CN101651859A - Mobile communication system as well as management method, mobile communication device and servo device thereof - Google Patents
Mobile communication system as well as management method, mobile communication device and servo device thereof Download PDFInfo
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Abstract
The invention discloses a mobile communication system as well as a management method, a mobile communication device and a servo device thereof, wherein, the mobile communication system comprises the mobile communication device and the servo device. The mobile communication device comprises a first receiving module which is used for obtaining device information corresponding to the mobile communication device; and a transmission module which is used for outputting the device information by a mobile communication network. The servo device comprises a second receiving module which is used for receiving the device information by the mobile communication network; and an online module which is used for establishing communication connection between a destination communication terminal and the mobile communication device according to the device information upon receiving a communication request of the destination communication terminal corresponding to the mobile communication device.
Description
Technical field
The present invention is meant a kind of mobile communcations system and relevant communication management method, device for mobile communication and servomechanism installation, refers to a kind of cost of the phone call and can be in real time and successfully contact relevant user's mobile communcations system and relevant communication management method, device for mobile communication and servomechanism installation of can effectively reducing especially.
Background technology
Along with the continuous development of globalization notion, more and more enterprises build has put supranational institution to reduce production costs, and the client perhaps is provided transnational service.In this class enterprise, employee's contact is a big problem often.For instance, please refer to Fig. 1.In Fig. 1, if transnational enterprise all is provided with office or factory at place NT1 (as the U.S.) and place NT2 (as Germany), when the employee EP1 of place NT1 carries mobile phone MB (it has the user identity module card SIM1 corresponding to telephone number NB1) and goes on business to place NT2, if another employee EP2 desire contact employee EP1 of place NT1 then has many different situations.
Please continue with reference to figure 2, Fig. 2 shows tree-like Figure 20, in order to the different situations of employee EP2 contact employee EP1 in the key diagram 1.Tree-like Figure 20 is that deriving is 5 BR1～BR5 of branch, i.e. 5 kinds of possible outcomes by step 200 beginning.At first, in step 200, employee EP2 desire contact employee EP1 then can be divided into three big situations.First kind of situation is that it includes following steps corresponding to the BR1 of branch:
Steps A: user identity module card SIM1 can use in place NT2 by the roaming mode, and employee EP1 is installed on user identity module card SIM1 among the mobile phone MB.
Steps A 1: employee EP2 calls or passes short message to telephone number NB1.
Steps A 2: employee EP1, EP2 need the Pay International wandering fee.
Second kind of situation is that it includes following steps corresponding to the BR2～BR4 of branch, in regular turn corresponding to the BR2～BR4 of branch:
Step B: employee EP1 buys the mobile phone dealer's of place NT2 user identity module card SIM2, and it is corresponding to telephone number NB2.
Step B1: employee EP1 is installed on user identity module card SIM2 among the mobile phone MB.
(following is BR2 of branch and BR3)
Step B2_1: employee EP1 informs employee EP2 with telephone number NB2.
Step B3_1: employee EP2 calls or passes short message to telephone number NB2.
Step B4_1: employee EP2 needs the Pay International wandering fee.
Step B3_2: employee EP2 attempts calling or pass short message to telephone number NB1, in the time of can't connecting, calls or pass short message again to telephone number NB2.
Step B4_2: employee EP2 needs the Pay International wandering fee, and expends the required time to telephone number NB1 of calling.
(following is the BR4 of branch)
Step B2_2: employee EP1 does not inform employee EP2 with telephone number NB2.
Step B3_2: employee EP2 calls or passes short message to telephone number NB1.
Step B4_2: employee EP2 can't contact employee EP1.
The third situation is that it includes following steps corresponding to the BR5 of branch:
Step C: user identity module card S IM1 can't use in place NT2 by the roaming mode, and employee EP1 does not buy user identity module card SIM2.
Step C1: employee EP2 calls or passes short message to telephone number NB1.
Step C2: employee EP2 can't contact employee EP1.
From the above, when employee EP1 goes on business to place NT2,, may cause the situation that can't contact employee EP1 because employee EP2 can't learn the liaison method of employee EP1 in real time.In addition,,, have at least a side to need the outer international roaming expense of amount paid, cause the conversation cost to increase no matter whether employee EP1 uses user identity module card SIM2 even employee EP2 can contact employee EP1 by the international roaming mode.
Summary of the invention
Therefore, main purpose of the present invention promptly is to provide a kind of mobile communcations system and relevant communication management method, device for mobile communication and servomechanism installation.
The present invention discloses a kind of mobile communcations system, includes device for mobile communication and servomechanism installation.This device for mobile communication includes first receiver module, is used for obtaining the device information corresponding to this device for mobile communication; And delivery module, be used for exporting this device information by mobile communication network.This servomechanism installation includes second receiver module, is used for receiving this device information by this mobile communication network; And on-line module, be used for when receiving the destination communication terminal,, setting up this destination communication terminal and being connected with the communication of this device for mobile communication according to this device information corresponding to the communication request of this device for mobile communication.
The present invention also discloses a kind of communication management method that is used for mobile communcations system, this mobile communcations system comprises device for mobile communication and servomechanism installation, and it includes this communication management method this device for mobile communication and obtain device information corresponding to this device for mobile communication; This device for mobile communication transmits this device information to this servomechanism installation by mobile communication network; And when this servomechanism installation receives the destination communication terminal corresponding to the communication request of this device for mobile communication,, set up this destination communication terminal and be connected with the communication of this device for mobile communication according to this device information.
The present invention also discloses a kind of device for mobile communication that is used for mobile communcations system, and this mobile communcations system comprises servomechanism installation, and this device for mobile communication includes first receiver module, is used for obtaining the device information corresponding to this device for mobile communication; And delivery module, be used for transmitting this device information to this servomechanism installation by mobile communication network.
The present invention also discloses a kind of servomechanism installation that is used for mobile communcations system, and this mobile communcations system comprises the mobile communication dress, and this servomechanism installation includes second receiver module, is used for receiving the device information that this mobile communication dress is exported by mobile communication network; And on-line module, be used for when receiving the destination communication terminal,, setting up this destination communication terminal and being connected with the communication of this device for mobile communication according to this device information corresponding to the communication request of this device for mobile communication.
Description of drawings
Fig. 1 is the running schematic diagram of known communication system.
Fig. 2 is the arborescence of contact one employee's different situations among Fig. 1.
Fig. 3 is the schematic diagram of the embodiment of the invention one mobile communcations system.
Fig. 4 is used for the schematic diagram of a communication management flow process of the mobile communcations system of Fig. 3 for the embodiment of the invention.
Fig. 5 to Fig. 7 is the function mode schematic diagram of the mobile communcations system of Fig. 3.
[main element label declaration]
NT1, NT2 place
EP1, EP2 employee
NB1, NB2 telephone number
SIM1, SIM2 user identity module card
The MB mobile phone
BR1～BR5 branch
30 mobile communcations systems
300 mobile communication networks
302 device for mobile communication
304 servomechanism installations
306 first receiver modules
308 delivery modules
310 second receiver modules
312 on-line modules
The INFO_DEV device information
The TP transit point
The CMS communication network
20 arborescences
40 communication management flow processs
200, A, A1, A2, B, B1, B2_1, B2_2, B3_1, B3_2, B4_1, B4_2, C, C1, C2,400,402,404,406,408,500,502,504,506,508,510,600,602,604,606,608,610,700,702,704,706,708,710 steps
Embodiment
Please refer to Fig. 3, Fig. 3 is the schematic diagram of the embodiment of the invention one mobile communcations system 30.Mobile communcations system 30 includes device for mobile communication 302 and servomechanism installation 304, and both can pass through mobile communication network 300 swap datas.Device for mobile communication 302 can be the electronic product of tool functionality mobile communications such as mobile phone, personal digital assistant, notebook computer, and it includes first receiver module 306 and delivery module 308.First receiver module 306 is used for obtaining the device information INFO_DEV corresponding to device for mobile communication 302, and delivery module 308 then is used for by mobile communication network 300 output device information INFO_DEV to servomechanism installation 304.Servomechanism installation 304 can be the server of enterprise-specific telephone system or other telecom service system, and it includes second receiver module 310 and on-line module 312.Second receiver module 310 is used for by mobile communication network 300 receiving system information INFO_DEV, on-line module 312 then is used for when receiving the destination communication terminal corresponding to the communication request of device for mobile communication 302, according to device information INFO_DEV, set up this destination communication terminal and be connected with the communication of device for mobile communication 302.
In simple terms, device for mobile communication 302 can be sent to servomechanism installation 304 with its device information INFO_DEV by mobile communication network 300, and servomechanism installation 304 is set up suitable communication and connected then according to device information INFO_DEV.Preferably, device information INFO_DEV can comprise information of positional information as device for mobile communication 302, telephone number, telecommunications service supplier etc.; Simultaneously, delivery module 308 can be according to the default scheduling of user or user's control signal, and in time conveyer information INFO_DEV makes servomechanism installation 304 can do corresponding processing according to this to servomechanism installation 304.
What need pay special attention to is that the designer of device for mobile communication 302 and servomechanism installation 304 should design suitable first receiver module 306 and on-line module 312 according to the content of device information INFO_DEV.For example, if device information INFO_DEV is the positional information of device for mobile communication 302, then first receiver module 306 can be built-in or circumscribed global positioning satellite receiver, is used for by GPS (Global Position System), obtains the positional information of device for mobile communication 302.In this case, the on-line module 312 of servomechanism installation 304 can determine suitable communication connected mode according to the positional information of device for mobile communication 302.For example, on-line module 312 comprises selected cell and the online unit (not being plotted among Fig. 3) of setting up, in order to positional information according to device for mobile communication 302, by the nearest transit point of selected cell chosen distance device for mobile communication 302, and set up earlier by the online unit of setting up that transit point is connected with the communication of destination communication terminal and transit point is connected with the communication of device for mobile communication 302, and then set up the destination communication terminal and be connected with the communication of device for mobile communication 302.In this situation, by the mode of switching, servomechanism installation 304 can reduce cost of the phone call.Certainly, those skilled in the art are when designing or adjust the communication connected mode of on-line module 312, and be not limited to the foregoing description according to different demands.Therefore, when device information INFO_DEV included the positional information of device for mobile communication 302, the on-line module 312 of servomechanism installation 304 can determine optimal communication connected mode according to the position of device for mobile communication 302, to meet different demands, as reducing cost of the phone call.
In addition, if device information INFO_DEV is the telephone number of device for mobile communication 302, then first receiver module 306 can be the user identity module card reader, is used for reading user identity module card, to obtain the telephone number of device for mobile communication 302.In this case, the on-line module 312 of servomechanism installation 304 can correctly be set up the destination communication terminal and be connected with the communication of device for mobile communication 302 according to the telephone number of device for mobile communication 302.For example, on-line module 312 comprises database and update module (not being plotted among Fig. 3), the original phone number of database storage device for mobile communication 302 or its corresponding code (as fast dial-up or simple dial-up), update module then can be according to the telephone number of device for mobile communication 302, the more stored content of new database.In this case, even the user changes the user identity module card (promptly changing telephone number) of device for mobile communication 302, device for mobile communication 302 still can notify servomechanism installation 304 its telephone numbers automatically, makes the data in servomechanism installation 304 updatable data storehouses.Thus, when the destination communication terminal was dialed the original phone number of device for mobile communication 302 or its code, on-line module 312 still can correctly be set up the destination communication terminal and be connected with the communication of device for mobile communication 302.In other words, no matter whether the user of device for mobile communication 302 initiatively informs the telephone number that it is new, as long as the destination communication terminal is dialed original phone number or its code of device for mobile communication 302, on-line module 312 can correctly be set up the destination communication terminal and be connected with the communication of device for mobile communication 302 according to the telephone number among the device information INFO_DEV.
Similarly, if device information INFO_DEV is the telecommunications service supplier's of device for mobile communication 302 a information, then the on-line module 312 of servomechanism installation 304 also can correctly be set up the destination communication terminal and be connected with the communication of device for mobile communication 302 according to the telecommunications service supplier of device for mobile communication 302.
On the other hand, be noted that in the present invention, mobile communication network 300 is meant the connection network of 304 of device for mobile communication 302 and servomechanism installations, be used for conveyer information INFO_DEV, it is different that it may be connected network with the communication of 302 of destination communication terminal and device for mobile communication.And the designer of device for mobile communication 302 and servomechanism installation 304 also should design the suitable delivery module 308 and second receiver module 310 according to the type of mobile communication network 300 or the form of device information INFO_DEV.For instance, if the form of device information INFO_DEV is short message or multimedia short message, and mobile communication network 300 is Short Message Service network or multimedia short message service network, and then the delivery module 308 and second receiver module 310 should be the transmission and the receiver of short message or multimedia short message.Similarly, if the form of device information INFO_DEV is an Email, and mobile communication network 300 is E-mail service networks, and then the delivery module 308 and second receiver module 310 should be Email transmission and receiver.In addition, preferably, in order to reduce the transmission data volume, delivery module 308 can comprise in the comparator (not being plotted in Fig. 3), be used for comparison means information INFO_DEV and primitive apparatus information, with when device information INFO_DEV and primitive apparatus information are different, device information INFO_DEV is sent to servomechanism installation 304, or only transmits different part.
In simple terms, device for mobile communication 302 can be sent to servomechanism installation 304 with its device information INFO_DEV by mobile communication network 300, and servomechanism installation 304 is then according to device information INFO_DEV, set up suitable communication and connect, the associative operation flow process can be summarized in Fig. 4.Fig. 4 is used for the schematic diagram of the communication management flow process 40 of mobile communcations system 30 for the embodiment of the invention.Communication management flow process 40 comprises following steps:
Step 400: beginning.
Step 402: device for mobile communication 302 acquisition device information INFO_DEV.
Step 404: device for mobile communication 302 passes through mobile communication network 300 conveyer information INFO_DEV to servomechanism installation 304.
Step 406: when servomechanism installation 304 receives the destination communication terminal corresponding to the communication request of device for mobile communication 302,, set up this destination communication terminal and be connected with the communication of device for mobile communication 302 according to device information INFO_DEV.
Step 408: finish.
The function mode of communication management flow process 40 can not given unnecessary details at this with reference to above stated specification.
Next, for clearly demonstrating the present invention, below with Fig. 5 to Fig. 7 function mode of the present invention is described, Fig. 5 to Fig. 7 is the example corresponding to Fig. 1, difference is that employee EP1 carries device for mobile communication 302 of the present invention to go on business to place NT2, and place NT1 is provided with servomechanism installation 304 of the present invention, and below how explanation the present invention improves the shortcoming of known technology.
At first, Fig. 5 is the shortcoming that solves the BR1 of branch among Fig. 2, and realizes with step 500～510 in regular turn.
Step 500: employee EP1 carries device for mobile communication 302 and goes on business to place NT2, and device for mobile communication 302 is equipped with user identity module card SIM1 (its telephone number is NB1), and can use in place NT2 by the roaming mode.
Step 502 and 504: device for mobile communication 302 is sent to the servomechanism installation 304 of place NT1 with its device information INFO_DEV by mobile communication network 300 automatically, and then servomechanism installation 304 can upgrade its database or adjust related setting according to device information INFO_DEV.
Step 506: employee EP2 calls or passes the code of short message to telephone number NB1 or employee EP1.
Step 508 and 510: servomechanism installation 304 with the communication request of employee EP2, is directed to device for mobile communication 302 by transit point TP according to device information INFO_DEV, connects to set up communication, and reduces cost of the phone call.
Therefore, as shown in Figure 5, when user identity module card SIM1 can be by the roaming mode when place NT2 uses, the present invention can pass through transit point TP, sets up employee EP2 and is connected with the communication of employee EP1.Wherein, transit point TP preferably belongs to an extension set of enterprises telephone system, that is employee EP2 and transit point TP connect by enterprise's IPLC.In this case, employee EP2 dials to the expense of the employee EP1 summation for the online expense of 302 of the online expense between employee EP2 and transit point TP and transit point TP and device for mobile communication.Generally speaking, dial to the expense of another extension set lowlyer by enterprise's IPLC, and transit point TP and device for mobile communication 302 need be by international roamings, and therefore, with the example of Fig. 5, employee EP2 dials to the required expense of employee EP1 and can significantly reduce.In addition, if do not use transit point TP, servomechanism installation 304,, is set up communication and is connected as the networking telephone by other communication network in addition according to device information INFO_DEV.
Then, Fig. 6 is the shortcoming that solves the BR2～BR4 of branch among Fig. 2, and realizes with step 600～610 in regular turn.
Step 600: employee EP1 carries device for mobile communication 302 and goes on business to place NT2, and device for mobile communication 302 is equipped with the user identity module card SIM2 (its telephone number is NB2) corresponding to place NT2.
Step 602 and 604: device for mobile communication 302 is sent to the servomechanism installation 304 of place NT1 with its device information INFO_DEV by mobile communication network 300 automatically, and then servomechanism installation 304 can upgrade its database or adjust related setting according to device information INFO_DEV.
Step 606: employee EP2 calls or passes the code of short message to telephone number NB1 or employee EP1.
Step 608 and 610: servomechanism installation 304 with the communication request of employee EP2, is directed to device for mobile communication 302 by transit point TP according to device information INFO_DEV, connects to set up communication, and reduces cost of the phone call.
Therefore, as shown in Figure 6, when the mobile phone dealer's of employee EP1 place to use NT2 user identity module card SIM2, no matter whether employee EP1 initiatively informs its telephone number of employee EP2 NB2, device for mobile communication 302 of the present invention all can be sent to servomechanism installation 304 with its device information INFO_DEV automatically, makes servomechanism installation 304 can learn that device for mobile communication 302 has changed mobile phone dealer and telephone number thereof.Thus, when employee EP2 called or pass short message to the code of telephone number NB1 or employee EP1, servomechanism installation 304 can correctly be set up employee EP2 and be connected with the communication of employee EP1.Wherein, servomechanism installation 304 is set up the communication ways of connecting, with this example, is to be directed to device for mobile communication 302 by transit point TP, certainly, also can set up communication by other communication network and connect.
As shown in Figure 6, when employee EP1 goes on business to place NT2, even employee EP1 does not initiatively inform its telephone number NB2, because device for mobile communication 302 can be sent to servomechanism installation 304 with its device information INFO_DEV automatically, make employee EP2 under the liaison method of unknown employee EP1, still can be in real time and successfully contact employee EP1, thereby improve the shortcoming of known technology.
At last, Fig. 7 is the shortcoming that solves the BR5 of branch among Fig. 2, and realizes with step 700～710 in regular turn.
Step 700: employee EP1 carries device for mobile communication 302 and goes on business to place NT2, and user identity module card SIM1 can't use in place NT2 by the roaming mode.
Step 702 and 704: device for mobile communication 302 is sent to the servomechanism installation 304 of place NT1 with its device information INFO_DEV by mobile communication network 300 automatically, and then servomechanism installation 304 can upgrade its database or adjust related setting according to device information INFO_DEV.
Step 706: employee EP2 calls or passes the code of short message to telephone number NB1 or employee EP1.
Step 708 and 710: servomechanism installation 304, is set up communication by another communication network CMS with device for mobile communication 302 and is connected the communication request of employee EP2 according to device information INFO_DEV.
Therefore, as shown in Figure 7, when user identity module card SIM1 can't be by the roaming mode when place NT2 uses, the present invention can pass through communication network CMS, sets up employee EP2 and is connected with the communication of employee EP1.Wherein, communication network CMS can be network phone system, that is employee EP2 and employee EP1 connect by network phone system.In this case, even employee EP1 does not buy user identity module card SIM2, employee EP2 still can be under the liaison method of unknown employee EP1, in real time and waltz through another communication network CMS and contact employee EP1, thereby improves the shortcoming of known technology.
By above-mentioned example as can be known, in the present invention, device for mobile communication 302 can be sent to servomechanism installation 304 by mobile communication network 300 with its device information INFO_DEV, servomechanism installation 304 is then according to device information INFO_DEV, set up suitable communication and connect, make other people can contact the user of device for mobile communication 302 in real time.Be noted that, in above stated specification, only comprise first receiver module 306 and delivery module 308 in the device for mobile communication 302, in fact, device for mobile communication 302 also comprises other element, is used for realizing functionality mobile communication, and it is that those skilled in the art know, and non-emphasis of the present invention is not so give unnecessary details.Similarly, servomechanism installation 304 also comprises other element, is used for realizing servo function.In simple terms, main spirit of the present invention is by device for mobile communication 302 output device information INFO_DEV to servomechanism installation 304, make servomechanism installation 304 can do suitable communication according to this and connect, its alternate embodiment of deriving can have the different practices according to various objectives.
In sum, the present invention transmits its device information INFO_DEV to servomechanism installation 304 by device for mobile communication 302, make servomechanism installation 304 can be according to this more new data, adjust and set and set up suitable communication and connect.Thus,, the more important thing is that other people can be in real time and successfully contacted the user of device for mobile communication 302 except can effectively reducing the cost of the phone call.
The above only is preferred embodiment of the present invention, and all equalizations of being done according to claim scope of the present invention change and modify, and all should belong to covering scope of the present invention.
Claims (49)
1. mobile communcations system includes:
Device for mobile communication includes:
First receiver module is used for obtaining the device information corresponding to this device for mobile communication; And
Delivery module is used for exporting this device information by mobile communication network; And
Servomechanism installation includes:
Second receiver module is used for receiving this device information by this mobile communication network; And
On-line module is used for according to this device information, setting up this destination communication terminal and being connected with the communication of this device for mobile communication when receiving the destination communication terminal corresponding to the communication request of this device for mobile communication.
2. mobile communcations system according to claim 1, wherein this of this device for mobile communication first receiver module is according to scheduling, and startup obtains this device information corresponding to this device for mobile communication.
3. mobile communcations system according to claim 1, wherein this of this device for mobile communication first receiver module is according to user's control signal, and startup obtains this device information corresponding to this device for mobile communication.
4. mobile communcations system according to claim 1, wherein this device information comprises the positional information of this device for mobile communication.
5. mobile communcations system according to claim 4, wherein this first receiver module comprises the global positioning satellite receiver, is used for obtaining this positional information by GPS (Global Position System).
6. mobile communcations system according to claim 4, wherein this on-line module includes:
Selected cell, this positional information that is used for comprising, the transit point that this device for mobile communication of chosen distance is nearest according to this device information; And
The online unit of setting up is used for setting up that this transit point is connected with first communication of this destination communication terminal and this transit point is connected with second communication of this device for mobile communication, is connected with this communication of this device for mobile communication to set up this destination communication terminal.
7. mobile communcations system according to claim 1, wherein this device information comprises the telephone number of this device for mobile communication.
8. mobile communcations system according to claim 7, wherein this servomechanism installation also comprises:
Database is used for storing the original phone number of this device for mobile communication; And
Update module, this telephone number that is used for comprising according to this device information upgrades this database.
9. mobile communcations system according to claim 1, wherein this device information comprises the affiliated telecommunications service supplier's of this device for mobile communication information.
10. mobile communcations system according to claim 1, wherein this delivery module comprises comparator, be used for relatively this device information and primitive apparatus information,, transmit this device information to this servomechanism installation by this mobile communication network with when this device information and this primitive apparatus information are different.
11. mobile communcations system according to claim 10, wherein this delivery module of this device for mobile communication is when this device information and this primitive apparatus information are different, transmits the different part of this device information and this primitive apparatus information to this servomechanism installation by this mobile communication network.
12. mobile communcations system according to claim 1, wherein this mobile communication network is the Short Message Service network.
13. mobile communcations system according to claim 1, wherein this mobile communication network is the multimedia short message service network.
14. mobile communcations system according to claim 1, wherein this mobile communication network is the E-mail service network.
15. a communication management method that is used for mobile communcations system, this mobile communcations system comprises device for mobile communication and servomechanism installation, and it includes this communication management method:
This device for mobile communication is obtained the device information corresponding to this device for mobile communication;
This device for mobile communication transmits this device information to this servomechanism installation by mobile communication network; And
When this servomechanism installation receives the destination communication terminal corresponding to the communication request of this device for mobile communication,, set up this destination communication terminal and be connected with the communication of this device for mobile communication according to this device information.
16. communication management method according to claim 15, wherein this device for mobile communication is according to scheduling, and startup obtains this device information corresponding to this device for mobile communication.
17. communication management method according to claim 15, wherein this device for mobile communication is according to user's control signal, and startup obtains this device information corresponding to this device for mobile communication.
18. communication management method according to claim 15, wherein this device information comprises the positional information of this device for mobile communication.
19. communication management method according to claim 18, wherein this positional information is that this device for mobile communication is obtained by GPS (Global Position System).
20. communication management method according to claim 18 is wherein set up this destination communication terminal according to this device information and is connected with this communication of this device for mobile communication, includes:
According to this positional information that this device information comprised, the transit point that this device for mobile communication of chosen distance is nearest; And
Set up that this transit point is connected with first communication of this destination communication terminal and this transit point is connected with second communication of this device for mobile communication, be connected with this communication of this device for mobile communication to set up this destination communication terminal.
21. communication management method according to claim 15, wherein this device information comprises the telephone number of this device for mobile communication.
22. communication management method according to claim 21, it also comprises this telephone number that comprises according to this device information, and this servomechanism installation is new database more, and this database storage has the original phone number of this device for mobile communication.
23. communication management method according to claim 15, wherein this device information comprises the affiliated telecommunications service supplier's of this device for mobile communication information.
24. communication management method according to claim 15, wherein this device for mobile communication transmits this device information to this servomechanism installation by this mobile communication network when this device information and primitive apparatus information are different.
25. communication management method according to claim 24, wherein this device for mobile communication is when this device information and this primitive apparatus information are different, transmits the different part of this device information and this primitive apparatus information to this servomechanism installation by this mobile communication network.
26. communication management method according to claim 15, wherein this mobile communication network is the Short Message Service network.
27. communication management method according to claim 15, wherein this mobile communication network is the multimedia short message service network.
28. communication management method according to claim 15, wherein this mobile communication network is the E-mail service network.
29. a device for mobile communication that is used for mobile communcations system, this mobile communcations system comprises servomechanism installation, and this device for mobile communication includes:
First receiver module is used for obtaining the device information corresponding to this device for mobile communication; And
Delivery module is used for transmitting this device information to this servomechanism installation by mobile communication network.
30. device for mobile communication according to claim 29, wherein this of this device for mobile communication first receiver module is according to scheduling, and startup obtains this device information corresponding to this device for mobile communication.
31. device for mobile communication according to claim 29, wherein this of this device for mobile communication first receiver module is according to user's control signal, and startup obtains this device information corresponding to this device for mobile communication.
32. device for mobile communication according to claim 29, wherein this device information comprises the positional information of this device for mobile communication.
33. device for mobile communication according to claim 32, wherein this first receiver module comprises the global positioning satellite receiver, is used for obtaining this positional information by GPS (Global Position System).
34. device for mobile communication according to claim 29, wherein this device information comprises the telephone number of this device for mobile communication.
35. device for mobile communication according to claim 29, wherein this device information comprises the affiliated telecommunications service supplier's of this device for mobile communication information.
36. device for mobile communication according to claim 29, wherein this delivery module comprises comparator, be used for relatively this device information and primitive apparatus information,, transmit this device information to this servomechanism installation by this mobile communication network with when this device information and this primitive apparatus information are different.
37. device for mobile communication according to claim 36, wherein this delivery module of this device for mobile communication is when this device information and this primitive apparatus information are different, transmits the different part of this device information and this primitive apparatus information to this servomechanism installation by this mobile communication network.
38. device for mobile communication according to claim 29, wherein this mobile communication network is the Short Message Service network.
39. device for mobile communication according to claim 29, wherein this mobile communication network is the multimedia short message service network.
40. device for mobile communication according to claim 29, wherein this mobile communication network is the E-mail service network.
41. a servomechanism installation that is used for mobile communcations system, this mobile communcations system comprise the mobile communication dress, this servomechanism installation includes:
Second receiver module is used for receiving the device information that this mobile communication dress is exported by mobile communication network; And
On-line module is used for according to this device information, setting up this destination communication terminal and being connected with the communication of this device for mobile communication when receiving the destination communication terminal corresponding to the communication request of this device for mobile communication.
42. according to the described servomechanism installation of claim 41, wherein this device information comprises the positional information of this device for mobile communication.
43. according to the described servomechanism installation of claim 42, wherein this on-line module includes:
Selected cell, this positional information that is used for comprising, the transit point that this device for mobile communication of chosen distance is nearest according to this device information; And
The online unit of setting up is used for setting up that this transit point is connected with first communication of this destination communication terminal and this transit point is connected with second communication of this device for mobile communication, is connected with this communication of this device for mobile communication to set up this destination communication terminal.
44. according to the described servomechanism installation of claim 41, wherein this device information comprises the telephone number of this device for mobile communication.
45. according to the described servomechanism installation of claim 44, wherein this servomechanism installation also comprises:
Database is used for storing the original phone number of this device for mobile communication; And
Update module, this telephone number that is used for comprising according to this device information upgrades this database.
46. according to the described servomechanism installation of claim 41, wherein this device information comprises the affiliated telecommunications service supplier's of this device for mobile communication information.
47. according to the described servomechanism installation of claim 41, wherein this mobile communication network is the Short Message Service network.
48. according to the described servomechanism installation of claim 41, wherein this mobile communication network is the multimedia short message service network.
49. according to the described servomechanism installation of claim 41, wherein this mobile communication network is the E-mail service network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810210970A CN101651859A (en) | 2008-08-15 | 2008-08-15 | Mobile communication system as well as management method, mobile communication device and servo device thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810210970A CN101651859A (en) | 2008-08-15 | 2008-08-15 | Mobile communication system as well as management method, mobile communication device and servo device thereof |
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| Publication Number | Publication Date |
|---|---|
| CN101651859A true CN101651859A (en) | 2010-02-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200810210970A Pending CN101651859A (en) | 2008-08-15 | 2008-08-15 | Mobile communication system as well as management method, mobile communication device and servo device thereof |
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| Country | Link |
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| CN (1) | CN101651859A (en) |
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- 2008-08-15 CN CN200810210970A patent/CN101651859A/en active Pending
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