bound to charge any manipulator that can perform wireless charging, thereby improving the utilization rate of the wireless charging device of the device to be bound.

[0066] The device binding method also includes: Receive a reset signal and unbind the corresponding manipulator from the device according to the reset signal.

[0067] The manipulator can be unbound according to the reset button on the device, or the device can be unbound according to the reset button on the manipulator. In other cases, the reset button can also be a touch button on the device operation screen or a touch button on the manipulator.

[0068] like Figure 2 As shown, as the fourth embodiment of the present application, the wireless charging device is arranged on the device to be bound, including: a wireless charging coil and a second identification chip, the second identification chip pre-stores the parameters of the device to be bound, communicates with the manipulator, and executes the identification and binding of the device to be bound and the manipulator.

[0069] In this embodiment, the wireless charging device also includes a fixing base 1 and a charger 2, wherein the fixing base 1 is used to be fixedly connected to a panel 3 of a device to be bound; wherein the second identification chip, the wireless charging coil and the magnetic attraction component 4 are all arranged on the charger 2.

[0070] Therefore, when any manipulator or device to be charged is magnetically attracted by the magnetic attraction component, a trigger signal for the attraction action is triggered.

[0071] Specifically, the second identification chip and the wireless charging coil are arranged at the center of the charger 2. In some embodiments, the wireless charging coil and the second identification chip are arranged along the axial direction of the charger 2 through the insertion pin to reduce the volume of the wireless charging device. For example, when the magnetic attraction component 4 is arranged in a ring form inside the charger 2, the wireless charging coil and the second identification chip are arranged opposite to each other along the axial direction of the magnetic attraction component 4, so that the axial space reserved for the magnetic attraction component 4 inside the charger 2 can be fully utilized to reduce the volume of the wireless charging device.

[0072] The fixing base 1 at least includes a first anti-rotation structure, and the charger at least includes a second anti-rotation structure matched with the first anti-rotation structure, so as to achieve the fixation of the wireless charging device.

[0073] In other embodiments, the charger 2 is provided with a plurality of magnetic suction components 4 arranged in a predetermined installation orientation, so as to reduce the space occupied by the magnetic suction components 4 while ensuring the stability of the magnetic attraction. By reducing the surrounding space of the magnetic suction components, the interference of the magnetic field on the electric field is reduced, thereby ensuring the normal operation of the wireless charging coil.

[0074] like Figure 3 As shown, in some cases, four cylindrical magnetic components 4 are provided in the charger 2, and the magnetic components 4 are arranged in a predetermined installation orientation to construct a magnetic field-free space. It can be understood that due to possible manufacturing errors, environmental interference and other problems, the magnetic forces of the four magnetic components cannot be completely offset. Therefore, the magnetic field-free space is actually a space with less magnetic field interference, and it can be considered as a magnetic field-free space as long as it does not interfere with the normal operation of the wireless charging coil and the second identification chip.

[0075] As the fifth embodiment of the present application, the manipulator 5 includes: The first identification chip pre-stores the parameters of the manipulator and is used to communicate with the second identification chip of the device to be bound, and perform identification and binding between the device to be bound and the manipulator.

[0076] In this embodiment, the manipulator 5 also includes an adsorption member that is attracted to and cooperates with the device to be bound. When the manipulator 5 is placed on the device to be bound, the adsorption member controls the manipulator 5 to be attracted to the device to be bound, triggering an attraction action trigger signal. In a specific application, the adsorption member is an annular magnetic strip.

[0077] like Figure 4 As shown, as the sixth embodiment of the present application, the device binding system includes: A device to be bound is provided with a space for installing a wireless charging device; A wireless charging device having a magnetic attraction member arranged in a preset installation orientation; A manipulator is provided with an adsorption member corresponding to the magnetic attraction member.

[0078] Among them, the wireless charging device is arranged in the wireless charging device installation space of the device to be bound, the fixing seat 1 of the wireless charging device is fixedly arranged on the panel 3 of the device to be bound, and when the manipulator 5 is adsorbed on the device to be bound, a magnetic suction part is arranged in the charger 2 of the wireless charging device, and the magnetic suction part corresponds to the adsorption part one by one. Therefore, based on the correspondence between the magnetic suction part and the adsorption part, the adsorption state of the manipulator relative to the device to be bound is fixed, so that the display panel of the manipulator is always displayed according to the user's reading habits, that is, the font of the display panel is kept always positive, thereby further improving the user's usage experience.

[0079] In this embodiment, the device to be bound is a household appliance, and the manipulator is a knob.

[0080] The specific implementation methods described above are preferred implementation methods of the device binding method, system, wireless charging device and manipulator of the present application, and are not intended to limit the specific implementation scope of the present application. The scope of the present application includes but is not limited to the specific implementation methods. All equivalent changes made in accordance with the shape and structure of the present application are within the protection scope of the present application.

Claims

1. A device binding method, applied to a manipulator and a device to be bound with a wireless charging device, characterized in that: The steps include: A wireless charging trigger signal is received. When the wireless charging device matches the charging protocol of the manipulator, the manipulator communicates with the device to be bound, obtains manipulator parameters and / or device parameters to be bound, and performs identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or device parameters to be bound.

2. The device binding method according to claim 1, characterized in that: The obtaining of the manipulator parameters and / or the parameters of the device to be bound, and performing identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or the parameters of the device to be bound comprises: The device to be bound obtains the parameters of the manipulator. If the parameters of the manipulator match the preset binding parameters in the device to be bound, the device to be bound recognizes the manipulator and binds to the manipulator; or, The manipulator obtains the parameters of the device to be bound. If the parameters of the device to be bound match the preset binding parameters in the manipulator, the manipulator identifies the device to be bound and binds to the device to be bound; or, The device to be bound obtains the parameters of the manipulator, and the manipulator obtains the parameters of the device to be bound. If the parameters of the manipulator match the preset binding parameters in the device to be bound and the parameters of the device to be bound match the preset binding parameters in the manipulator, the device to be bound and the manipulator recognize and bind each other.

3. The device binding method according to claim 1, characterized in that: The device parameters to be bound include at least a unique identifier of the device to be bound and a device type, and the manipulator parameters include at least a unique identifier of the manipulator and a manipulator type.

4. The device binding method according to claim 1, characterized in that: The wireless charging trigger signal includes a pull-in action trigger signal and / or a near-field action trigger signal.

5. The device binding method according to claim 1, characterized in that: The parameters of the device to be bound also include the binding status of the device to be bound; Executing identification and binding of the device to be bound and the manipulator according to the execution parameters of the device to be bound also includes: If the binding status of the device to be bound is already bound, the manipulator does not perform identification and binding of the device to be bound; If the binding state of the device to be bound is unbound, the manipulator performs identification and binding of the device to be bound.

6. The device binding method according to claim 1, characterized in that: Also includes: The manipulator outputs the control interface corresponding to the device to be bound according to the identification and binding conditions.

7. The device binding method according to claim 6, characterized in that: The manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding conditions, and further includes: The manipulator calls up the historically bound devices and outputs the control interface corresponding to the historically bound devices and the devices currently to be bound.

8. The device binding method according to claim 6, characterized in that: The manipulator outputs a control interface corresponding to the device to be bound according to the identification and binding conditions, and further includes: The manipulator retrieves the historically bound devices that meet the requirements of near field communication, and outputs the control interface of the corresponding historically bound devices and the devices to be currently bound.

9. The device binding method according to claim 1, characterized in that: The obtaining of manipulator parameters and / or parameters of the device to be bound, and performing identification and binding of the device to be bound and the manipulator according to the manipulator parameters and / or parameters of the device to be bound also includes: If the parameters of the manipulator and / or the parameters of the device to be bound do not match the preset binding parameters, the identification and binding of the device to be bound and the manipulator are rejected, and the wireless charging is maintained.

10. The device binding method according to claim 1, characterized in that: Also includes: Receive a reset signal and unbind the corresponding manipulator from the device according to the reset signal.

11. A wireless charging device, provided on a device to be bound, for implementing the method according to any one of claims 1 to 10, comprising: The wireless charging coil is characterized by: further comprising: The second identification chip pre-stores parameters of the device to be bound, communicates with the manipulator, and performs identification and binding of the device to be bound and the manipulator.

12. The wireless charging device according to claim 11, wherein: Also includes: The magnetic suction part is used for the magnetic suction manipulator to trigger the suction action trigger signal.

13. The wireless charging device according to claim 12, wherein: The wireless charging coil and the second identification chip are arranged inside the charger along the axial direction of the charger, and a plurality of magnetic suction parts are arranged inside the charger according to a predetermined installation orientation.

14. A manipulator for implementing the method according to any one of claims 1 to 10, characterized in that: include: The first identification chip pre-stores the parameters of the manipulator and is used to communicate with the second identification chip of the device to be bound, and perform identification and binding between the device to be bound and the manipulator.

15. The manipulator according to claim 14, characterized in that: Also includes: A suction piece that is attracted to and matched with the device to be bound.

16. A device binding system, used to implement the method according to any one of claims 1 to 10, characterized in that: include: A device to be bound is provided with a space for installing a wireless charging device; A wireless charging device having a magnetic attraction member arranged in a preset installation orientation; A manipulator is provided with an adsorption member corresponding to the magnetic attraction member.

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