CN102339262A - Signal processing device and method thereof - Google Patents
Signal processing device and method thereof Download PDFInfo
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- CN102339262A CN102339262A CN2010102301359A CN201010230135A CN102339262A CN 102339262 A CN102339262 A CN 102339262A CN 2010102301359 A CN2010102301359 A CN 2010102301359A CN 201010230135 A CN201010230135 A CN 201010230135A CN 102339262 A CN102339262 A CN 102339262A
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Abstract
The invention relates to a signal processing device and a method thereof. The signal processing device is connected between a smart mobile phone and a computer, and can be used for converting a first data signal and an analog sound signal output by the smart mobile phone into second data signals and transmitting the second data signals to the computer to make the computer play a sound which corresponds to the analog sound signal according to the second data signals, or processing a corresponding first data signal according to a second data signal and emitting an operating command from the computer to the smart mobile phone to make the smart mobile phone perform a corresponding processing action according to the operating command.
Description
Technical field
The present invention relates to signal process device and method thereof, particularly about being connected signal process device and the method thereof between intelligent mobile phone and the computer.
Background technology
Intelligent mobile phone, MP3 player, MP4 player ... Deng Portable source of sound playing device; For transmitting data information and playing back music; Usually which is provided with earphone socket and data connector; And see through earphone socket and data connector, export the source of sound signal of simulation and the data signals of numeral respectively.
Even; There is relevant dealer to design the circumscribed Audio Players of corresponding Portable source of sound playing device; Portable source of sound playing device can be plugged on circumscribed the Audio Players corresponding headset plug and data connector respectively via earphone socket and data connector.Make the circumscribed Audio Players can play out the source of sound signal of Portable source of sound playing device, and receive digital data signal, or pass on the digital data signal to Portable source of sound playing device from Portable source of sound playing device.But, this kind circumscribed Audio Players bulky, and be not suitable for carrying out using.
Moreover, be example with general intelligent mobile phone, earphone socket and USB connector are set respectively around the housing of intelligent mobile phone.When intelligent mobile phone need be connected to computer, it must take a microphone jack and a USB connector of computer respectively.Make the simulated sound signal of earphone socket output of intelligent mobile phone; After the reception of the microphone jack of computer; After handling via the audio processing unit (normally adlib or audio process chip) of computer, again by loudspeaker output sound that computer connected.
But; When if user's desire is plugged into the microphone jack of computer with the earphone socket of other electronic equipment; The user need pull out the earphone socket of intelligent mobile phone from the microphone jack of computer; Earphone socket with other electronic equipment is plugged on the microphone jack of computer again, and so, plug process repeatedly will cause user's puzzlement in the use.
In addition; When intelligent mobile phone was connected to computer, usually the operating system of computer was the storage element (as: flash memory) that intelligent mobile phone is inner, was presented on the kenel of storage device in the application software of " explorer " in the operating system of computer; If will play sound electronic record stored in the intelligent mobile phone; Then click and select institute to desire to carry out the sound played electronic record, after launching sound playing software (as: Windows Media Player) again and handling, handle via the audio processing unit of computer again by the user; At last, go out sound via the loudspeaker plays that computer connected.
Yet the sound electronic record of intelligent mobile phone must can go out sound with the loudspeaker plays of computer via a plurality of application software.For the user, this operating process is complicated, too complicated and not convenient again.
Again; The user also can not send operational order to intelligent mobile phone via computer; Require intelligent mobile phone to carry out corresponding processing, for example: giving an order from computer requires intelligent mobile phone to play last one or next sound electronic record, suspends the electronic record that plays sound ... Deng.Therefore, be necessary in fact to improve to above-mentioned problem.
Summary of the invention
Because the problem of above-mentioned known techniques; The object of the invention is providing a kind of signal process device and method thereof exactly, is connected to the problem that puzzlement that electronic installation causes using and the inconvenience of circumscribed Audio Players are carried to solve traditional Portable source of sound playing device.
According to the object of the invention, a kind of signal process device is proposed, it comprises first link, sound input end, coding and decoding unit, hub and second link.Wherein: first link provides and connects intelligent mobile phone, and receives first data signals that intelligent mobile phone is exported; Sound input end provides and connects intelligent mobile phone, and receives the simulated sound signal that intelligent mobile phone is exported; The coding and decoding unit connects sound input end, receives the simulated sound signal, and produces corresponding digital audio signal; The digital audio signal that hub received code decoding unit is exported reaches reception first link and exports first data signals, and produces corresponding second data signals according to the digital audio signal and first data signals; The second link connecting hub, and provide and be connected to a computer in order to receiving second data signals, and transfers to computer with second data signals.So; Utilize signal process device to be connected between intelligent mobile phone and the computer; Make and after the signal process device conversion, be sent to computer via signal process device simultaneously by first data signals and the simulated sound signal that intelligent mobile phone is exported.
Wherein, signal process device more comprises control module, and control module connects coding and decoding unit, sound input end and hub.When control module as yet not when sound input end receives the simulated sound signal; Control module makes said coding and decoding unit get into battery saving mode; And when said control module receives the simulated sound signal via sound input end; Said control module starts said coding and decoding unit, and receives the simulated sound signal, and produces the digital audio signal according to the simulated sound signal.
Wherein, second link system receives the power supply that said computer provided, and said power supply is transferred to intelligent mobile phone via the hub and first link in regular turn, in order to said intelligent mobile phone is charged.
Wherein, More comprise a button; Button connects control module, and button selects control module to switch between forced charge pattern and the general charge mode, in order to intelligent mobile phone charging is forced to charge; Or when the delivery of said intelligent mobile phone is lower than a predetermined value, just can charge to intelligent mobile phone.
Wherein, More comprise the power supply recognition unit, said power supply recognition unit is connected with said control module, and receives the power supply that said computer is exported; Whether meet the charging specification that intelligent mobile phone can receive in order to discern the power supply that said computer exports; When the power supply of computer meets the charging specification of intelligent mobile phone, can charge to intelligent mobile phone, otherwise suspend intelligent mobile phone is charged.
Wherein, More comprise first display unit, first display unit connects control module, and control module produces first display signal; And be transferred to first display unit, make first display unit show whether first link and sound input end pass on first data signals or simulated sound signal.
Wherein, more comprise second display unit, second display unit connects said control module, and the second display unit indicative control unit is switched on forced charge pattern or general charge mode.
According to the object of the invention, a kind of signal processing method is proposed, be to be applicable to that it comprises the following steps: between intelligent mobile phone, signal process device and the computer
Export first data signals or simulated sound signal, wherein said first data signals is to be exported by the set data output/input end of intelligent mobile phone, and said simulated sound signal is to be exported by the set sound output of said intelligent mobile phone; First link set via signal process device receives said first data signals that data output/input end is exported, and receives this simulated sound signal that this sound output is exported by the set sound input end of said signal process device; Utilize the set coding and decoding unit of said signal process device to receive this simulated sound signal, and convert said simulated sound signal to corresponding digital audio signal; Use the set hub of said signal process device to receive the digital audio signal that this coding and decoding unit is exported; And receive said first link and export this first data signals, and produce mutually should the digital audio signal and second data signals of said first data signals; One second link set by signal process device receives one second data signals, and said second data signals is transferred to this computer; And receive this second data signals by said computer, and and carry out handled according to said second data signals, in order to playing out, and carry out operational processes that should first data signals to sound that should the simulated sound signal.
More comprise the following steps:
The set operation module of said computer receives the input signal that the set input media of said computer is imported; Said operation module produces corresponding operational order according to said input signal; Said computer is transferred to this data output/input end via this second link, said hub and this first link in regular turn with said operational order; Said intelligent mobile phone is handled according to this operational order accordingly.
Saidly control order and be at least and select play the sound electronic record that institute stores in advance in this intelligent mobile phone or select broadcast last one or next sound electronic record or time-out play sound electronic record or termination play sound electronic record or On/Off power supply or forced charge.
Hold the above, according to signal connection processing device of the present invention, it has following advantage:
(1) signal process device is easy to carry about with one, and is convenient to be connected between intelligent mobile phone and the computer, and is convenient to the simulated sound signal of intelligent mobile phone is played back from computer.
(2) utilize signal process device to be connected between intelligent mobile phone and the computer, make computer can see through second data signals intelligent mobile phone is controlled.
Description of drawings
Fig. 1 is the circuit block diagram of signal process device of the present invention;
Fig. 2 is the user mode synoptic diagram of signal process device of the present invention;
Fig. 3 is one embodiment of the invention synoptic diagram;
Fig. 4 is another embodiment circuit block diagram of signal process device of the present invention;
Fig. 5 is another embodiment synoptic diagram of signal process device of the present invention;
Fig. 6 is a signal process device of the present invention embodiment synoptic diagram again;
Fig. 7 is the action flow chart of signal processing method of the present invention;
Fig. 8 is that computer of the present invention is via the operational flowchart of signal process device to intelligent mobile phone.
Embodiment
Fig. 1 and Fig. 2 are respectively the circuit block diagram of signal process device of the present invention and the user mode synoptic diagram of signal process device of the present invention.Comprise among the figure: first link 10, second link 12, sound input end 20, coding and decoding unit 30 and hub 40.Wherein first link 10 provides the data output/input end that connects intelligent mobile phone 2, and receives first data signals that data output/input end is exported.Sound input end 20 provides the sound output that connects intelligent mobile phone 2, and receives the simulated sound signal that sound output is exported.Coding and decoding unit 30 connects sound input end 20, is to receive the simulated sound signal, and produces corresponding digital audio signal according to the simulated sound signal.Hub 40 connects coding and decoding unit 30, and the digital audio signal exported of received code decoding unit 30, and receives first data signals that first link 10 is exported, and produces second data signals of the respective digital sound signal and first data signals.Second link, 12 connecting hubs 40 in order to receiving second data signals, and provide and are connected to computer 3, in order to second data signals is transferred to computer.
In the present invention; More comprise the operation module in the computer 3; This operation module can be in the operating system that a resident program is installed on computer; Or be software stored in the process chip, the operation module receives input media 32 (as: keyboard, slide-mouse or the contact panel that computer 3 is connected ... Deng) input signal imported, make the operation module produce the corresponding order of controlling according to input signal; And will control order and be transferred to data output/input end via second link 12, hub 40, first link 10 in regular turn, make intelligent mobile phone 2 carry out handled according to controlling order.
In one embodiment of the invention; Control order system for selecting to play in the intelligent mobile phone 2 institute's sound electronic record of storage in advance; Make intelligent mobile phone 2 become the simulated sound signal to output to sound input end 20 the sound electronic filing; Or select to play at present the sound electronic record in broadcast on a sound electronic record or next sound electronic record; Or suspend the sound electronic record in broadcast, or stop the sound electronic record in broadcast or close/open the power supply of intelligent mobile phone, or intelligent mobile phone is carried out forced charge ... Deng.In other words, carry out corresponding manipulator by 3 pairs of intelligent mobile phone 2 set functions of computer such as, all belong to the present invention alleged control order.
According to the above; Between intelligent mobile phone and computer; Utilize signal process device to interconnect together, make first data signals and the simulated sound signal that intelligent mobile phone is exported, after the signal process device conversion; Simultaneously transfer to computer, the purpose of the sound input end that computer capable of reducing using is corresponding via signal process device.
Please join shown in Figure 1ly, signal process device more comprises control module 50, and control module 50 connects coding and decoding unit 30, sound input end 20 and hub 40.When control module 50 as yet not when sound input end 20 receives the simulated sound signal; Control module 50 promptly sends suspend command to coding and decoding unit 30; Make coding and decoding unit 30 get into battery saving mode, and when control module 50 received the simulated sound signal via sound input end 20, control module 50 sent startup command to coding and decoding unit 30; Control module 50 starts this coding and decoding unit 30; Coding and decoding unit 30 promptly gets into start-up mode, and receives the simulated sound signal, and produces the digital audio signal according to the simulated sound signal.
Please join Fig. 1 and shown in Figure 2, second link 12 is to receive the power supply that this computer 3 is provided, and this power supply is transferred to intelligent mobile phone 2 via the hub 40 and first link 10 in regular turn, in order to intelligent mobile phone 2 is charged.Moreover; The present invention includes power supply recognition unit 60, power supply recognition unit 60 is connected with 50 control modules, and receives the power supply that computer 3 is exported; Whether the power supply in order to 3 outputs of identification computer meets 2 charging specifications that can receive of intelligent mobile phone; When the power supply of computer 3 met the charging specification of intelligent mobile phone 2, the charge circuit between this first link of control module conducting and hub can charge to intelligent mobile phone 1.Otherwise, when meeting 2 of intelligent mobile phones, the power supply of computer 3 output can not receive the specification of charging, then cut off between first link 10 and hub 40 charge circuit, stop intelligent mobile phone 2 is charged.
Again; The present invention more comprises button 70; Button 70 connects control module 50; Button 70 inputs one select signal to control module 50, switch between forced charge pattern and general charge mode in order to make control module 50, and this forced charge pattern system directly provides power supply in regular turn via hub 40 and 10 pairs of intelligent mobile phone 2 chargings of first link by computer 3.Only when the delivery of intelligent mobile phone 2 was lower than a predetermined value, computer 3 just began to provide power supply to charge via hub 40 and 10 pairs of intelligent mobile phones 2 of first link in regular turn to general charge mode.
Again; The present invention more comprises first display unit 80; First display unit 80 connects control module 50, first data signals that control module 50 is passed on according to first link 10, or the simulated sound signal that sound input end 20 is passed on produces first display signal; And be transferred to first display unit 80, make first display unit 80 show whether first links 12 and sound input end 20 pass on first data signals or simulated sound signal.Moreover; The present invention more comprises second display unit 82; Second display unit 82 connects control module 50; Control module 50 is switched on the forced charge pattern according to it or general charge mode produces one second display signal, and is transferred to second display unit 82, makes second display unit, 82 indicative control units 50 switched on forced charge pattern or general charge mode.
Seeing also shown in Figure 3ly, is one embodiment of the present of invention synoptic diagram, among the figure; Coding and decoding unit 30, hub 40, control module 50 and power supply recognition unit 60 are respectively chip; Or being integrated into chipset, first display unit 80 and second display unit 82 can be light emitting diode, and button 70 can be capacitance-type switch; More than each element be set in the lump in the circuit board, and coat by a housing.Again, first link 10 of the present invention and second link 12 can be the universal serial bus connector, but the present invention is not limited to this when reality is implemented.
In addition, one of sound input end 20 attaching lug machine transplanting of rice heads or earphone socket, but the present invention is not limited to this when reality is implemented.And first link 10 and sound input end 20 are stretched out by the top of housing, and second link 12 is that bottom by housing stretches out.So, signal process device of the present invention can be made into the product of the portability type of miniaturization, reach portable purpose.
Fig. 4 is another embodiment circuit block diagram of signal process device of the present invention.Among the figure; First link 10 is integrated into connector 61 with sound input end 20, and in order to link intelligent mobile phone, connector 61 more connects a detector 62; Whether detector 62 connecting hubs 40 are connected between intelligent mobile phone and the computer in order to the detection signal treating apparatus.
Moreover; Be provided with first transmission interface 63 between first link 10 and the hub 40; Be provided with second transmission interface 64 between coding and decoding unit 30 and the hub 40; First transmission interface 63 and second transmission interface 64 are connected respectively to control module 50, and control module 50 control first transmission interface 63 and second transmission interfaces 64 play sound respectively or transmit and control order.
Moreover; First transmission interface 63 and second transmission interface 64 are to can be a universal serial bus interface (USBInterface); Power supply recognition unit 60 also can be a universal serial bus interface; 40 of hubs are a universal serial bus hub (USB Hub), and second link 12 also is a general-purpose bus-bar connector (USB Connector), second data signals that win data signals and simulated sound signal are converted into; Can output to computer with the specification of universal serial bus, or pick out the power specification of intelligent mobile phone.
Again; Be provided with one between coding and decoding unit 30 and one of them power end Vcc and switch switch 71; 71 controlled unit 50 controls of this change-over switch make power supply can import coding and decoding unit 30, or stop power end Vcc and provide electric power to coding and decoding unit 30; And control module 50 is connected between sound input end 20 and the coding and decoding unit 30, makes control module 50 can detect sound input end 20 and whether imports the simulated sound signal to coding and decoding unit 30.When control module 50 detected the simulated sound signal, control module 50 control its switch 71 made 30 conductings in power end Vcc and coding and decoding unit, make power end Vcc can provide electric power to coding and decoding unit 30.Otherwise when control module 50 did not detect the simulated sound signal, control module 50 control its switch 71 made 30 the not conductings in power end Vcc and coding and decoding unit, make the 30 not starts of coding and decoding unit, use saving electric power.
See also Fig. 5, it is the embodiment of the another kind of different kenels of signal process device of the present invention.First link 10 and sound input end 20 are integrated into the connector with 30 pins 61 of the intelligent mobile phone of the coupling model iphone of Apple.First display unit 80 and second display unit 82 are respectively light emitting diode, in order to the user mode of display signal treating apparatus.Second link 12 is still the universal serial bus connector, to reach the purpose of signal process device and method thereof.
Other sees also Fig. 6, and it is the embodiment of another different kenel of signal process device of the present invention.Its embodiment with aforementioned another different kenels is roughly the same, and both difference is to be, first display unit 80 and second display unit 82 are integrated into a light emitting diode, in order to the user mode of display signal treating apparatus.
Shown in Figure 7 is the action flow chart of signal processing method of the present invention.This signal processing method is applicable to that it comprises the following steps: between intelligent mobile phone, signal process device and the computer
(S40) export first data signals by the data output/input end of intelligent mobile phone, or export the simulated sound signal by the sound output of intelligent mobile phone;
(S41) first link by signal process device receives first data signals that data output/input end is exported, and receives the simulated sound signal that sound output is exported by the sound input end of signal process device;
(S42) the coding and decoding unit of signal process device receives the simulated sound signal, and converts corresponding digital audio signal to according to the simulated sound signal;
(S43) the digital audio signal exported of the hub received code decoding unit of signal process device, and receive first link and export first data signals, and produce second data signals of the respective digital sound signal and first data signals;
(S44) second link of signal process device receives second data signals, and second data signals is transferred to computer;
(S45) receive second data signals by computer, and carry out handled, in order to directly going out the sound of corresponding simulated sound signal, and carry out the operational processes of corresponding first data signals by the loudspeaker plays of computer according to second data signals.
The present invention of being shown in Figure 8 is that computer is via the operational flowchart of signal process device to intelligent mobile phone.This signal processing method is applicable between computer, signal process device and the intelligent mobile phone, comprises the following steps:
(S50) the operation module of computer receives the input signal that the input media of computer is imported;
(S51) the operation module produces corresponding operational order according to input signal;
(S52) computer is transferred to operational order the data output/input end of intelligent mobile phone in regular turn via second link, hub and first link;
(S53) intelligent mobile phone is handled according to operational order accordingly.
In one embodiment of the invention; Control order and be selection play in the intelligent mobile phone the sound electronic record that stores in advance; Or select to play last one or next sound electronic record (maybe can be referred to as selected songs), or suspend and play, or stop playing; Or the On/Off power supply, or forced charge etc.At this need benly be; Though control order to intelligent mobile phone by computer output; Intelligent mobile phone is play or operation behavior such as selected songs, but the simulated sound signal after all processing of intelligent mobile phone is after handling via signal process device; Need not to be handled by other acoustic processing chip or element, the loudspeaker that directly is sent to computer and is connected is exported corresponding sound again.
In sum; Signal process device of the present invention and method thereof; Can integrate the first digital data signals of intelligent mobile phone and analog simulated sound signal, be transferred to computer, make the present invention can save the purpose of using the corresponding sound input end of computer with second data signals.Signal process device of the present invention can be made into the product of the portability type of miniaturization, reach portable purpose, solve the problem that the convention product is produced at one stroke.Moreover; The simulated sound signal of intelligent mobile phone is that the loudspeaker that directly is sent to computer and is connected via signal process device is exported corresponding sound, default operation module (resident program or software) in the computer; To utilize preceding method to play; Make the user need not to carry out corresponding any setting, get final product uppick sound, and then reach the convenience in the use at computer.
The above is merely illustrative, but not is restricted person.Any spirit and category that does not break away from the present invention, and to its equivalent modifications of carrying out or change, all should be contained in claims scope of the present invention.
Claims (12)
1. signal process device is characterized in that comprising:
First link is used to be connected to the set data output/input end of intelligent mobile phone, and receives first data signals of data output/input end output;
Sound input end is used to be connected to the set sound output of intelligent mobile phone, and receives the simulated sound signal of sound output output;
The coding and decoding unit is connected in sound input end, and receives the simulated sound signal, produces digital audio signal that should the simulated sound signal;
Hub connects first link and coding and decoding unit, and receives said first data signals and said digital audio signal, and produces second data signals of corresponding first data signals and digital audio signal;
Second link, connecting hub receives second data signals, and is used to be connected to computer, and said second data signals of passing on is to computer.
2. signal process device as claimed in claim 1 is characterized in that:
Second link receives the order of controlling that computer transmitted; Control order and control order and be transferred to data output/input end said via second link, hub, first link in regular turn, said intelligent mobile phone is controlled order and is carried out handled according to said.
3. signal process device as claimed in claim 1 is characterized in that:
Controlling order is that the input signal that the set operation module reception input media that computer connected of computer is imported produces.
4. signal process device as claimed in claim 1 is characterized in that:
More comprise a control module, said control module connects coding and decoding unit, sound input end and hub;
Wherein, when control module did not receive the simulated sound signal by sound input end, said control module sent suspend command to the coding and decoding unit, made the coding and decoding unit get into battery saving mode;
And when control module when sound input end receives the simulated sound signal, control module sends startup command to the coding and decoding unit, the coding and decoding unit promptly gets into start-up mode, and receives the simulated sound signal and produce the digital audio signal.
5. signal process device as claimed in claim 4 is characterized in that:
Second link receives the power supply that computer provided, and via the hub and first link intelligent mobile phone is charged in regular turn.
6. signal process device as claimed in claim 5 is characterized in that:
More comprise button, said button connects said control module, selects signal to said control module to import one, makes said control module between forced charge pattern and general charge mode, switch;
Wherein, said forced charge pattern is directly to provide power supply via said hub and said first link said intelligent mobile phone to be charged in regular turn by said computer;
And said general charge mode is only when the delivery of said intelligent mobile phone is lower than predetermined value, computer just begin to provide power supply in regular turn via said hub and said first link to said intelligent mobile phone charging.
7. signal process device as claimed in claim 6 is characterized in that:
More comprise the power supply recognition unit, said power supply recognition unit is connected with control module, and receives the power supply of computer output, and whether the power supply that the identification computer is exported meets the charging specification that intelligent mobile phone can receive;
Wherein when the power supply of computer output met the charging specification that intelligent mobile phone can receive, the charge circuit between control module conducting first link and the hub charged to intelligent mobile phone;
And when the power supply of computer output does not meet the charging specification that intelligent mobile phone can receive, then cut off the charge circuit between first link and the hub, stop intelligent mobile phone is charged.
8. signal process device as claimed in claim 7 is characterized in that:
More comprise first display unit; Said first display unit connects control module; First data signals that control module is passed on according to first link, or the simulated sound signal that sound input end passed on produce first display signal; And be transferred to first display unit, make first display unit show whether first link and sound input end pass on first data signals or simulated sound signal.
9. signal process device as claimed in claim 8 is characterized in that:
More comprise second display unit; Said second display unit connects control module; Control module is switched on the forced charge pattern according to it or general charge mode produces second display signal; And be transferred to second display unit, make second display unit show that said control module is switched on forced charge pattern or general charge mode.
10. a signal processing method is to be applicable between intelligent mobile phone, signal process device and the computer, it is characterized in that comprising the following steps:
Export first data signals or simulated sound signal, wherein first data signals is exported by the set data output/input end of intelligent mobile phone, and the simulated sound signal is exported by the set sound output of intelligent mobile phone;
First link set via signal process device receives first data signals that data output/input end is exported, and receives the simulated sound signal that sound output is exported by the set sound input end of signal process device;
Utilize the set coding and decoding unit of signal process device to receive the simulated sound signal, and convert the simulated sound signal to corresponding digital audio signal;
The digital audio signal that uses the set hub received code decoding unit of signal process device to be exported, and receive first data signals that first link is exported, and produce mutually should the digital audio signal and second data signals of first data signals;
Second link set by said signal process device receives second data signals, and second data signals is transferred to computer;
Receive second data signals by computer, and carry out handled, in order to directly going out sound that should the simulated sound signal, and carry out the operational processes of corresponding first data signals by the loudspeaker plays of said computer according to second data signals.
11. signal processing method as claimed in claim 10 is characterized in that more comprising the following steps: between computer, signal process device and the intelligent mobile phone
Receive the input signal that the set input media of said computer is imported with the set operation module of said computer;
Produce corresponding operational order by said operation module according to input signal;
With said computer operational order is transferred to data output/input end via second link, hub and first link in regular turn;
Intelligent mobile phone is handled according to said operational order accordingly.
12. signal processing method as claimed in claim 11 is characterized in that:
Saidly control order and be at least and select play the sound electronic record that institute stores in advance in the said intelligent mobile phone or select broadcast last one or next sound electronic record or time-out play sound electronic record or termination play sound electronic record or On/Off power supply or forced charge.
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| CN2010102301359A CN102339262A (en) | 2010-07-19 | 2010-07-19 | Signal processing device and method thereof |
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| CN2010102301359A CN102339262A (en) | 2010-07-19 | 2010-07-19 | Signal processing device and method thereof |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030148788A1 (en) * | 2002-02-01 | 2003-08-07 | Lg Electronics Inc. | Integrated wireless local loop system |
| CN1604518A (en) * | 2004-11-04 | 2005-04-06 | 马立平 | A method for transmitting wireless data wideband signal via cable television network |
| CN101035170A (en) * | 2006-03-09 | 2007-09-12 | 林春云 | USB-interface based voice communication method and device |
| CN101051295A (en) * | 2006-04-07 | 2007-10-10 | 英华达(上海)电子有限公司 | Method for broadcasting cell phone received radio station broadcast signal on computer |
| CN101656584A (en) * | 2008-08-21 | 2010-02-24 | 王国栋 | Information relay broadcasting station for information media of mobile phone |
-
2010
- 2010-07-19 CN CN2010102301359A patent/CN102339262A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030148788A1 (en) * | 2002-02-01 | 2003-08-07 | Lg Electronics Inc. | Integrated wireless local loop system |
| CN1604518A (en) * | 2004-11-04 | 2005-04-06 | 马立平 | A method for transmitting wireless data wideband signal via cable television network |
| CN101035170A (en) * | 2006-03-09 | 2007-09-12 | 林春云 | USB-interface based voice communication method and device |
| CN101051295A (en) * | 2006-04-07 | 2007-10-10 | 英华达(上海)电子有限公司 | Method for broadcasting cell phone received radio station broadcast signal on computer |
| CN101656584A (en) * | 2008-08-21 | 2010-02-24 | 王国栋 | Information relay broadcasting station for information media of mobile phone |
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Application publication date: 20120201 |