CN200962598Y - Mobile communication information distribution device - Google Patents
Mobile communication information distribution device Download PDFInfo
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- CN200962598Y CN200962598Y CN 200620041883 CN200620041883U CN200962598Y CN 200962598 Y CN200962598 Y CN 200962598Y CN 200620041883 CN200620041883 CN 200620041883 CN 200620041883 U CN200620041883 U CN 200620041883U CN 200962598 Y CN200962598 Y CN 200962598Y
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Abstract
A mobile communication information release device comprises an orientation module that captures the latitude and longitude data for orientation, a data storage module that stores the latitude and longitude data, a number collecting module connected with the interface of the mobile communication network used to collect the latitude and longitude data of other mobile communication terminals that entered some specific area, a data analysis module that connected with the number collecting module and the data storage module, a sending module connected with the data analysis module, which not only receives and stores the consumers' numbers of the mobile communication terminals sent by the data analysis module, but also sends short messages requests to the information release platform of the current mobile communication operators or the short message release platform of other operators. This utility model is characterized in obtaining and entering the mobile communication consumers' numbers in a certain area prescribed in advance automatically and sending personalized short messages to these consumers. In addition, this utility model can control the sending areas by itself.
Description
Technical field
The utility model relates to a kind of device that is carrying out the wireless messages issue in certain geographic area, particularly a kind of can be in entering certain geographic area, the mobile communication information delivery apparatus of the information of various mobile media medium and the information of carrying out issue.
Background technology
In moving communicating field, no matter be GSM (Global System for Mobile Communications) network, PHS (Personal Handy-phone System) network, or CDMA (Code Division Multiple Access) network, the information added value service is all arranged.In this network, only there was point-to-point message sending mode in the past, continuous expansion along with the information added value service, operator has increasing customers in various places, these customers have different separately users and business demand again, they wish to have a platform, and the user in set customers provides information service by this platform.In order to realize that a plurality of terminals are carried out information broadcasting function, some operator begins to research and develop the equipment of some information group sendings.This research on the one hand is CN1549608A disclosed " a kind of short message group sending equipment and implementation method " just like the Chinese patent publication number, this short message group sending equipment and implementation method need not to revise to existing network, to short message service center, only need to increase a sending short messages in groups server and can realize the sending short messages in groups function.This equipment comprises Operation and Maintenance server module, Web server and gateway module, Service Processing Module and short message standard protocol interface module; Its Operation and Maintenance server module is used to this sending short messages in groups system configuration system, user's master data; Web server and gateway module, be used to this sending short messages in groups service request, and be forwarded to Service Processing Module, result's output of again Service Processing Module being handled, the i.e. response that obtains of user; Described Service Processing Module is used for the sending short messages in groups service request of process user, and inserts short message service center by the short message standard protocol interface that short message standard protocol interface module provides; Described short message standard protocol interface module for Service Processing Module provides the short message standard protocol interface, makes the sending short messages in groups system can insert short message service center.The method of the realization sending short messages in groups of this device is that at first the user proposes the sending short messages in groups service request by Web server to Service Processing Module; The short message service request of Service Processing Module process user then, the short message standard protocol interface that provides by short message standard protocol interface module inserts short message service center, short message service center sends SMS message to provide behind the group to send and reports to Service Processing Module, and Service Processing Module is exported to the user with result.
Though the equipment and the implementation method of said short message mass-sending have solved the existing problem of point-to-point message sending mode, can not gather information of mobile terminal voluntarily but exist, the information range of transmission is accurate inadequately, sending zone of can not Autonomous Control delimiting or Subscriber Number classification are subjected to certain restriction.
Aspect sending short messages in groups, at present the Da Qu that opens of many mobile merchants welcome the short message service business based on operation principle be need and switch exchange data information when mobile phone switches between MSC, when the moving range of mobile phone be transprovincially, city or when between different switches, switching, can clearly obtain the change of its positional information by high-level signaling (HSTP) and rudimentary signalling point (LSTP) interface.Because the scope that switch covers is a province or an area, the band of position is bigger, only limits to issue the general welcome category information of operator's service quality.In addition, for the present employed sending short messages in groups technology of mobile operator, obtaining of change in location information in same base station is very difficult to mobile phone in switching between the different base stations and mobile phone.Because the existence of this difficulty, make some service providers in the market, can not provide rich personalized, information specific service by existing mobile communication network enters specific regions, service provider place such as sports ground, cycling track, airport, market, hotel, tourist attractions to some mobile communication user as service providers such as sports ground, cycling track, airport, market, hotel, tourist attractions.
Can not carry out information gathering by existing mobile communication network enters specific regions, service provider place such as sports ground, cycling track, airport, market, hotel, tourist attractions to some mobile communication user and rich personalized, information specific service is provided in order to solve the service provider.China Patent No. 03216484.X provides a kind of cell SMS distributing device, the data analysis part that it comprises signal collecting part, partly be connected with signal collecting, issue part with the note that data analysis partly is connected, signal collecting has the interface that is connected with GSM net inner joint on partly.Its way is by gathering A interface or Abis interface signal extraction cellphone subscriber's shift in position state information; Gather from the information of C interface or by gathering from MSC information by resolving, obtain the corresponding relation between mobile subscriber number (MSISDN) and the identification number of mobile subscriber (IMSI) to the LSTP interface; Utilize the information release component branch to be implemented in the locality and provide individual info service for the particular customer group.But this kind method need be installed a fixing device that is similar to the base station, just is difficult to dismounting in case install, and cause very big inconvenience, and cost is higher.
The utility model content
The purpose of this utility model provides a kind of responsible mobile operator, also can not rely on the number that enters the mobile communication user in a certain specific region of delimiting in advance that mobile operator can obtain automatically, and set up database according to attributes such as the phone number position that obtains, times, utilize present mobile communication network and information group sending platform to send the mobile communication information delivery apparatus of rich personalized, information specific to these mobile communication user again.This device volume is little, in light weight, is easy to carry, the sending zone of can also Autonomous Control delimiting.
For achieving the above object, the utility model provides a kind of mobile communication information delivery apparatus, and it comprises:
One location module, this locating module can be carried out communication with existing mobile communication network and can be obtained the longitude and latitude data of self poisoning;
One data memory module, this data memory module is connected with locating module, with self longitude and latitude data of storing that this locating module obtains; And the mobile communication number that can obtain the number acquisition module, be subdivided into different databases according to specific location area, and indicate the base attribute (as time, place, position, residence time or the like) when gathering, sort out and manage; Set up database and storage;
One number acquisition module has the interface that is connected with mobile communication network on this number acquisition module; Enter the longitude and latitude data of other communication terminal of locating module adjacent base station with collection;
One data analysis module that is connected with data memory module with the number acquisition module; This data analysis module can be that a comparison zone is set at the center with the longitude and latitude data of locating module self, the longitude and latitude data of other communication terminal of number acquisition module collection and the longitude and latitude data of the locating module self in the data memory module can also be compared, if the footpath latitude data of this communication terminal are in described comparison zone, then the footpath latitude feeds of data with this communication terminal is sent to mobile communication network to the number acquisition module and by this number acquisition module, resolves the Subscriber Number that feedback is obtained this communication terminal; If the longitude and latitude data of this communication terminal are then deleted the longitude and latitude data of communication terminal not in described comparison zone;
With the Subscriber Number according to the communication terminal in the disparate databases, the information promulgating platform by mobile communication network sends the sending module that the different information that is rich in individual character releases news and asks to the information promulgating platform of the information promulgating platform by the mobile communications operator or other operator.
Comparison zone in the described data analysis module can be adjusted by the data input.
Described data analysis module can also obtain the id number of communication terminal voluntarily, knows the number of communication terminal by parsing.
Described mobile network comprises the mobile network of various all-network frequency ranges, as 3G, PHS, CDMA, GSM mobile network.
The beneficial effects of the utility model are: locating module sends framing signal to mobile communication network earlier, obtain the locating information of self by the information of base station feedback, the number acquisition module extracts mobile communication user's shift in position state information by the number of gathering on the mobile communication network, comparison by data analysis module, whether the shift in position of seeing this mobile communication user is positioned at this locating module is the comparison zone at center, if in this comparison zone, then be fed to the number acquisition module and be sent to mobile communication network by this number acquisition module, resolving feedback obtains the Subscriber Number of this communication terminal or according to the id number of the communication terminal that obtains, knows the number of communication terminal by parsing.Utilize the Subscriber Number of sending module again according to the communication terminal in the taxonomy database, information promulgating platform by mobile communication network, to entering particular locality, as sports ground, cycling track, airport, the station, market, hotel, tourist attractions, the communication terminal in the meeting-place etc. send different be rich in individual character, information specific.
The utility model and existing information delivery apparatus are exactly more especially: the scope of the mobile subscriber number that this device is gathered can be adjusted at any time, and the mobile communication number that obtains, and can be subdivided into different databases.The user can be the center with this device, by importing relevant data, delimits the scope of obtaining mobile subscriber number changeablely, reaches best information distribution effect.
Description of drawings
Further specify the utility model below in conjunction with the drawings and specific embodiments.
Fig. 1 is the structural representation of embodiment 1 of the present utility model.
The based on network Cell-ID Positioning Principle block diagram that Fig. 2 is adopted for the utility model embodiment 1.
The Cell-ID Positioning Principle block diagram that Fig. 3 is adopted for the utility model embodiment 1 based on mobile phone.
Fig. 4 is the OTDOA Positioning Principle schematic diagram that the utility model embodiment 1 adopts.
Fig. 5 is the principle schematic that the E-OTD of the utility model embodiment 1 employing realizes LBS.
Fig. 6 is the workflow diagram of the locating module of embodiment 1.
Fig. 6 a is the connection diagram of locating module and the GSM mobile communication network of embodiment 1.
Fig. 7 is the data analysis flow chart of embodiment 1.
Fig. 8 is embodiment 1A interface data analysis process figure.
Fig. 9 is embodiment 1C interface data analysis process figure.
Figure 10 for embodiment 1MSC to LSTP interface data analysis process figure.
Figure 11 is the product process figure of embodiment 1 customer data base.
Figure 12 is the structural representation of the utility model embodiment 2.
Figure 13 is the data analysis flow chart of embodiment 2.
Figure 14 is the Abis interface data analysis flow chart of embodiment 2.
Among the figure: 1 is locating module, and 2 is data memory module, and 3 is the number acquisition module, 4 is data analysis module, and 5 is the note release module, and 6 is cabinet, 7 is the A interface, and 8 is C interface, 9 for MSC to the LSIP interface, 10 is Abis interface, 11 is GSM net moving exchanging center MSC, and 12 is attaching position register HLR, and 13 is rudimentary signalling point LSIP, 14 is base station controller BSC, and 15 is base station receiver BTS.
Embodiment
For technological means, creation characteristic that the utility model is realized, reach purpose and effect is easy to understand, below in conjunction with specific embodiment, further set forth the utility model.
Embodiment 1: referring to shown in Figure 1, and the mobile communication information delivery apparatus, it comprises locating module 1, data memory module 2, number acquisition module 3, data analysis module 4, sending module 5.These modules can be installed in the cabinet 6, this device can be placed on the customers' place, as sports ground, the cycling track, the airport, the restaurant, the supermarket, office building etc., the client can pass through device of the present utility model, in the autonomous scope of setting, as 100 meters or 500 meters phone numbers that obtain particular range, information platform by telecommunications or mobile telecommunication service merchant sends to that to enter with device of the present utility model be center particular customer group then, as the passenger, the shopper, the personnel that stay and have dinner are rich in personalized information (SMS or MMS), point out as disaster, alarm, salutatory, advertisement/notice etc.
In actual mechanical process, its locating module 1 can carry out communication with existing mobile communication network, carries out communication as GMS, CDMA or PHS or 3G network, and can obtain the longitude and latitude data of self poisoning; Data memory module 2 is connected with locating module 1, with self longitude and latitude data of storing that this locating module 1 obtains; The interface that is connected with mobile communication network is arranged on number acquisition module 3; Enter the longitude and latitude data of other communication terminal of locating module 1 adjacent base station with collection.Selecting for use of above-mentioned locating module 1 and data memory module 2 models to those skilled in the art, is easy to realize.
If the longitude and latitude data of this communication terminal are then deleted the longitude and latitude data of communication terminal not in described comparison zone.Such program is easy to for a person skilled in the art just can realize, is not described in detail at this.Comparison zone in the data analysis module 4 can different data adjust by importing.This adjustment can be carried out according to the requirement and the effect of the information of transmission.
The mobile communication number that obtains is subdivided into different databases according to specific location area, and the base attribute (as time, place, position, residence time or the like) when indicate gathering, and these numbers are sorted out and is managed;
Location technology that adopts for the utility model and the method for obtaining communication terminal have a variety of, as:
1, COO (Cell-ID)/Cell-ID technological orientation
The COO location technology is the technology of the phase I employing of U.S. E911 wireless location calling promptly based on the location technology of Cell-ID, also is to decide the locate mode that business platform at first adopts.This technology does not need to change mobile phone or network, therefore can search system by construction location on the basis of existing mobile phone, and it determines user's position by gathering the residing cell identification of travelling carriage number (Cell-ID).As long as system can collect the position that the residing cell identification of travelling carriage number (Cell-ID number) is determined the user, as long as system can collect the geographical position of cell base station on map, travelling carriage place, and the covering radius of sub-district, then when travelling carriage after the registration of sub-district of living in, system will know which sub-district travelling carriage is in, and the positioning accuracy of sub-district depends on its radius certainly.In the downtown, the COO location can meet the demands fully.
COO technology specific implementation is divided into two kinds again:
Referring to Fig. 2, in the implementation method of network, server from network element (as MSC/VLR and) obtain Cell-ID; By server Cell-ID is translated into direct applied longitude and latitude data again.The benefit of this method is that mobile phone does not need any change, existing network is changed (only needing the switch software release upgrading) just can support positioning service.
Referring to Fig. 3, in the implementation method of mobile phone, mobile phone sends to server to its Cell-ID by WAP or SMS; Server is translated into Cell-ID can direct applied longitude and latitude data.The benefit of this method is not need existing network is done any change, only needs mobile phone to increase corresponding function (as using the STK card) and just can support positioning function.
2, OTDOA technology
OTDOA (Observed Time Difference Of Arrival) is a kind of locate mode that is applied under the 3G network, and similar localization method is also arranged in the GSM network, is called E-OTA (Enhanced Observed Time Difference).This method basic principle is: the down-bound pilot frequency signal of moving table measuring different base station, obtain the TOA (Time of Arrival, due in) of different base station descending pilot frequency, and promptly so-called pilot phase is measured.According to this measurement result and in conjunction with the coordinate of base station, adopt suitable location-estimation algorithm, just can calculate the position of travelling carriage.
Referring to Fig. 4, suppose that with a base station be reference, the pilot phase measurement result that provides according to travelling carriage, it is poor with respect to the down-bound pilot frequency signal time of reception of a base station to access the b base station, be designated as TDOAab, multiply by the light velocity and just can access a base station and b base station to reach the propagation distance of travelling carriage poor, thereby can be that benchmark obtains hyperboloid with a base station and b base station.Equally, can access with a base station and c base station according to TDOAac is that benchmark obtains another hyperboloid.Two bi-curved boundaries are exactly the position of travelling carriage.Actual location-estimation algorithm need be considered the situation of location, many base stations (more than 3 or 3), so algorithm wants complicated a lot.Generally speaking, the number of base stations of moving table measuring is many more, and certainty of measurement is high more, and positioning performance improves obvious more.
Make in this way, need the base station of moving table measuring to send down-bound pilot frequency signal simultaneously.Therefore, time synchronized must be realized in all base stations in the network.Generally can realize the synchronous of base station by the GPS receiver being installed in the base station or being connected to time synchronization network.
3, E-OTD strengthens the observation time difference technology,
Referring to Fig. 5, this method of measurement is from Measuring Time poor (OTD) development, and OTD refers to that Measuring Time is poor, and specific implementation is: mobile phone needs the arrival Measuring Time amount (OTD value) of at least three base stations; Mobile phone uploads to SMLC (SERVING MOBILE LOCATION CENTER) to above-mentioned OTD measured value then, and SMLC generally is placed on completing place calculating in the BSC; The LMU (LOCATION MEASUREMENT UNIT) that is placed on the BTS side simultaneously measures the reference time amount (RTD) of base station and uploads to SMLC; SMLC calculates time quantum (GTD) how much according to Measuring Time poor (OTD) that obtains and reference time poor (RTD), GTD=OTD-RTD, can calculate the position of mobile phone (by measuring the signal transmission time of three BTS by GTD to mobile phone, then can determine the geometric distance between three BTS and the mobile phone respectively, and then calculate according to this distance, finally determine the position of mobile phone) finish positioning service.
Based on above-mentioned localization method, referring to Fig. 6, locating module 1 sends to its Cell-ID the server of GMS, CDMA or PHS or 3G network by WAP or SMS; Server is translated into Cell-ID can direct applied longitude and latitude data, the mode that server adopts transmission information sends to locating module 1 with the longitude and latitude data of locating module 1 present position, and self longitude and latitude data that locating module 1 obtains send to data memory module 2 and store.
The locate mode that enters other communication terminal of device locating module 1 adjacent base station of the present utility model can adopt technology as above, and number acquisition module 3 is gathered the number of these communication terminals, can realize by the following method:
Referring to Fig. 6 a, number acquisition module 3 inputs are connected to the A interface 7 between the base station controller BSC 13 with GSM net moving exchanging center MSC 12, draw the longitude and latitude data of mobile phone at ad-hoc location; Number acquisition module 3 outputs are connected with data analysis module 4, data analysis module 4 is compared the mobile phone that obtains in self longitude and latitude data of the longitude and latitude data of ad-hoc location and data memory module 2 storages, if the footpath latitude data of this communication terminal are in described comparison zone, then with the footpath latitude feeds of data of this communication terminal to number acquisition module 3, if the longitude and latitude data of this communication terminal are then deleted the longitude and latitude data of communication terminal not in described comparison zone.
As shown in Figure 7, this mobile communication information delivery apparatus is carried out following steps:
1) number acquisition module 3 is gathered the longitude and latitude data of the mobile phone of A interface 7 at ad-hoc location, data analysis module 4 is compared the mobile phone that obtains in self longitude and latitude data of the longitude and latitude data of ad-hoc location and data memory module 2 storages, if the footpath latitude data of this communication terminal are in described comparison zone, then with the footpath latitude feeds of data of this communication terminal to number acquisition module 3, number acquisition module 3 is gathered C interface 8 or MSC11 to LSTP13 interface 9 data, draws the mobile subscriber number (MSISDN) of local handset or the information to LSTP13 interface 9 draws the mobile subscriber number (MSISDN) of nonlocal mobile phone from MSC11 by resolving collection.
2) data are carried out filtering classification and handle the data that the system that obtains is concerned about, and deposit database in;
3) the data Kuku is deposited into row classification, screening, deposit the customer group database in
4) sending module 5 is the request to the information promulgating platform transmission information issue of telecommunications or mobile telecommunication service merchant's information promulgating platform or other operator of the mobile subscriber number that obtains, gives by these information promulgating platforms that to enter with device of the present utility model be center particular customer group
As shown in Figure 8, A interface 7 data analysing methods are:
1) gathers A interface 7 data; 2) resolve the A interface standard, resolve the parameter of mobile phone between a plurality of base stations; 3) band of position of calculating mobile phone obtains the present longitude and latitude data of mobile phone.
As shown in Figure 9, C interface 8 data analysing methods are:
1) gather C interface 8 data, 2) resolve C interface 8 standard interfaces, resolve mobile phone identification and service parameter and obtain mobile phone business parameter and authentication information, obtain the mobile subscriber number (MSISDN) of local handset.
As shown in figure 10, MSC11 is to LSIP13 interface 9 data analysing methods:
1) gather MSC11 to LSIP13 interface 9 data, 2) resolve the MAP signaling interface, resolve mobile phone identification and service parameter and obtain mobile phone business parameter and authentication information, obtain the mobile subscriber number (MSISDN) of nonlocal mobile phone.
As shown in figure 11, the generation method of customer group database is: 1) input customer group classifying rules; 2) inventory data in the database is classified according to classifying rules; 3) generate the customer group database, comprising: time period, the time of staying of user capture specific region, Subscriber Number ownership place, the user that the user enters the specific region carries out frequency that frequency that switch switches and title, user switch in each base station and title, the frequency of user capture specific region, user property data, subscriber phone operating position.
Embodiment 2:
As shown in figure 12, number acquisition module 3 inputs are connected to the Abis interface 10 between the base station receiver BTS15 with base station controller BSC 14 in the present embodiment.
As shown in figure 13, this mobile communication information delivery apparatus is carried out following steps:
1) number acquisition module 3 is gathered the longitude and latitude data of the mobile phone of Abis interface 10 at ad-hoc location, data analysis module 4 is compared the mobile phone that obtains in self longitude and latitude data of the longitude and latitude data of ad-hoc location and data memory module 2 storages, if the footpath latitude data of this communication terminal are in described comparison zone, then with the footpath latitude feeds of data of this communication terminal to number acquisition module 3, number acquisition module 3 is gathered C interface 8 or MSC11 to LSTP13 interface 9 data, draws the mobile subscriber number (MSISDN) of local handset or the information to LSTP13 interface 9 draws the mobile subscriber number (MSISDN) of nonlocal mobile phone from MSC11 by resolving collection.
2) data are carried out filtering classification and handle the data that the system that obtains is concerned about, and deposit database in;
3) the data Kuku is deposited into row classification, screening, deposit the customer group database in
4) sending module 5 sends the request that note is issued with the mobile subscriber number that obtains to telecommunications or mobile telecommunication service merchant's the note distribution platform or the note distribution platform of other operator, is center particular customer group by these note distribution platforms to entering with device of the present utility model
As shown in figure 14, Abis interface 10 data analysing methods are:
1) gathers Abis interface 10 data; 2) resolve Abis interface 10 standards, resolve the parameter of mobile phone between a plurality of base stations; 3) the relative position zone of calculating mobile phone obtains the present longitude and latitude data/course of action of mobile phone.
Except that above-mentioned feature, other positions are identical with embodiment 1.
Certainly for those skilled in the art, do not spend performing creative labour, on the basis of the foregoing description, can do multiple variation, can realize the purpose of this utility model equally.But above-mentioned various variations obviously should be in the protection range of claims of the present utility model.
Claims (2)
1, a kind of mobile communication information delivery apparatus is characterized in that it comprises:
One carries out communication and can obtain the locating module of the longitude and latitude data of self poisoning with existing mobile communication network;
One self longitude and latitude data to store that this locating module obtains; And the mobile communication number that can obtain the number acquisition module, being subdivided into the data memory module of different databases and storage according to specific location area, this data memory module is connected with locating module;
One is connected with mobile communication network enters the number acquisition module of longitude and latitude data of other communication terminal of locating module adjacent base station with collection;
One data analysis module that is connected with data memory module with the number acquisition module;
Link to each other with data memory module and by mobile communications operator or other operator the sending module of the information promulgating platform request of releasing news.
2, mobile communication short message distributing device according to claim 1 is characterized in that described mobile network comprises the mobile network of various all-network frequency ranges, as mobile communications networks such as 3G, PHS, GSM, CDMA.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620041883 CN200962598Y (en) | 2006-05-18 | 2006-05-18 | Mobile communication information distribution device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620041883 CN200962598Y (en) | 2006-05-18 | 2006-05-18 | Mobile communication information distribution device |
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| CN200962598Y true CN200962598Y (en) | 2007-10-17 |
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| CN 200620041883 Expired - Fee Related CN200962598Y (en) | 2006-05-18 | 2006-05-18 | Mobile communication information distribution device |
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Granted publication date: 20071017 Termination date: 20100518 |