Hilpert Reinhold Dr: Biosensor.. Messerschmitt Boelkow Blohm, April 20, 1988: EP0263948-A2 (99 worldwide citation)

The biosensor consists of a biological component which is immobilised on a transducer. Used as biological component for detecting heavy metals is at least one peptide from the group of phytochelatins.

Kroy Walter Dr, Seidel Helmut Dr, Dette Eduard, Koniger Max Dr, Deimel Peter Dr, Binder Florian Dr, Hilpert Reinhold Dr: Device having a specific support structure for receiving, analysing and treating samples.. Messerschmitt Boelkow Blohm, December 27, 1989: EP0347579-A2 (50 worldwide citation)

Micromechanical structure with cavities, containers, openings, channels, recesses, elevations or the like for examinations of sample substances for any changes of physical and/or chemical properties with targeted evaluation and documentation for purposes of biotechnology, genetic engineering, cell r ...

Klein Christian Dr, Josel Hans Peter Dr, Goerlach Graw Ada Dr, Hilpert Reinhold Dr, Binder Florian Dr, Ritter Josef Dr, Zimmermann Rudolf: Method for detecting the contamination of a surface with an analyte. Boehringer Mannheim, Securetec, March 6, 1996: EP0699906-A2 (13 worldwide citation)

Method for detecting contamination of a surface by an analyte comprises: (a) wiping the analyte from the surface with a swab so that the analyte is collected on a flat surface of the swab; (b) placing the flat surface of the swab in contact with the intermediate zone of a test strip made of capillar ...

Maly Schreiber Martha Dr, Van Zyl Arnold Dr, Ritter Josef, Hilpert Reinhold Dr: Protective component for an electrochemical accumulator and its manufacturing method. Daimler Benz, September 18, 1996: EP0732707-A2 (2 worldwide citation)

The electrochemical battery Ä9Ü is constructed of a number of single cells Ä8Ü that are positioned side by side in a housing. Each cell has electrodes Ä10, 11Ü that are separated by a protective element Ä2Ü which below a threshold voltage level acts as an insulator and above acts as a conductor. The ...

Oberpreller Helmut, Hilpert Reinhold Dr, Binder Florian Dr, Ertl Harald, Lerch Rolf, Schlipfenbacher Reiner Dr, Angermaier Ludwig Dr, Klein Christian Dr, Ritter Josef Dr: Sorbent material for enrichment and recovery of trace element in gaseous phase.. Daimler Benz Aerospace, Boehringer Mannheim, August 2, 1995: EP0665054-A1

An adsorption material for the recovery and enrichment of gas and/or particle traces in an air or gas stream comprises natural and/or synthetic, organic, textile fibres. The fibres are processed into a fleece with a thickness of between 100 mu m and 2 mm and a weight of 20 - 200 g/m.

Klein Christian Dr, Josel Hans Peter Dr, Herrmann Rupert Dr, Maier Josef, Ertl Harald, Oberpriller Helmut, Hilpert Reinhold Dr, Binder Florian Dr, Ritter Josef Dr: Process and device for obtaining and detecting immunologically reactive substances from the gas phase.. Boehringer Mannheim, Daimler Benz Aerospace, April 26, 1995: EP0650054-A2

A process for obtaining and/or immunologically detecting an analyte present in a gas phase by immunological binding of the analyte to a binding partner of the analyte, which partner is contained in a first carrier matrix which is gas- and liquid-permeable, which is characterised in that a) the analy ...

Maly Schreiber Martha Dr, Van Zyl Arnold Dr, Ritter Josef, Hilpert Reinhold Dr: Process of production of a charge-exchanger body having a high active surface area and use of the charge-exchanger body. Daimler Benz, September 18, 1996: EP0732760-A2

In the mfr of. a charge exchange body such as an electrode or catalyst having an active surface area which is large in comparison to its external surface area, hollow biochemical bodies are formed from a dispersion to produce particles having a mean dia. of less than 1 micron. The internal chambers ...

Maly Schreiber Martha Dr, Zyl Arnold Van Dr, Ritter Josef, Hilpert Reinhold Dr: Electrochemical storage battery protective element and its manufacture. Daimler Benz, November 12, 1996: JP1996-298202

PROBLEM TO BE SOLVED: To provide a small whole area as much as possible for an individual element battery protected by means of a protective element provided with electrolyte between the two electrodes of an electrochemical storage battery and to manufacture the protective element on the whole area ...