Mobile telecommunications system

The connection network for the telecommunications system

The invention is connected to an electronic communications system which comprises a plurality of telecommunications devices.

In standard land-based telecommunications systems, calls are sent from one point of view to another, and therefore lie directly relative to the determined link for such calls. The caller puts the information in the system (usually the destination phone number) where the interfaces are sorted by row. It thus lies relatively directly with the system to determine the required connection to reach the call time, by decoding who else, part of the installed information. Whichever link is required, only part of the information needs to be taken into account.

When the telecommunications network incorporates mobile phones, the situation is more complicated because a mobile phone call is not in a particular city, and the system will therefore determine the location of the destination. At present, a mobile phone call implies that a signal is sent to data storage units in the form of Home Location Register (HLR) that determines the location of the mobile phone, allowing for the transmission of the call.

CPRs have inevitably limited capacity, and it is evident that doing some communications to enable telecommunications systems to access multiple CPRs. At first glance, the number of CPRs and different mobile phone numbers assigned to different CPRs is all that needs to be provided.

This, however, is not consistent with the goal of providing customers with flexibility in the mobile network. Each mobile phone has two types of associated numbers, one is the number the third party uses to call the mobile phone ("MSISDN", and the other is the identification number ("IMSI") used by the telecommunications network to address the mobile phone. the use of current technology will be information regarding both these numbers being stored in the same CPR.

It is understood that users may need multiple MSISDN numbers, for example, if users should be able to use both voice and data communications, in current systems, all the second MSISDN numbers with a common identifier (IMSI) will be MSISDN numbers from the same CPR and the former MSISDN code. It may be impossible to perform this if, for example, the CPR containing the original information is full. Then, the only way to provide additional services would be to require the user to change phone numbers, which would be undesirable. This is a special problem if it is desirable that users can validate their codes, rather than assigned to them.

To overcome these problems, the invention provides the connection network for a telecommunications system which comprises a plurality of telecommunications devices, the connection time consists of:

a plurality of data storage units (CPRs) for storing connection data for each of the telecommunications devices, one or more, and for determining the location of each of the telecommunications devices, one or more; and connecting means for using the connection data stored by one data storage unit to form a telecommunications deck with one of the corresponding electronic communications equipment, one or more; where:

The network further includes:

a guideline for storing a connection between the data storage units and each identifier individually, one or more;

input device for inserting an identification code;

link unit to send a query to the guideline to determine the data storage unit (CPR) associated with this authentication code; and equipment for changing the relationships stored in the counseling; and wherein the coupling device is configured to pass the counsel to form a link to the corresponding telecommunications device, one or more, using the link data when the data storage unit associated with the identification code has been determined.

The connection network that connects users to users, data storage units, and system services has thus been associated with an advisory unit, as the advisory contains information that associates each phone number with a corresponding number of CPRs. The communication between phone numbers and CPR should then be freely chosen within the council, so the counseling will act as a change between the number and the descriptions that identify the CPR.

By providing such a counseling, certain interactions between numbers and CPR are interrupted and any number can be referred to any CPR, if there is sufficient space.

The consultant can also store additional information related to the mobile devices that allow the connection network to allow calls from mobile devices to be sent to different services, depending on the mobile phone itself dialed, in addition to the dialed number. As a first example, different mobile phones provided by different service providers may use the same general access code, for example, 150, to call the primary service providers for example, billing requests. Pad is suitable if numbers are used regardless of the agency that provides the service to access such services. Then a call from a mobile phone to a similar service will trigger a signal to the device that generates information identifying the service unit associated with that number for this particular mobile phone.

As a second example, users could access voice mail in the associated private mailboxes by selecting another universal passcode, for example 123, rádid provides information that is useful for sending the call.

Either way, you can customize the system so that if the user is using a common sim, rather than his own mobile device, he can be manually transferred to the connection network so that the connection time can be met by additional information from the council associated with farsima user.

The further possibility is that the additional information provided by the mobile phones in connection with phone calls, rather than from the phones, may be used. For example, the additional information may be able to forward a communications link that originally stems from certain mobile phones, if that mobile phone is unavailable, perhaps because it is busy or not active or because the owner is not responding. Such a system may, for example, act so that if an individual tries to reach an unsuccessful carrier, the connection time may forward the call to appropriate services, such as voice mail service.

By using this invention, it is possible to provide many economical features of the remote sensing system. If there is any malfunction of the mobile device that identifies the mobile device (the unit referred to as SIM), you should be able to quickly replace that unit. The user does not have to change the MSISDN number (s) of this invention, even though the new identifier number IMSI as the user fsr is associated with a different CPR than the first ID number IMSI, where the re-reference to the new CPU is executed by the advisory unit.

Any phone number (MSISDN number) can therefore be permanently hidden on any user ID.

Embodiments of the invention will now be described in detail, by way of example, and references in the accompanying drawings, in which:

Figure 1 is a diagram of a telecommunications system included in this invention; and Figure 2 shows part of the telecommunications system from Figure 1 in further detail.

More specific description

With reference first to Figure 1, the connector 10 connects land-based sima and farsima. If a call is received from a land-based sima, a simatalid is transmitted via the PSTN 11 to the connection network, and from the connection number 10 to the mobile network (BSS) 12. To perform this valid connection time 10 for the intended sender information and to determine these sender information will be determined by the location of the mobile phone 12, which makes it through the CPU with which the mobile phone 12 is connected. When there are many

CPR 13, 14, the connection time 10 will determine which CPU 13, 14 must be connected based on the mobile phone number (MSISDN) of the mobile phone inserted by the simulated time.

In conjunction with this invention, the connection time 10 determines which device identifies the number dialed and sends it to a special CPR 13, 14 with which the mobile phone 12 is connected. The consultation 15 permits the relationship between any mobile phone number and CPR 13,14 to be freely determined so that the particular CPR 13,14 does not affect the number associated with it. The conference eliminates the need for connection between a particular mobile phone number and a particular CPR13.14.

When the special 13.14 associated with the mobile device 12 has been audited, the signaling date of the CPR and information can be routinely routed. These descriptions are used to "install" a simulated page for mobile phone 12, which can always be forwarded to the phone to the destination as usual.

Similarly, if a SIM card comes from the mobile phone 12, the connection time 10 will return to its intended delivery line. If sim-talk time is for land-based simulation, connected to the 10th connection via PSTN 11, this transmission line can be editable on the basis of the phone number of the simon in the destination.

If calling from mobile phone 12 into one of many voice processing subscribers 16, 17 in services 18 related to the connection network using a short code (for example 123), the router 15 is expected to determine the relationship between mobile phone 12 and video service during a connection time, however, for a video caller voice processing system 16 , 17 related services.

Note that the current systems are similar to the resonance shown in Figure 1, but the Line item 15 and the one with only one CPR. Such existing systems do not necessarily require a CPR to be connected, since there is only one such CPR. In order to relieve this invention, the connection time 10 is associated with the control unit 15 when it handles any simulation that would lead to a signal splitter for CPR in the current arrangement, depending on each of the plurality of CPUs 13, 14. This invention can therefore be obtained by the processing of the control unit 15 and video programming on the connector 10.

Figure 2 shows connection time 10 in further miniature tiers. The Pad will be equipped with a number of mobile connections (MSC) 20, 21 and 22, and a number of mobile phones that lead to signal transmissions between MSC 20 to 22 and one of a variety of signal stations (STP) 30, 31, which send signals to of the council 15 to determine the CPR

13.14 which is a video carrier for the mobile device 12. The control unit 15 determines the information from the mobile phone number (MSISDN) of the mobile phone 12. A path would then be possible for the router 15 by forwarding the tagline directly to the correct CPR 13,14 but as shown in Figure 2, it is preferable that the descriptions are returned to the video owner STP 30,31 which then sends the tag to the correct CPR13,14.

A similar tagged display is shown when the mobile device user 12 tries to connect to a single voice processing (VPS) 16.17. The call is received by one of MSC 20.21 and 22 which transmits the selected numbers to and on the mobile device to one of STP 30, 31, 32. This sends the information to the router 15, which uses this information to form the correct address of the video owner speech processing system (VPS) 16.17. This information is sent back from the module on one of STP 30, 31, 32 to the original MSC 20,21, 22. This address is the page used to send the call time with the connection kit 10. This transmission line sends the call time from the video server MSC 20, 21, 22 on connection time (including transit switching centers) TSC 32.33) to video player VPS 16.17.

The signal that the mobile device sends to the network, and as a smartphone, does not need to be determined, but can be changed, for example, by inserting a sim card that stores data. A user can then self-connect himself to the connection network by inserting into a mobile personal card that recognizes it, and the following sending to VPS video may be based on the user's audio knowledge.

How much you can send calls to VPS by using descriptions In the conference unit 15, you will be able to make a voice mailbox (such as mailbox accounts), such as mailbox accounts, at points that are closest to the local area of ​​the city, where your daddy will be a rich city citizen. This can significantly reduce the cost of simulation.

If the rich urbanization of the mobile phone changes, so it is more efficient to use another VPS 16.17, it is also possible to move this change into the router 15. The subscriber can still access the VPS account (though it is visible) now moved to Ödrum platform) without changing the number used to call the service. Similarly, the registry 15 can host this change without the user having to dial different numbers, if the mobile phone user changes from one service provider to another. For example, since there are many service providers and the mobile phone user changes from one service provider to another, it is not advisable for this user to call a different number to reach the new service provider.

Connection time 10 can also use the mobile phone information to be used if a particular phone is busy, does not respond, it does not work, the connection time can forward forwarded calls originally sent to simulate video vps, such as voice mail.