CN103891258A - Docking system with automatic music playback via bluetooth - Google Patents
Docking system with automatic music playback via bluetooth Download PDFInfo
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- CN103891258A CN103891258A CN201280052593.5A CN201280052593A CN103891258A CN 103891258 A CN103891258 A CN 103891258A CN 201280052593 A CN201280052593 A CN 201280052593A CN 103891258 A CN103891258 A CN 103891258A
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Abstract
A portable device determines that it has been physically paired with a docking system. Wireless communication between the portable device and the docking system is automatically established in response to the determination.. Data that encodes an audio signal is transmitted, by the portable device to the docking system as part of the wireless communication, so as to audibly output the audio signal transmitted from the portable device. The determination by the portable device of being physically paired with the docking system is based at least in part on an application resident in the portable device receiving a USB connection notification from the docking system. The resident application turns on a Bluetooth module of the portable device's Bluetooth and sends commands to the device's Bluetooth module to perform a quick connection with the docking system using the docking system's Bluetooth ID as a command parameter.
Description
Technical field
The present invention relates to for carrying out and technology, method, system and the mechanism of the radio communication of docking system.More specifically, the present invention relates to docking system, it is adapted to once the docking that the portable equipment such as PDA(Personal Digital Assistant), smart phone, Hand held PC, cellular phone and MP3 player detected to user transparent ground crossfire music.
Background technology
For accessory manufacturer, apple docking has become billions of market.Use iPad interfacing part, you can be easily come for synchronous or charging with interfacing part connector port, and with tone frequency channel wire output port for being connected to electrodynamic loudspeaker via optional voice-frequency cable.Described iPad interfacing part is also supported other iPad accessory, such as, connect external member to iPad interfacing part connector and the iPad camera of VGA adapter.Non-exclusive equipment outside apple field, that supply various phones (comprising some the most popular mobile phones from blackberry, blueberry, Nokia, Motorola, nanogram Stevr (Nextel), Sony Ericsson and Siemens) comprises Dock-n-Talk and Cellsocket.These equipment are the revolutionary mobile phone docking systems that allow user to be in or make and receive cellular call at standard or the wireless phone of office.These equipment use the economic cellular service minute facility in the enterprising words that work of their more traditional phone for user provides.Except Dock-n-Talk and Cellsocket, Siemens provides Gigaset-One
tMbluetooth cellular phone-home phone number docking system equipment.Gigaset One allows you near your family, to have rope or cordless telephone to make and receive mobile calls with any.Do not need landline.Your home phone number becomes the expansion of the smart phone that your Bluetooth enables, and it connects up to three blue-tooth intelligence phones, the audio quality of eradicating mobile dead band and weakening.
Except these revolutionary products, seldom paid close attention to for the docking market of the smart phone except apple equipment, although it has huge market potential.The reason of part is to lack unified connector and hardware/software interface for different manufacturer's phones.
It is in order to introduce summary of the invention below and the brief context of embodiment that this background technology is provided.This background technology is not intended to help to determine the scope of claimed theme, is not considered as claimed theme to be confined to solve any or all defect of presenting or the realization of problem above yet.
Summary of the invention
The present invention is by providing the audio frequency docking system that makes to support wireless connectivity such as bluetooth can solve deficiency of the prior art with this equipment interconnection system, the method and apparatus of automatically opening the radio function of this equipment in the time that portable equipment is attached to this audio frequency docking system in various embodiments.Described portable equipment can be for example PDA(Personal Digital Assistant), smart phone, Hand held PC, cellular phone and MP3 player.
The method comprising the following steps is disclosed in one embodiment: determine that with portable equipment this portable equipment matches with docking system physics; In response to described determining step, automatically set up the radio communication between portable equipment and docking system; And the data by portable equipment to the docking system transmission coding audio signal of the part as radio communication, to cause the audio signal of the sound output of the loud speaker of docking system from portable equipment.
Described method can also comprise the electric power that is used to the rechargeable energy source portable equipment to charge from docking system reception by portable equipment, and wherein rechargeable energy source is configured to provide electric power for being portable equipment power supply.
Described method can also comprise determines that portable equipment has stopped matching with docking system; And stop and docking system when pairing stops the radio communication between portable equipment and docking system at portable equipment.
In one aspect, in the time having the internuncial portable equipment such as smart phone of bluetooth and USB and be docked to docking system, the bluetooth module of docking system is automatically enabled.Residing in particular application (" app ") in the memory of portable equipment is configured to receive USB from docking system and connects notice to open the Bluetooth function (if it is not yet opened) of portable equipment.Described particular application (" app ") is also come to send order to the bluetooth module of portable equipment with the bluetooth ID of docking system as command parameter and is connected with the quick of docking system to carry out.After this, particular application is activated to foreground.
Provide in an embodiment and be adapted to and the audio frequency docking system of supporting that the internuncial portable equipment of bluetooth and USB docks.In the time of docking, particular application (, " the app ") identification being arranged in portable equipment connects and automatically opens the Bluetooth function of portable equipment, and automatically attempts being connected to the docking system of pairing by bluetooth.Be connected once make with the bluetooth of docking system, particular application (" app ") is activated to the foreground of the user interface of portable equipment.Successfully connect and allow docking system that the Particular experience of playing music via user interface from docking system is provided to user, attached using this as docking operation.Like this, music connects by crossfire pellucidly to user via bluetooth.
In one embodiment, audio frequency docking system comprises application module, its be configured to be configured to determine portable equipment with the application module of docking system physics pairing; Wireless connections module, its in response to described application module about portable equipment with the determining of docking system physics pairing, set up the radio communication between portable equipment and docking system; And radio frequency transmitter, its docking system from portable equipment to the part as radio communication transmits the data of coding audio signal, to cause the described audio signal of the sound output of the loud speaker of docking system.
In one embodiment, described particular application can be freely downloaded to user's portable equipment.For example, can download particular application for utilizing the smart phone of Android operating system from Philip server.Certainly, estimate that described particular application can otherwise download and utilize the operating system of well-known and following prediction.
In one embodiment, Docking station is supported USB audio frequency.
In one aspect, according to using for the first time docking system, user to be required to use wireless (as, bluetooth) pairing process of standard by smart phone and docking system pairing.This relates to docking system and smart phone is placed in to special pairing mode and manually confirms described pairing from wireless (as, bluetooth) user interface of smart phone.
It is the one group of concept being further described in embodiment below in order to be introduced in concise and to the point form that content of the present invention is provided.Content of the present invention is not intended to key feature or the essential characteristic of the theme of Identification Demand protection, is not intended to be used to help to determine the scope of claimed theme yet.
Accompanying drawing explanation
When considered in conjunction with the accompanying drawings, from below, to the consideration of the specific embodiment of the present invention, these and other objects of the present invention, feature and advantage will become apparent, wherein:
Fig. 1 is the block diagram that has schematically illustrated exemplary embodiment according to the present invention and be shown as the configuration of the docking system that is coupled to portable equipment.
Fig. 2 show describe by the Bluetooth pairing process of standard for by the exemplary operations method of portable equipment and docking system pairing.
Fig. 3 is exemplary embodiment according to the present invention for automatically open the example move operation method of Bluetooth functionality of portable equipment in the time being docked to target docking system via USB connector 106.
Fig. 4 shows and automatically starts the scan procedure example user interface profile that portable equipment just shows at the beginning.
Fig. 5 show shown by portable equipment in order to the example user interface profile of available devices list connecting for making bluetooth to be shown.
Fig. 6 show shown by portable equipment in order to indicate the example user interface profile of the pairing between portable equipment and docking system.
Fig. 7 shows the example user interface profile that the diagram bluetooth being shown by portable equipment connects screen.
Fig. 8 shows once making bluetooth and connects the example user interface profile being shown by portable equipment.
Fig. 9 show shown by portable equipment provide the example user interface profile via the selection of music of the radio play on docking system of the music application in portable equipment to user.
Figure 10-12 show the various example user interface profiles that shown to user by portable equipment.
Figure 13 has described the illustrative graphic representation with the machine of computer system form, and the instruction set in it, in the time being implemented, can cause that machine carries out any one or more methods discussed herein.
Embodiment
Provide below with reference to the description of accompanying drawing to help as the complete understanding of claim and the exemplary embodiment of the present invention that equivalent was limited thereof.It comprises various specific detail to help to understand but these details are only counted as exemplary.Therefore, one of skill in the art will recognize that various changes and the modification that can make without departing from the scope and spirit of the present invention embodiment as described herein.In addition, for clarity and brevity, the description of well-known function and structure can be omitted.
The term using in description below and claim and word are not limited to bibliography implication, but are only made for making it possible to realization to clear and consistent understanding of the present invention by inventor.Therefore, should it is evident that those skilled in the art, below the description of exemplary embodiment of the present invention is only used to the object of explanation and is provided, rather than in order to limit the claim as enclosed and object of the present invention that equivalent limited thereof.
Be appreciated that singulative " ", " one " and " that " comprise plural object, unless context separately has clearly regulation.Therefore, for example, quoting of " assembly surface " comprised one or more so surperficial quoting.
Hereinafter, as example, portable equipment is described in the present invention.But the present invention is not limited to this.In other words, portable equipment can be regarded as describing any terminal that comprises bluetooth module as described herein.That is to say, term " portable equipment " marks information and the communication equipment of any kind, and comprises multimedia equipment and application thereof such as portable media player (PMP), PDA(Personal Digital Assistant), MP3 player, portable game terminal, wired or wireless phone, smart phone.
Before description of the invention, provide the brief explanation to Bluetooth technology.Bluetooth technology is for example fundamentally, for carrying out communication on short distance (, in 10m).This scope can be increased to 100m according to applied power output.According to bluetooth standard, the transfer of data of use bluetooth has the maximum rate of 64Kbps in the case of synchronous (sound) transmission, has the maximum rate of 723.2Kbps in the case of asynchronous (data) transmission.In addition, because Bluetooth technology is used frequency hop spread spectrum, so improved fail safe compared with other existing wireless communication protocols.And, because can being used Continuously Variable Slope increment (CVSD) modulation, Bluetooth technology transmits sound and character data, therefore improve acoustic coding.
The standard of bluetooth provides the possibility that connects Long-distance Control remote equipment by double-direction radio.In practice, remote equipment is mobile phone or computer peripheral normally, but, Bluetooth specification is not limited to such utensil, they particularly comprise and transmit high-quality coding multi-channel audio and flow compatible profile (advanced audio distribution profile (A2DP)), and provide the profile (audio frequency and video Long-distance Control profile (AVRCP)) of Voice & Video control function for the interoperability of bluetooth utensil.
Consider its general and evolution character, permitted multi-functional existence, and be specifically designed the many assemblies (described assembly is also very cheap) for realizing it, Bluetooth technology is particularly advantageous.But, the selection of technology is restrictive never in any form, and wireless connections can realize by means of other Radio Transmission Technologys, as long as such technology presented be enough to make continuous data flow can be transmitted (as, high-quality digital audio or vision signal) data rate: this is applicable to the example to so-called " WiFi " IEEE 802.11 standards (ISO/IEC 8802-11).
In the accompanying drawings, similar label is indicated similar element.
Fig. 1 is the block diagram that schematically illustrates exemplary embodiment according to the present invention and be shown as the configuration of the docking system that is coupled to portable equipment.
With reference to figure 1, without limitation will be such as by example, for example, the equipment of portable equipment 100 and so on is depicted as and is typically inserted into interfacing part 150 to synchronize with docking system 150 via synchronous (" sync ") cable 112.
Therefore, and as run through this document in further detail as described in, interfacing part 150 can be for being placed on portable equipment 100(in interfacing part 150 as, mobile phone) power supply, and can be the battery recharge of portable equipment 100.When by docking, portable equipment 100 can provide audio transmission to interfacing part 150, and wherein interfacing part 150 can be by such transmission route to external audio source (not shown).Between the radio transceiver 105 of described audio transmission in can radio transceiver 102 and interfacing part 150 in equipment 100, wirelessly transmit.In other words, the user of portable equipment 100 can put into interfacing part 150 by portable equipment 100 and for example come, for the battery charging of portable equipment 100 and audio signal is routed to external speaker system or the internal loudspeaker system of interfacing part 150.
In an embodiment, portable equipment 100 can comprise the usb driver 108, bluetooth module 110, display unit 120, input unit 125, control unit 105 and the memory cell 170 that are coupled to particular application (" app ") 104.
, it also can be called as input manager to input unit 125() manage the input of arriving portable equipment 100, described input comprises the touch input to the display screen (not shown) on portable equipment 100.
Display unit 120(, it also can be called as display manager) with touch manager (not shown) coordinate and control where what entry is displayed on, which will be illustrated on other entries, and which will be shown as the focus with equipment.
In the time that portable equipment 100 is docked to docking system 150, the bluetooth module 132 of docking system 150 is automatically enabled.Downloadable particular application (" app ") 104 on portable equipment 100 is configured to drive 108 to receive USB from docking system 150 and be connected notice via the USB connector 106 of docking system 150 and the USB of portable equipment 108, if with open portable equipment bluetooth module 110(it be not yet opened).Described particular application (" app ") 104 is also come to send order to the bluetooth module 110 of portable equipment with the bluetooth ID of docking system as command parameter and is connected with the quick of docking system 150 to carry out.After this, particular application (" app ") 104 is activated to foreground.
Described particular application (" app ") can be downloaded from for example online shop in Android market by user.QR code will offer user with web site url in product is communicated by letter.The means of other well-known download particular application (" app ") are also in expection intention of the present invention.
Fig. 2 shows the method for operation of the pairing process between portable equipment 100 and the docking system that is used to specify the Bluetooth pairing process by using standard.Bluetooth standard is specified equipment is associated itself " the pairing process " with another that allows.In 3.3 joints of bluetooth 1.2 core specification volumes 3, describe pairing in detail.
Comprise docking system 130 and portable terminal device 104 are placed in to special pairing mode and manually confirm pairing from portable terminal device bluetooth UI about Fig. 2 the operation described method.This method of operation only adopts in the use for the first time of docking system 150.After this, further describe the method for operation for all follow-up uses about Fig. 3 below.Particularly, to have described be that the equipment of two previously pairings are carried out from the methods of operation that are dynamically connected to Fig. 3.
20. is miniature via USB() connect.Portable equipment 100 connects and is connected to docking system 150 via USB.
22. VBUS voltage detecting.Connect in response to USB, portable equipment 100 detects and sends from the VBUS of docking system 150 voltage.
24. notices.The special applications 104 residing on portable equipment 100 receives the notice of issuing and receiving via portable equipment 100 from docking system 150.
26. open bluetooth.In response to receiving described notice, special applications 104 is opened the Bluetooth functionality in the bluetooth module 110 that resides in portable equipment 100.
28. start pairing process.Between docking system 150 and portable equipment 100, start pairing process.
30. scanning device lists.In this step, the portable equipment 100 scannings signal of bluetooth equipment around.
32. initiate with the pairing of interfacing part and are connected.Special applications 104 is initiated with the pairing of docking system 150 and is connected.
34. bluetooth v2.1 safe and simple pairings (SSP).According to " correct work (Just Works) " pattern of SSP operation, its a kind of form that be public key encryption, docking system 150 and portable equipment 100 match and without user interactions.
36. connect ok.Portable equipment 100 to special applications 104 verify bluetooth v2.1 match safely (SSP) be identified.Special applications 104 shows positive acknowledgement message to user.
38. start music playback.Special applications 104 is connected and uses its integrated music player automatically to start music playback via the bluetooth with docking system 150 of firm foundation.
The 40. music crossfires via bluetooth A2DP session.Voice data is passed to docking system 150 via the transmission of description music data such as bluetooth advanced audio distribution profile (A2DP) agreement and the open standard agreement of method of reseptance from portable unit 104.How A2DP can be from source of media crossfire to receiver (sink) if having described stereo-quality audio frequency.Described profile has defined audio-source and two roles of receiver.Typical use scenes can be considered to " walkman " class of media player.Described audio-source can be music player, and audio receiver is wireless headset.A2DP has defined agreement and the process with monophony or the stereo distribution that realizes high-quality audio content on ACL channel.
42. playback controls via bluetooth AVRCP session.Playback controls is initiated when the operating key of pressing on docking system 150 by user.Order is sent to portable equipment to control the music player of portable equipment via bluetooth AVRCP session.Playback controls comprise broadcasting, time-out, next/last head, forward/backward fast.
44. is miniature from USB() disconnect.Portable equipment 104 disconnects from the USB port of docking system 150.
46. VBUS voltage drops.In the time that portable equipment 100 disconnects from the USB port of docking system 150, VBUS voltage levvl turns back to zero.
48. notices.The decline of the notified VBUS voltage levvl of portable equipment 104.
50. open or close bluetooth.Bluetooth functionality in portable equipment 104 is opened or closed.Depend on docking original bluetooth setting before, the bluetooth state of portable equipment is returned to the state of opening or closing by special applications 104.Described recovery was carried out before portable equipment disengaging docking being detected.Before being connected to bluetooth, special applications 104 is stored the current state of bluetooth in app storage space, that is, open or close.In the time departing from docking, special applications 104 is got back to the bluetooth state that makes portable equipment 100 state of previously storing in app storage space.
Fig. 3 shows according to exemplary embodiment of the present invention, for automatically open the method for operation of the Bluetooth functionality of portable equipment in the time being docked to target docking system via USB connector 106.
60. is miniature via USB() connect.Portable equipment 100 connects and is connected to docking system 150 via USB.
62. VBUS voltage detecting.Connect in response to described USB, portable equipment 100 detects and sends from the VBUS of docking system 150 voltage.
64. notices.The special applications 104 residing on portable equipment 100 receives the notice of issuing and receiving via portable equipment 100 from docking system 150.
66. open bluetooth.In response to receiving described notice, special applications 104 is opened the Bluetooth functionality in the bluetooth module 110 that resides in portable equipment 100.
68. scanning device lists.In this step, the portable equipment 100 scannings signal of bluetooth equipment around.
70. initiations are connected with interfacing part.Special applications 104 initiations are connected with docking system 150.
72. bluetooths connect.The bluetooth of making between portable equipment 100 and docking system 150 connects.
74. connect ok.Portable equipment 100 to special applications 104 verify bluetooth v2.1 match safely (SSP) be identified.Special applications 104 shows positive acknowledgement message to user.
76. start music playback.Special applications 104 is connected and uses its integrated music player automatically to start music playback via the bluetooth with docking system 150 of firm foundation.
The 78. music crossfires via bluetooth A2DP session.Voice data is passed to docking system 150 via the transmission of description music data such as bluetooth advanced audio distribution profile (A2DP) agreement and the open standard agreement of method of reseptance from portable unit 104.How A2DP can be from source of media crossfire to receiver if having described stereo-quality audio frequency.Described profile has defined audio-source and two roles of receiver.Typical use scenes can be considered to " walkman " class of media player.Described audio-source can be music player, and audio receiver is wireless headset.A2DP has defined agreement and the process with monophony or the stereo distribution that realizes high-quality audio content on ACL channel.
80. playback controls via bluetooth AVRCP session.Playback controls is initiated when the operating key of pressing on docking system 150 by user.Order is sent to portable equipment to control the music player of portable equipment via bluetooth AVRCP session.Playback controls comprise broadcasting, time-out, next/last head, forward/backward fast.
82. is miniature from USB() disconnect.Portable equipment 104 disconnects from the USB port of docking system 150.
84. VBUS voltage drops.In the time that portable equipment 100 disconnects from the USB port of docking system 150, VBUS voltage levvl turns back to zero.
86. notices.The decline of the notified VBUS voltage levvl of portable equipment 104.
88. open or close bluetooth.Bluetooth functionality in portable equipment 104 is opened or closed.Depend on docking original bluetooth setting before, the bluetooth state of portable equipment is returned to the state of opening or closing by special applications 104.Described recovery was carried out before portable equipment disengaging docking being detected.Before being connected to bluetooth, special applications 104 is stored the current state of bluetooth in app storage space, that is, open or close.In the time departing from docking, special applications 104 is got back to the bluetooth state that makes portable equipment 100 state of previously storing in app storage space.
Fig. 4-9 illustrate according to the present invention, on the portable equipment screen display user during the docking operation being connected for the automated wireless of automatically setting up between portable equipment and Docking station to a series of screen displays shown in user.
Fig. 4 illustrates and automatically starts the scan procedure example user interface profile that portable equipment just shows at the beginning.
Fig. 5 illustrate shown by portable equipment in order to the example user interface profile of available devices list connecting for making bluetooth to be shown.
Fig. 6 illustrate shown by portable equipment in order to indicate the example user interface profile of the pairing between portable equipment and docking system.
Fig. 7 illustrates the example user interface profile that connects screen in order to illustrate bluetooth being shown by portable equipment.
Fig. 8 illustrates once making bluetooth and connects the example user interface profile being shown by portable equipment.
Fig. 9 illustrate shown by portable equipment provide the example user interface profile via the selection of music of the radio play on docking system of the music application in portable equipment to user.
Setting up after wireless (as, bluetooth) between portable equipment and Docking station connect, music player menu will be imported on portable equipment, and current song (if any) will automatically be play.This automatic play options can be turned off by user.
Figure 10-12 illustrate portable equipment according to user select show various example user interface profiles.
Figure 13 has described the illustrative graphic representation with the machine of computer system 1300 forms, and the instruction set in it, in the time being implemented, can cause machine execution any one or more methods as discussed above.In certain embodiments, described machine is as equipment independently and operate.In certain embodiments, described machine can be connected (by using network) to other machines.In networked deployment, described machine can be used as server or the client user's machine in client-server user network environment, or operates as the peer machines in equity (or distributed) network environment.
Described machine can comprise server computer, client user's computer, personal computer (PC), dull and stereotyped PC, laptop computer, desktop computer, control system, network router, switch or bridger, PDA(Personal Digital Assistant), smart phone, Hand held PC, cellular phone and MP3 player, maybe can implement any machine of (order or other the) instruction set of specifying the action taked by this machine.To understand, equipment of the present disclosure comprises any electronic equipment that sound, video or data communication are provided widely.In addition, although illustrate individual machine, term " machine " also should be used to comprise individually or jointly implement instruction set (or multiple instruction set) to carry out any set of machine of any one or more methods discussed herein.
Realize and can similarly be configured to realize method as described herein including but not limited to the specialized hardware of application-specific integrated circuit (ASIC), programmable logic array and other hardware device.What may comprise the device of various embodiment and system comprises various electronics and computer system with being widely used.Some embodiment are used between module or by relevant controlling and the data-signal of module communication and carry out practical function in the hardware module of two or more specific interconnected or equipment, or carry out practical function as the part of application-specific integrated circuit (ASIC).Therefore, example system is applicable to software, firmware and hardware realization.
According to various embodiment of the present disclosure, method as described herein is intended to for the operation as operating in the software program on computer processor.In addition, software is realized can be including but not limited to, distributed treatment or component/object distributed treatment, parallel processing, or virtual machine is processed and also can be configured to realize method as described herein.
The disclosure estimates to contain instruction 1324, or receive and implement from the machine readable media of the instruction 1324 of transmitting signal and make the equipment that is connected to network environment 1326 can send or receive sound, video or data, and use instruction 1324 to communicate by letter on network 1326.Instruction 1324 can also be transmitted or receive via Network Interface Unit 1320 on network 1326.
Although computer-readable medium 1322 is depicted as to single medium in example embodiment, but should being used to comprise, term " computer-readable medium " stores the single medium of one or more instruction set or multiple media (such as centralized or distributed data base, and/or the high-speed cache being associated and server).Term " computer-readable medium " also should be used to comprise any medium that can store, encode or carry for implemented and cause the instruction set of machine execution any one or more methods of the present disclosure by machine.
Term " computer-readable medium " therefore should be used including but not limited to: such as memory card or cover solid-state memory, the random access memory other encapsulation of one or more read-only (non-volatile) memory, or other can rewrite (volatibility) memory; Magneto-optic or optical medium such as dish or band; And/or the digital file attachment of Email or other self-contained archival of information or the collection that files are considered to be the distribution medium that is equal to tangible storage medium.Therefore, the disclosure is regarded as comprising any one or more computer-readable mediums or distribution medium, and as cited and comprise the generally acknowledged equivalent in field and follow-up media here, the software wherein storing is here realized.
Although this specification with reference to specific standard and protocol description the assembly and the function that realize in an embodiment, the disclosure is not limited to such standard and agreement.Represent the example of this area state for each of the standard of internet and other packet switched network transmission (such as TCP/IP, UDP/IP, HTML, HTTP).Such property normal period ground is had the faster or more effective equivalent of identical function in essence and is replaced.Therefore the alternate standard and the agreement that, have an identical function are regarded as equivalent.
The explanation of embodiment as described herein aims to provide the general understanding of the structure to various embodiment, and they are not intended to serve as device and all elements of system and the complete description of feature to utilizing structure as described herein.To those skilled in the art, once look back above description, much other embodiment will be apparent.Other embodiment can be utilized thus and obtain, and make without departing from the scope of the disclosure, can make structure and replacement logic and change.Accompanying drawing is only also representational, and may not draw in proportion.Its some part may be exaggerated, and other parts may be minimized.Therefore, specification and accompanying drawing are all counted as illustrative, rather than on limited significance.
May be just to convenient and carry out individually and/or jointly mention such embodiment of subject matter here by term " invention ", and this is not intended on one's own initiative the application's scope is restricted to the concept (if in fact be disclosed above) of any single invention or invention.Therefore,, although specific embodiment has here been illustrated and has described, any layout that the plan of will be appreciated that realizes identical object can replace shown specific embodiment.The disclosure is intended to cover any and all adaptations or the modification of various embodiment.The combination of above-described embodiment and here special other embodiment that describe those skilled in the art when describing more than looking back will be apparent.
Although exemplified and described the present invention about particular implementation, it is not therefore and limited.A large amount of modifications, change and enhancing will be apparent for reader now.
Claims (13)
1. a computer implemented method, comprising:
Determine that with portable equipment portable equipment matches with docking system physics;
In response to described determining step, automatically set up the radio communication between portable equipment and docking system; And
Transmitted the data of coding audio signal to the docking system of the part as radio communication by portable equipment, to cause the audio signal of the sound output of the loud speaker of docking system from portable equipment.
2. the process of claim 1 wherein that described determining step is at least partly based on be electrically connected the signal of telecommunication that is sent to portable equipment from docking system by the physics between docking system and portable equipment.
3. the method for claim 2, the signal of telecommunication that wherein transmitted comprises the VBUS voltage that is sent to the usb driver of portable equipment from docking system USB connector.
4. the process of claim 1 wherein that described determining step receives the VBUS voltage transmitting from docking system and receives USB from docking system in portable equipment and connect notice based on residing in application responds in portable equipment at least partly.
5. the method for claim 4, wherein said determining step also comprise the described application residing in portable equipment open portable equipment bluetooth bluetooth module and come to send order to the bluetooth module of equipment with the bluetooth ID of docking system as command parameter and be connected with the quick of docking system to carry out.
6. the method for claim 5, wherein said determining step also comprise the described application residing in portable equipment by application start the foreground to equipment.
7. the method for claim 1, also comprises the electric power that is used to the rechargeable energy source portable equipment to charge from docking system reception by portable equipment.
8. the process of claim 1 wherein that radio communication is to receive the in the situation that user inputting and setting up without portable equipment or docking system after portable equipment is determined with docking system physics pairing described.
9. the method for claim 1, also comprises: determine that portable equipment has stopped matching with docking system; Depend on the original bluetooth setting before portable equipment docks with docking system, recover the bluetooth state of portable equipment.
10. the method for claim 1, also comprises: determine that portable equipment has stopped matching with docking system; And stop and docking system when pairing stops the radio communication between portable equipment and docking system at portable equipment.
11. 1 kinds of computer readable storage devices, it has been stored and in the time being implemented by one or more treatment facilities, has carried out the instruction that comprises following operation:
Determine that with portable equipment portable equipment matches with docking system physics;
In response to described determining step, automatically set up the radio communication between portable equipment and docking system; And
Transmitted the data of coding audio signal to the docking system of the part as radio communication by portable equipment, to cause the audio signal of the sound output of the loud speaker of docking system from portable equipment.
12. 1 kinds of computer implemented systems, comprising:
Application module, it is configured to determine that portable equipment matches with docking system physics;
Wireless connections module, its in response to application module to portable equipment with the determining of docking system physics pairing, set up the radio communication between portable equipment and docking system; And
Radio frequency transmitter, its docking system from portable equipment to the part as radio communication transmits the data of coding audio signal, to cause the sound output audio signal of the loud speaker of docking system.
The system of 13. claims 12, wherein said system also comprises docking system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201280052593.5A CN103891258B (en) | 2011-08-26 | 2012-08-24 | There is the docking system of the automatic music playback via bluetooth |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
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| CN2011001428 | 2011-08-26 | ||
| CNPCT/CN2011/001428 | 2011-08-26 | ||
| PCT/IB2012/054297 WO2013030736A1 (en) | 2011-08-26 | 2012-08-24 | Docking system with automatic music playback via bluetooth |
| CN201280052593.5A CN103891258B (en) | 2011-08-26 | 2012-08-24 | There is the docking system of the automatic music playback via bluetooth |
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| CN103891258B CN103891258B (en) | 2016-01-20 |
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| CN201280052593.5A Expired - Fee Related CN103891258B (en) | 2011-08-26 | 2012-08-24 | There is the docking system of the automatic music playback via bluetooth |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109756880A (en) * | 2019-03-01 | 2019-05-14 | 江苏中协智能科技有限公司 | A kind of digital music classroom multi-to-multi blue-tooth transmission method |
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| TWI565287B (en) * | 2014-11-07 | 2017-01-01 | xiu-wen Zhang | To achieve the smart phone in the remote microphone hearing aid system and its use |
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| CN111464495A (en) * | 2020-02-28 | 2020-07-28 | 山东公链信息科技有限公司 | Big data analysis system based on intelligent sound box |
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|---|---|
| CN103891258B (en) | 2016-01-20 |
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