TWI442081B - Method and handheld communication apparatus for transfering task among multiple apparatuses - Google Patents

Description

Method for transferring work between multiple devices and handheld communication device

The present invention relates to a method and apparatus for controlling an electronic device, and more particularly to a method for transferring work between multiple devices using sound localization and a handheld communication device.

Most of the current mobile devices are equipped with Wi-Fi (Wi-Fi), Bluetooth, and other communication modules, which can be connected to the local area network through an access point (AP). Wirelessly access data from other devices on the network or share their own data to other devices on the network. Even by installing a corresponding program on the device, the mobile device can control other devices on the network via the wireless network, and can further transfer the stored multimedia audio and video materials to the devices for playback.

However, when a mobile device shares its multimedia audio and video data through a regional network, it generally needs to pre-search for a playback device in the local area network that can support remote control and multimedia playback functions, and then store the devices in a device list. Actually, when playing multimedia audio and video materials, the user also needs to select the playback device to be used in the device list, and the mobile device can correctly transmit the multimedia audio and video data to the designated playback device for playback. Therefore, in addition to the need to remember the name and location of each playback device, the user can select the playback device to the right, and when it moves to another room or location, it is also necessary to reset or select the playback device, which is quite inconvenient.

In view of this, the present invention provides a method for transferring work between multiple devices and a handheld communication device, which can automatically transfer work to a device in the vicinity of the user for execution.

The present invention provides a method of transferring operation between multiple devices adapted to be transferred between a plurality of electronic devices by a handheld communication device. The method starts a microphone disposed on the handheld communication device and each electronic device to detect an audio signal. Then, according to the sound signal detected by the handheld communication device and the microphone of each electronic device, the relative position between the user and the handheld communication device and each electronic device is calculated, and it is determined whether the relative position of the user is close to one of the electronic devices. . Wherein, when it is determined that the relative position of the user is close to one of the electronic devices, the work performed by the handheld communication device is transferred to the electronic device for execution.

In an embodiment of the present invention, before the step of initiating the microphones disposed on the handheld communication device and the respective electronic devices, the method further detects at least one surrounding signal source and determines the detected signal source. Whether it matches with at least one preset signal source, and when the detected signal source matches the preset signal source, the activation signal is transmitted to each electronic device through the wireless communication technology to activate the microphones disposed on the respective electronic devices.

In an embodiment of the present invention, when the detected signal source matches the preset signal source, the method further transmits the synchronization signal to each electronic device through the wireless communication technology to synchronize the handheld communication device with each electronic device. For the execution status of the work.

In an embodiment of the present invention, in the above synchronous handheld communication device and After the step of the execution status of each electronic device for the work, the method further extracts, by the respective electronic device, the data required to perform the work according to the execution state of the work.

In an embodiment of the present invention, before the step of starting the microphone disposed on the handheld communication device and each of the electronic devices, the method further activates the positioning module to locate the handheld communication device to obtain the positioning of the handheld communication device. The coordinate is determined whether the positioning coordinate matches the preset coordinate. When the positioning coordinate matches the preset coordinate, the activation signal is transmitted to each electronic device through a wireless communication technology to activate the microphone disposed on each electronic device.

In an embodiment of the present invention, the step of calculating the relative position between the user and the handheld communication device and each of the electronic devices according to the sound signals detected by the handheld communication device and the microphones of the respective electronic devices includes: The intensity of the sound signal detected by the microphone of the device and each electronic device, calculating the relative distance between the user and the handheld communication device and each electronic device, and calculating the user and the handheld communication device and each using the triangulation method The relative position between the electronic devices.

In an embodiment of the present invention, the step of calculating the relative position between the user and the handheld communication device and each of the electronic devices according to the sound signals detected by the microphones of the handheld communication device and the respective electronic devices further includes identifying the handheld Whether the audio signal detected by the communication device and the microphone of each electronic device belongs to the same user, and the relative relationship between the user and the handheld communication device and each electronic device is calculated according to the detected voice signal of the same user. position.

In an embodiment of the present invention, when it is determined that the relative position of the user is close to one of the electronic devices, the step of transferring the work performed by the handheld communication device to the electronic device further comprises analyzing the audio signal to Acquiring corresponding voice commands, and controlling an electronic device that performs the work to perform a function corresponding to the voice command.

In an embodiment of the present invention, when it is determined that the relative position of the user is close to one of the electronic devices, the step further includes determining before the step of transferring the work performed by the handheld communication device to the electronic device. Whether the handheld communication device is in an active state, if not in the active state, the work is transferred to the electronic device; if in the active state, the work is not transferred to the electronic device.

In an embodiment of the present invention, after the step of transferring the work performed by the handheld communication device to the electronic device, the method further includes continuing to detect the audio signal to calculate a relative position of the user. And determining whether the relative position is close to another electronic device, and when determining that the relative position is close to another electronic device, transferring the work performed by the electronic device to another electronic device for execution.

The invention provides a handheld communication device, which comprises a communication module, a second microphone, a position analysis module and a work transfer module. The communication module is connected to the plurality of electronic devices through the wireless communication technology, and transmits the startup signal to the respective electronic devices to activate the first microphones disposed on the respective electronic devices, and the first microphones of the respective electronic devices are detected. The measured sound signal. The position analysis module calculates the user and the hand according to the sound signal detected by the second microphone and the first microphone of each electronic device. Holding the relative position between the communication device and each electronic device. The work transfer module determines whether the relative position of the user calculated by the position analysis module is close to one of the electronic devices, and when the relative position is close to one of the electronic devices, the work performed by the handheld communication device Transfer to the electronic device for execution.

In an embodiment of the invention, the communication module further detects at least one signal source around the handheld communication device, and the location analysis module further determines whether the signal source detected by the communication module is at least one preset. The signal source is matched, wherein when the detected signal source matches the preset signal source, the location analysis module controls the communication module to transmit the startup signal to each electronic device through the wireless communication technology to initiate configuration in each The first microphone on the electronic device.

In an embodiment of the present invention, the location analysis module further controls the communication module to transmit the synchronization signal to each electronic device through the wireless communication technology to synchronize the execution status of the handheld communication device and each electronic device with respect to the work. Among them, each electronic device will pre-fetch the data required to perform the work according to the execution state of the work.

In an embodiment of the invention, the handheld communication device further includes a positioning module for positioning the handheld communication device to obtain a positioning coordinate of the handheld communication device. The position analysis module further determines whether the positioning coordinates obtained by the positioning module match the preset coordinates, and when the positioning coordinates match the preset coordinates, the communication module is controlled to transmit the activation signal to each electronic through the wireless communication technology. A device to activate a first microphone disposed on each of the electronic devices.

In an embodiment of the present invention, the position analysis module calculates the user and the handheld communication device and each electronic device according to the intensity of the sound signal detected by the second microphone and the first microphone of each electronic device. The relative distance between the two is used to calculate the relative position between the user and the handheld communication device and each electronic device by using the triangulation method.

In an embodiment of the present invention, the handheld communication device further includes a voice recognition module for identifying whether the voice signal detected by the second microphone and the first microphone of each electronic device belongs to the user. Only the voice signal of the user is provided to the location analysis module to calculate the relative position between the user and the handheld communication device and each electronic device.

In an embodiment of the present invention, the voice recognition module further analyzes the voice signal to obtain a corresponding voice command, and the work transfer module controls the electronic device that performs the work to perform the voice command according to the voice command. The function.

In an embodiment of the present invention, the work transfer module further determines whether the handheld communication device is in an active state, and if not in the active state, transfers the work to the electronic device; if in the active state, the work is not transferred. To the electronic device.

In an embodiment of the present invention, the work transfer module further determines whether the relative position of the user calculated by the position analysis module is close to another electronic device, and when the relative position is close to another electronic device, The work performed by the electronic device is transferred to the other electronic device for execution.

Based on the above, the method for transferring work between multiple devices of the present invention and handheld The communication device detects the sound signal by using a microphone disposed on the handheld communication device and the plurality of electronic devices in the room to determine the position of the user, and when determining that the user is close to any one of the electronic devices, the communication device is immediately in hand The work performed on the communication device is transferred to the electronic device for execution, thereby providing the user with the convenience of operating the device to perform work.

The above described features and advantages of the present invention will be more apparent from the following description.

The invention utilizes a directional microphone to detect the characteristics of the direction and distance of the sound source, and the electronic device such as a desktop computer, a smart home appliance and a mobile phone, a notebook computer, a tablet computer and the like carried by the user in the room. On the other hand, such a microphone is configured to detect an audio signal, and can be used to locate a user who is active indoors. When it is determined that the location of the user in the room is close to an electronic device, the work originally performed by the user on the handheld communication device is automatically transferred to the electronic device, thereby allowing the user to perform no additional selection and operation. In the case, the device next to the body can be used to continue the original work, thereby achieving convenience in use.

FIG. 1 is a schematic diagram of a usage scenario of a multi-device transfer operation according to an embodiment of the invention. Referring to FIG. 1, the usage scenario of the embodiment is that the user originally uses the instant messaging (IM) software of the mobile phone 12 to talk with the contact person, and places the mobile phone 12 in the living room (position A) table after entering the room. Go back to the room (position B). among them, This embodiment assumes that the desktop computer 14 and the media player 16 are placed in the room, and the mobile phone 12, the desktop computer 14 and the media player 16 are respectively configured with four microphones 122, two microphones 142 and two. Microphone 162. These microphones are, for example, directional microphones that can be used to detect the direction and distance of the sound source that emits the sound signal.

After the user enters the room, the mobile phone 12 sends, for example, a startup signal to the desktop computer 14 and the media player 16 to activate the microphones 142 and 162 disposed on the desktop computer 14 and the media player 16, and also The microphone 122 is activated to detect the sound signal generated when the user walks. While the user is going to the room, the mobile phone 12 collects the sound signals detected by the microphones 122, 142, and 162, and obtains the user and the mobile phone 12 and the desktop computer 14 by using the triangular positioning method. The relative position between the media players 16. For example, when the user is in the living room (position A), the mobile phone 12 can determine the user and the mobile phone 12, the desktop computer 14 and the media player 16 based on the sound signals detected by the microphones 122, 142, and 162. The relative distance between them is d ₁ , d ₂ , and d ₃ , respectively, so that the relative position between the user and the mobile phone 12, the desktop computer 14 and the media player 16 can be derived.

When the mobile phone 12 determines that the user is close to the desktop computer 14, the synchronization signal is sent to the desktop computer 14 to control the desktop computer 14 to execute the instant messaging software, and also the conversation content of the original user on the mobile phone 12. It is transferred to the desktop computer 14 for display in the window of the instant messaging software executed by the desktop computer 14. In this way, the user can see the conversations he has made when he walks to the desktop computer 14 and can use the desktop power. Brain 14 continues to talk.

2 is a block diagram of a handheld communication device in accordance with an embodiment of the invention. Referring to FIG. 2, the handheld communication device 20 of the present embodiment is, for example, a device such as a mobile phone, a personal digital assistant, or a tablet computer, which is applicable to the usage scenario of the mobile phone 12 in the foregoing embodiment. The handheld communication device 20 includes a communication module 22, a microphone 24, a position analysis module 26, and a work transfer module 28. The functions are as follows: The communication module 22 is, for example, a Global System for Mobile Communication (GSM) system, a Personal Handy-phone System (PHS), a Code Division Multiple Access (CDMA) system, Worldwide Interoperability for Microwave Access (WiMAX), Wireless Fidelity (Wi-Fi), Worldwide Interoperability for Microwave Access (WiMAX), Bluetooth, or RF A device for identifying wireless communication technologies such as Radio-frequency identification (RFID), which can be used to establish a wireless connection with a plurality of electronic devices. For example, the communication module 22 can be connected to the mobile communication network by using the GSM system, and can be connected to a plurality of electronic devices connected to the home through the network to transmit data; the communication module 22 can also be connected to the home by using Wi-Fi. A hotspot that transmits data to multiple electronic devices in the home that are connected to the wireless network provided by the hotspot.

The microphone 24 is, for example, a directional microphone, which can be used to detect the direction and distance of the surrounding sound source. The number and position of the microphone 24 can be visually needed. Seek free configuration, there is no limit here.

The position analysis module 26 and the work transfer module 28 are, for example, hardware devices composed of logic circuit elements, and can perform the work transfer function of the present invention. These modules may also be programs stored in the memory of the handheld communication device 20, which can be loaded into the processor of the handheld communication device 20 to perform a work transfer function. The following is a detailed description of the detailed steps of the handheld communication device 20 performing the work transfer function.

FIG. 3 is a flow chart of a multi-device transfer operation method according to an embodiment of the invention. Referring to FIG. 3, the method of the present embodiment is applicable to the handheld communication device 20 of FIG. 2. Hereinafter, the detailed steps of the multi-device transfer working method of the present invention are described in conjunction with the components in the handheld communication device 20: First, the communication module 22 of the handheld communication device 20 is connected to a plurality of electronic devices via a wireless communication technology, and transmits an activation signal to each electronic device to activate a microphone disposed on each electronic device (step S302). The present embodiment provides a plurality of methods, such as cell tower positioning, hot spot positioning, and global positioning system (GPS) positioning, to determine whether a user arrives at a place where the electronic device is placed (for example, at home or a company). Thereby the mechanism for automatically transferring work between these devices is initiated in this embodiment.

It should be noted that, in an embodiment, the communication module 22 of the handheld communication device 20 detects, for example, at least one signal source around the handheld communication device 20, and the work transfer module 28 determines the detected signal source. Whether to match at least one preset signal source. The foregoing preset signal source is, for example, a base station or a hotspot near the user's home or company, and can be connected to the communication module 22 Communicate to provide voice calls or network connections. When the location analysis module 26 determines that the signal source detected by the communication module 22 matches the preset signal source, the communication module 22 controls the communication module 22 to transmit the activation signal to each electronic device through the wireless communication technology. A microphone configured on each electronic device is activated. Thereby, the handheld communication device 20 can determine whether the user has carried the handheld communication device 20 back to the home or company according to whether the detected signal source is a base station or a hot spot near the home or the company, thereby starting the embodiment. Work transfer mechanism.

For example, FIG. 4A and FIG. 4B are schematic diagrams of usage scenarios of multi-device transfer work according to an embodiment of the invention. Referring to FIG. 4A, when the user carries the handheld communication device 40 into the signal range of the base stations 42, 44, 46 as shown in FIG. 4A, the handheld communication device 40 detects the base stations 42, 44, The base station identification code (cell ID) of 46 is determined to be the base station around the user's home 50 after being compared with the preset base station data. Accordingly, the handheld communication device 40 can notify each of the electronic devices in the home 50 to activate their microphones in preparation for detecting the location of the user after entering the home 50, and initiate the work transfer mechanism of the present embodiment. Next, referring to FIG. 4B, when the user carries the handheld communication device 40 into the signal range of the hot spot 48 as shown in FIG. 4B, the handheld communication device 40 detects the service set identifier (Service Set Identifier) of the hot spot 48, for example. , SSID), and after comparing with the preset hotspot data, determine the hotspot within the user's home 50. Accordingly, the handheld communication device 40 can notify each of the electronic devices in the home 50 to activate its microphone, in preparation for detecting the position of the user after entering the home 50, and start the work of the embodiment. Transfer mechanism.

In addition, in another embodiment, the handheld communication device 20 can be configured, for example, with a GPS device that can locate the handheld communication device 20 and obtain the positioning coordinates of the handheld communication device 20. The work transfer module 28 of the handheld communication device 20 determines whether the positioning coordinates obtained by the positioning module match the preset coordinates. The preset coordinates are, for example, the coordinates of the home or company preset by the user. When the work transfer module 28 determines that the positioning coordinates match the preset coordinates, the communication module 22 controls the communication module 22 to transmit the activation signal to each electronic device through the wireless communication technology to activate the microphones disposed on the respective electronic devices. Thereby, the handheld communication device 20 can determine whether the user has carried it back to the home or company according to whether the obtained positioning coordinate approaches or reaches the coordinates of the home or the company, thereby starting the work transfer mechanism of the embodiment.

It should be noted that the handheld communication device 20 may adopt any one of the above-mentioned base station positioning, hot spot positioning, global positioning system positioning technology or multiple technologies, and integrate the information obtained by these technologies to determine whether the user has carried the handheld communication. The device 20 enters a specific place such as a home or a company, thereby starting the work transfer mechanism of the present embodiment, and is not limited herein.

Returning to the flow of FIG. 3, after the handheld communication device 20 and the microphones on the respective electronic devices are activated, the communication module 22 of the handheld communication device 20 receives the sound signals detected by the microphones of the respective electronic devices, and the position analysis is performed. The module 26 calculates the relative position between the user and the handheld communication device 20 and each electronic device based on the audio signals detected by the handheld communication device 20 and the microphones of the respective electronic devices (step S304). The position analysis module 26 calculates the relative distance between the user and the handheld communication device 20 and each electronic device based on the intensity of the sound signal detected by the microphone 24 and the microphone of each electronic device. The relative position between the user and the handheld communication device 20 and each electronic device is calculated by the triangulation method.

Then, the work transfer module 28 can determine whether the relative position of the user is close to one of the electronic devices according to the relative position calculated by the position analysis module 26 (step S306). In an embodiment, the work transfer module 28 can set a threshold value for the relative distance between the handheld communication device 20 and the electronic device, and when the relative distance between the handheld communication device 20 and the electronic device is less than the threshold value, That is, it is determined that the relative position of the user is close to the electronic device. In addition, in an embodiment, a proximity sensor or a Near Field Communication (NFC) sensor may be disposed on each electronic device, and may be used to detect whether a user is approaching, and The work transfer module 28 can determine whether the relative position of the user is close to the electronic device by combining the relative position calculated by the position analysis module 26 and the sensing data of the sensors of the respective electronic devices.

When the work transfer module 28 determines that the relative position of the user is not close to the electronic device, the process returns to step S304, and the position analysis module 26 continues to detect the microphone according to the handheld communication device 20 and each electronic device. The sound signal calculates the relative position between the user and the handheld communication device 20 and the respective electronic devices; otherwise, when the work transfer module 28 determines that the relative position of the user is close to one of the electronic devices, the handheld communication device is 20 work performed transferred to this electronic device for execution (Step S308). In detail, the work transfer module 28 controls the communication module 22 to transmit the synchronization signal to each electronic device through the wireless communication technology to synchronize the execution status of the handheld communication device 20 and each electronic device for the work. The execution state described above is, for example, an application used to perform the work, an environment in which the work is performed, progress, and the like, and by the synchronization of the above-described work execution states, it is ensured that the work originally performed on the handheld communication device 20 can be seamlessly ( Seamless) Transfer to the electronic device to continue execution.

It should be noted that, in the above embodiment, the execution state of the work is synchronized when the work transfer module 28 determines that the relative position of the user is close to the electronic device. However, in another embodiment, the execution state of the work may also be performed in advance when the location analysis module 26 determines that the handheld communication device 20 is approaching or entering a specific location such as a home or a company. Thereby, when the work transfer module 28 transfers work to the electronic device, the electronic device can immediately continue the work of the handheld communication device 20 without causing problems such as work delay, error, and the like. The following is a detailed description of an embodiment.

FIG. 5 is a flow chart of a multi-device transfer working method according to an embodiment of the invention. Referring to FIG. 5, the method of the present embodiment is applicable to the handheld communication device 20 of FIG. 2. The following is a detailed description of the detailed steps of the multi-device transfer working method of the present invention in conjunction with various components in the handheld communication device 20: First, the communication module 22 of the handheld communication device 20 detects at least one signal source (step S502), and the location analysis module 26 determines whether the signal source detected by the communication module 22 is at least one preset. The signal source is matched (step S504).

Wherein, when the location analysis module 26 determines that the communication module 22 detects If the source of the signal does not match the source of the preset signal, it is determined that the handheld communication device 20 has not approached or entered a specific location, and thus returns to step S502 to continue detecting the surrounding signal source by the communication module 22; When the group 26 determines that the signal source detected by the communication module 22 matches the preset signal source, the communication module 22 controls the communication module 22 to transmit the activation signal to each of the electronic devices through the wireless communication technology to initiate configuration in each location. A microphone on an electronic device. At the same time, the location analysis module 26 also controls the communication module 22 to transmit the synchronization signal to each electronic device through the wireless communication technology to synchronize the execution state of the handheld communication device 20 and the respective electronic devices with respect to the work (step S506). Wherein, when each electronic device receives the work execution state synchronized by the position analysis module 26, the data required to perform the work can be retrieved in advance according to the execution state.

Then, the communication module 22 of the handheld communication device 20 receives the sound signals detected by the microphones of the respective electronic devices, and the position analysis module 26 detects the signals detected by the handheld communication device 20 and the microphones of the respective electronic devices. The audio signal calculates the relative position between the user and the handheld communication device 20 and the respective electronic devices (step S508). The work transfer module 28 determines whether the relative position of the user is close to one of the electronic devices based on the relative position calculated by the position analysis module 26 (step S510).

When the work transfer module 28 determines that the relative position of the user is close to one of the electronic devices, the work performed by the handheld communication device 20 is transferred to the electronic device for execution (step S512). Wherein, since the electronic device has pre-synchronized the execution state of the work performed by the handheld communication device 20, and the data required to perform the work is extracted in advance. So when working When the transfer module 28 transfers work to it, the electronic device can immediately continue the execution of the job without delay.

For example, if the user originally browses the video on the video website using the handheld communication device 20, when the user carries the handheld communication device 20 to approach or enter the user's home, the handheld communication device 20 will watch the video currently. The audio and video website URL and the viewing progress are synchronized to all the electronic devices in the home, so that the electronic devices can be pre-linked to the audio and video website to download the subsequent segments of the movie in advance and stored in the buffer of the device. When the handheld communication device 20 determines that the work is to be transferred to an electronic device, the electronic device can directly access the data in the buffer to continue playing the movie, thereby achieving seamless playback of the movie.

After the work transfer module 28 transfers the work to the electronic device, the flow of FIG. 5 returns to step S508, and the position analysis module 26 continues to calculate the user and the handheld communication according to the sound signals detected by the microphones of the respective electronic devices. The relative position between the device 20 and each of the electronic devices, and the work transfer module 28 continues to determine whether the relative position of the user calculated by the position analysis module 26 is close to other electronic devices. Wherein, when the work transfer module 28 determines that the relative position of the user is close to another electronic device, the work previously performed on the electronic device is transferred to another electronic device for execution again. Through the above-mentioned transfer work method, the effect of adaptive transfer work according to user activities can be achieved.

It should be noted that, in order to avoid misidentification of the user's location by the handheld communication device, the present invention also provides a voice recognition mechanism, and a voice recognition module is built in the handheld communication device to filter the handheld communication device. And the sound signal detected by the microphone of each electronic device, and only the sound signal of the user who is truly a handheld communication device is provided to the position analysis module to calculate the user and the handheld communication device and each electronic device relative position. In this way, the correctness of the work transfer can be improved.

In addition, the voice recognition module can be further configured to analyze the voice signal to obtain a corresponding voice command, so that the work transfer module can further control the electronic device that performs the work to perform the function corresponding to the voice command according to the voice command. For example, when the user walks to the front of the TV, the handheld communication device can determine the position of the user according to the sound emitted by the user, and transfer the original multimedia audio and video data to the television for playback. The control commands are spoken, thereby controlling the television to perform playback operations such as pause, fast turn, and rewind of the multimedia audio and video data played by the television.

The above embodiment is applicable to the case where the user first places the handheld communication device and then moves, and is also applicable to the case where the user carries the handheld communication device with him or her. However, in the case where the user carries the handheld communication device with him or her, the user may still be using the handheld communication device to perform work. In order to ensure that the handheld communication device does not misdirect the work to other electronic devices in this case, the work transfer module of the embodiment first determines whether the handheld communication device is in an active state before the transfer operation, to determine the user. Whether the work is being performed using the handheld communication device. For example, whether the handheld communication device is in an active state can be determined according to whether the screen of the handheld communication device is turned off. Wherein, if it is determined that the handheld communication device is not in the active state, the work transfer module can transfer the work to the electronic device; if it is determined that the handheld communication device is in the active state, the work transfer module does not transfer the work to the electronic device. With this, It can ensure that the handheld communication device does not cause malfunction.

In summary, the method for transferring between multiple devices of the present invention and the handheld communication device determine whether the user approaches or enters a specific location according to the signal source detected by the handheld communication device, and accordingly controls the electronic device in the location. The device activates the microphone. After the user enters the location, the microphone of the handheld communication device and the microphone of each electronic device can be combined to determine the position of the user in the location, thereby automatically transferring the work originally performed by the user on the handheld communication device to the most Executing on the electronic device close to the user, so as to facilitate the user to perform work.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.

12‧‧‧Mobile

14‧‧‧ desktop computer

16‧‧‧Media Player

122, 142, 162, 24‧ ‧ microphone

20, 40‧‧‧Handheld communication devices

22‧‧‧Communication Module

26‧‧‧Location Analysis Module

28‧‧‧Work Transfer Module

42, 44, 46‧‧

48‧‧‧ Hotspots

50‧‧‧Home

S302~S306‧‧‧ steps of a multi-device transfer working method according to an embodiment of the present invention

S502~S512‧‧‧ steps of a multi-device transfer working method according to an embodiment of the present invention

FIG. 1 is a schematic diagram of a usage scenario of a multi-device transfer operation according to an embodiment of the invention.

2 is a block diagram of a handheld communication device in accordance with an embodiment of the invention.

FIG. 3 is a flow chart of a multi-device transfer operation method according to an embodiment of the invention.

4A and FIG. 4B are schematic diagrams showing the usage scenarios of the inter-device transfer operation according to an embodiment of the invention.

FIG. 5 is a multi-device transfer worker according to an embodiment of the invention. A flow chart of the method.

S302~S306‧‧‧ steps of a multi-device transfer working method according to an embodiment of the present invention

Claims (20)

A multi-device transfer operation method suitable for transferring a job between a plurality of electronic devices by a handheld communication device, the method comprising the steps of: starting a configuration on the handheld communication device and each of the electronic devices a microphone for detecting an audio signal; calculating a video between the user and the handheld communication device and each of the electronic devices according to the sound signal detected by the handheld communication device and the microphone of each of the electronic devices a relative position; determining whether the relative position of the user is close to one of the electronic devices; and transferring one of the operations performed by the handheld communication device when determining that the relative position of the user is close to one of the electronic devices Executed on the electronic device. The method of transferring the inter-device transfer operation according to the first aspect of the invention, wherein before the step of initiating the microphone disposed on the handheld communication device and each of the electronic devices, the method further comprises: detecting at least one of the surrounding a signal source; determining whether the detected signal source matches at least one preset signal source; and transmitting a start signal to a wireless communication technology when the detected signal source matches the preset signal source Each of the electronic devices activates a microphone disposed on each of the electronic devices. Multi-device transfer work as described in item 2 of the patent application scope The method further includes: transmitting, by the wireless communication technology, a synchronization signal to each of the electronic devices to synchronize the handheld communication device and each of the devices when the detected signal source matches the preset signal source The state of execution of one of the jobs on the electronic device. The method of transferring operation between multiple devices as described in claim 3, wherein after synchronizing the steps of the handheld communication device and each of the electronic devices for the execution state of the job, the method further comprises: The electronic device preliminarily retrieves a material required to perform the work according to the execution state of the job. The method of transferring the inter-devices according to the first aspect of the invention, wherein before the step of initiating the microphone disposed on the handheld communication device and each of the electronic devices, the method further includes: starting a positioning module pair The handheld communication device performs positioning to obtain a positioning coordinate of the handheld communication device; determines whether the positioning coordinate matches a preset coordinate; and transmits a wireless communication technology when the positioning coordinate matches the preset coordinate Activating a signal to each of the electronic devices to activate a microphone disposed on each of the electronic devices. The method for transferring a plurality of devices according to claim 1, wherein the user and the handheld communication device are calculated based on the sound signals detected by the handheld communication device and the microphones of the electronic devices. The step of the relative position between the electronic devices includes: according to the handheld communication device and the microphone of each of the electronic devices Detecting the intensity of the voice signal, calculating a relative distance between the user and the handheld communication device and each of the electronic devices; and according to the user and the handheld communication device and each of the electronic devices The relative distance is calculated by a triangulation method between the user and the handheld communication device and each of the electronic devices. The method for transferring a plurality of devices according to claim 1, wherein the user and the handheld communication device are calculated based on the sound signals detected by the handheld communication device and the microphones of the electronic devices. The step of determining the relative position between the electronic devices further includes: identifying whether the audio signal detected by the handheld communication device and the microphone of each of the electronic devices belongs to the user; and according to the detected The user's voice signal calculates the relative position between the user and the handheld communication device and each of the electronic devices. The method of transferring operation between multiple devices according to claim 1, wherein when the relative position of the user is determined to be close to one of the electronic devices, transferring the work performed by the handheld communication device to the electronic device The step of executing on the device further comprises: analyzing the sound signal to obtain a corresponding voice command; and controlling the electronic device performing the work to perform a function corresponding to the voice command. The method of transferring operation between multiple devices according to claim 1, wherein when the relative position of the user is determined to be close to one of the electronic devices, the work performed by the handheld communication device is transferred to the Before the steps performed on the electronic device, the method further includes: Determining whether the handheld communication device is in an active state; if not in the active state, transferring the work to the electronic device; and if in the active state, not transferring the work to the electronic device. The method of transferring the inter-device transfer operation as described in claim 1, wherein after the step of transferring the work performed by the handheld communication device to the electronic device, the method further comprises: continuously detecting the sound signal Calculating the relative position of the user and determining whether the relative position is close to another electronic device; and when determining that the relative position is close to the other electronic device, transferring the work performed by the electronic device to the other Executed on the electronic device. A handheld communication device includes: a communication module coupled to a plurality of electronic devices via a wireless communication technology, and transmitting an activation signal to each of the electronic devices to activate a first configuration on each of the electronic devices a microphone, and an audio signal detected by the first microphone of each of the electronic devices; a second microphone; a position analysis module, according to the second microphone and the first microphone of each of the electronic devices The detected sound signal calculates a relative position between the user and the handheld communication device and each of the electronic devices; and a work transfer module determines the user calculated by the position analysis module Whether the relative position is close to one of the electronic devices, and when the relative position is close to one of the electronic devices, transferring one of the operations performed by the handheld communication device to the electronic device for execution. The handheld communication device of claim 11, wherein the communication module further detects at least one signal source around the handheld communication device, and the location analysis module further determines the detected by the communication module. Whether the signal source matches at least one of the preset signal sources, wherein the position analysis module controls the communication module to transmit the activation signal through the wireless communication technology when the detected signal source matches the preset signal source To each of the electronic devices to activate the first microphone disposed on each of the electronic devices. The handheld communication device of claim 12, wherein the location analysis module further controls the communication module to transmit a synchronization signal to each of the electronic devices via the wireless communication technology to synchronize the handheld communication device with each The electronic device performs a state for one of the jobs. The handheld communication device of claim 13, wherein each of the electronic devices further extracts a material required to perform the work according to the execution state of the work. The handheld communication device of claim 11, further comprising: a positioning module, positioning the handheld communication device to obtain a positioning coordinate of the handheld communication device, wherein the position analysis module further determines Whether the positioning coordinate obtained by the positioning module matches a preset coordinate, and when the positioning coordinate matches the preset coordinate, controlling the communication module to transmit the activation signal to each of the electronic devices through the wireless communication technology Activating the first microphone disposed on each of the electronic devices. The handheld communication device according to claim 11 of the patent application, The position analysis module calculates the intensity of the sound signal detected by the second microphone and the first microphone of each of the electronic devices, and calculates between the user and the handheld communication device and each of the electronic devices. a relative distance, and the relative position between the user and the handheld communication device and each of the electronic devices is calculated by a triangulation method. The handheld communication device of claim 11, further comprising: a voice recognition module, identifying whether the second microphone and the sound signal detected by the first microphone of each of the electronic devices belong to the use And providing the user's voice signal to the location analysis module to calculate the relative position between the user and the handheld communication device and each of the electronic devices. The hand-held communication device of claim 17, wherein the voice recognition module further analyzes the voice signal to obtain a corresponding voice command, and the work transfer module further controls the work according to the voice command. The electronic device performs a function corresponding to the voice command. The handheld communication device of claim 11, wherein the work transfer module further determines whether the handheld communication device is in an active state, and if not in the active state, transfers the work to the electronic device; Status, does not transfer the work to the electronic device. The handheld communication device of claim 11, wherein the work transfer module further determines whether the relative position of the user calculated by the position analysis module is close to another electronic device, and when the relative position is When the other electronic device is approached, the work performed by the electronic device is transferred to the other electronic device for execution.