CN103209221A - Method and system for realizing personal cloud communication function - Google Patents
Method and system for realizing personal cloud communication function Download PDFInfo
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- CN103209221A CN103209221A CN2013101441435A CN201310144143A CN103209221A CN 103209221 A CN103209221 A CN 103209221A CN 2013101441435 A CN2013101441435 A CN 2013101441435A CN 201310144143 A CN201310144143 A CN 201310144143A CN 103209221 A CN103209221 A CN 103209221A
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Abstract
The invention discloses a method and a system for realizing a personal cloud communication function. The method comprises the following steps of: establishing connection between man-machine interface (MMI) equipment and target communication equipment in a wireless communication mode; acquiring user communication data and sending the user communication data to the target communication equipment; performing corresponding format conversion on the received user communication data by the target communication equipment, and sending the user communication data which are subjected to the format conversion to operators to monitor whether the operators send feedback radio frequency data or not; and when the target communication equipment receives the feedback radio frequency data sent by the operators, performing the format conversion on the feedback data, sending the data which are subjected to the format conversion to the MMI equipment for analyzing, and displaying. According to the method and the system, corresponding communication data is transmitted between the target communication equipment and the MMI equipment; and the MMI equipment can be in data interaction with the operators by the target communication equipment, so that the MMI equipment without a communication function has the communication function, and the cost is low; and the target communication equipment and the MMI equipment are independent to each other, so that the size of the MMI equipment is not increased, and the MMI equipment is convenient to carry by users.
Description
Technical field
The present invention relates to wireless communication technique, particularly a kind of for the method and system that realize individual cloud communication function.
Background technology
At present, do not have the smart machine of communication module, can't use communication function as iPad/iPod.Be provided with the smart machine of communication module, then have communication function as mobile phone, set-top box.And, communication module and MMI(Man Machine Interface, human-computer interaction interface namely carries out the people of mobile communication and the interface of associating between the portable terminal of mobile communication service is provided) usually be integrated on the physical equipment.This just only makes single device possess communication function, and many communication apparatus then can't carry out unified management.
For example, iPod touch is a Portable media player of being released by Apple, can carry out sound, video playback, and download games is taken pictures etc., is equivalent to an iPhone who does not have telephony feature, and its price is but cheap a lot of than iPhone.In order to make iPod touch can have telephony feature, a kind of function overcoat of measuring the fixed called after " apple skin " of body specially for iPod touch has appearred at present on the market, it realizes communication function by a back of the body button communication module, also is provided with associated components such as SIM card slot, battery on this module.This apple skin is enclosed within iPod Touch can be become iPhone on the iPod touch and use.The cost that " apple skin " and iPod touch collocation are used is lower than buying an iPhone separately.
For as iPod touch, being provided with the terminal equipment that human-computer interaction interface does not but have communication function, if its inner communication module that increases is realized communication function, then internal module design comparatively complexity and cost higher.At present, the panel computer that has can insert SIM card, but can only realize function of surfing the Net, can not realize telephony feature.Can realize communication function though " apple skin " occurred, it is exclusively used in iPod touch series of products, just can not compatible control for other-end equipment.Simultaneously, " apple skin " performance development is not comprehensive.In addition, " apple skin " needs closely to contact with iPod touch in use, and conventional pattern can increase the volume size of iPod touch in iPod touch outside, disagrees with existing portable terminal slimming development.
Thereby prior art is still waiting to improve and improve.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art part, the object of the present invention is to provide a kind of for the method and system that realize individual cloud communication function, make the terminal equipment that does not have communication function also can realize communication, make a terminal equipment can manage at least one communication module.
In order to achieve the above object, the present invention has taked following technical scheme:
A kind of for the method that realizes individual cloud communication function, it comprises:
A, MMI device start wireless communication mode connect with the target communication apparatus, obtain the user communication data and send to the target communication apparatus;
B, target communication apparatus carry out corresponding format conversion and send to operator the user communication data that receive, and monitor operator and whether send the feedback rf data;
C, when the target communication apparatus receives the feedback rf data that operator sends, to sending to the MMI device parses after this feedback data format conversion and showing.
Described for the method that realizes individual cloud communication function, wherein, in described steps A, MMI equipment and communication apparatus connect and specifically comprise:
A1, MMI equipment ferret out communication apparatus;
A2, between MMI equipment and target communication apparatus, set up transmission channel.
Described for the method that realizes individual cloud communication function, wherein, in described step B, the target communication apparatus is converted to user's rf data with the user communication data; In step C, the target communication apparatus will feed back rf data and convert the feedback communication data to.
Described for the method that realizes individual cloud communication function, wherein, after described steps A 1, before the steps A 2, also comprise:
A21, MMI equipment are initiated connection request order and key to the target communication apparatus;
A22, whether the target communication apparatus is identified described key correct, when the type of setting up of the correct back of identification notice MMI equipment selection transmission channel.
Described for the method that realizes individual cloud communication function, wherein, before described steps A 1, also comprise: in MMI equipment, wireless communication applications is installed.
Described for the method that realizes individual cloud communication function, wherein, described user communication data comprise the combination in any of operational order and character, picture, speech data; Described transmission channel is wireless medium or the Internet.
Described for the method that realizes individual cloud communication function, wherein, when the user imports opening operation, also comprise after the described step C:
D, MMI equipment initiate to disconnect request command to the target communication apparatus;
E, target communication apparatus disconnect transmission channel after resolving described disconnection request command;
F, MMI Equipment Inspection transmission channel disconnect the back and show disconnection information.
A kind of for the system that realizes individual cloud communication function, it comprises:
MMI equipment is used for the open wireless communication mode on the one hand, connects with the target communication apparatus, obtains the user communication data and sends to the target communication apparatus; Be used for resolving data and the demonstration that the target communication apparatus sends on the other hand;
The target communication apparatus is used for the user communication data that receive are carried out corresponding format conversion and sent to operator, monitors operator and whether sends the feedback rf data; When receiving the feedback rf data of operator's transmission, to sending to MMI equipment after this feedback data format conversion;
Described MMI equipment and target communication apparatus are separate.
Described system, wherein, described MMI equipment comprises:
Human-computer interaction module is used for all interior communication apparatus of demonstration preset range and the feedback communication data after the parsing;
Data processing module is used for obtaining the user communication data and sending to first radio interface module, resolves the data of first radio interface module transmission and send to human-computer interaction module to show;
First radio interface module is used for the ferret out communication apparatus on the one hand, sets up transmission channel with the target communication apparatus; Be used on the other hand sending the user communication data to the target communication apparatus, the feedback communication data that the receiving target communication apparatus sends also are transferred to data processing module.
Described system, wherein, described target communication apparatus comprises:
Second radio interface module is used for setting up transmission channel with MMI equipment on the one hand; Be used on the other hand receiving the user communication data and being transferred to baseband module, the data after the baseband module format conversion are sent to MMI equipment;
Baseband module is used for the user communication data are converted to user's rf data and are transferred to radio-frequency module, will feed back rf data and convert the feedback communication data to and be transferred to second wave point;
Radio-frequency module is used for sending user's rf data to operator, receives the feedback rf data of operator's transmission and is transferred to baseband module.
Compared to prior art, provided by the invention for the method and system that realize individual cloud communication function, the corresponding communication data of transmission between target communication apparatus and MMI equipment, MMI equipment can carry out data interaction with operator by the target communication apparatus, make the MMI equipment of no communication function realize communication function, cost is lower; In addition, target communication apparatus and MMI equipment separate, can not increase the volume of MMI equipment and make things convenient for the user to carry.
Description of drawings
Fig. 1 is provided by the invention for the method flow diagram of realizing individual cloud communication function.
Fig. 2 is provided by the invention for the method schematic diagram of realizing individual cloud communication function.
Fig. 3 is the structured flowchart for the system that realizes individual cloud communication function provided by the invention.
Embodiment
The invention provides a kind of for the method and system that realize individual cloud communication function, clearer, clear and definite for making purpose of the present invention, technical scheme and effect, below develop simultaneously with reference to accompanying drawing that the present invention is described in more detail for embodiment.Should be appreciated that specific embodiment described herein only in order to explaining the present invention, and be not used in restriction the present invention.
Provided by the invention for the method and system that realize individual cloud communication function, the communication module that adopts the wireless connections mode will be arranged on the different physical equipments effectively is connected with the foundation of MMI module, communication module is equivalent to build the bridge of communication between operator and MMI module, making does not have the MMI of communication function module can realize communication function yet.Communication module is arranged on and namely forms a communication apparatus on the physical equipment, and the MMI module is arranged on and namely forms a MMI equipment on another physical equipment.In the present embodiment, communication module can be for only supporting the module of SIM card.Separate and the mutual coupling of communication apparatus and MMI equipment can not increase the volume of MMI equipment like this, also be convenient to the user and carry, and communication apparatus is lower than the terminal with communication module with the total cost of MMI equipment.To specifically set forth the method for the realization individual cloud communication between MMI equipment, communication apparatus, the operator below.
Please consult Fig. 1 and Fig. 2 simultaneously, Fig. 1 is provided by the invention for the method flow diagram of realizing individual cloud communication function.As shown in Figure 1, described for the method that realizes individual cloud communication function, comprising:
S100, MMI device start wireless communication mode connect with the target communication apparatus, obtain the user communication data and send to the target communication apparatus.
S200, target communication apparatus carry out corresponding format conversion and send to operator the user communication data that receive, and monitor operator and whether send the feedback rf data.
S300, when the target communication apparatus receives the feedback rf data that operator sends, to sending to the MMI device parses after this feedback data format conversion and showing.
In the present embodiment, MMI equipment general reference does not have terminal equipment communication module, that have human-computer interaction interface, for example iPod touch.In order to make this Terminal Type equipment carry out data interaction with communication apparatus, need in MMI equipment, to install earlier an application software, namely comprising before the step S100: in MMI equipment, wireless communication applications is installed.This wireless communication applications resides in the system of MMI equipment, as shown in Figure 2, can start wireless communication mode after this wireless communication applications is installed, and the connect line data of going forward side by side of control MMI equipment and communication apparatus is mutual.
In step S100, MMI equipment and target communication apparatus connect and specifically comprise:
Step 1, MMI equipment ferret out communication apparatus.
Step 2, between MMI equipment and target communication apparatus, set up transmission channel.
When searching in step 1, all communication apparatus in preset range (terminal equipment with communication module) all can search, and these communication apparatus are replied discovery, relevant information are uploaded in the MMI equipment show.All communication apparatus are selected for the user in the display screen demonstration of MMI equipment with tabular form.The communication apparatus that the user need connect is the target communication apparatus.Since can be more for the communication apparatus that connects, the sequencing of communication apparatus can be arranged according to the signal intensity, the top that comes tabulation that signal is the strongest.Also can preestablish the name of communication apparatus, arrange according to predefined keyword during search; For example, the communication apparatus called after COM that the user need connect, keyword is set to C, and all communication apparatus that comprise C are shown.Certainly, keyword also can directly be set to COM and is convenient to search fast connection.
In the step 2, before MMI equipment and target communication apparatus were set up transmission channel, the target communication apparatus needed the identity of verification MMI equipment, prevents that other-end equipment from illegally connecting.For this reason, after described step 1, also comprise before the step 2:
Step 11, MMI equipment are initiated connection request order and key to the target communication apparatus.
Step 12, whether the target communication apparatus is identified described key correct, when the type of setting up of the correct back of identification notice MMI equipment selection transmission channel.Prompting MMI equipment connection failure behind recognition failures.
The key of storage in advance and the pairing of this MMI equipment in the target communication apparatus, if the key that MMI equipment sends and the coupling in the target communication apparatus, then identity is checked success.The target communication apparatus is resolved described connection request order, confirms that the task of needing to carry out is to be connected with MMI equipment.Respond described connection request order then, notice MMI equipment selects a kind of transmission channel to set up.In the present embodiment, the target communication apparatus comprises that with the connected mode of MMI equipment bluetooth is connected and network connection.If the target communication apparatus satisfies the requirement that bluetooth is connected with the distance of MMI equipment, just select bluetooth to connect automatically; If exceed the required distance that bluetooth connects, just select network connection automatically.Wherein, transmission channel comprises RFCOMM(Radio Frequency Communication (s), the linear simulation protocol of serial) bluetooth communications link, PAN(Personal Area Network, PAN (Personal Area Network)) communication link.
After successfully setting up transmission channel, consider that geographical environment is to the influence of signal, be convenient to the situation that is connected that the user grasps target communication apparatus and MMI equipment, also comprise after step 3: MMI equipment is monitored the fluency of stability and the transfer of data of transmission channel in real time.Described transmission channel is wireless medium (bluetooth connected mode) or the Internet (internetwork connection mode).The operation of MMI monitoring of equipment user input also encapsulates corresponding user communication data according to described operation.
In step S100, described user communication data send to the target communication apparatus by described transmission channel; Described user communication data comprise the combination in any of the operational order that generated by user's operation and this operational order corresponding characters, picture, speech data.For example the user need call, and the press-to-talk key then generates the dialing order, and the telephone number of input is character data.Character data comprises literal, numeral, letter etc.If the user sends the note of band picture, then the user communication data comprise that the combination of character and picture and note send order.The operation generating run order of MMI monitoring of equipment user input sends to the target communication apparatus after the encapsulation user communication data.
Among the described step S200, the target communication apparatus is converted to the user communication data user's rf data that can carry out radio-frequency transmissions and sends to operator.Operator carries out task according to the clear and definite current needs of user's rf data, with another communication apparatus communication.Operator sends to the target communication apparatus with the corresponding feedback rf data that another communication apparatus sends, and sends to MMI equipment be converted to the discernible feedback communication data of MMI equipment by the target communication apparatus in step S300 after.These feedback communication data of MMI device parses also show.
After the user finishes this communication, can import opening operation and close wireless communication mode, it comprises:
The first step, MMI equipment initiate to disconnect request command to the target communication apparatus;
Second step, target communication apparatus disconnect transmission channel after resolving described disconnection request command;
The 3rd step, MMI Equipment Inspection transmission channel disconnect the back and show disconnection information.
Based on the above-mentioned method that is used for realizing individual cloud communication function, the present invention is also corresponding to provide a kind of for the system that realizes individual cloud communication function, see also Fig. 3, described system comprises target communication apparatus 10 and the MMI equipment 20 that separate and mutual communication connects.Described MMI equipment 20 is used for the open wireless communication mode on the one hand, connects with target communication apparatus 10, obtains the user communication data and sends to target communication apparatus 10.The user communication data of 10 pairs of receptions of described target communication apparatus are carried out corresponding format conversion and are sent to operator, monitor operator and whether send the feedback rf data; When receiving the feedback rf data of operator's transmission, resolve and demonstration sending to MMI equipment 20 after this feedback data format conversion.
In the present embodiment, described MMI equipment 20 has human-computer interaction interface but does not have communication module, can not realize phone, but can realize sound, video playback, function such as take pictures, be equivalent to iPod touch.Described target communication apparatus 10 has communication module but the unmanned plane interactive interface, can realize that communication function but can not to carry out associative operation mutual with the user.Therefore, after MMI equipment 20 and target communication apparatus 10 connect, can realize communication function by target communication module 10 independently.The present invention is based on but being not limited to iOS(Apple is the operating system that iPhone develops), the Android(Android), WinPhone 8, Blackberry, PC[such as Windows, Mac OS X (general name of the operating system software of apple Macintosh)] etc. operating system platform.
In the specific implementation, described target communication apparatus 10 can be for only supporting the module of SIM card (single deck tape-recorder or two card, wherein two cards are dual-mode dual-standby or double-card dual-standby), also can be for comprising the one smart machine of communication module and MMI module.MMI equipment 20 can be the smart machine of no communication module, as iPod touch, and also can be for comprising the one smart machine of communication module and MMI module.By these compound modes, MMI equipment 20 can be managed one to a plurality of communication modules, as a MMI equipment 20 can the management objectives communication apparatus 10 li one or two SIM cards; If in the MMI equipment 20 SIM card is arranged also, then can manage two or three SIM cards simultaneously.For example, MMI equipment 20 is mobile phone, it comprises supports WCDAM(Wideband Code Division Multiple Access, Wideband Code Division Multiple Access (WCDMA)) SIM card of network, target communication apparatus 10 is for supporting the module of SIM card, it is single deck tape-recorder, supports GSM(Global System for Mobile Communications, global system for mobile communications) network.When the needs network connection, the network choice box can appear on the display screen of MMI equipment 20, and the prompting user is that selection uses the WCDMA card of this machine also to be to use the GSM card of target communication apparatus 10; Use selected SIM card to realize online or telephony feature afterwards, thereby reach the purpose that the SIM card to the heterogeneous networks pattern manages.
Described MMI equipment 20 comprises human-computer interaction module 201, data processing module 202 and first radio interface module 203 that connects successively.The operation that described human-computer interaction module 201 is used for the reception user generates corresponding operational order, with all communication apparatus in the tabular form demonstration preset range and the feedback communication data after the parsing.Data processing module 202 encapsulates corresponding user communication data and sends to radio interface module according to described operation, resolves described feedback communication data and send to human-computer interaction module 201 to show.First radio interface module 203 is used on the one hand whether search exists target communication apparatus 10 in preset range, according to the user be operatively connected the target communication apparatus, set up transmission channel with the target communication apparatus; Be used on the other hand sending the user communication data to the target communication apparatus, receive the feedback communication data and send to data processing module.
Described target communication apparatus 10 comprises radio-frequency module 101, baseband module 102 and second radio interface module 103 that connects successively.Second radio interface module 103 is used for setting up transmission channel with MMI equipment 20 on the one hand; Be used for receiving the user communication data on the other hand and give baseband module 102, the feedback communication data that baseband module 102 is changed send to MMI equipment 20.Baseband module 102 is converted to the user communication data user's rf data and is transferred to radio-frequency module 101, will feed back rf data accordingly and convert the feedback communication data to and be transferred to second wave point 103.Radio-frequency module 101 sends user's rf data to operator, receives the corresponding feedback rf data of operator's transmission and is transferred to baseband module 102.
Call with the user and to be example, in the specific implementation, at first be to start wireless communication mode: the user can start wireless communication mode by the application icon of pressing on MMI equipment 20 display screens, generates corresponding starting command activation data processing module 202 and first radio interface module 203 successively after human-computer interaction module 201 reception users' the operation.First radio interface module 203 searches for whether there is communication apparatus according to starting command in preset range; All communication apparatus are sent to data processing module 202 to be handled accordingly, as arrange all communication apparatus with tabular form, or arrange the sequencing of communication apparatus according to the signal intensity, or arrange according to keyword, the tabulation after handling is transferred to human-computer interaction module 201 show.
Connect then: after the user clicked the target communication apparatus 10 that needs to connect, human-computer interaction module 201 generated corresponding connection request order.The key that data processing module 202 is corresponding according to this connection request command calls and target communication apparatus 10 sends to second wave point 103 by first radio interface module 203 together with connection request order and key.Second wave point 103 resolves and identifies to baseband module 102 connection request order and cipher key delivery, the described connection request order of response after cipher key match selects bluetooth to be connected (distance of hypothetical target communication apparatus 10 and MMI equipment 20 is in 10 meters scopes) according to the distance notice MMI equipment 20 between target communication apparatus 10 and the MMI equipment 20 again.Transmission channel is successfully set up, and waits for transfer of data.
Call at last: the user selects telephone button at the human-computer interaction module 201 of MMI equipment 20, shows the dialing keyboard of number on the display screen of human-computer interaction module 201.Click to dial button behind the telephone number that input will be dialed.Human-computer interaction module 201 generates corresponding dialing order, simultaneously the telephone number of being dialled is transferred to data processing module 202 together.To dial order, telephone number of data processing module 202 sends to second radio interface module 103 by first radio interface module 203 after being packaged into the user communication data.Second radio interface module 103 changes to baseband module 102 the user communication transfer of data, generates user's rf data and be transferred to radio-frequency module 101 to send to operator.The other user who dials calls out in operator.
If the other user refusal is answered, when pressing when hanging up button, operator hangs up refusing that button generates with this and listens order to send to radio-frequency module 101.Radio-frequency module 101 will be refused to listen that order (being equivalent to feed back rf data) is transferred to that baseband module 102 converts that MMI equipment 20 can identify to refuses to listen order (being equivalent to the feedback communication data), be transferred in the data processing module 202 by second radio interface module 103, first radio interface module 203 and resolve successively, and data processing module 202 is refused tin this calling according to analysis result human-computer interaction module 201 demonstration the other side.
If the other user receives calls, then radio-frequency module 101 receives the other user's that operators send voice rf data and is transferred to baseband module 102 and carries out format conversion, generate the speech communication data and be transferred to decompress(ion) in the data processing module 202 by second radio interface module 103, first radio interface module 203 successively, be transferred to human-computer interaction module 201 again and play voice.Human-computer interaction module 201 is gathered the speech data of user answer and is transferred to and is compressed into the speech communication data in the data processing module 202, transfer to by first radio interface module 203, second radio interface module 103 successively and convert the voice rf data in the baseband chip 102 to, send to operator by radio-frequency module 101 again and transmit the other user.
In sum, the present invention adopts the wireless connections mode that separate target communication apparatus is connected with MMI equipment, MMI equipment can carry out data interaction with operator by the target communication apparatus, make the MMI equipment of no communication function realize communication function, can not increase the volume of MMI equipment and make things convenient for the user to carry; By this connected mode, MMI equipment one or more communication modules in can the management objectives communication apparatus; Any a MMI equipment as long as have alternating interface between man and computer, downloads and installs the target communication apparatus of arranging in pairs or groups again after the wireless communication applications and uses together, all can realize communication function, its compatibility is higher, in all directions supporting telephone and data service, cost is lower than a mobile phone, and more convenient user uses.
In addition, compared to present telephonic communication mode: HSP(Headset Profile, the basic function that signal post needs between mobile phone and the earphone is provided)/HFP(Hands-free Profile, the bluetooth earphone function) speech data can only be transmitted, the problem of the personal area network that personal device interconnects can't be constituted; The present invention utilizes wireless communication technology to substitute traditional wire cable, and the target communication apparatus as the communication bridge between MMI equipment and the operator, has been realized the intelligent interconnected of personal information terminal, has set up personalized information network.
Be understandable that, for those of ordinary skills, can be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, and all these changes or replacement all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. a method that is used for realizing individual cloud communication function is characterized in that, comprising:
A, MMI device start wireless communication mode connect with the target communication apparatus, obtain the user communication data and send to the target communication apparatus;
B, target communication apparatus carry out corresponding format conversion and send to operator the user communication data that receive, and monitor operator and whether send the feedback rf data;
C, when the target communication apparatus receives the feedback rf data that operator sends, to sending to the MMI device parses after this feedback data format conversion and showing.
2. according to claim 1 for the method that realizes individual cloud communication function, it is characterized in that in described steps A, MMI equipment and target communication apparatus connect and specifically comprise:
A1, MMI equipment ferret out communication apparatus;
A2, between MMI equipment and target communication apparatus, set up transmission channel.
3. according to claim 1 for the method that realizes individual cloud communication function, it is characterized in that in described step B, the target communication apparatus is converted to user's rf data with the user communication data; In step C, the target communication apparatus will feed back rf data and convert the feedback communication data to.
4. according to claim 2ly it is characterized in that for the method that realizes individual cloud communication function, after described steps A 1, before the steps A 2, also comprise:
A11, MMI equipment are initiated connection request order and key to the target communication apparatus;
A12, whether the target communication apparatus is identified described key correct, when the type of setting up of the correct back of identification notice MMI equipment selection transmission channel.
5. the method for the individual cloud communication function of realization according to claim 2 is characterized in that, also comprises before described steps A 1: in MMI equipment wireless communication applications is installed.
6. according to claim 2ly it is characterized in that for the method that realizes individual cloud communication function that described user communication data comprise the combination in any of operational order and character, picture, speech data; Described transmission channel is wireless medium or the Internet.
7. the method for the individual cloud communication function of realization according to claim 3 is characterized in that, when the user imports opening operation, also comprises after the described step C:
D, MMI equipment initiate to disconnect request command to the target communication apparatus;
E, target communication apparatus disconnect transmission channel after resolving described disconnection request command;
F, MMI Equipment Inspection transmission channel disconnect the back and show disconnection information.
8. a system that is used for realizing individual cloud communication function is characterized in that, comprising:
MMI equipment is used for the open wireless communication mode on the one hand, connects with the target communication apparatus, obtains the user communication data and sends to the target communication apparatus; Be used for resolving data and the demonstration that the target communication apparatus sends on the other hand;
The target communication apparatus is used for the user communication data that receive are carried out corresponding format conversion and sent to operator, monitors operator and whether sends the feedback rf data; When receiving the feedback rf data of operator's transmission, to sending to MMI equipment after this feedback data format conversion;
Described MMI equipment and target communication apparatus are separate.
9. system according to claim 8 is characterized in that, described MMI equipment comprises:
Human-computer interaction module is used for all interior communication apparatus of demonstration preset range and the feedback communication data after the parsing;
Data processing module is used for obtaining the user communication data and sending to first radio interface module, resolves the data of first radio interface module transmission and send to human-computer interaction module to show;
First radio interface module is used for the ferret out communication apparatus on the one hand, sets up transmission channel with the target communication apparatus; Be used on the other hand sending the user communication data to the target communication apparatus, the feedback communication data that the receiving target communication apparatus sends also are transferred to data processing module.
10. system according to claim 8 is characterized in that, described target communication apparatus comprises:
Second radio interface module is used for setting up transmission channel with MMI equipment on the one hand; Be used on the other hand receiving the user communication data and being transferred to baseband module, the data after the baseband module format conversion are sent to MMI equipment;
Baseband module is used for the user communication data are converted to user's rf data and are transferred to radio-frequency module, will feed back rf data and convert the feedback communication data to and be transferred to second wave point;
Radio-frequency module is used for sending user's rf data to operator, receives the feedback rf data of operator's transmission and is transferred to baseband module.
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| CN201310144143.5A CN103209221B (en) | 2013-04-24 | 2013-04-24 | A kind of method and system for realizing individual's cloud communication function |
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| CN201310144143.5A CN103209221B (en) | 2013-04-24 | 2013-04-24 | A kind of method and system for realizing individual's cloud communication function |
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| US20090119721A1 (en) * | 2007-09-14 | 2009-05-07 | Perlman Marshal H | System and Method for Interfacing a Portable Media Device with a Vehicle Information System |
| CN201976263U (en) * | 2011-01-19 | 2011-09-14 | 许良翮 | 3G-WiFi portable router with WiFi voice function |
| CN102487360A (en) * | 2010-12-03 | 2012-06-06 | 谢宗和 | Portable online instant interaction system |
| CN202798702U (en) * | 2011-11-18 | 2013-03-13 | 谢军 | Dual SIM card dual standby anti-theft anti-lost communication device |
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2013
- 2013-04-24 CN CN201310144143.5A patent/CN103209221B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20090119721A1 (en) * | 2007-09-14 | 2009-05-07 | Perlman Marshal H | System and Method for Interfacing a Portable Media Device with a Vehicle Information System |
| CN102487360A (en) * | 2010-12-03 | 2012-06-06 | 谢宗和 | Portable online instant interaction system |
| CN201976263U (en) * | 2011-01-19 | 2011-09-14 | 许良翮 | 3G-WiFi portable router with WiFi voice function |
| CN202798702U (en) * | 2011-11-18 | 2013-03-13 | 谢军 | Dual SIM card dual standby anti-theft anti-lost communication device |
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| CN103209221B (en) | 2016-06-22 |
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