Abstract: To improve the operating convenience—e.g. versatile, universal application and use—and location-independence (mobility) of the telecommunication of useful data, particularly packet data and/or voice data, using communication devices, a data adapter (DA1, DA2) is allocated both a fixed-part-specific air interface architecture (DÜM, STM, PKM2) for implementing the prescribed air interface protocol, and the air interface architectures associated with the data adapter (DA1, DA2) are activated according to the application instance, i.e., which scenario is to be produced for the telecommunication of useful data and, in particular, which communication device (KE1, KE2) is connected to the data adapter (DA1, DA2).

Abstract: In order to achieve simple, user-friendly “smart home” scenarios in a telecommunications system in the context of the transmission of textual, audio, video and/or control data between a data source and a data sink, a mobile element of the telecommunications system generates control commands and transmits the latter in a target manner in message traffic between the units that form part of the wireless communication or telecommunication process via the air interface. The mobile element is preferably configured as a cordless telephone handset or a mobile telephone. Textual, audio, video and/or control data that has been stored in the data source is detected, issued, released or externally transferred to a data sink or issued to a data source with the aid of the control commands.

Abstract: In order to achieve simple, user-friendly “smart home” scenarios in a telecommunications system in the context of the transmission of textual, audio, video and/or control data between a data source and a data sink, a mobile element of the telecommunications system generates control commands and transmits the latter in a target manner in message traffic between the units that form part of the wireless communication or telecommunication process via the air interface. The mobile element is preferably configured as a cordless telephone handset or a mobile telephone. Textual, audio, video and/or control data that has been stored in the data source is detected, issued, released or externally transferred to a data sink or issued to a data source with the aid of the control commands.

Abstract: In order to qualitatively improve roaming of mobile parts (MT, RPP, DIPS) in at least partially asynchronous, wireless telecommunication networks (TKN) with telecommunication systems (TKS1 . . . TKSn) having a plurality of base stations (BS, RFP, DIFS) arranged in radio cells (FZ), first base stations (BS1, RFP1, DIFS1) which are respectively neighbored by at least one asynchronous second base station (BS2, RFP2, DIFS2) send information to first mobile parts (MT1, RPP1, DIPSI1) connectible by telecommunication to the first base stations (BS1, RFP1, DIFS1), said information indicating that the respective, first base station (BS1, RFP1, DIFS1) sending the information is surrounded by at least one second base station (BS2, RFP2, DIFS2).

Abstract: An Internet telephone adapter for setting up voice/data links, where a data conversion unit for data conversion between a subscriber terminal interface and a subscriber access adapter interface allows connection both to a packet-switching communications network and to a line-switching communications network.

Abstract: In the case a mobile telecommunications terminal which can be activated at different base stations (a, b, c, d) it is possible to store in a numbers memory (3) with respect to a call number (column 8) information (column 10) which indicates in connection with which of the base stations the call number can be dialed, and display means display only those names among the ones assigned to the call numbers which can be dialed in connection with a designated base station. This base station can be designated manually or automatically by a data exchange with the base station concerned.

Abstract: A method for controlling data transmission in a cordless V.24 data transmission system operated between a data terminal and data communication equipment. The method controls data communication equipment for the purpose of data communication with a first data transmission device connected to the data terminal equipment via a V.24 cable and with a second data transmission device connected to the data communication equipment via a V.24 cable. The first and second data transmission devices can be connected via an air interface by wireless telecommunication. Activating, reactivating and deactivating of an auto-bauding function is reliably performed in such a manner that there is no risk that user data transmission is corrupted until it is deactivated. A state machine contained in the first data transmission device tracks the states of the data communication equipment and acts on the state of the auto-bauding function in the first data transmission device.

Abstract: A method for controlling data transmission in a wireless V.24 data transmission system operating between a data terminal and a data transmission device. The data transmission system has a first data transmission apparatus connected to a data terminal by means of a V.24 cable and a second data transmission apparatus also connected to a data transmission device by means of a V.24 cable. An air interface may be used for wireless telecommunications in order to control transmission of control commands or control information for the data transmission device from the data terminal to the data transmission device. Recognizability of control commands or control information for the data transmission device is ensured, once a time-critical control command is made known in the data transmission apparatuses.

Abstract: In a wireless telecommunication system, for example a DECT/GAP system, under the control jurisdiction of a first telecommunication apparatus of the telecommunication system control mechanisms (i.e. messages, information elements and procedures) of a standard protocol (e.g. a protocol according to the DECT/GAP standard) are activated for the execution of a special protocol, which serve for the exchange of additional items of information between the first telecommunication apparatus and a second telecommunication apparatus of the telecommunication system.

Abstract: In a wireless V.24 data transmission system operating between a data terminal and a data transmission device for data telecommunication having a first data transmission apparatus connected to the data terminal by means of a V.24 cable and a second data transmission apparatus connected to the data terminal by means of a V.24 cable, the apparatus may in turn be connected for wireless communication by means of an air interface. In order to control data transmission in such a way that baud rate changes can be easily detected, the baud rate is detected by the first data transmission apparatus while the autobauding function is activated in the first data transmission apparatus and in the data transmission device. The baud rate is transmitted by signaling to the second data transmission apparatus and is regulated therein parallel to the command data (AT commands) to be sent.

Abstract: The invention relates to a base station to which especially more mobile components are allocated than the number of radio channels provided. The base station signals an incoming connection request to the mobile components in such a way that said station establishes a bidirectional connection to one of the mobile components after the connection request has been received, whereby the base station thus signals the incoming connection request and subsequently suppresses said request. This is sequentially repeated by means of at least one component of the mobile components. In addition, the base station can simultaneously establish a unidirectional connection to all mobile components and signal the incoming connection request immediately after the connection request has been received.

Abstract: In a cordless telecommunications system with assured interoperability of cordless telecommunications applications, in particular a GAP-specific DECT system, having a cordless base station and having cordless mobile parts which are capable of telecommunication with the cordless base station via a radio interface wherein the number of mobile points exceeds the number of telecommunications channels which are available in parallel at the cordless base station, collective/group calls being possible while the interoperability of the cordless telecommunications applications remains ensured, mixed operation is implemented including a connection-based virtual-collective/group call and a connectionless collective/group call.

Abstract: In order to control the making of emergency calls in cordless telecommunications systems efficiently and reliably, a special emergency call transmission procedure is proposed, the execution of which gives rise to an emergency call connection in all cases.

Abstract: In order to control the making of emergency calls in cordless telecommunications systems efficiently and reliably, a special procedure allows to contain the system contains mobile parts which do or do not have access authorization to base stations.

Abstract: In order to be able to control the setting up of telecommunication connections efficiently and reliably in telecommunication subsystems serving as local message transmission loops of telecomunication systems and having network terminations which differ with regard to the transmission channel requirements, a first network termination specifies explicitly, for example in the form of a parameter, the requested transmission channel desired by it in a connection, set-up message of the network termination to the remote station in the telecommunication subsystem.

Abstract: A method for making emergency calls in cordless telecommunications systems, in particular DECT/GAP systems, wherein in order to be able to make emergency calls is proposed, which allows for the fact that the contains mobile parts which do or do not have access authorization to base stations, such that to an emergency call connection occurs in all cases.

Abstract: In order to be able to transmit continuous and/or discontinuous data streams in a hybrid telecommunication system, particularly a “ISDN⇄DECT-specific RLL/WLL” system, given minimal technical outlay, for example with respectively separate data ports (data inputs and data outputs), a plurality of second telecommunication channels (for example, DECT channels) adapted to the analyzed data transmission situation is respectively set up dependent on the analysis of the data transmission situation on a first telecommunication channel or, respectively, channels (for example, the ISDN B-channel or, respectively, B-channels).

Abstract: In order that a mobile part having a slow channel changing function can be synchronized in a manner which is economic in terms of frequencies and, at the same time, to at least two base stations having a fast channel changing function in a cellular TDMA/FDMA radio system, in particular in a cellular DECT/GAP system, the base station transmits broadcast information to the mobile part. The mobile part maintains a telecommunications link to one of the base stations in the radio system, using a predetermined transmit separation which is defined as a number of TDMA time slots and is greater than a receive separation which is predetermined by the slow channel changing function of the mobile part and is defined as a number of TDMA time slots.

Abstract: In order to be able to transmit continuous and/or discontinuous data streams in a hybrid telecommunication system, particularly a “ISDN⇄DECT-specific RLL/WLL” system, given minimal technical outlay, for example with respectively separate data ports (data inputs and data outputs), a plurality of second telecommunication channels (for example, DECT channels) adapted to the analyzed data transmission situation is respectively set up dependent on the analysis of the data transmission situation on a first telecommunication channel or, respectively, channels (for example, the ISDN B-channel or, respectively, B-channels).

Abstract: The base stations of a wireless multi-cell telecommunication system receive a time signal radio message sent by a time transmitter, with which the base station-specific function executions of the base stations oriented to a telecommunication standard for the wireless telecommunication in the multi-cell telecommunication system can be controlled synchronized in time.