CN103576125B - Method for transferring work among multiple devices and handheld communication device - Google Patents
Method for transferring work among multiple devices and handheld communication device Download PDFInfo
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- CN103576125B CN103576125B CN201210362565.5A CN201210362565A CN103576125B CN 103576125 B CN103576125 B CN 103576125B CN 201210362565 A CN201210362565 A CN 201210362565A CN 103576125 B CN103576125 B CN 103576125B
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- 238000004891 communication Methods 0.000 title claims abstract description 240
- 238000000034 method Methods 0.000 title claims abstract description 47
- 238000009434 installation Methods 0.000 claims description 211
- 238000004458 analytical method Methods 0.000 claims description 40
- 238000005516 engineering process Methods 0.000 claims description 25
- 230000001360 synchronised effect Effects 0.000 claims description 12
- 230000005236 sound signal Effects 0.000 abstract 2
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
- G01S5/00—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations
- G01S5/18—Position-fixing by co-ordinating two or more direction or position line determinations; Position-fixing by co-ordinating two or more distance determinations using ultrasonic, sonic, or infrasonic waves
- G01S5/20—Position of source determined by a plurality of spaced direction-finders
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
- H04B1/38—Transceivers, i.e. devices in which transmitter and receiver form a structural unit and in which at least one part is used for functions of transmitting and receiving
- H04B1/3827—Portable transceivers
- H04B1/3833—Hand-held transceivers
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Abstract
The invention provides a method for transferring work among multiple devices and a handheld communication device. The method is to activate microphones configured on the handheld communication device and each electronic device to detect the sound signal. Then, according to the sound signals detected by the microphones of the handheld communication device and each electronic device, the relative positions of the user and the handheld communication device and each electronic device are calculated, and whether the relative position of the user is close to one of the electronic devices is judged. When the relative position of the user is judged to be close to one of the electronic devices, the work executed by the handheld communication device is transferred to the electronic device to be executed.
Description
Technical field
The invention relates to a kind of control method and device of electronic installation, and relate to a kind of sound localization that utilizes especially to shift method and the hand-hold communication device of work between many devices.
Background technology
Current mobile device major part is equipped with Wireless Fidelity (WideFidelity, be called for short WiFi), the communication module such as bluetooth (Bluetooth), it can via the access point (AccessPoint of surrounding, be called for short AP) be connected to Local Area Network, the wirelessly data of other devices in access network, or by the data sharing of itself to other devices on network.Even, by installing corresponding program on device, mobile device also can via other devices on wireless network control network, and the multimedia video data that itself stores can be sent on these devices further and play.
But mobile device, when being shared its multimedia video data by Local Area Network, is generally needed can to support in Search Area network in advance far-end and controls and the playing device of multi-media player function, be then stored in a device inventory by these devices.And reality is when play multimedia video-audio data, also need the playing device being selected the playing device that will use, mobile device correctly multimedia video data to be sent in device inventory to specify by user is play.Therefore, user, except needing title and the position of remembeing each playing device, just can choose outside right playing device, when it moves to another room or place, also needs reset or select playing device, quite inconvenience.
Summary of the invention
In view of this, the present invention proposes the method and the hand-hold communication device that shift work between a kind of many devices, automatically work can be transferred on the device near user and perform.
The present invention proposes a kind of method shifting work between many devices, is suitable for by hand-hold communication device transfer work between itself and multiple electronic installation.Described method is start the microphone be configured on hand-hold communication device and each electronic installation, to detect voice signal.Then, according to the voice signal detected by the microphone of hand-hold communication device and each electronic installation, calculate the relative position between user and hand-hold communication device and each electronic installation, and judge that whether the relative position of user is close to one of them electronic installation.Wherein, when judging the relative position of user close to one of them electronic installation, the work performed by hand-hold communication device being shifted and so far electronic installation performs.
In one embodiment of this invention, be configured in the step of the microphone on hand-hold communication device and each electronic installation in above-mentioned startup before, described method also detects at least one signal source of surrounding, and whether the signal source detected by judging mates with at least one preset signals source, and work as detected signal source when mating with preset signals source, enabling signal is transmitted to each electronic installation, to start the microphone be configured on each electronic installation by wireless communication technology.
In one embodiment of this invention, when detected signal source is mated with preset signals source, described method also by wireless communication technology transmit synchronizing signal to each electronic installation, with on synchronous hand-hold communication device and each electronic installation for the executing state worked.
In one embodiment of this invention, at above-mentioned synchronous hand-hold communication device and each electronic installation after the step for the executing state worked, described method is also by the executing state of each electronic installation according to work, and retrieval in advance performs the data needed for this work.
In one embodiment of this invention, be configured in the step of the microphone on hand-hold communication device and each electronic installation in above-mentioned startup before, described method also starts locating module and positions hand-hold communication device, to obtain the elements of a fix of hand-hold communication device, and judge whether these elements of a fix mate with preset coordinate, and when these elements of a fix mate with preset coordinate, enabling signal is transmitted to each electronic installation, to start the microphone be configured on each electronic installation by wireless communication technology.
In one embodiment of this invention, above-mentioned voice signal detected by the microphone of hand-hold communication device and each electronic installation, the step calculating the relative position between user and hand-hold communication device and each electronic installation comprises the intensity of the voice signal detected by the microphone of hand-hold communication device and each electronic installation, calculate the relative distance between user and hand-hold communication device and each electronic installation, and utilize triangulation location to calculate relative position between user and hand-hold communication device and each electronic installation according to this.
In one embodiment of this invention, above-mentioned voice signal detected by the microphone of hand-hold communication device and each electronic installation, whether the voice signal that the step calculating the relative position between user and hand-hold communication device and each electronic installation also comprises detected by the microphone identifying hand-hold communication device and each electronic installation belongs to same user, and calculates the relative position between this user and hand-hold communication device and each electronic installation according to the voice signal of detected same user.
In one embodiment of this invention, when judge the relative position of user close to described electronic installation one of them time, the above-mentioned step that electronic installation performs that work performed by hand-hold communication device is transferred to also comprises the described voice signal of analysis to obtain corresponding phonetic order, and the electronic installation controlling to perform described work performs function corresponding to this phonetic order.
In one embodiment of this invention, when judge the relative position of user close to described electronic installation one of them time, above-mentioned work performed by hand-hold communication device is transferred to the step that electronic installation performs before, described also comprising judges that whether hand-hold communication device is in active state, if not in active state, be transferred to electronic installation by work; If in active state, then work is not transferred to electronic installation.
In one embodiment of this invention, above-mentioned work performed by hand-hold communication device is transferred to the step that electronic installation performs after, described method also comprises continuation and detects described voice signal, to calculate the relative position of user, and judge that whether this relative position is close to another electronic installation, and when judging this relative position close to another electronic installation, the work performed by electronic installation being transferred on another electronic installation and performing.
The present invention proposes a kind of hand-hold communication device, comprises communication module, second microphone, location analysis module and work shift module.Wherein, communication module is connected with multiple electronic installation by wireless communication technology, and transmit enabling signal to each electronic installation, to start the first microphone be configured on each electronic installation, and receive the voice signal detected by the first microphone of each electronic installation.Location analysis module is the voice signal detected by the first microphone of second microphone and each electronic installation, calculates the relative position between user and hand-hold communication device and each electronic installation.The relative position that work shift module can judge the user that location analysis module calculates whether close to described electronic installation one of them, and when this relative position close to described electronic installation one of them time, the work performed by hand-hold communication device is transferred on electronic installation and performs.
In one embodiment of this invention, above-mentioned communication module also detects at least one signal source around hand-hold communication device, and location analysis module also judges whether the signal source detected by communication module mates with at least one preset signals source, wherein when detected signal source is mated with described preset signals source, location analysis module just can control communication module and transmit enabling signal to each electronic installation, to start the first microphone be configured on each electronic installation by wireless communication technology.
In one embodiment of this invention, above-mentioned location analysis module also control communication module by wireless communication technology transmit synchronizing signal to each electronic installation, with on synchronous hand-hold communication device and each electronic installation for the executing state worked.Wherein, each electronic installation also can according to the executing state of work, and retrieval in advance performs the data needed for this work.
In one embodiment of this invention, above-mentioned hand-hold communication device also comprises locating module, in order to position hand-hold communication device, to obtain the elements of a fix of hand-hold communication device.And location analysis module also can judge whether the elements of a fix acquired by locating module mate with preset coordinate, and when the elements of a fix mate with preset coordinate, then can control communication module and transmit enabling signal to each electronic installation, to start the first microphone be configured on each electronic installation by wireless communication technology.
In one embodiment of this invention, above-mentioned location analysis module can the intensity of voice signal detected by the first microphone of second microphone and each electronic installation, calculate the relative distance between user and hand-hold communication device and each electronic installation, and utilize triangulation location to calculate relative position between user and hand-hold communication device and each electronic installation according to this.
In one embodiment of this invention, above-mentioned hand-hold communication device also comprises sound identification module, in order to identify second microphone and each electronic installation the first microphone detected by voice signal whether belong to described user, and only the voice signal of this user is supplied to location analysis module to calculate the relative position between user and hand-hold communication device and each electronic installation.
In one embodiment of this invention, above-mentioned sound identification module also analyzes described voice signal to obtain corresponding phonetic order, works shift module then also according to phonetic order, and the electronic installation controlling execution work performs function corresponding to this phonetic order.
In one embodiment of this invention, above-mentioned work shift module also judges that whether hand-hold communication device is in active state, if not in active state, namely work can be transferred to electronic installation; If in active state, then work can not be transferred to electronic installation.
In one embodiment of this invention, above-mentioned work shift module also continues to judge that whether the relative position of the user that location analysis module calculates is close to another electronic installation, and when this relative position is close to another electronic installation, the work performed by electronic installation is transferred on another electronic installation described and performs.
Based on above-mentioned, the method and the hand-hold communication device that shift work between many devices of the present invention detect voice signal by the microphone be configured on hand-hold communication device and indoor multiple electronic installation and judge the position of user according to this, and when judging user close to wherein any one electronic installation, immediately original work performed on hand-hold communication device is shifted and so far electronic installation performs, thus provide user's operating means to perform the convenience of work.
For above-mentioned feature and advantage of the present invention can be become apparent, special embodiment below, and shown in coordinating, accompanying drawing is described in detail below.
Accompanying drawing explanation
Fig. 1 is the use situation schematic diagram shifting work between the many devices shown by one embodiment of the invention;
Fig. 2 is the calcspar of the hand-hold communication device shown by one embodiment of the invention;
Fig. 3 is the process flow diagram shifting method of work between the many devices shown by one embodiment of the invention;
Fig. 4 A and Fig. 4 B is the use situation schematic diagram shifting work between the many devices shown by one embodiment of the invention respectively;
Fig. 5 is the process flow diagram shifting method of work between the many devices shown by one embodiment of the invention.
Description of reference numerals:
12: mobile phone;
14: desktop computer;
16: media player;
122,142,162,24: microphone;
20,40: hand-hold communication device;
22: communication module;
26: location analysis module;
28: work shift module;
42,44,46: base station;
48: focus;
50: house;
S302 ~ S308: the step shifting method of work between many devices of one embodiment of the invention;
S502 ~ S512: the step shifting method of work between many devices of one embodiment of the invention.
Embodiment
The present invention utilizes directional microphone (directionalmicrophone) can detect the characteristic of Sounnd source direction and distance, on the electronic installations such as the mobile phone that the desktop computer in indoor, intelligent household appliance and user carry with, notebook computer, panel computer, configure this type of microphone to detect voice signal, and can the user in indoor activity be positioned.When judging that user is when the position of indoor is close to certain electronic installation, then automatic work user originally performed on hand-hold communication device is shifted and so far electronic installation is performed, can allow user by this when without the need to carrying out extra selection and operation, device by the side of can be utilized to continue original work, thus reach the convenience in use.
Fig. 1 is the use situation schematic diagram shifting work between the many devices shown by one embodiment of the invention.Please refer to Fig. 1, the use situation of the present embodiment originally used the instant messaging (instantmessaging of mobile phone 12 for user, being called for short IM) software and its coordinator talk, and after entering indoor, mobile phone 12 is placed on after on parlor (position A) table and moves towards room (position B).Wherein, the present embodiment hypothesis is placed with desktop computer 14 and media player 16 in room, mobile phone 12, desktop computer 14 and media player 16 is then configured with respectively 4 microphones, 122,2 microphones 142 and 2 microphones 162.These microphones are such as directional microphones, and can in order to detect direction and the distance of the sound source of signal of sounding.
After user enters indoor, mobile phone 12 such as can send enabling signal to desktop computer 14 and media player 16, to start the microphone 142 and 162 be configured on desktop computer 14 and media player 16, also can start the microphone 122 of itself, to detect the voice signal produced when user walks about simultaneously.And while user moves towards room, mobile phone 12 can collect the voice signal detected by microphone 122,142,162, and utilize the mode of triangle polyester fibre according to this, obtain user and the relative position between mobile phone 12, desktop computer 14 and media player 16.Such as, when user is when parlor (position A), the voice signal of mobile phone 12 detected by microphone 122,142,162, can determine user and the relative distance between mobile phone 12, desktop computer 14 and media player 16 is respectively d
1, d
2, d
3, thus can be derived from user and the relative position between mobile phone 12, desktop computer 14 and media player 16.
When mobile phone 12 judges user close to desktop computer 14, then can send synchronizing signal to desktop computer 14, instant communication software is performed to control desktop computer 14, also original user is sent to desktop computer 14 at the chat script of mobile phone 12, to be presented in the window of the instant communication software performed by desktop computer 14 simultaneously.By this, user can see its chat script previously carried out when going to desktop computer 14, and desktop computer 14 can be used to proceed talk.
Fig. 2 is the calcspar of the hand-hold communication device shown by one embodiment of the invention.Please refer to Fig. 2, the hand-hold communication device 20 of the present embodiment is such as the devices such as mobile phone, personal digital assistant or panel computer, and it is applicable to the use situation of mobile phone 12 in previous embodiment.Hand-hold communication device 20 comprises communication module 22, microphone 24, location analysis module 26 and work shift module 28, and its function is described below:
Communication module 22 is such as support global mobile communication (GlobalSystemforMobileCommunication, be called for short GSM) system, personal handhold telephone system (PersonalHandy-phoneSystem, be called for short PHS), CDMA (CodeDivisionMultipleAccess, be called for short CDMA) system, global intercommunication microwave access (WorldwideInteroperabilityforMicrowaveAccess, be called for short WiMAX), Wireless Fidelity (Wirelessfidelity, be called for short Wi-Fi), bluetooth (Bluetooth) or radio-frequency (RF) identification (Radio-frequencyidentification, be called for short RFID) etc. the device of wireless communication technology, can in order to set up wireless connections with multiple electronic installation.For example, communication module 22 can utilize gsm system to be connected to mobile communications network, and is connected to transmit data by this network with the multiple electronic installations networked in family; Communication module 22 also can utilize Wi-Fi to connect focus (hotspot) in family, thus with family in add the wireless network that this focus provides multiple electronic installations transmit data.
Microphone 24 is such as directional microphone, can in order to detect direction and the distance of sound source around, and the visual actual demand of the number of this microphone 24 and position freely configures, and does not limit at this.
Location analysis module 26 and work shift module 28 are such as with the hardware unit of logic circuit component composition, and can perform work forwarding function of the present invention.These modules also can be stored in the program in the storer of hand-hold communication device 20, and it can be loaded into the processor of hand-hold communication device 20, and performs work forwarding function.Below namely illustrate that hand-hold communication device 20 performs the detailed step of work forwarding function for embodiment.
Fig. 3 is the process flow diagram shifting method of work between the many devices shown by one embodiment of the invention.Please refer to Fig. 3, the method for the present embodiment is applicable to the hand-hold communication device 20 of Fig. 2, shifts the detailed step of method of work between every component description many devices of the present invention of namely arranging in pairs or groups in hand-hold communication device 20 below:
First, be connected with multiple electronic installation by wireless communication technology by the communication module 22 of hand-hold communication device 20, and transmit enabling signal to each electronic installation, to start the microphone be configured on each electronic installation, to detect voice signal (step S302).Wherein, the present embodiment provides location, base station (celltower), focus location, GPS (GlobalPositioningSystem, be called for short GPS) location wait various ways to differentiate whether user arrives the place to place (in such as family or company) of above-mentioned electronic installation, thus startup the present embodiment shifts the mechanism of work between the devices automatically.
It should be noted that, in one embodiment, the communication module 22 of hand-hold communication device 20 such as can detect at least one signal source around hand-hold communication device 20, and judges whether detected signal source mates with at least one preset signals source by work shift module 28.Above-mentioned preset signals source is such as base station near user's house or company or focus, and can communicate with communication module 22, to provide the function such as voice call or network connection.Wherein, when the signal source that location analysis module 26 judges detected by communication module 22 is mated with preset signals source, namely can control communication module 22 and transmit enabling signal to each electronic installation, to start the microphone be configured on each electronic installation by above-mentioned wireless communication technology.By this, whether hand-hold communication device 20 can be base station near house or company or focus according to detected signal source, judges whether user has carried hand-hold communication device 20 and has got back to house or company, thus starts the work metastasis of the present embodiment.
For example, Fig. 4 A and Fig. 4 B is the use situation schematic diagram shifting work between many devices shown by one embodiment of the invention respectively.Please also refer to Fig. 4 A, when user carry hand-hold communication device 40 enter in the range of signal of the base station 42,44,46 gone out as shown in Figure 4 A time, namely hand-hold communication device 40 can detect the base station identity code (cellID) of base station 42,44,46, and via with preset base station data compare after, be defined as the base station around user's house 50.Accordingly, hand-hold communication device 40 can notify that its microphone starts by each electronic installation in house 50, enters the position after house 50, and start the work metastasis of the present embodiment to prepare detecting user.Then, please refer to Fig. 4 B, when user carry hand-hold communication device 40 enter in the range of signal of focus 48 as shown in Figure 4 B time, hand-hold communication device 40 such as can detect the service setting identification code (ServiceSetIdentifier of focus 48, be called for short SSID), and via with preset hot spot data compare after, be defined as the focus in user's house 50.Accordingly, hand-hold communication device 40 can notify that its microphone starts by each electronic installation in house 50, enters the position after house 50, and start the work metastasis of the present embodiment to prepare detecting user.
In addition, in another embodiment, on hand-hold communication device 20, a such as configurable GPS device, can position hand-hold communication device 20, and obtain the elements of a fix of hand-hold communication device 20.The work shift module 28 of hand-hold communication device 20 then can judge whether the elements of a fix acquired by this locating module mate with preset coordinate, and this preset coordinate is such as the coordinate of the house that presets of user or company.And when work shift module 28 judges that the elements of a fix mate with preset coordinate, namely can control communication module 22 by above-mentioned wireless communication technology and transmit enabling signal to each electronic installation, to start the microphone be configured on each electronic installation.By this, hand-hold communication device 20 can according to the acquired elements of a fix whether close to or arrive the coordinate of house or company, judge whether user has carried and get back to house or company, thus start the work metastasis of the present embodiment.
It should be noted that, hand-hold communication device 20 can adopt above-mentioned architecture, focus locate, GPS location in any one technology or multinomial technology, and integrate information that these technology obtain to judge whether user has carried hand-hold communication device 20 and entered the particular place such as house or company, thus start the work metastasis of the present embodiment, do not limit at this.
Get back to the flow process of Fig. 3, after microphone on hand-hold communication device 20 with each electronic installation starts, namely the communication module 22 of hand-hold communication device 20 can receive the voice signal detected by microphone of each electronic installation, location analysis module 26 then can voice signal detected by the microphone of hand-hold communication device 20 and each electronic installation, calculates the relative position (step S304) between user and hand-hold communication device 20 and each electronic installation.Wherein, location analysis module 26 such as can the intensity of voice signal detected by the microphone of microphone 24 own and each electronic installation, calculate the relative distance between user and hand-hold communication device 20 and each electronic installation, and utilize triangulation location to calculate relative position between user and hand-hold communication device 20 and each electronic installation according to this.
Then, the relative position that work shift module 28 can calculate according to location analysis module 26, judges that whether the relative position of user is close to described one of them electronic installation (step S306).Wherein, in one embodiment, work shift module 28 can arrange a threshold value for the relative distance between hand-hold communication device 20 and electronic installation, and the relative distance when between hand-hold communication device 20 and electronic installation is when being less than this threshold value, namely assert that the relative position of user is close to this electronic installation.In addition, in one embodiment, also configurable proximity sense (proximitysensor) or near-field communication (NearFieldCommunication on each electronic installation, be called for short NFC) sensor, and user whether can be had close in order to detect, working shift module 28 then can the sensing data of sensor of the relative position that calculates of binding site analysis module 26 and each electronic installation, judges that whether the relative position of user is close to electronic installation.
When the shift module 28 that works judges the relative position of user not yet close to described electronic installation, then step S304 can be got back to, continue the voice signal detected by the microphone of hand-hold communication device 20 and each electronic installation by location analysis module 26, calculate the relative position between user and hand-hold communication device 20 and each electronic installation; Otherwise, when work shift module 28 judge the relative position of user close to described electronic installation one of them time, then the work performed by hand-hold communication device 20 can be transferred on this electronic installation perform (step S308).In detail, work shift module 28 such as can control communication module 22 and transmit synchronizing signal to each electronic installation, with the executing state for this work on synchronous hand-hold communication device 20 and each electronic installation by wireless communication technology.Above-mentioned executing state is such as the application program, the environment performing this work, progress etc. that this work of execution uses, synchronous by above-mentioned work executing state, can guarantee that original work performed on hand-hold communication device 20 can seamlessly (seamless) be transferred on electronic installation and continues to perform.
It should be noted that, in the above-described embodiments, the executing state of work judges that the relative position of user is synchronous close to just carrying out during electronic installation at work shift module 28.But in another embodiment, the executing state of work also can be when location analysis module 26 judges that hand-hold communication device 20 is close or enter the particular place such as house or company, namely performs in advance and timing renewal.By this, when the shift module 28 that works shifts in work to electronic installation, electronic installation can continue the work of hand-hold communication device 20 immediately, and the problems such as unlikely generation delays in work, mistake.Below then describe in detail for an embodiment again.
Fig. 5 is the process flow diagram shifting method of work between the many devices shown by one embodiment of the invention.Please refer to Fig. 5, the method for the present embodiment is applicable to the hand-hold communication device 20 of Fig. 2, shifts the detailed step of method of work between every component description many devices of the present invention of namely arranging in pairs or groups in hand-hold communication device 20 below:
First, detected at least one signal source (step S502) of surrounding by the communication module 22 of hand-hold communication device 20, and judge whether the signal source detected by communication module 22 mates (step S504) with at least one preset signals source by location analysis module 26.
Wherein, when the signal source that location analysis module 26 judges detected by communication module 22 is not mated with preset signals source, then judge that hand-hold communication device 20 is not yet close or enter particular place, thus get back to step S502, continue the signal source being detected surrounding by communication module 22; Otherwise, when location analysis module 26 judges that the signal source detected by communication module 22 and preset signals source match, then can control communication module 22 and transmit enabling signal to each described electronic installation, to start the microphone be configured on each described electronic installation by wireless communication technology.Meanwhile, location analysis module 26 also can control communication module 22 and transmit synchronizing signal to each electronic installation, with the executing state (step S506) for described work on synchronous hand-hold communication device 20 and each electronic installation by wireless communication technology.Wherein, when each electronic installation receives by the work executing state that location analysis module 26 is synchronous, can according to this executing state, retrieve it in advance and perform data needed for described work.
Then, the communication module 22 of hand-hold communication device 20 can receive the voice signal detected by microphone of each electronic installation, location analysis module 26 then can voice signal detected by the microphone of hand-hold communication device 20 and each electronic installation, calculates the relative position (step S508) between user and hand-hold communication device 20 and each electronic installation.The relative position that work shift module 28 can calculate according to location analysis module 26, judges that whether the relative position of user is close to described electronic installation one of them (step S510).
When the shift module 28 that works judge the relative position of user close to described electronic installation one of them time, namely the work performed by hand-hold communication device 20 can be shifted and so far electronic installation perform (step S512).Wherein, due to the executing state of the electronic installation performed work of synchronous hand-hold communication device 20 in advance, and retrieval performs the data needed for this work in advance.Therefore, when work is transferred on it by the shift module 28 that works, electronic installation can continue the execution of this work immediately, and the situation not having delay occurs.
For example, if user originally used hand-hold communication device 20 to surf the Net the film viewed and admired on audio-visual website, then when user carry hand-hold communication device 20 close to or enter the house of user time, hand-hold communication device 20 namely the audio-visual website of its current ornamental film and progress of viewing and admiring synchronously can be got home in all electronic installations, make these electronic installations can be connected to the further fragments that audio-visual website downloads this film in advance in advance, and be stored in the buffer zone (buffer) of device.When hand-hold communication device 20 is determined work to be transferred on certain electronic installation, this electronic installation can data in direct access buffer zone to continue this film of broadcasting, thus reach the seamless play of film.
After work shift module 28 shifts work to electronic installation, namely the flow process of Fig. 5 gets back to step S508, the voice signal detected by the microphone of each electronic installation is continued by location analysis module 26, calculate the relative position between user and hand-hold communication device 20 and each electronic installation, the shift module 28 that works then can continue to judge that whether the relative position of the user that location analysis module 26 calculates is close to other electronic installations.Wherein, when the shift module 28 that works judges the relative position of user close to another electronic installation, then again can be transferred to previously transferring to the work that electronic installation performs on another electronic installation and perform.By above-mentioned transfer method of work, can reach according to resource-user cost method, effect of adaptability transfer work.
It should be noted that, for the place having many people activity, user position is judged by accident for avoiding hand-hold communication device, the present invention also provides the mechanism of speech recognition, in hand-hold communication device, built-in sound identification module filters the voice signal detected by the microphone of hand-hold communication device and each electronic installation, and only the voice signal of the user really belonging to hand-hold communication device is supplied to location analysis module, to calculate the relative position between user and hand-hold communication device and each electronic installation.By this, the correctness of work transfer can be improved.
In addition, above-mentioned sound identification module also can be used to analyze voice signal to obtain corresponding phonetic order, and the work shift module of making can according to this phonetic order, and the electronic installation controlling execution work further performs function corresponding to phonetic order.For example, when user goes to before TV, hand-hold communication device judges the position of user except the sound that can send according to user, and outside its multimedia video data batchmove originally play is play to TV, the also steering order said of identifiable design user, thus control the play operation such as the multimedia video data that TV plays it are suspended, turned soon, revolution.
Above-described embodiment is applicable to user and first places the situation that hand-hold communication device carries out walking about again, is also applicable to the situation that user carries with hand-hold communication device.Only when user carries with hand-hold communication device, user is likely still in use hand-hold communication device execution work.Work can not be misrouted to move on other electronic installations in order to ensure hand-hold communication device in the case and perform, the work shift module of the present embodiment is before transfer work, also first can judge that whether hand-hold communication device is in active state, to judge whether user is using hand-hold communication device execution work.Such as, whether can close according to the screen of hand-hold communication device and judge that whether hand-hold communication device is in active state.Wherein, if judge, hand-hold communication device is not in active state, and work can be transferred to electronic installation by work shift module; If judge, hand-hold communication device is in active state, and work then can not be transferred to electronic installation by work shift module.By this, the unlikely generation misoperation of hand-hold communication device can be guaranteed.
In sum, the method and the signal source of hand-hold communication device detected by hand-hold communication device that shift work between many devices of the present invention judge that whether user is close or enter particular place, and the electronic installation controlled according to this in this place starts microphone.After person to be used enters this place, the position of user in this place can be judged in conjunction with the microphone of the microphone of hand-hold communication device itself and each electronic installation, thus work user originally performed on hand-hold communication device is automatically transferred to closest to user electronic installation performs, thus reach the object that convenient user performs work.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (20)
1. shift a method for work more than between device, be suitable between itself and multiple electronic installation, shifting a work by a hand-hold communication device, it is characterized in that, the method comprises the following steps:
Start the microphone be configured on this hand-hold communication device and each described electronic installation, to detect a voice signal;
By the voice signal of this hand-hold communication device detected by the microphone of this hand-hold communication device and each described electronic installation, calculate the relative position between a user and this hand-hold communication device and each described electronic installation;
This relative position judging this user by this hand-hold communication device whether close to described electronic installation one of them; And
When judge this user this relative position close to described electronic installation one of them time, by this hand-hold communication device automatically shift performed by this hand-hold communication device one work perform to this electronic installation.
2. shift the method for work between many devices according to claim 1, it is characterized in that, before starting the step of this microphone be configured on this hand-hold communication device and each described electronic installation, also comprise:
Detect at least one signal source around;
Whether the signal source detected by judgement mates with at least one preset signals source; And
When detected signal source is mated with described preset signals source, transmit an enabling signal to each described electronic installation, to start the microphone be configured on each described electronic installation by a wireless communication technology.
3. shift the method for work between many devices according to claim 2, it is characterized in that, when detected signal source is mated with this preset signals source, the method also comprises:
A synchronizing signal is transmitted to each described electronic installation, with the executing state for this work on this hand-hold communication device synchronous and each described electronic installation by this wireless communication technology.
4. shift the method for work between many devices according to claim 3, it is characterized in that, after this hand-hold communication device synchronous and the step of each described electronic installation for this executing state of this work, the method also comprises:
Each described electronic installation is according to this executing state of this work, and retrieval in advance performs the data needed for this work.
5. shift the method for work between many devices according to claim 1, it is characterized in that, before starting the step of this microphone be configured on this hand-hold communication device and each described electronic installation, also comprise:
Start a locating module to position this hand-hold communication device, to obtain elements of a fix of this hand-hold communication device;
Judge whether these elements of a fix mate with a preset coordinate; And
When these elements of a fix mate with this preset coordinate, transmit an enabling signal to each described electronic installation, to start the microphone be configured on each described electronic installation by a wireless communication technology.
6. between many devices according to claim 1, shift the method for work, it is characterized in that, by the voice signal of this hand-hold communication device detected by the microphone of this hand-hold communication device and each described electronic installation, the step calculating this relative position between this user and this hand-hold communication device and each described electronic installation comprises:
The intensity of the voice signal detected by the microphone of this hand-hold communication device and each described electronic installation, calculates the relative distance between this user and this hand-hold communication device and each described electronic installation; And
According to this relative distance between this user and this hand-hold communication device and each described electronic installation, a triangulation location is utilized to calculate this relative position between this user and this hand-hold communication device and each described electronic installation.
7. between many devices according to claim 1, shift the method for work, it is characterized in that, by the voice signal of this hand-hold communication device detected by the microphone of this hand-hold communication device and each described electronic installation, the step calculating this relative position between this user and this hand-hold communication device and each described electronic installation also comprises:
Identify whether the voice signal detected by microphone of this hand-hold communication device and each described electronic installation belongs to this user; And
This relative position between this user and this hand-hold communication device and each described electronic installation is calculated according to the voice signal of this detected user.
8. between many devices according to claim 1, shift the method for work, it is characterized in that, when judge this relative position of this user close to described electronic installation one of them time, automatically shift by this hand-hold communication device the step that this work performed by this hand-hold communication device performs to this electronic installation and also comprise:
Analyze described voice signal to obtain a corresponding phonetic order; And
This electronic installation controlling to perform this work performs a function corresponding to this phonetic order.
9. between many devices according to claim 1, shift the method for work, it is characterized in that, wherein when judge this relative position of this user close to described electronic installation one of them time, before the step that this work automatically shifted by this hand-hold communication device performed by this hand-hold communication device performs to this electronic installation, also comprise:
Judge that whether this hand-hold communication device is in an active state;
If not in this active state, shift this work to this electronic installation; And
If in this active state, do not shift this work to this electronic installation.
10. shift the method for work between many devices according to claim 1, it is characterized in that, after the step that this work automatically shifted by this hand-hold communication device performed by this hand-hold communication device performs to this electronic installation, also comprise:
Continue to detect described voice signal, to calculate this relative position of this user, and judge that whether this relative position is close to another electronic installation; And
When judging this relative position close to this another electronic installation, this work shifted performed by this electronic installation performs to this another electronic installation.
11. 1 kinds of hand-hold communication devices, is characterized in that, comprising:
One communication module, be connected with multiple electronic installation by a wireless communication technology, and transmit an enabling signal to each described electronic installation, to start one first microphone that is configured on each described electronic installation, and the voice signal of this receiving each described electronic installation detected by the first microphone;
One second microphone;
One location analysis module, according to the voice signal detected by this first microphone of this second microphone and each described electronic installation, calculates the relative position between a user and this hand-hold communication device and each described electronic installation; And
One work shift module, this relative position judging this user that this location analysis module calculates whether close to described electronic installation one of them, and when this relative position close to described electronic installation one of them time, shift performed by this hand-hold communication device one work perform to this electronic installation.
12. hand-hold communication devices according to claim 11, it is characterized in that, this communication module also detects at least one signal source around this hand-hold communication device, and this location analysis module also judges whether the signal source detected by this communication module mates with at least one preset signals source, wherein
When detected signal source is mated with described preset signals source, this location analysis module controls this communication module and transmits this enabling signal to each described electronic installation, to start this first microphone be configured on each described electronic installation by this wireless communication technology.
13. hand-hold communication devices according to claim 12, it is characterized in that, this location analysis module also controls this communication module and transmits a synchronizing signal to each described electronic installation, with the executing state for this work on this hand-hold communication device synchronous and each described electronic installation by this wireless communication technology.
14. hand-hold communication devices according to claim 13, is characterized in that, each described electronic installation is also according to this executing state of this work, and retrieval in advance performs the data needed for this work.
15. hand-hold communication devices according to claim 11, is characterized in that, also comprise:
One locating module, positions this hand-hold communication device, to obtain elements of a fix of this hand-hold communication device, wherein
This location analysis module also judges whether these elements of a fix acquired by this locating module mate with a preset coordinate, and when these elements of a fix mate with this preset coordinate, control this communication module and transmit this enabling signal to each described electronic installation, to start this first microphone be configured on each described electronic installation by this wireless communication technology.
16. hand-hold communication devices according to claim 11, it is characterized in that, the intensity of the voice signal of this location analysis module detected by this first microphone of this second microphone and each described electronic installation, calculate the relative distance between this user and this hand-hold communication device and each described electronic installation, and utilize a triangulation location to calculate this relative position between this user and this hand-hold communication device and each described electronic installation according to this.
17. hand-hold communication devices according to claim 11, is characterized in that, also comprise:
One sound identification module, whether this voice signal detected by the first microphone identifying this second microphone and each described electronic installation belongs to this user, and provides the voice signal of this user to this location analysis module to calculate this relative position between this user and this hand-hold communication device and each described electronic installation.
18. hand-hold communication devices according to claim 17, it is characterized in that, this sound identification module also analyzes described voice signal to obtain a corresponding phonetic order, and this work shift module is also according to this phonetic order, this electronic installation controlling to perform this work performs a function corresponding to this phonetic order.
19. hand-hold communication devices according to claim 11, is characterized in that, this work shift module also judges that whether this hand-hold communication device is in an active state, if not in this active state, shifts this work to this electronic installation; If in this active state, do not shift this work to this electronic installation.
20. hand-hold communication devices according to claim 11, it is characterized in that, this work shift module also continues to judge that whether this relative position of this user that this location analysis module calculates is close to another electronic installation, and when this relative position is close to this another electronic installation, this work shifted performed by this electronic installation performs to this another electronic installation.
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| TW101129046A TWI442081B (en) | 2012-08-10 | 2012-08-10 | Method and handheld communication apparatus for transfering task among multiple apparatuses |
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| TWI442081B (en) | 2014-06-21 |
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