TW201437843A - Personal parameters automatic synchronizing system for and related devices - Google Patents

Abstract

A personal parameters automatic synchronizing system includes a smart parameter setting device for configuring and transmitting one or more personal parameters; a first parameter receiving device for operating according to the one or more personal parameters; and a second parameter receiving device located outside a wireless signal transmission range. When the mart parameter setting device has detected the second parameter receiving device, the smart parameter setting device transmits the one or more personal parameters to the second parameter receiving device, so that the second parameter receiving device operates according to the one or more personal parameters transmitted from the smart parameter setting device.

Description

Personalized parameter automatic synchronization system and related devices

The invention relates to a personalization parameter automatic synchronization system, in particular to a system and related device that can automatically synchronize the user's personalized operation parameters between a plurality of electronic devices.

In daily life, the average user often uses various types of different electronic devices in different environments. For example, users may use electronic devices such as audio, air conditioning systems, computers, lighting systems, and navigation devices in different environments, such as at home, in the car, and in the office. The user can set operating parameters of each electronic device according to his own preferences, such as air conditioning temperature, volume level, preset music play list, brightness level, navigation parameters of the predetermined route, satellite positioning coordinates of the predetermined position, and the like.

However, there is no suitable tool in the prior art for the user to quickly and conveniently synchronize the personalized operating parameters between multiple electronic devices. Therefore, even if the user wants to set the same operating parameters for different electronic devices, the user must manually set the operating parameters for different electronic devices one by one, which is obviously a very time-consuming and inefficient parameter setting method.

In addition, some electronic devices can use the remote controller to set the operating parameters, but the remote controllers of the existing electronic devices mostly use directional infrared rays to transmit control signals. Therefore, the user must align the signal transmitting end of the remote controller with the receiving end of the electronic device to control the operation of the electronic device and set the operating parameters of the electronic device. Such an operation parameter setting method limits the relative position between the user and the electronic device. Moreover, when the remote controller of the electronic device is lost or damaged, the user may not be able to adjust the operating parameters of the electronic device.

In view of this, how to provide a system that can automatically synchronize the user's personalized operating parameters between multiple electronic devices to improve the parameter setting efficiency of the electronic device is a problem to be solved in the industry.

The present specification provides an embodiment of a personalization parameter automatic synchronization system, comprising: a smart parameter setting device configured to display a parameter setting screen, set one or more personalization parameters according to a user's instruction, and adopt one Transmitting, by the first wireless communication protocol, the one or more personalization parameters; a first parameter receiving device configured to receive the one or more personalization parameters by using the first wireless communication protocol, and according to the one or more personalizations Parameter adjustment operation, or adjusting operation of a first controlled device coupled to the first parameter receiving device; and a second parameter receiving device located outside a wireless signal transmission range of the first parameter receiving device; When the smart parameter setting device detects the second parameter receiving device, the smart parameter setting device transmits the one or more personalization parameters to the second parameter receiving device by using the first wireless communication protocol. , causing the second parameter receiving device to adjust the operation according to the one or more personalized parameters transmitted by the smart parameter setting device, or An operation of a second controlled device coupled to the second parameter receiving device; wherein the smart parameter setting device is further configured to transmit an identity identification data to the second parameter receiving device by using the first wireless communication protocol The second parameter receiving device is further configured to transmit the identity identification data to a wireless wide area network by using a second wireless communication protocol different from the first wireless communication protocol to perform an identity authentication process, and receive the wireless wide area network. Transmitting a first voice data, and transmitting the first voice data to the smart parameter setting device by using the first wireless communication protocol, so that the smart parameter setting device plays the second parameter receiving device The first voice material.

The present specification further provides an embodiment of a smart parameter setting device for use in a humanized parameter automatic synchronization system. The personalization parameter automatic synchronization system includes a first parameter receiving device, a second parameter receiving device, a first controlled device, and a second controlled device, wherein the first controlled device is coupled to the first a parameter receiving device, the second controlled device is coupled to the second parameter receiving device, and the second parameter receiving device is located outside a wireless signal transmission range of the first parameter receiving device. The smart parameter setting device comprises: a screen configured to display a parameter setting screen; and an input device configured to generate one or more personalization parameters corresponding to the first parameter receiving device according to a user indication; An audio device; a first wireless communication circuit; a storage device configured to store the one or more personalization parameters generated by the input device; an identity authentication device configured to provide an identity identification data; and a first a processing circuit coupled to the screen, the input device, the audio device, the first wireless communication circuit, the storage device, and the identity authentication device, configured to control the first wireless communication circuit to adopt a first wireless communication protocol Transmitting the one or more personalization parameters to the first parameter receiving device, such that the first parameter receiving device adjusts operation according to the one or more personalization parameters, or adjusts operation of the first controlled device; When the first wireless communication circuit detects the second parameter receiving device, the first processing circuit controls the first wireless communication circuit Transmitting the one or more personalization parameters to the second parameter receiving device by using the first wireless communication protocol, so that the second parameter receiving device adjusts operation according to the one or more personalized parameters, or adjusts the second controlled The operation of the device; wherein the first processing circuit further controls the first wireless communication circuit to transmit the identity identification data to the second parameter receiving device by using the first wireless communication protocol, and receive the second parameter receiving device a first voice material, and controlling the audio device to play the first voice data.

The present specification further provides an embodiment of a second parameter receiving apparatus for use in a humanized parameter automatic synchronization system. The personalization parameter automatic synchronization system includes a first parameter receiving device, a smart parameter setting device, a first controlled device, and a second controlled device, the first controlled device being coupled to the first parameter a receiving device, wherein the smart parameter setting device generates one or more personalization parameters corresponding to the first parameter receiving device according to a user's instruction, and transmits the one or more personalization parameters to the first A parameter receiving device causes the first parameter receiving device to adjust the operation of the first controlled device according to the one or more personalization parameters. The second parameter receiving device includes: a fourth wireless communication circuit; a fifth wireless communication circuit; a second control interface for coupling the second controlled device; and a third processing circuit coupled to the a fourth wireless communication circuit, the fifth wireless communication circuit, and the second control interface; wherein the second parameter receiving device is located outside a wireless signal transmission range of the first parameter receiving device, and when the fourth wireless When the communication circuit detects the smart parameter setting device, the fourth wireless communication circuit receives the one or more personalization parameters transmitted by the smart parameter setting device by using a first wireless communication protocol, and the third processing The circuit adjusts the operation of the second controlled device according to the one or more personalization parameters received by the fourth wireless communication circuit; wherein, when the fourth wireless communication circuit receives the smart parameter setting device, The third processing circuit controls the fifth wireless communication circuit to adopt a second wireless communication protocol different from the first wireless communication protocol when the identification data is identified The identification data is transmitted to a wireless wide area network for performing an identity authentication process, and receives a voice data transmitted from the wireless wide area network, and the third processing circuit further controls the fourth wireless communication circuit to adopt the first wireless communication protocol. The voice data is transmitted to the smart parameter setting device, so that the smart parameter setting device plays the voice data.

One of the advantages of the above embodiments is that the synchronization processing of the user's personalized operating parameters can be automatically and quickly performed between different parameter receiving devices by the operation of the intelligent parameter setting device.

Another advantage of the above embodiment is that the voice call function of the mobile phone can be realized by using the combination of the smart parameter setting device and the parameter receiving device.

Other advantages of the invention will be explained in more detail by the following description and drawings.

100. . . Personalized parameter automatic synchronization system

110. . . Intelligent parameter setting device

111. . . Screen

112. . . Input device

113. . . Audio device

114. . . First wireless communication circuit

115. . . Storage device

116. . . Identity authentication device

117, 127, 137. . . Processing circuit

118, 129, 139. . . battery

120, 130. . . Parameter receiving device

121. . . Second wireless communication circuit

123. . . Third wireless communication circuit

125, 135. . . Control interface

131. . . Fourth wireless communication circuit

133. . . Fifth wireless communication circuit

140. . . Wireless wide area network

150, 160. . . Controlled device

202~220, 302~320, 402~422, 502~522, 602~614, 702~714. . . Method flow

FIG. 1 is a simplified functional block diagram of a personalization parameter automatic synchronization system according to an embodiment of the present invention.

2 and FIG. 3 are simplified flowcharts of an embodiment of a method for performing personalized parameter synchronization processing in the personalized parameter automatic synchronization system of FIG. 1.

4 and FIG. 5 are simplified flow charts of an embodiment of the method for making a voice call over the wireless wide area network by the personalized parameter automatic synchronization system of FIG.

6 and FIG. 7 are simplified flowcharts of an embodiment of a separate operation method employed in the personalized parameter automatic synchronization system of FIG. 1.

Embodiments of the present invention will be described below in conjunction with the associated drawings. In the drawings, the same reference numerals are used to refer to the same or similar elements or process steps.

1 is a simplified functional block diagram of a personal parameter automatic synchronizing system 100 according to an embodiment of the present invention. The personalization parameter automatic synchronization system 100 includes a smart parameter setting device 110, a plurality of parameter receiving devices, and a plurality of controlled devices. The plurality of parameter receiving devices are located outside the wireless signal transmission range of each other, and therefore, wireless communication cannot be directly performed between the parameter receiving devices. In the personalization parameter automatic synchronization system 100, the smart parameter setting device 110 plays an operation parameter synchronization medium between the plurality of parameter receiving devices.

For convenience of description, the first parameter receiving device 120, the second parameter receiving device 130, the first controlled device 150, and the second controlled device 160 are illustrated in FIG. 1 as an example. The first controlled device 150 is coupled to the first parameter receiving device 120 , and the second controlled device 160 is coupled to the second parameter receiving device 130 . In practical applications, the first parameter receiving device 120 and the second parameter receiving device 130 are typically located at different locations. For example, the first parameter receiving device 120 can be disposed on the user's vehicle, the second parameter receiving device 130 can be disposed in the user's office, and the smart parameter setting device 110 can be carried by the user.

The smart parameter setting device 110 is configured to display a parameter setting screen, set one or more personalization parameters corresponding to the first parameter receiving device 120 according to the user's instruction, and transmit one or more pens by using the first wireless communication protocol. Personalized parameters. The first parameter receiving device 120 is configured to receive the one or more personalization parameters sent by the smart parameter setting device 110 by using the first wireless communication protocol, and adjust the operation according to the one or more personalized parameters, or adjust the coupling. The operation of the first controlled device 150. As described above, the second parameter receiving device 130 is located outside the wireless signal transmission range of the first parameter receiving device 120, so the first parameter receiving device 120 cannot directly transmit the received one or more personalized parameters to the first parameter receiving device 120. The two parameter receiving device 130. When the smart parameter setting device 110 moves to another location and detects the second parameter receiving device 130, the smart parameter setting device 110 uses the first wireless communication protocol to correspond to the one of the first parameter receiving devices 120. The plurality of personalization parameters are transmitted to the second parameter receiving device 130, so that the second parameter receiving device 130 adjusts the operation according to the one or more personalized parameters transmitted by the smart parameter setting device 110, or adjusts the coupled second receiving The operation of the control device 160.

In addition, the smart parameter setting device 110 is further configured to transmit an identity identification data to the second parameter receiving device 130 using the first wireless communication protocol. The second parameter receiving device 130 is further configured to transmit the received identity identification data to the wireless wide area network 140 using a second wireless communication protocol different from the first wireless communication protocol to perform an identity authentication procedure. When the second parameter receiving device 130 passes the identity authentication program, the second parameter receiving device 130 receives the voice data transmitted from the wireless wide area network 140, and transmits the voice data to the smart parameter setting device by using the first wireless communication protocol. 110, causing the smart parameter setting device 110 to play the voice data transmitted by the second parameter receiving device 130.

In practice, the aforementioned first wireless communication protocol may be Bluetooth, WiFi, near field communication (NFC) protocol, IEEE 802.11 series protocol, or other communication protocol suitable for shorter transmission distances. The aforementioned second wireless communication protocol is a communication protocol suitable for a longer transmission distance, for example, 2G, 3G, 4G, or other more advanced transmission protocols.

During operation, the user can carry the smart parameter setting device 110 with him, and operate the smart parameter setting device 110 at the location where the first parameter receiving device 120 is located to set the corresponding corresponding to the first parameter receiving device 120. One or more personalization parameters. At this time, the smart parameter setting device 110 stores the one or more personalization parameters, and transmits the one or more personalization parameters to the first parameter receiving device 120 to control the first parameter receiving device 120 or the first The operation of the controlled device 150. After the smart parameter setting device 110 detects the presence of the second parameter receiving device 130, the smart parameter setting device 110 automatically One or more personalization parameters are transmitted to the second parameter receiving device 130 to control the operation of the second parameter receiving device 130 or the second controlled device 160. Therefore, even if the second parameter receiving device 130 is located outside the wireless signal transmission range of the first parameter receiving device 120, the second parameter receiving device 130 and the first parameter receiving can be automatically completed by the operation of the smart parameter setting device 110. The operating parameters between the devices 120 are synchronized.

In the embodiment of FIG. 1 , the smart parameter setting device 110 includes a screen 111 , an input device 112 , an audio device 113 , a first wireless communication circuit 114 , a storage device 115 , an identity authentication device 116 , and a first A processing circuit 117, and a first battery 118. The first parameter receiving device 120 includes a second wireless communication circuit 121, a third wireless communication circuit 123, a first control interface 125, a second processing circuit 127, and a second battery 129. The second parameter receiving device 130 includes a fourth wireless communication circuit 131, a fifth wireless communication circuit 133, a second control interface 135, a third processing circuit 137, and a third battery 139.

In the smart parameter setting device 110, the screen 111 is set to display a parameter setting screen, for example, a parameter setting menu or a setting guide. The input device 112 is arranged to generate one or more personalization parameters in accordance with the user's instructions. The first wireless communication circuit 114 is configured to transmit the one or more personalization parameters and an identity identification data using a first wireless communication protocol. The storage device 115 is configured to store the one or more personalization parameters generated by the input device 112. The identity authentication device 116 is arranged to provide the aforementioned identity identification material. In an embodiment, the SIM card of the user in the identity authentication device 116 that is provided by the telecommunication service provider to be distributed to the personalized parameter automatic synchronization system 100 is not shown, and the foregoing identity identification data may be provided. The first processing circuit 117 is coupled to the screen 111, the input device 112, the audio device 113, the first wireless communication circuit 114, the storage device 115, and the identity authentication device 116, and is configured to control the screen 111, the input device 112, and the audio device 113. The operation of the first wireless communication circuit 114, the storage device 115, and the identity authentication device 116. For example, the first processing circuit 117 can control the first wireless communication circuit 114 to transmit the one or more personalization parameters generated by the input device 112 to the second wireless communication circuit 121 using the first wireless communication protocol. The first battery 118 is used to provide the power required for the intelligent parameter setting device 110 to operate. In practice, the screen 111 can be implemented by a conventional display screen or integrated with the input device 112 to form a touch screen.

In the first parameter receiving device 120, the second wireless communication circuit 121 is configured to receive the one or more personalization parameters transmitted by the first wireless communication circuit 114 using the first wireless communication protocol. The third wireless communication circuit 123 is arranged to communicate with the wireless wide area network 140 using a second wireless communication protocol. The first control interface 125 is used to couple the first controlled device 150. The second processing circuit 127 is coupled to the second wireless communication circuit 121, the third wireless communication circuit 123, and the first control interface 125, and is configured to control the second wireless communication circuit 121, the third wireless communication circuit 123, and the first Control the operation of interface 125. For example, the second processing circuit 127 can adjust the operation of the first controlled device 150 through the first control interface 125 according to the one or more personalization parameters transmitted by the first wireless communication circuit 114. The second battery 129 is for providing power required when the first parameter receiving device 120 operates.

In the second parameter receiving device 130, the fourth wireless communication circuit 131 is configured to receive the one or more personalization parameters and the identity identification data transmitted by the first wireless communication circuit 114 by using the first wireless communication protocol. The second control interface 135 is configured to couple the second controlled device 160. The third processing circuit 137 is coupled to the fourth wireless communication circuit 131, the fifth wireless communication circuit 133, and the second control interface 135, and is configured to control the fourth wireless communication circuit 131, the fifth wireless communication circuit 133, and the second Control the operation of interface 135. For example, the third processing circuit 137 can adjust the operation of the second controlled device 160 through the second control interface 135 according to the one or more personalized parameters received by the fourth wireless communication circuit 131. In addition, the third processing circuit 137 can control the fifth wireless communication circuit 133 to receive the voice data transmitted by the wireless wide area network 140 by using the second wireless communication protocol, and control the fourth wireless communication circuit 131 to use the first wireless communication protocol to use the voice data. The first wireless communication circuit 114 is transmitted to the first wireless communication circuit 114, so that the first processing circuit 117 controls the audio device 113 to play the voice data transmitted from the fourth wireless communication circuit 131. The third battery 139 is then used to provide the power required for the second parameter receiving device 130 to operate.

In practice, the foregoing first processing circuit 117, second processing circuit 127, and third processing circuit 137 can all be implemented by one or more processor units. In addition, the aforementioned first battery 118, second battery 129, and third battery 139 can all be implemented by one or more connected or separated battery modules.

As shown in FIG. 1, the smart parameter setting device 110, the first parameter receiving device 120, and the second parameter receiving device 130 are separate devices, and the smart parameter setting device 110 and the first parameter receiving device 120 are not physically connected. And there is no physical connection between the smart parameter setting device 110 and the second parameter receiving device 130. In operation, the smart parameter setting device 110 and the first parameter receiving device 120 communicate with each other through the first wireless communication circuit 114 and the second wireless communication circuit 121 in a wireless transmission manner to implement the smart parameter setting device 110 and The first parameter receives data communication between the devices 120. When the first wireless communication circuit 114 detects the fourth wireless communication circuit 131 of the second parameter receiving device 130, the first processing circuit 117 controls the first wireless communication circuit 114 to use the first wireless communication protocol to transfer the storage device 115. The one or more personalization parameters are stored to the fourth wireless communication circuit 131. In other words, the smart parameter setting device 110 and the second parameter receiving device 130 communicate with each other through the first wireless communication circuit 114 and the fourth wireless communication circuit 131 in a wireless transmission manner.

In addition, if the user wants to make a voice call by using the combination of the smart parameter setting device 110 and the second parameter receiving device 130, the first processing circuit 117 can control the first wireless communication circuit 114 to transmit the foregoing identity by using the first wireless communication protocol. The data is identified to the fourth wireless communication circuit 131. When the fourth wireless communication circuit 131 receives the identity identification data transmitted by the first wireless communication circuit 114, the third processing circuit 137 controls the fifth wireless communication circuit 133 to transmit the identity identification data to the second wireless communication protocol to the second wireless communication circuit. The wireless wide area network 140 performs an identity authentication process. When the second parameter receiving device 130 passes the identity authentication program, the third processing circuit 137 controls the fifth wireless communication circuit 133 to receive the voice data transmitted from the wireless wide area network 140, and controls the fourth wireless communication circuit 131 to adopt the first wireless. The communication protocol transmits the voice material to the first wireless communication circuit 114.

As can be seen from the foregoing, the fourth wireless communication circuit 131 and the fifth wireless communication circuit 133 in the second parameter receiving device 130 employ different communication protocols and have different uses. Specifically, the fourth wireless communication circuit 131 is for communicating with the smart parameter setting device 110, and the fifth wireless communication circuit 133 is for communicating with the wireless wide area network 140.

In the personalized parameter automatic synchronization system 100, a screen for displaying an image screen for the user to view is disposed on the smart parameter setting device 110, and the first parameter receiving device 120 and the second parameter receiving device 130 do not need to be set. Any screen. Therefore, without reducing the capacity of the second battery 129 and the third battery 139, the cost, volume, and weight of the first parameter receiving device 120 and the second parameter receiving device 130 can be greatly reduced, thereby reducing the first parameter. The component complexity and manufacturing complexity of the receiving device 120 and the second parameter receiving device 130 increase the manufacturing yield of the first parameter receiving device 120 and the second parameter receiving device 130. Such an architecture may also make the volume of the first parameter receiving device 120 and the second parameter receiving device 130 smaller than the volume of the smart parameter setting device 110, such that the total surface area of the first parameter receiving device 120 and the second parameter receiving device 130 is less than wisdom. The type parameter sets the total surface area of the device 110, which in turn increases the portability of the first parameter receiving device 120 and the second parameter receiving device 130.

In addition, since there is no need to set any screen on the first parameter receiving device 120 and the second parameter receiving device 130, the power consumption of the first parameter receiving device 120 and the second parameter receiving device 130 without setting any screen can be effectively reduced. Further extending the first parameter receiving device 120 and the second parameter receiving device 130 eliminates the need to set any screen usage time and standby time.

In practice, the first parameter receiving device 120 or the second parameter receiving device 130 can be installed on the first parameter receiving device 120 or the second parameter receiving device 130 to indicate the operating state or power state of the first parameter receiving device 120 or the second parameter receiving device 130. An indicator light (such as an LED light, not shown) or a simple screen with a small size and low power consumption is used to save power consumption of the first parameter receiving device 120 and the second parameter receiving device 130.

The operation of the personalized parameter automatic synchronization system 100 will be further described below in conjunction with FIGS. 2 and 7.

FIG. 2 is a simplified flowchart of an embodiment of a method for personalizing parameter synchronization processing by the personalized parameter automatic synchronization system 100. In the subsequent flowcharts, the flow located in the field to which a particular device belongs is representative of the flow performed by the particular device. For example, the portion in the field labeled "Smart Parameter Setting Device" represents the flow performed by the smart parameter setting device 110, and the portion marked in the field of the "first parameter receiving device" represents the first parameter. The flow performed by the receiving device 120, the portion marked as the "second parameter receiving device", represents the flow performed by the second parameter receiving device 130, and is marked as a portion of the field of the "wireless wide area network". It represents the flow performed by the wireless wide area network 140.

When the first parameter receiving device 120 is located within the wireless signal transmission range of the smart parameter setting device 110, and the user wants to use the smart parameter setting device 110 to set the personalized parameter of the first parameter receiving device 120, the smart parameter The setting device 110 performs the flow 202.

In the process 202, the first processing circuit 117 displays a parameter setting screen, for example, a parameter setting menu or a setting guiding image, on the control screen 111.

Next, the user can operate the input device 112 of the smart parameter setting device 110 to operate the following parameter setting command according to the preferences of the user and the parameter setting screen displayed on the screen 111. In one embodiment, the input device 112 is implemented with a voice control device. In this case, the user can give a parameter setting indication to the input device 112 by voice input. In another embodiment, the screen 111 and the input device 112 are integrated into a touch screen. In this case, the user can click on the touch screen, and the parameter setting instruction is reached below.

At this point, the input device 112 proceeds to flow 204 to generate one or more personalization parameters based on the instructions issued by the user. In practice, the aforementioned personalization parameter may be an operation parameter of a specific device, for example, air conditioning temperature, height of a vehicle seat, a rear view mirror angle, a volume level, a preset music playlist, a brightness level, a predetermined route. Navigation parameters, satellite positioning coordinates of the predetermined location, and the like.

In flow 206, the first processing circuit 117 stores the one or more personalization parameters generated by the input device 112 in the storage device 115.

In the process 208, the first processing circuit 117 transmits the one or more personalization parameters to the second wireless communication circuit 121 of the first parameter receiving device 120 by using the first wireless communication protocol 114 by using the first wireless communication circuit 114. .

In the process 210, the second wireless communication circuit 121 receives the one or more personalization parameters transmitted by the first wireless communication circuit 114.

In the process 212, the second processing circuit 127 may adjust the operation of the first parameter receiving device 120 according to the one or more personalization parameters transmitted by the first wireless communication circuit 114, or according to the one or more personalizations. The parameters adjust the operation of the first controlled device 150 through the first control interface 125.

As previously mentioned, the user can carry the smart parameter setting device 110 to other locations. In an embodiment, the smart parameter setting device 110 can automatically perform the flow 214 intermittently or periodically without user intervention. In another embodiment, the smart parameter setting device 110 can perform the process 214 only when the user issues a start command.

In the process 214, the first processing circuit 117 performs detection using the first wireless communication circuit 114 to determine whether other parameter receiving devices exist within the wireless signal transmission range of the first wireless communication circuit 114. When the first wireless communication circuit 114 detects another parameter receiving device, the first processing circuit 117 performs a flow 216 to automatically personalize the one or more personalities by using the first wireless communication circuit 114 using the first wireless communication protocol. The parameters are passed to the newly detected parameter receiving device.

For the convenience of the subsequent description, it is assumed here that in the foregoing flow 214, the first wireless communication circuit 114 detects that the second parameter receiving device 130 is located within the wireless signal transmission range of the first wireless communication circuit 114 at that time. Therefore, the first processing circuit 117 transmits the one or more personalization parameters stored in the storage device 115 to the fourth wireless communication by using the first wireless communication protocol in the first wireless communication circuit 114 in the flow 216. Circuit 131. That is, the first processing circuit 117 transmits the one or more personalization parameters relative to the first parameter receiving device 120 to the second parameter receiving device 130 using the first wireless communication circuit 114.

In the process 218, the fourth wireless communication circuit 131 receives the one or more personalization parameters transmitted by the first wireless communication circuit 114.

In the process 220, the third processing circuit 137 may adjust the operation of the second parameter receiving device 130 according to the one or more personalization parameters transmitted by the first wireless communication circuit 114, or according to the one or more personalizations. The parameter adjusts the operation of the second controlled device 160 through the second control interface 135.

The aforementioned first controlled device 150 and second controlled device 160 may be various devices that can adjust operating parameters, such as an air conditioning system, a vehicle electronic control system, an audio, a lighting system, a computer, a navigation device, or a smart home appliance. and many more. In practice, the first parameter receiving device 120 can also be integrated in the first controlled device 150 to become part of the control circuit of the first controlled device 150. In addition, the second parameter receiving device 130 may also be integrated in the second controlled device 160 to become part of the control circuit of the second controlled device 160.

It can be seen from the foregoing description that even if the second parameter receiving device 130 is located outside the wireless signal transmission range of the first parameter receiving device 120, the first parameter receiving device 120 cannot directly transmit the personalized parameter set by the user to the second parameter receiving. The device 130 can still automatically synchronize the personalized parameters of the first parameter receiving device 120 to the second parameter receiving device 130 by the operation of the smart parameter setting device 110. Thereby, the synchronization processing of the user's personalized operation parameters can be automatically completed between the plurality of parameter receiving devices quickly and conveniently.

The user's preferences for the operating parameters of the various devices can be stored in the smart parameter setting device 110 and carried by the user. Once there is a compatible parameter receiving device in the place where the user arrives, the smart parameter setting device 110 can automatically transmit the user's personalized parameter to the parameter receiving device, so that the parameter receiving device or the parameter Other electronic devices coupled to the receiving device can automatically operate according to the preferences of the user. Therefore, the user does not need to manually set the operation parameters for different parameter receiving devices one by one, which can greatly improve the operation convenience of each device and save time.

In an embodiment, the aforementioned first wireless communication circuit 114, second wireless communication circuit 121, and fourth wireless communication circuit 131 are both transmitting and receiving signals using an architecture of an omni-directional antenna. Therefore, the user does not need to align the signal transmitting end of the smart parameter setting device 110 with the receiving end of the first parameter receiving device 120 or the second parameter receiving device 130, and can also manipulate the first parameter receiving device 120 or the second parameter. The operating parameters of the receiving device 130 are such that the relative position between the user and the parameter receiving device is not limited, thereby improving the convenience of use.

Furthermore, since the smart parameter setting device 110 can replace the functions of the remote controllers of the first parameter receiving device 120 and the second parameter receiving device 130, even if the remote control of the first parameter receiving device 120 and the second parameter receiving device 130 is performed When the device is lost or damaged, the user can still adjust the operating parameters of the first parameter receiving device 120 and the second parameter receiving device 130 through the smart parameter setting device 110.

In the process in which the second parameter receiving device 130 and the second controlled device 160 operate according to the one or more personalized parameters transmitted by the smart parameter setting device 110, if the user wants to modify the second parameter receiving device 130 And the operating parameters of the second controlled device 160, the smart parameter setting device 110 performs the flow 302 in FIG.

In the process 302, the first processing circuit 117 displays a parameter setting screen, for example, a parameter setting menu or a setting guiding image, on the control screen 111.

Then, the user can operate the input device 112 according to the preferences of the user and the parameter setting screen displayed on the screen 111. In an embodiment where the input device 112 is implemented with a voice control device, the user can give a parameter setting indication to the input device 112 by voice input. In an embodiment in which the screen 111 and the input device 112 are integrated into a touch screen, the user can click on the touch screen, and the parameter setting indication is followed.

At this point, the input device 112 proceeds to flow 304 to generate one or more modified personalization parameters based on the instructions issued by the user. In practice, the modified personalization parameters are also operating parameters of a specific device, for example, air conditioning temperature, height of the vehicle seat, rear view mirror angle, volume level, preset music playlist, brightness size, reservation Navigation parameters of the route, satellite positioning coordinates of the predetermined location, and the like.

In flow 306, the first processing circuit 117 stores the one or more modified personalization parameters generated by the input device 112 in the storage device 115.

In the process 308, the first processing circuit 117 transmits the one or more modified personalization parameters to the fourth wireless of the second parameter receiving device 130 by using the first wireless communication protocol 114 by the first wireless communication circuit 114. Communication circuit 131.

In the process 310, the fourth wireless communication circuit 131 receives the one or more modified personalization parameters transmitted by the first wireless communication circuit 114.

In the process 312, the third processing circuit 137 may adjust the operation of the second parameter receiving device 130 according to the one or more modified personalization parameters transmitted by the first wireless communication circuit 114, or according to the one or more The modified personalization parameter adjusts the operation of the second controlled device 160 through the second control interface 135.

As previously mentioned, the user can carry the smart parameter setting device 110 to other locations. In an embodiment, the smart parameter setting device 110 can automatically perform the flow 314 intermittently or periodically without user intervention. In another embodiment, the smart parameter setting device 110 can perform the flow 314 only when the user issues a start command.

In the process 314, the first processing circuit 117 performs detection using the first wireless communication circuit 114 to determine whether other parameter receiving devices exist within the wireless signal transmission range of the first wireless communication circuit 114. When the first wireless communication circuit 114 detects another parameter receiving device, the first processing circuit 117 performs a flow 316 to automatically modify the one or more segments by using the first wireless communication circuit 114 using the first wireless communication protocol. The personalization parameters are transmitted to the newly detected parameter receiving device.

For convenience of subsequent description, it is assumed herein that in the foregoing flow 314, the first wireless communication circuit 114 detects that the first parameter receiving device 120 is located within the wireless signal transmission range of the first wireless communication circuit 114 at that time. Therefore, the first processing circuit 117 transmits the one or more modified personalization parameters stored in the storage device 115 to the first wireless communication circuit 114 using the first wireless communication protocol described above in the process 316. Two wireless communication circuits 121. That is, the first processing circuit 117 transmits the one or more modified personalization parameters relative to the second parameter receiving device 130 to the first parameter receiving device 120 using the first wireless communication circuit 114.

In the process 318, the second wireless communication circuit 121 receives the one or more modified personalization parameters transmitted by the first wireless communication circuit 114.

In the process 320, the second processing circuit 127 may adjust the operation of the second parameter receiving device 120 according to the one or more modified personalization parameters transmitted by the first wireless communication circuit 114, or according to the one or more The modified personalization parameter adjusts the operation of the first controlled device 150 through the first control interface 125.

It can be seen from the foregoing description that even if the first parameter receiving device 120 is located outside the wireless signal transmission range of the second parameter receiving device 130, the second parameter receiving device 130 cannot directly transmit the modified personalized parameter to the first parameter receiving device. 120. The modified personalization parameters can still be automatically synchronized to the first parameter receiving device 120 by the operation of the smart parameter setting device 110.

In other words, the smart parameter setting device 110 can perform the synchronized operation of the personalized parameters in the reverse direction among the plurality of parameter receiving devices.

In the personalization parameter automatic synchronization system 100, the first wireless communication circuit 114 of the smart parameter setting device 110 cannot directly communicate with the wireless wide area network 140, so that the voice call function of the mobile phone cannot be realized when operating alone. Further, since the identity authentication device 116 is not provided in the second parameter receiving device 130, the identity authentication cannot be performed with the wireless wide area network 140 when operating alone, and therefore, the voice call function of the mobile phone cannot be realized.

However, the personalized parameter automatic synchronization system 100 allows the user to make a voice call with a remote receiving device by using the combination of the smart parameter setting device 110 and the parameter receiving device. The operation mode of the voice call automatic synchronization system 100 for voice call will be further described below with reference to FIG. 4 and FIG. 5.

4 and 5 are simplified flow diagrams of an embodiment of a method for a personalized parameter automatic synchronization system 100 to make a voice call over a wireless wide area network 140.

When the smart parameter setting device 110 is located within the wireless signal transmission range of the fourth wireless communication circuit 131, the personalized parameter automatic synchronization system 100 allows the user to utilize the combination of the smart parameter setting device 110 and the second parameter receiving device 130. To make a voice call with the remote receiving device. In operation, the user can operate the input device 112 of the smart parameter setting device 110 to operate the following dialing command. In an embodiment where the input device 112 is implemented with a voice control device, the user can place a dial command on the input device 112 by voice input. In an embodiment in which the screen 111 and the input device 112 are integrated into a touch screen, the user can click on the touch screen to obtain a dialing command.

At this time, the input device 112 performs the process 402 in FIG. 4 to receive the dialing command issued by the user. In addition, the first processing circuit 117 also generates a corresponding first call request in the process 402.

In the process 404, the first processing circuit 117 reads the data of the SIM card in the identity authentication device 116 to obtain an identity identification data, and uses the first wireless communication circuit 114 to identify the identity data using the first wireless communication protocol. And the first dialing request is transmitted to the fourth wireless communication circuit 131.

In the process 406, the fourth wireless communication circuit 131 receives the identity identification data and the first dialing request transmitted by the first wireless communication circuit 114.

In the process 408, the third processing circuit 137 uses the fifth wireless communication circuit 133 to transmit the identity identification data and the first dialing request to the wireless wide area network 140 to perform an identity authentication procedure using the aforementioned second wireless communication protocol.

After the second parameter receiving device 130 passes the identity authentication process, the wireless wide area network 140 performs a process 410 of transmitting the first voice data generated by the terminating device to the second parameter receiving device 130.

In the process 412, the fifth wireless communication circuit 133 receives the first voice material transmitted from the wireless wide area network 140. In addition, the third processing circuit 137 transmits the first voice data received by the fifth wireless communication circuit 133 to the smart parameter setting device 110 by using the first wireless communication protocol by the fourth wireless communication circuit 131 in the flow 412. A wireless communication circuit 114.

In the process 414, the first processing circuit 117 receives the first voice data transmitted by the fourth wireless communication circuit 131 by using the first wireless communication circuit 114.

In the process 416, the first processing circuit 117 plays the content of the first voice material transmitted by the fourth wireless communication circuit 131 by using the audio device 113.

When the user speaks to the smart parameter setting device 110, the audio device 113 performs a flow 418 to generate a corresponding second voice data. At this time, the first processing circuit 117 transmits the second voice data to the fourth wireless communication circuit 131 by using the first wireless communication circuit 114 using the first wireless communication protocol.

In the process 420, the fourth wireless communication circuit 131 receives the second voice data transmitted by the first wireless communication circuit 114. At this time, the third processing circuit 137 transmits the second voice material to the wireless wide area network 140 by using the fifth wireless communication circuit 133.

In the process 422, the wireless wide area network 140 receives the second voice data transmitted by the fifth wireless communication circuit 133 and transmits the second voice data to the aforementioned receiving terminal device.

As can be seen from the foregoing description, by using the method of FIG. 4 described above, the voice call function of the mobile phone can be realized by the combination of the smart parameter setting device 110 and the second parameter receiving device 130.

If the user then carries the smart parameter setting device 110 away from the wireless signal transmission range of the fourth wireless communication circuit 131 and enters the wireless signal transmission range of the second wireless communication circuit 121, the personalized parameter automatic synchronization system 100 also allows The user uses the smart parameter setting device 110 in conjunction with the first parameter receiving device 120 to implement the call function of the mobile phone.

For example, the user can operate the input device 112 of the smart parameter setting device 110 to operate the following dialing command. In an embodiment where the input device 112 is implemented with a voice control device, the user can place a dial command on the input device 112 by voice input. In an embodiment in which the screen 111 and the input device 112 are integrated into a touch screen, the user can click on the touch screen to obtain a dialing command.

At this time, the input device 112 performs the flow 502 in FIG. 5 to receive the dialing command issued by the user. In addition, the second processing circuit 127 also generates a corresponding second dialing request in the flow 502.

In the process 504, the first processing circuit 117 reads the data of the SIM card in the identity authentication device 116 to obtain the identity identification data, and uses the first wireless communication circuit 114 to use the first wireless communication protocol to identify the identity information and The second dialing request is transmitted to the second wireless communication circuit 121.

In the process 506, the second wireless communication circuit 121 receives the identity identification data and the second dialing request transmitted from the first wireless communication circuit 114.

In the process 508, the second processing circuit 127 uses the third wireless communication circuit 123 to transmit the identity identification data and the second dialing request to the wireless wide area network 140 to perform an identity authentication procedure using the aforementioned second wireless communication protocol.

After the first parameter receiving device 120 passes the identity authentication process, the wireless wide area network 140 performs a process 510 of transmitting the third voice data generated by the terminating device to the first parameter receiving device 120.

In the process 512, the third wireless communication circuit 123 receives the third voice data transmitted from the wireless wide area network 140. In addition, the second processing circuit 127 transmits the third voice data received by the third wireless communication circuit 123 to the smart parameter setting device 110 by using the first wireless communication protocol in the flow 512 by using the second wireless communication circuit 121. A wireless communication circuit 114.

In the process 514, the first processing circuit 117 receives the third voice data transmitted by the second wireless communication circuit 121 by using the first wireless communication circuit 114.

In the process 516, the first processing circuit 117 plays the content of the third voice material transmitted by the second wireless communication circuit 121 by using the audio device 113.

When the user speaks to the smart parameter setting device 110, the audio device 113 performs a flow 518 to generate a corresponding fourth voice data. At this time, the first processing circuit 117 transmits the fourth voice data to the second wireless communication circuit 121 by using the first wireless communication circuit 114 using the first wireless communication protocol.

In the process 520, the second wireless communication circuit 121 receives the fourth voice data transmitted by the first wireless communication circuit 114. At this time, the second processing circuit 127 transmits the fourth voice data to the wireless wide area network 140 by using the third wireless communication circuit 123.

In the process 522, the wireless wide area network 140 receives the fourth voice data transmitted from the third wireless communication circuit 123 and transmits the fourth voice data to the aforementioned receiving terminal device.

Therefore, by using the method of FIG. 5 described above, the voice call function of the mobile phone can be realized by using the combination of the smart parameter setting device 110 and the first parameter receiving device 120.

As can be seen from the foregoing description, the different parameter receiving devices in the personalized parameter automatic synchronization system 100 can share the same identity identification data provided by the identity authentication device 116 in the smart parameter setting device 110 to perform identity authentication with the wireless wide area network 140. program.

In other words, the user can carry the voice call function of the mobile phone with the parameter receiving device near the location as long as the user carries the smart parameter setting device 110 with him or her.

In addition, since there is no need to provide a wireless communication circuit for communicating with the wireless wide area network 140 in the smart parameter setting device 110, the component complexity and hardware cost of the smart parameter setting device 110 can be effectively reduced, thereby improving the smart parameter. The manufacturing yield and mass production speed of the device 110 are set.

On the other hand, since it is not necessary to set the audio device 113 required for the voice call and the identity authentication device 116 for providing the identity identification data in each parameter receiving device, it is not even necessary to set the input device 112 and the screen required for receiving the broadcast command. 111, so the component complexity of each parameter receiving device can be effectively reduced, thereby improving the manufacturing yield and mass production speed of each parameter receiving device.

In the personalization parameter automatic synchronization system 100, the parameter receiving device can also be used to share the partial calculation amount of the smart parameter setting device 110, so as to reduce the amount of calculation required by the smart parameter setting device 110, thereby reducing the smart parameter. The power consumption of the device 110 is set. The separate arithmetic method employed by the personalized parameter automatic synchronization system 100 will be further described below in conjunction with FIGS. 6 and 7.

6 and 7 are simplified flow charts of an embodiment of a separate arithmetic method employed by the personalized parameter automatic synchronization system 100.

When the user operates the smart parameter setting device 110, if the first processing circuit 117 needs to process a first type of a predetermined operation, and the smart parameter setting device 110 is located at the second wireless communication circuit 121, the wireless signal is transmitted. Within the scope, the first processing circuit 117 can perform the flow 602 of FIG. 6 to generate a first computing request corresponding to the first operation. In practice, the first operation request may include one or more operation parameters corresponding to the first operation.

In one embodiment, the aforementioned first operation is a first type of rendering operation of a predetermined type. In this case, the first processing circuit 117 generates a first operation request corresponding to the predetermined type of first drawing operation in the flow 602, and the first operation request may include the first type with the predetermined type. One or more operational parameters corresponding to the drawing operation. For example, the aforementioned first drawing operation may be a 3D drawing operation or other drawing operation that requires more than a predetermined amount of computing resources.

In another embodiment, the first operation of the predetermined type refers to an operation required when the user inputs the control command of the smart parameter setting device 110 into a predetermined type of command. In practice, the designer of the personalized parameter automatic synchronization system 100 can define the type of control command input by the user based on various criteria related to the amount of computation involved.

For example, in one embodiment, the aforementioned predetermined type of instruction refers to an instruction that the first processing circuit 117 processes the control instruction by an amount greater than a predetermined amount of operation. In another embodiment, the aforementioned predetermined type of instruction refers to an instruction that the first processing circuit 117 processes the control instruction for more than a predetermined time. In another embodiment, the aforementioned predetermined type of instructions refer to instructions related to multimedia operations. In another embodiment, the aforementioned predetermined type of instructions refer to instructions related to image processing. In another embodiment, the aforementioned predetermined type of instructions refer to instructions related to signal encoding and decoding processing. In another embodiment, the aforementioned predetermined type of instruction refers to an instruction related to data addition and decryption processing.

In flow 604, the first processing circuit 117 transmits the first operational request to the second wireless communication circuit 121 using the first wireless communication circuit 114.

In flow 606, the second wireless communication circuit 121 receives the first operational request from the first wireless communication circuit 114.

In the process 608, the second processing circuit 127 performs an operation according to the received first operation request to generate a first operation result. In the embodiment in which the first operation is a predetermined type of first drawing operation, the second processing circuit 127 performs a drawing operation according to the first operation request to generate a first image data. In this case, the first operation result referred to in the process 608 is the first image data generated after the second processing circuit 127 performs the drawing operation.

In the process 610, the second processing circuit 127 transmits the first operation result to the first wireless communication circuit 114 by using the second wireless communication circuit 121.

In the process 612, the first wireless communication circuit 114 receives the first operation result transmitted by the second wireless communication circuit 121.

In the process 614, the first processing circuit 117 adjusts at least the video content displayed by the screen 111 or the sound content played by the audio device 113 according to the received first operation result. For example, in the embodiment in which the first operation result generated in the foregoing process 608 is the first image data, the first processing circuit 117 can display the content of the first image data by using the screen 111 in the flow 614.

In practice, the first processing circuit 117 of the smart parameter setting device 110 can perform the foregoing process in FIG. 6 each time a predetermined type of operation needs to be processed, to share the partial operation by using the first parameter receiving device 120. The amount by which the amount of calculation required by the smart parameter setting device 110 is reduced.

In another embodiment, the first processing circuit 117 performs the foregoing flow in FIG. 6 when it is necessary to process a predetermined type of operation and the remaining power of the first battery 118 is below a predetermined level. In this embodiment, when the first processing circuit 117 needs to process a predetermined type of operation, if the remaining power of the first battery 118 is higher than a predetermined level, the first processing circuit 117 may choose to perform the predetermined type of operation by itself, and Based on the result of the operation, at least the video content displayed on the screen 111 or the sound content played by the audio device 113 is adjusted.

Similarly, the second parameter receiving device 130 can also be used to share the partial calculation amount of the smart parameter setting device 110 to reduce the amount of calculation required by the smart parameter setting device 110, thereby reducing the intelligent parameter setting device 110. power consumption.

For example, when the user operates the smart parameter setting device 110, if the first processing circuit 117 needs to process a second operation of the predetermined type, and the smart parameter setting device 110 is located at the wireless of the fourth wireless communication circuit 131 at the time. Within the signal transmission range, the first processing circuit 117 can perform the flow 702 of FIG. 7 to generate a second operation request corresponding to the second operation. In practice, the second operation request may include one or more operation parameters corresponding to the second operation.

In an embodiment, the aforementioned second operation is a second drawing operation of a predetermined type. In this case, the first processing circuit 117 generates a second operation request corresponding to the predetermined type of second drawing operation in the process 702, and the second operation request may include the second type with the predetermined type. One or more operational parameters corresponding to the drawing operation. For example, the aforementioned second drawing operation may be a 3D drawing operation or other drawing operation that requires more than a predetermined amount of computing resources.

In another embodiment, the second operation of the predetermined type refers to an operation required when the user inputs the control command of the smart parameter setting device 110 into a predetermined type of command. In practice, the designer of the personalized parameter automatic synchronization system 100 can define the type of control command input by the user based on various criteria related to the amount of computation involved.

For example, in one embodiment, the aforementioned predetermined type of instruction refers to an instruction that the first processing circuit 117 processes the control instruction by an amount greater than a predetermined amount of operation. In another embodiment, the aforementioned predetermined type of instruction refers to an instruction that the first processing circuit 117 processes the control instruction for more than a predetermined time. In another embodiment, the aforementioned predetermined type of instructions refer to instructions related to multimedia operations. In another embodiment, the aforementioned predetermined type of instructions refer to instructions related to image processing. In another embodiment, the aforementioned predetermined type of instructions refer to instructions related to signal encoding and decoding processing. In another embodiment, the aforementioned predetermined type of instruction refers to an instruction related to data addition and decryption processing.

In the flow 704, the first processing circuit 117 transmits the second operation request to the fourth wireless communication circuit 131 using the first wireless communication circuit 114.

In the process 706, the fourth wireless communication circuit 131 receives the second operation request from the first wireless communication circuit 114.

In the process 708, the third processing circuit 137 performs an operation according to the received second operation request to generate a second operation result. In the embodiment where the second operation is a predetermined type of second drawing operation, the third processing circuit 137 performs a drawing operation according to the second operation request to generate a second image data. In this case, the second operation result referred to in the process 708 is the second image data generated by the third processing circuit 137 after the drawing operation.

In the process 710, the third processing circuit 137 transmits the second operation result to the first wireless communication circuit 114 by using the fourth wireless communication circuit 131.

In the process 712, the first wireless communication circuit 114 receives the second operation result transmitted by the fourth wireless communication circuit 131.

In the process 714, the first processing circuit 117 adjusts at least the video content displayed by the screen 111 or the sound content played by the audio device 113 according to the received second operation result. For example, in the embodiment in which the second operation result generated in the foregoing process 708 is the second image data, the first processing circuit 117 can display the content of the second image data by using the screen 111 in the flow 714.

In practice, the first processing circuit 117 of the smart parameter setting device 110 can perform the foregoing process in FIG. 7 every time a predetermined type of operation needs to be processed, to share the partial operation by using the second parameter receiving device 130. The amount by which the amount of calculation required by the smart parameter setting device 110 is reduced.

In another embodiment, the first processing circuit 117 performs the foregoing flow in FIG. 7 when it is necessary to process a predetermined type of operation and the remaining power of the first battery 118 is below a predetermined level. In this embodiment, when the first processing circuit 117 needs to process a predetermined type of operation, if the remaining power of the first battery 118 is higher than a predetermined level, the first processing circuit 117 may choose to perform the predetermined type of operation by itself, and Based on the result of the operation, at least the video content displayed on the screen 111 or the sound content played by the audio device 113 is adjusted.

As can be seen from the foregoing description, the smart parameter setting device 110 can distribute the partial computing load to the first parameter receiving device 120 or the second parameter receiving device 130, thereby reducing the calculation amount and power consumption of the smart parameter setting device 110. the amount.

Therefore, in the smart parameter setting device 110, it is not necessary to provide a high-performance processing circuit, so that the manufacturing complexity and hardware cost of the smart parameter setting device 110 can be further reduced, and the manufacturing yield of the smart parameter setting device 110 can be improved. And mass production speed.

In addition, the method of FIG. 6 or FIG. 7 can also reduce the requirement on the capacity of the first battery 118 without shortening the use time of the smart parameter setting device 110, thereby reducing the volume of the smart parameter setting device 110 and The weight is used to enhance the portability of the smart parameter setting device 110.

In practice, depending on the power supply design of the first parameter receiving device 120 and the second parameter receiving device 130, the second battery 129 or the third battery 139 may be omitted. In addition, if the first parameter receiving device 120 is designed not to support the voice call function, the third wireless communication circuit 123 in the first parameter receiving device 120 may be omitted to further reduce the component complexity of the first parameter receiving device 120. And hardware costs.

Certain terms are used throughout the description and claims to refer to particular elements. However, those of ordinary skill in the art should understand that the same elements may be referred to by different nouns. The specification and the scope of patent application do not use the difference in name as the way to distinguish the components, but the difference in function of the components as the basis for differentiation. The term "including" as used in the specification and the scope of the patent application is an open term and should be interpreted as "including but not limited to". In addition, "coupled" includes any direct and indirect means of attachment herein. Therefore, if the first element is described as being coupled to the second element, the first element can be directly connected to the second element by electrical connection or wireless transmission, optical transmission or the like, or by other elements or connections. The means is indirectly electrically or signally connected to the second component.

The description of "and/or" as used herein includes any combination of one or more of the listed items. In addition, the terms of any singular are intended to include the meaning of the plural, unless otherwise specified in the specification.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the claims of the present invention are intended to be within the scope of the present invention.

100. . . Personalized parameter automatic synchronization system

110. . . Intelligent parameter setting device

111. . . Screen

112. . . Input device

113. . . Audio device

114. . . First wireless communication circuit

115. . . Storage device

116. . . Identity authentication device

117, 127, 137. . . Processing circuit

118, 129, 139. . . battery

120, 130. . . Parameter receiving device

121. . . Second wireless communication circuit

123. . . Third wireless communication circuit

125, 135. . . Control interface

131. . . Fourth wireless communication circuit

133. . . Fifth wireless communication circuit

140. . . Wireless wide area network

150, 160. . . Controlled device

Claims (23)

A personalized parameter automatic synchronization system, comprising:
a smart parameter setting device configured to display a parameter setting screen, set one or more personalization parameters according to a user's instruction, and transmit the one or more personalization parameters by using a first wireless communication protocol;
a first parameter receiving device, configured to receive the one or more personalization parameters by using the first wireless communication protocol, and adjust operation according to the one or more personalized parameters, or adjust to be coupled to the first parameter receiving device The operation of a first controlled device; and a second parameter receiving device located outside a wireless signal transmission range of the first parameter receiving device;
When the smart parameter setting device detects the second parameter receiving device, the smart parameter setting device transmits the one or more personalized parameters to the second parameter receiving by using the first wireless communication protocol. The device, the second parameter receiving device adjusts the operation according to the one or more personalized parameters transmitted by the smart parameter setting device, or adjusts the operation of a second controlled device coupled to the second parameter receiving device ;
The smart parameter setting device is further configured to transmit an identity identification data to the second parameter receiving device by using the first wireless communication protocol, and the second parameter receiving device is further configured to adopt a different from the first wireless communication protocol. Transmitting the identity identification data to a wireless wide area network for performing an identity authentication procedure, receiving a first voice data transmitted by the wireless wide area network, and using the first wireless communication protocol A voice data is transmitted to the smart parameter setting device, so that the smart parameter setting device plays the first voice data transmitted by the second parameter receiving device. The personalization parameter automatic synchronization system of claim 1, wherein the intelligent parameter setting device comprises:
a screen set to display the parameter setting screen;
An input device configured to generate the one or more personalization parameters according to the user's instruction;
An audio device;
a first wireless communication circuit configured to transmit the one or more personalization parameters and the identity identification data by using the first wireless communication protocol;
a storage device configured to store the one or more personalization parameters generated by the input device;
An identity authentication device configured to provide the identity identification data; and a first processing circuit coupled to the screen, the input device, the audio device, the first wireless communication circuit, the storage device, and the identity authentication device ;
The first parameter receiving device includes:
a second wireless communication circuit configured to receive the one or more personalization parameters transmitted by the first wireless communication circuit by using the first wireless communication protocol;
a first control device is coupled to the first controlled device; and a second processing circuit is coupled to the second wireless communication circuit, the third wireless communication circuit, and the first control interface, and configured to Adjusting the operation of the first controlled device through the first control interface according to the one or more personalized parameters transmitted by the first wireless communication circuit;
The second parameter receiving device includes:
a fourth wireless communication circuit;
a fifth wireless communication circuit;
a second control interface is coupled to the second controlled device; and a third processing circuit is coupled to the fourth wireless communication circuit, the fifth wireless communication circuit, and the second control interface;
When the first wireless communication circuit detects the fourth wireless communication circuit, the first processing circuit controls the first wireless communication circuit to use the first wireless communication protocol to store the storage device 115. Transmitting the one or more personalization parameters to the fourth wireless communication circuit, so that the third processing circuit adjusts the operation of the second controlled device according to the one or more personalized parameters received by the fourth wireless communication circuit ;
When the fourth wireless communication circuit receives the identity identification data sent by the first wireless communication circuit, the third processing circuit controls the fifth wireless communication circuit to identify the identity by using the second wireless communication protocol. Transmitting data to the wireless wide area network for performing the identity authentication procedure, and receiving the first voice data transmitted by the wireless wide area network, and controlling the fourth wireless communication circuit to transmit the first voice data by using the first wireless communication protocol Up to the first wireless communication circuit, the first processing circuit controls the audio device to play the first voice data transmitted by the fourth wireless communication circuit. The personalization parameter automatic synchronization system of claim 2, wherein the first wireless communication protocol is Bluetooth, WiFi, a near field communication protocol, or an IEEE 802.11 series protocol. The personalization parameter automatic synchronization system of claim 3, wherein when the first processing circuit needs to process a first drawing operation of a predetermined type, the first processing circuit controls the first wireless communication circuit to transmit the first a first operation request corresponding to a drawing operation, and when the second wireless communication circuit receives the first operation request, the second processing circuit performs a drawing operation according to the first operation request to generate a first Image data, and transmitting the first image data to the first wireless communication circuit by using the second wireless communication circuit;
After the first wireless communication circuit receives the first image data, the first processing circuit controls the screen to display the first image data. The personalization parameter automatic synchronization system of claim 4, wherein the operation request includes one or more operation parameters corresponding to the predetermined type of drawing operation. The personalization parameter automatic synchronization system of claim 5, wherein the predetermined type of drawing operation comprises a 3D drawing operation. The personalization parameter automatic synchronization system of claim 5, wherein the total surface area of the first parameter receiving device is smaller than the total surface area of the smart parameter setting device, and the first parameter receiving device and the smart parameter setting device are not Entity connection. The personalization parameter automatic synchronization system of claim 4, wherein when the first processing circuit needs to process a second drawing operation of the predetermined type, the first processing circuit controls the first wireless communication circuit to transmit the first a second operation request corresponding to the second drawing operation, and when the fourth wireless communication circuit receives the second operation request, the third processing circuit performs a drawing operation according to the second operation request to generate a second Image data, and using the fourth wireless communication circuit to transmit the second image data to the first wireless communication circuit;
After the first wireless communication circuit receives the second image data, the first processing circuit controls the screen to display the second image data. The personalization parameter automatic synchronization system of claim 8, wherein the smart parameter setting device further sets one or more modified personalization parameters according to the user's instruction, and the smart parameter setting device is in the first Transmitting the one or more modified personalization parameters to the second parameter receiving device by using the first wireless communication protocol to adjust the second parameter receiving device or the second parameter receiving device coupled to the second parameter receiving device The operation of the second controlled device, the smart parameter setting device further transmitting the one or more modified personalization parameters to the first wireless communication protocol at a second time point after the first time point The first parameter receiving device is configured to adjust the operation of the first parameter receiving device or the first controlled device coupled to the first parameter receiving device. The personalization parameter automatic synchronization system of claim 1, wherein the smart parameter setting device further sets one or more modified personalization parameters corresponding to the second parameter receiving device according to the user's instruction, The smart parameter setting device transmits the one or more modified personalization parameters to the second parameter receiving device by using the first wireless communication protocol at a first time point to adjust the second parameter receiving device or coupling An operation of the second controlled device connected to the second parameter receiving device, wherein the smart parameter setting device further transmits the one or the first wireless communication protocol at a second time point after the first time point And applying a plurality of modified personalization parameters to the first parameter receiving device to adjust the operation of the first parameter receiving device or the first controlled device coupled to the first parameter receiving device. The personalization parameter automatic synchronization system of claim 1, wherein the smart parameter setting device is further configured to transmit the identity identification data to the first parameter receiving device by using the first wireless communication protocol, the first parameter receiving device further And transmitting, by using the second wireless communication protocol, the identity identification data to the wireless wide area network for performing an identity authentication procedure, receiving a third voice data transmitted by the wireless wide area network, and using the first wireless communication protocol Transmitting the third voice data to the smart parameter setting device, so that the smart parameter setting device plays the first voice data sent by the first parameter receiving device. A smart parameter setting device for a humanized parameter automatic synchronization system, the personalized parameter automatic synchronization system comprising a first parameter receiving device, a second parameter receiving device, a first controlled device, and a second a controlled device, wherein the first controlled device is coupled to the first parameter receiving device, the second controlled device is coupled to the second parameter receiving device, and the second parameter receiving device is located at the first parameter In addition to a wireless signal transmission range of the receiving device, the intelligent parameter setting device includes:
a screen set to display a parameter setting screen;
An input device configured to generate one or more personalization parameters corresponding to the first parameter receiving device according to an indication of a user;
An audio device;
a first wireless communication circuit;
a storage device configured to store the one or more personalization parameters generated by the input device;
An identity authentication device configured to provide an identity identification data; and a first processing circuit coupled to the screen, the input device, the audio device, the first wireless communication circuit, the storage device, and the identity authentication device And configured to control the first wireless communication circuit to transmit the one or more personalization parameters to the first parameter receiving device by using a first wireless communication protocol, so that the first parameter receiving device is configured according to the one or more personalized parameters Adjusting operation or adjusting the operation of the first controlled device;
When the first wireless communication circuit detects the second parameter receiving device, the first processing circuit controls the first wireless communication circuit to transmit the one or more personalization parameters to the first wireless communication protocol to The second parameter receiving device is configured to adjust the operation of the second parameter receiving device according to the one or more personalization parameters, or adjust the operation of the second controlled device;
The first processing circuit further controls the first wireless communication circuit to transmit the identity identification data to the second parameter receiving device by using the first wireless communication protocol, and receive a first one sent by the second parameter receiving device. Voice data, and controlling the audio device to play the first voice data. The smart parameter setting device of claim 12, wherein the first wireless communication protocol is Bluetooth, WiFi, Near Field Communication Protocol, or IEEE 802.11 series protocol. The smart parameter setting device of claim 13, wherein when the first processing circuit needs to process a first drawing operation of a predetermined type, the first processing circuit controls the first wireless communication circuit to transmit the first a first operation request corresponding to the drawing operation, and when the first parameter receiving device receives the first operation request, the first parameter receiving device performs a drawing operation according to the first operation request to generate a first Image data, and transmitting the first image data to the first wireless communication circuit;
After the first wireless communication circuit receives the first image data, the first processing circuit controls the screen to display the first image data. The smart parameter setting device of claim 14, wherein the operation request includes one or more operation parameters corresponding to the predetermined type of drawing operation. The smart parameter setting device of claim 15, wherein the predetermined type of drawing operation comprises a 3D drawing operation. The smart parameter setting device of claim 14, wherein when the first processing circuit needs to process a second drawing operation of the predetermined type, the first processing circuit controls the first wireless communication circuit to transmit the second a second operation request corresponding to the drawing operation, and when the second parameter receiving device receives the second operation request, the second parameter receiving device performs a drawing operation according to the second operation request to generate a second Image data, and transmitting the second image data to the first wireless communication circuit;
After the first wireless communication circuit receives the second image data, the first processing circuit controls the screen to display the second image data. The smart parameter setting device of claim 17, wherein the input device further generates one or more modified personalization parameters corresponding to the second parameter receiving device according to the user's instruction, the first processing The circuit controls the first wireless communication circuit to transmit the one or more modified personalization parameters to the second parameter receiving device by using the first wireless communication protocol at a first time point to adjust the second parameter receiving device Or the operation of the second controlled device coupled to the second parameter receiving device, the first processing circuit further controlling the first wireless communication circuit to adopt the second time point after the first time point Transmitting, by the first wireless communication protocol, the one or more modified personalization parameters to the first parameter receiving device to adjust the first parameter receiving device or the first controlled device coupled to the first parameter receiving device Operation. A second parameter receiving device for a humanized parameter automatic synchronization system, the personalized parameter automatic synchronization system comprising a first parameter receiving device, a smart parameter setting device, a first controlled device, and a first a second controlled device, the first controlled device is coupled to the first parameter receiving device, wherein the smart parameter setting device generates one or more corresponding to the first parameter receiving device according to a user indication Pen personalizing the parameter and transmitting the one or more personalization parameters to the first parameter receiving device, such that the first parameter receiving device adjusts operation of the first controlled device according to the one or more personalization parameters, The second parameter receiving device comprises:
a fourth wireless communication circuit;
a fifth wireless communication circuit;
a second control interface is coupled to the second controlled device; and a third processing circuit is coupled to the fourth wireless communication circuit, the fifth wireless communication circuit, and the second control interface;
The second parameter receiving device is located outside a wireless signal transmission range of the first parameter receiving device, and when the fourth wireless communication circuit detects the smart parameter setting device, the fourth wireless communication circuit Receiving, by using a first wireless communication protocol, the one or more personalization parameters sent by the smart parameter setting device, the third processing circuit according to the one or more personalized parameters received by the fourth wireless communication circuit Adjusting the operation of the second controlled device;
Wherein, when the fourth wireless communication circuit receives the identity identification data sent by the smart parameter setting device, the third processing circuit controls the fifth wireless communication circuit to adopt a different from the first wireless communication protocol. a second wireless communication protocol transmits the identity identification data to a wireless wide area network for performing an identity authentication process, and receives a voice data transmitted by the wireless wide area network, and the third processing circuit further controls the fourth wireless communication circuit And transmitting the voice data to the smart parameter setting device by using the first wireless communication protocol, so that the smart parameter setting device plays the voice data. The second parameter receiving device of claim 19, wherein the first wireless communication protocol is Bluetooth, WiFi, Near Field Communication Protocol, or IEEE 802.11 series protocol. The second parameter receiving device of claim 20, wherein when the smart parameter setting device needs to process a predetermined type of drawing operation, the smart parameter setting device generates an operation corresponding to the predetermined type of drawing operation Requesting, and transmitting the first operation request to the fourth wireless communication circuit, and when the fourth wireless communication circuit receives the operation request, the third processing circuit performs a drawing operation according to the operation request to generate a And displaying the image data to the smart parameter setting device for display by using the fourth wireless communication circuit. The second parameter receiving apparatus of claim 21, wherein the operation request includes one or more operation parameters corresponding to the predetermined type of drawing operation. The second parameter receiving device of claim 22, wherein the predetermined type of drawing operation comprises a 3D drawing operation.