Abstract: A method for transmitting data in a CTI communications system in the 3rd party configuration, employs a communications system having a plurality of terminals which, for a communication connection between two or more terminals, generates a call which comprises prescribed information about the connection, a TSP and a plurality of clients which are connected to the TSP and communicate with the TSP via a CTI interface. For the purpose of transmitting files or logging data between the clients, the invention proposes transmitting the data for transmission from one of the clients to the TSP via the CTI interface and writing them to a prescribed memory area for the call. These data can be read by the other clients associated with the call, likewise via the CTI interface.

Abstract: The invention relates to a method and configuration for controlling and/or monitoring terminals connected to a communications system. In order to control and/or monitor terminals, which are connected to a communications system and which have at least one controllable/monitorable function, an application sends a first message with the call number of a terminal, which is to be controlled and/or monitored thereby, to a telephony server. This telephony server conveys this call number to the communications system that, as a response, conveys terminal information via the controllable/monitorable functions of the relevant terminal. The telephony server comprises a database with data records that describe controllable/monitorable terminals, and comprises at least one data record which can be supplemented and which contains an identification number.

Abstract: The invention relates to a method and configuration for controlling and/or monitoring terminals connected to a communications system. In order to control and/or monitor terminals, which are connected to a communications system and which have at least one controllable/monitorable function, an application sends a first message with the call number of a terminal, which is to be controlled and/or monitored thereby, to a telephony server. This telephony server conveys this call number to the communications system that, as a response, conveys terminal information via the controllable/monitorable functions of the relevant terminal. The telephony server comprises a database with data records that describe controllable/monitorable terminals, and comprises at least one data record which can be supplemented and which contains an identification number.

Abstract: A method for transmitting data in a CTI communications system in the 3rd party configuration, employs a communications system having a plurality of terminals which, for a communication connection between two or more terminals, generates a call which comprises prescribed information about the connection, a TSP and a plurality of clients which are connected to the TSP and communicate with the TSP via a CTI interface. For the purpose of transmitting files or logging data between the clients, the invention proposes transmitting the data for transmission from one of the clients to the TSP via the CTI interface and writing them to a prescribed memory area for the call. These data can be read by the other clients associated with the call, likewise via the CTI interface.

Abstract: The present invention concerns new conjugates, processes for their production as well as the use of these conjugates as antigens in immunological detection methods or for DNA diagnostics.

Abstract: The invention concerns a device and its use for separating plasma from whole blood by means of a fibre-containing layer which contains an erythrocyte-aggregating substance and is characterized in that the fibre-containing layer contains glass fibres which are coated with polyvinyl alcohol or with polyvinyl alcohol/polyvinyl acetate. The invention also concerns a test carrier for the determination of a blood component as well as a process for separation from whole blood in which the device according to the present invention is used.

Abstract: Test carrier for the analytical determination of a constituent of a sample fluid by a specific binding reaction between two binding partners having biological affinity. A plurality of test layers is so disposed that they are wetted successively by the fluid and form a fluid transport path, in which one of the test layers is a fixing layer (18) which is a porous carrier matrix. The first of the two binding partners is fixed to the latter. The fluid containing the second binding partner flows through the fixing layer (18), at right angles to its surface, on the test carrier (10).A largely complete binding reaction in an extraordinarily short time is achieved during the flow through the preferably very thin fixing layer (18) by the fact that a microporous plastics layer with a pore size P of at least 0.