CN202713614U - Subsystem for calling with auxiliary number of single-card-dual-standby service subscriber - Google Patents
Subsystem for calling with auxiliary number of single-card-dual-standby service subscriber Download PDFInfo
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- CN202713614U CN202713614U CN 201220407837 CN201220407837U CN202713614U CN 202713614 U CN202713614 U CN 202713614U CN 201220407837 CN201220407837 CN 201220407837 CN 201220407837 U CN201220407837 U CN 201220407837U CN 202713614 U CN202713614 U CN 202713614U
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- deck tape
- phone terminal
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Abstract
The utility model discloses a subsystem for calling with an auxiliary number of a single-card-dual-standby service subscriber. The subsystem comprises a mobile phone terminal A, a mobile phone terminal B, a mobile switching center MSC, a media gateway MGW, and a single-card-dual-standby voice platform, wherein the mobile phone terminal A is of a single-card-dual-number service subscriber and equipped with a main number and an auxiliary number, the mobile phone terminal B is of a subscriber who subscribes a single-card-single-number service instead of the single-card-dual-number service, the MSC can receive calling information emitted by the mobile phone terminal A and carry out data interaction, the MGW can receive uplink information of the MSC, provide bearing control, and transmit calling information resource emitted by the mobile phone terminal A, and the single-card-dual-standby voice platform can interact information with the MGW, and switch between the main number and the auxiliary number. According to the utility model, it is only required one SIM card to connect a service provider from a terminal; the auxiliary number is provided for the subscriber by using virtual network number technology; and the cost is low, and operation is simple.
Description
Technical field
The utility model relates to voice communication caller system, and namely concrete is to utilize terminal equipment to increase the countermark setting, i.e. the two standby service user countermark caller subsystems of single deck tape-recorder.
Background technology
Traditional voice communication, adopt a principle of blocking No. to carry out voice call, and the later stage people are in order to make things convenient for the managing mobile phone user, so that the cellphone subscriber can carry out Classification Management according to personal information, utility model double card double standby mobile phone, set up a Mobile phone card at a mobile phone, and in use, can only open a card number and communicate interchange, another Mobile phone card is in holding state, and such setting, thereby has increased cellphone subscriber's financial burden, need in use to pay the expense of 2 parts of Mobile phone cards, use also and inconvenience.
For this reason, the utility model is for the problems referred to above, several large unfavorable factor of existing double-card dual-standby has been proposed, one, expense is expensive, needs to pay the expense of 2 Mobile phone cards, two, personal management is complicated, when needs call the information of another Mobile phone card, need manually opened another Mobile phone card, three, complicated operation, when dialing switching, usually need the switching into Mobile phone card.
The utility model content
The purpose of this utility model is the two standby service user countermark caller subsystems of single deck tape-recorder, only needs a Mobile phone card, connects operator in terminal, uses the virtual network number technology, provides a countermark to the user, and expense is cheap, and is simple to operate.
Implementation of the present utility model is as follows: the two standby service user countermark caller subsystems of single deck tape-recorder, comprise the service-user mobile phone terminal A that possesses the single deck tape-recorder even numbers and the non-service-user mobile phone terminal B that possesses the single deck tape-recorder odd numbers, mobile phone terminal A possesses a major number and a minor number, also comprise and to accept the call information that mobile phone terminal A sends and carry out the mutual moving exchanging center MSC of data, also comprise the link information of uploading that to accept moving exchanging center MSC, and provide the media gateway MGW of the call information resource that Bearer Control and transmitting cell-phone terminal A send, also comprise with media gateway MGW and carry out information interaction, and the two voice platforms for the treatment of of the single deck tape-recorder that carries out major number and minor number conversion
The information interaction workflow of said system is:
(1), service-user mobile phone terminal A breathes out when needing to show minor number, before the called number of breathing out, add and dial prefix " X ", forming call information A is: calling number is the major number of mobile phone terminal A, and called number is the phone number of prefix " X " and mobile phone terminal B;
(2), moving exchanging center MSC judges that according to called prefix " X " mobile phone terminal A is the two service-users for the treatment of of single deck tape-recorder, with the call information A call routing in the flow process (1) to media gateway MGW;
(3), media gateway MGW according to called prefix " X " with the call information A call routing in the flow process (1) to the two voice platforms for the treatment of of single deck tape-recorder;
(4), single deck tape-recorder is two after voice platform receives media gateway MGW and sends call information A with prefix " X ", according to the inquiry of the calling number among the call information A minor number corresponding with calling number, exhalation is to media gateway MGW after simultaneously calling party number ' s convert being become minor number, forming new call information B is: calling number is the minor number of mobile phone terminal A, and called number is the phone number of mobile phone terminal B;
(5), media gateway MGW breathes out call information B to moving exchanging center MSC;
(6), moving exchanging center MSC breathes out call information B to called mobile phone terminal B, is the minor number of mobile phone terminal A at mobile phone terminal B display of calling number.
The two voice platforms for the treatment of of single deck tape-recorder comprise pulse-code modulation PCM terminal block, voice exchange, the network exchange unit that connects and can carry out successively the signaling data exchange, and described network exchange unit also is connected with voice server.
The network exchange unit also is connected with the telecommunications internal network with the Internet network by fire compartment wall, the Internet network connection has the network management monitoring platform, and the network management monitoring platform treats that to single deck tape-recorder is two voice platform carries out Real Time Monitoring afterwards by two the connecting until voice platform of Internet network and single deck tape-recorder.
Pulse-code modulation PCM terminal block is set up with media gateway MGW by digital distribution frame and is linked.
Described voice exchange selects east to advance the Kegon3000 multimedia switchboard.
Based on said structure, voice exchange: be responsible for the access carrier core net (such as core telecommunication network, mobile communications network, UNICOM's communication network.), the signaling SS7 in the voice communications, and corresponding speech channel part.Be the two core components for the treatment of voice system of single deck tape-recorder, all voice calls, IVR service etc. all rely on this equipment to carry out.By this equipment access operator (telecommunications/movement/UNICOM, below all with) following equipment: mobile services switching centre MSC, media gateway MGW, rudimentary signal switching station LSTP/ high-level signaling group through-connection station HSTP, and by mobile services switching centre MSC access attaching position register and VLR Visitor Location Register VLR etc.Line attachment is digital trunk, and access signaling is the ISUP part of SS7.
Cti server, ivr server;
Cti server is the composition of the control system by server and voice exchange, mainly is the service system for control voice signaling, speech channel;
Ivr server, equally by the composition of the control system of server and voice exchange, the automatic keying service that mainly provides after the user accesses (presses 1 ..., by 2 ...).
The two voice platforms for the treatment of of single deck tape-recorder: the software function system that realizes the two standby service speech business logics of single deck tape-recorder, comprise the caller of minor number voice and speech called logic, so the two software function systems that treat the two standby service speech business logics of voice platforms realization single deck tape-recorder of single deck tape-recorder, the caller of minor number voice and the speech called logic of carrying out are exchanged processing.
The two CRM interface subsystems for the treatment of of single deck tape-recorder,
Single deck tape-recorder is two treats passage and the mechanism that voice platform and operator need to have mutual notice to communicate by letter, and both sides access by IP, and native system depends on the circumstances and accesses respectively CRM(telecommunications), ISMP(telecommunications), BOSS(moves) etc., access protocol is according to XML.
Voice server: be used for Voice flow control, the later stage can be carried out expansion servers quantity according to number of users; Fire compartment wall adopts hardware firewall, is used for guaranteeing network security; Pulse-code modulation PCM terminal block is the E1 terminal block, and 30 tunnel pulse-code modulation PCM in Europe are called for short E1, and speed is 2.048Mbit/s.Article one, E1 is the link of 2.048M, uses pcm encoder.The frame length of an E1 is 256 bit, is divided into 32 time slots, and a time slot is 8 bit.Per second has the frame of 8k E1 by interface, i.e. 8K*256=2048kbps.Each time slot accounts for 8bit in the E1 frame, 8*8k=64k namely contains 32 64K among an E1.
Native system provides for the cellphone subscriber, hide when realizing itself and other user's communication true calling number, show that a kind of number of the minor number of user's application hides service.Namely on Mobile phone card, do not change planes, do not change card, can realize the application of 2 numbers.
The utility model has the advantage of: this apparatus structure is simple, and cost is low, possesses the fast detecting function to little electric capacity.
Description of drawings
Fig. 1 is the utility model structural representation.
Fig. 2 is the two voice platform structural representations for the treatment of of the utility model single deck tape-recorder.
Embodiment
Embodiment one
As shown in Figure 1, 2.
The two standby service user countermark caller subsystems of single deck tape-recorder, comprise the service-user mobile phone terminal A that possesses the single deck tape-recorder even numbers and the non-service-user mobile phone terminal B that possesses the single deck tape-recorder odd numbers, mobile phone terminal A possesses a major number and a minor number, also comprise and to accept the call information that mobile phone terminal A sends and carry out the mutual moving exchanging center MSC of data, also comprise the link information of uploading that to accept moving exchanging center MSC, and provide the media gateway MGW of the call information resource that Bearer Control and transmitting cell-phone terminal A send, also comprise with media gateway MGW and carry out information interaction, and the two voice platforms for the treatment of of the single deck tape-recorder that carries out major number and minor number conversion
The information interaction workflow of said system is:
(1), service-user mobile phone terminal A breathes out when needing to show minor number, before the called number of breathing out, add and dial prefix " 1181234 ", forming call information A is: calling number is the major number of mobile phone terminal A, and called number is the phone number of prefix " 1181234 " and mobile phone terminal B; Be call information A: caller: 18911111111, called: 118123415366666666;
(2), moving exchanging center MSC judges that according to called prefix " 1181234 " mobile phone terminal A is the two service-users for the treatment of of single deck tape-recorder, with the call information A call routing in the flow process (1) to media gateway MGW;
(3), media gateway MGW according to called prefix " 1181234 " with the call information A call routing in the flow process (1) to the two voice platforms for the treatment of of single deck tape-recorder;
(4), single deck tape-recorder is two after voice platform receives media gateway MGW and sends call information A with prefix " 1181234 ", according to the calling number 18911111111 inquiries minor number 13399999999 corresponding with calling number among the call information A, exhalation is to media gateway MGW after simultaneously calling party number ' s convert being become minor number, forming new call information B is: calling number is the minor number of mobile phone terminal A, and called number is the phone number of mobile phone terminal B; Be that call information B is caller: 13399999999, called: 15366666666;
(5), media gateway MGW breathes out call information B to moving exchanging center MSC;
(6), moving exchanging center MSC breathes out call information B to called mobile phone terminal B, is the minor number of mobile phone terminal A at mobile phone terminal B display of calling number.
The two voice platforms for the treatment of of single deck tape-recorder comprise pulse-code modulation PCM terminal block, voice exchange, the network exchange unit that connects and can carry out successively the signaling data exchange, and described network exchange unit also is connected with voice server.
The network exchange unit also is connected with the telecommunications internal network with the Internet network by fire compartment wall, the Internet network connection has the network management monitoring platform, and the network management monitoring platform treats that to single deck tape-recorder is two voice platform carries out Real Time Monitoring afterwards by two the connecting until voice platform of Internet network and single deck tape-recorder.
Pulse-code modulation PCM terminal block is set up with media gateway MGW by digital distribution frame and is linked.
Described voice exchange selects east to advance the Kegon3000 multimedia switchboard.
Based on said structure, voice exchange: be responsible for the access carrier core net (such as core telecommunication network, mobile communications network, UNICOM's communication network.), the signaling SS7 in the voice communications, and corresponding speech channel part.Be the two core components for the treatment of voice system of single deck tape-recorder, all voice calls, IVR service etc. all rely on this equipment to carry out.By this equipment access operator (telecommunications/movement/UNICOM, below all with) following equipment: mobile services switching centre MSC, media gateway MGW, rudimentary signal switching station LSTP/ high-level signaling group through-connection station HSTP, and by mobile services switching centre MSC access attaching position register and VLR Visitor Location Register VLR etc.Line attachment is digital trunk, and access signaling is the ISUP part of SS7.
Cti server, ivr server;
Cti server is the composition of the control system by server and voice exchange, mainly is the service system for control voice signaling, speech channel;
Ivr server, equally by the composition of the control system of server and voice exchange, the automatic keying service that mainly provides after the user accesses (presses 1 ..., by 2 ...).
The two voice platforms for the treatment of of single deck tape-recorder: the software function system that realizes the two standby service speech business logics of single deck tape-recorder, comprise the caller of minor number voice and speech called logic, so the two software function systems that treat the two standby service speech business logics of voice platforms realization single deck tape-recorder of single deck tape-recorder, the caller of minor number voice and the speech called logic of carrying out are exchanged processing.
The two CRM interface subsystems for the treatment of of single deck tape-recorder,
Single deck tape-recorder is two treats passage and the mechanism that voice platform and operator need to have mutual notice to communicate by letter, and both sides access by IP, and native system depends on the circumstances and accesses respectively CRM(telecommunications), ISMP(telecommunications), BOSS(moves) etc., access protocol is according to XML.
Voice server: be used for Voice flow control, the later stage can be carried out expansion servers quantity according to number of users; Fire compartment wall adopts hardware firewall, is used for guaranteeing network security; Pulse-code modulation PCM terminal block is the E1 terminal block, and 30 tunnel pulse-code modulation PCM in Europe are called for short E1, and speed is 2.048Mbit/s.Article one, E1 is the link of 2.048M, uses pcm encoder.The frame length of an E1 is 256 bit, is divided into 32 time slots, and a time slot is 8 bit.Per second has the frame of 8k E1 by interface, i.e. 8K*256=2048kbps.Each time slot accounts for 8bit in the E1 frame, 8*8k=64k namely contains 32 64K among an E1.
Native system provides for the cellphone subscriber, hide when realizing itself and other user's communication true calling number, show that a kind of number of the minor number of user's application hides service.Namely on Mobile phone card, do not change planes, do not change card, can realize the application of 2 numbers.
As mentioned above, then can well realize the utility model.
Claims (5)
1. two standby service user countermark caller subsystems of single deck tape-recorder, it is characterized in that: comprise the service-user mobile phone terminal A that possesses the single deck tape-recorder even numbers and the non-service-user mobile phone terminal B that possesses the single deck tape-recorder odd numbers, mobile phone terminal A possesses a major number and a minor number, also comprise and to accept the call information that mobile phone terminal A sends and carry out the mutual moving exchanging center MSC of data, also comprise the link information of uploading that to accept moving exchanging center MSC, and the media gateway MGW of the call information resource that Bearer Control and transmitting cell-phone terminal A send is provided, also comprise with media gateway MGW and carry out information interaction, and the two voice platforms for the treatment of of the single deck tape-recorder that carries out major number and minor number conversion.
2. two standby service user countermark caller subsystems of single deck tape-recorder according to claim 1, it is characterized in that: the two voice platforms for the treatment of of single deck tape-recorder comprise pulse-code modulation PCM terminal block, voice exchange, the network exchange unit that connects and can carry out successively the signaling data exchange, and described network exchange unit also is connected with voice server.
3. two standby service user countermark caller subsystems of single deck tape-recorder according to claim 2, it is characterized in that: the network exchange unit also is connected with the telecommunications internal network with the Internet network by fire compartment wall, the Internet network connection has the network management monitoring platform, and the network management monitoring platform treats that to single deck tape-recorder is two voice platform carries out Real Time Monitoring afterwards by two the connecting until voice platform of Internet network and single deck tape-recorder.
4. two standby service user countermark caller subsystems of single deck tape-recorder according to claim 2, it is characterized in that: pulse-code modulation PCM terminal block links by digital distribution frame and media gateway MGW foundation.
5. two standby service user countermark caller subsystems of single deck tape-recorder according to claim 2, it is characterized in that: described voice exchange selects east to advance the Kegon3000 multimedia switchboard.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220407837 CN202713614U (en) | 2012-08-17 | 2012-08-17 | Subsystem for calling with auxiliary number of single-card-dual-standby service subscriber |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220407837 CN202713614U (en) | 2012-08-17 | 2012-08-17 | Subsystem for calling with auxiliary number of single-card-dual-standby service subscriber |
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| CN202713614U true CN202713614U (en) | 2013-01-30 |
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| CN 201220407837 Expired - Fee Related CN202713614U (en) | 2012-08-17 | 2012-08-17 | Subsystem for calling with auxiliary number of single-card-dual-standby service subscriber |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103596153A (en) * | 2012-08-17 | 2014-02-19 | 四川联友电讯技术有限公司 | Single-card-dual-standby service-user slave-number calling subsystem and information-interaction work method |
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- 2012-08-17 CN CN 201220407837 patent/CN202713614U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103596153A (en) * | 2012-08-17 | 2014-02-19 | 四川联友电讯技术有限公司 | Single-card-dual-standby service-user slave-number calling subsystem and information-interaction work method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130130 Termination date: 20190817 |