Johnson Controls Fire Protection LP

Sophion Bioscience A/s

John Shaw

John Robert Dodgson

Jonatan Kutchinsky

Rafael Taboryski

Morten Bech

John Dodgson

Bent E Nielsen

Lars Thomsen

Jørgen Due

Jorgen Due

Bent Erling Nielsen

Lars c/o Thomsen Bioscience Thomsen

J Rgen Due

A smoke detector comprising an enclosure communicating with an external environment, within the enclosure a light source illuminating a detection volume in a first wavelength band and a light-sensor responding to light from the sensing volume in a second wavelength band. The detector is configured to sense photo-luminescent fire products, particularly polyaromatic compounds, and actuate an alarm when signal levels indicate a dangerous/fire condition is present. The photo-luminescence detector may be combined with optical scatter or other fire detectors to improve discrimination between fires and false alarm sources.

Combustion product detection

The present invention relates to a high through-put system for determining and/or monitoring electrophysiological properties of ion channels of ion channel-containing membranes, typically lipid membrane-containing structures such as cells. In particular, the invention provides a substrate which provides means for automatically positioning cells at measuring sites using electroosmotic flow in canals formed on or in the substrate. The electroosmotic flow is generated and controlled by electroosmotic flow pumps integrated on the substrate or positioned in relation thereto. Thereby, cells can be positioned in favorable measurement configuration at a plurality of sites for performing testing and measurements. Also, the invention relates to a main electric circuit for performing testing and measurements on a plurality of cells in parallel.

System for electrophysiological measurements

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West Drayton, United Kingdom

John Shaw