DEVICE TO ADAPT SERVICES BETWEEN FIRST AND SECOND TELE- AND/OR DATA COMMUNICATIONS SYSTEM

Abstract: One or more services which are established in a first tele- and/or data communications system can be adapted and transferred to a second tele- and/or data communications system. Respective service is constructed by means of part functions in the service executing units or modules which are connectable between themselves. The part functions comprise first operator specific functions and connection specific functions, which last mentioned functions in this case are separated. The operator specific functions are placed into or executed by means of a device (16). The connection specific functions are placed in or executed by means of an interface (3, 4). The interfaces are unique for respective system (1, 2) and at the transfer of the service offer from one system to the other the interfaces (3, 4) are exchanged.

Description: TITLE OF THE INVENTION Device to adapt services between first and second tele- and/or data communications system. TECHNICAL FIELD The present invention relates to a device for adaptation of one or more in a first tele- and/or data communications system established services to a second tele- and/or data communications system. Respective service is at that constructable by means of part functions in the service executing units/modules/blocks which are connectable to each other. The mentioned part functions comprise first operation specific functions and second connection specific functions. PRIOR ART It is known to transfer service functions in one network to another network. It is also known to utilize SIB- units (Service Independent Buildingblock) for executing part functions of respective service and to link up a number of different part functions executing blocks to create so called scripts for achieving the service in question. It is also known to utilize interface in different connections for entries and exits to, respective from, tele- and data communications network. DESCRIPTION OF THE INVENTION TECHNICAL PROBLEM At utilizing SIB-units and scripts in connection to advanced telecommunications systems of for instance type AXE, problems will arise with transfer of offers of services from one system to another. To perform that, so far has been required great expert knowledge in the field of telephony of the staff arranging the services. The invention intends among other things to solve this problem by suggesting that the service specific parts of the function be separated from the system specific parts. There also exists a need for having the possibility to work with short lead times, and the invention also solves this problem. There is a wish to transfer services from the first tele- and data communications system to the second communications system, without making actual interferences in the devices executing the services, the SIB-units etc. The invention also solves this problem. THE SOLUTION What can in the main be regarded as characteristic for the new device is that the operation specific functions are located in/possible to be executed by means of a service executing device/function and the connection specific functions are placed in/executed by an interface, and that the first and second tele- and data communications systems are allotted unique interface. In further developments of the idea of invention a first unit/module/block is allotted call- and fault functions. The first unit commmunicates with the service executing device via the interface. The first unit and a second unit which represent the service executing function/unit and the interface constitutes three from each other separated functions/units/products in the system. The interface is in one embodiment operating with supervision and protection functions. The service executing device comprises or operates by a number of linked up part functions. The same quality can be attributed to the interface. An adaptation aimed at to a new tele- or data communications system of an existing offer of services is consequently performed by exchange of the interface. The new interface shows for the new system specific qualities. The service offer is also directly transferable to the new system by the device cooperating or functioning together via an interface which is identical to all interfaces. ADVANTAGES By the above suggested so far utilized principles for construction of service profiles can be used and yet making it possible that the service offer becomes easily transferable between the systems. The staff producing the service offer need not have expert knowledge of the advanced telecommunications technology existing in this case. The system can operate on established platforms which need not be subject to any principal changes. DESCRIPTIONS OF FIGURES One at present suggested embodiment of a device which shows the for the invention significant characteristics is described below where, at the same time, references are made to the enclosed drawing where the figure in the form of a principal diagram shows by the new device concerned parts in tele- and/or data communications system of relevant kind. DETAILED EMBODIMENT In the Figures 1 and 2 level 1 represents such AXE- functionality which, according to known definition, is attributed to a ervice Control Function (SCF) in a tele - and/or data communications system. Level 2 represents such functionality which, according to known definition, is attributed one in just any technology realized Service Switching Function (SSF) 3a resective 3b represent different operative applications of SSF where variations in functionality and signalling protocol towards SCP distinguish respective application. Examples of such variations can be different qualities at different operators' tele- and/or datacommunications networks or nodes. SSF-application 3a and 3b communicate with the access - and fault managing function 5 in SCF via identical signal relations 4 respective 4 1 . The logical units in SPC have been created by linking up/cooperation between different part functions/function modules (fm). Figur 1 shows the procedure when the in SSF installed services 6a respective 7a shall be adapted towards a new SSF. Because function connection and protocol towards the new SSF differs, the services must be reconstructed to 6b and 7b, with demands for revalidation as a consequence. In Figure 2 an interface consisting of part functions/ function modules has been created according to the invention by separating connection and disconnection functions and monitoring functions from the other logics of the service, and arrange these functions in a not service specific interface, 11a. For each SSF- application a new interface lla+llb is introduced, characterized in that the interfaces exhibit towards respective SSP-application uniquely adapted qualities/signal relations 9a+9b, whereas they towards units within SCF exhibit an identical, SSF-independent signal relation, 8 respective 10. Please observe that the signal relations 8 respective 81 are identical. This also applies to 10 and 10'. By the device according to Figure 2 existing services 6 respective 7 can be transferred to a new SSF-application without reconstruction. In addition the comparatively uncomplicated internal interfaces 8 and 10 within SCF make the lead times considerably shorter at the creation of new services, because the comparatively complicated and SSF-dependent signal relations 9a respective 9b need not be regarded or be known to the constructor of the services. The in the invention utilized devices/units are designed in known technology and in a known way. The invention is not restriced to the in the above as example shown embodiment, but can be subject to modifications within the frame of the following patent claims and idea of invention.

Claims: PATENT CLAIMS 1. Device to adapt one or more in a first tele- and/or datacommunications system established services to a second tele- and/or datacommunications system where repective service is constructable by means of part functions in the service executing units/blocks/modules which are connectable between themselves, in addition to which the mentioned part functions include first operator specific functions and second connection specific functions, c h a r a c t e r i z e d in that the first operator specific functions are placed into/executable by means of a mentioned service executing function/units comprising device, and the second connection specific functions are placed into/executed by means of an interface, and that the first and second tele- and/or data communications systems are allotted unique interfaces. 2. Device according to patent claim 1, c h a r a c t e r i z e d in that a unit/module/block is allotted call- and fault functions and that the first unit communicates with the mentioned service executing function/device via the interface. 3. Device according to patent claim 1 or 2, c h a r a c t e r i z e d in that the first unit and a second unit which represents the service executing function/device and the interface consist of three each individually separated functions/units in the system. 4. Device according to patent claim 1, 2 or 3, c h a r a c t e r i z e d in that the interface includes/operates with monitoring/supervision and protection functions. 5. Device according to any of the previous patent claims, c h a r a c t e r i z e d in that the service executing unit includes/operates with a number of linked up part functions. 6. Device according to any of the previous patent claims, c h a r a c t e r i z e d in that the interface includes/operates with a number of modules (script modules). 7. Device according to any of the previous patent claims, c h a r a c t e r i z e d in that adaptation to new tele- and/or data communications system is executed by exchange of the interface which displays for the new system specific characteristics. 8. Device according to any of the previous patent claims, c h a r a c t e r i z e d in that in a telecommunications system established service offer is movable to the new tele- and/or data communications system by exchange of the interface to a new interface. 9. Device according to any of the previous patent claims, c h a r a c t e r i z e d in that the interface between the service executing device and the interface is the same at different interfaces

Inventors: NYCKELGAARD SOEREN, NYCKELGAARD, SOEREN
Applicants: NYCKELGAARD SOEREN, TELIA AB, NYCKELGAARD, SOEREN
Application year: 1995
Main classification: H04M3
IPC codes: H04Q3