Biotronik Mess-und Therapiegerate Gmbh & Co Ingenieurburo Berlin

Delphi Technologies, Inc.

Diehl Gmbh & Co.

Autoliv Development Ab

Biotronik Se Co. Kg

Bernhard Lang

Johannes Neudecker

Armin Bolz

Anton Bretfeld

Jens Potschadtke

Martin Lang

Michael Kraus

Klemens Beetz

Axel Nagelschmidt

Uwe Albrecht

Matthias Selders

Claus-Werner Deutschmann

The invention relates to an actuator comprising an actuator element movably supported at an actuator housing, a pyrotechnic pressure element to move the actuator element and a control means to control a force exerted onto the actuator element by the pressure element to move the actuator element.

Pyrotechnic actuator

An arrangement for patient monitoring. The arrangement includes at least one body sensor to detect a physiological parameter as body signal data and at least one of a body signal processing unit connected to the body sensor for processing body signal data, and a therapy device designed to act on the patient. In addition, the arrangement includes a monitoring center having a signal field strength evaluation means, a mobile phone terminal designed to transmit the data from at least one of the body signal processing unit and the therapy device to the monitoring center and from the monitoring center to the therapy device, and a cellular mobile phone network. The mobile phone terminal is operable in the cellular mobile phone network. The arrangement further includes a base station coordinate storage unit for storage of coordinate data and a mobile phone exchange linked to the base station coordinate storage unit for the reception of position data of the mobile phone terminal. The signal field strength evaluation means is utilized for evaluating signal field strength data reflecting the distance of the mobile phone terminal from at least one base station together with coordinate data of at least one active base station of the mobile phone network in order to determine the whereabouts of the patient.

Arrangement for patient monitoring

A patient monitoring system ( ) is provided with at least one body sensor ( ) for measuring a physiological parameter, as well as with a body signal processing unit ( ) connected downstream from the former and/or a therapy device ( ) designed to act on the patient (P), and a mobile radiotelephone end unit ( ) operable in a cellular mobile radiotelephone network ( B) for transmitting data from the body signal processing unit or the therapy device to a central monitoring station ( C) and/or from the central monitoring station to the therapy device. A base station coordinate memory unit ( ) and a locator unit ( through ) connected to the former serves for the rough determination of the location of the patient based on location information obtained from the current base station connection of the mobile radiotelephone end unit in the mobile radiotelephone network. For the fine position determination, a direction-finding transmitter ( ) that sends out a direction-finding signal is provided in the mobile radiotelephone end unit ( ). A separate direction-finding device ( ) serves for the fine tracking of the direction-finding signal.

System for patient monitoring

An arrangement of modular supporting structure or subassemblies constituted of interconnected circuit boards, especially for the assembly of a complex processing circuit in articles of ammunition possessing a search fuze or in airborne target-tracking bodies. The structures or modular subassemblies of the type considered herein consist of circuit boards arranged in a succession, in which between respectively two adjacent circuit boards, there are formed a series of optronic intersecting connections between coupling elements, wherein in the operational positioning of the circuit boards, a transmitting diode and a receiving detector are arranged opposite each other, which are connected with a multiplexer or, respectively, a demultiplexer.

Arrangement of modular subassemblies

Growing community of inventors

Feucht, Germany

Bernhard Lang