1
Kogelschatz Ulrich Dr: High power radiator.. Asea Brown Boveri, November 27, 1991: EP0458140-A1 (52 worldwide citation)

In the case of UV high-power omnidirectional radiators, in order to be able to direct the radiation produced in only one preferred direction and in order to prevent shadowing by the inner dielectric tube (2), the outer electrodes (4) are arranged on only one part of the circumference of the outer di ...


2
Eliasson Baldur Dr, Erni Peter Dr, Hirth Michael Dr, Kogelschatz Ulrich Dr: Ultraviolett radiation device.. Bbc Brown Boveri & Cie, January 27, 1988: EP0254111-A1 (35 worldwide citation)

Der Hochleistungsstrahler besteht aus einem durch eine einseitig gekühlte Metallelektrode (8) und ein Dielektrikum (9) begrenzten und mit einem Edelgas oder Gasgemisch gefüllten Entladungsraum (12), wobei sowohl das Dielektrikum (9) als auch die auf der dem Entladungsraum (12) abgewandte Oberfläche ...


3
Gellert Bernd Dr, Kogelschatz Ulrich Dr: Radiating device having a high output.. Asea Brown Boveri, April 18, 1990: EP0363832-A1 (20 worldwide citation)

In a UV radiating device having a high output, the electrodes (6', 6") consist of wires, which are embedded in a glass dielectric (3). The dielectric is arranged spaced between two UV transparent plates (1, 2). The discharge chambers (8, 9) are filled with a fill-gas emitting radiation under dischar ...


4
Kogelschatz Ulrich Dr: High-power radiation device.. Asea Brown Boveri, September 5, 1990: EP0385205-A1 (14 worldwide citation)

In order to increase the yield in UV high-power cylindrical emitters, the inner dielectrics (3) are very small in comparison with the outer dielectric tube. As a result of the eccentric arrangement of the dielectrics and the outer electrodes (2) only on the surface adjacent to the inner dielectric ( ...


5
Esrom Hilmar Dr, Kogelschatz Ulrich Dr: Process and apparatus for selective metallisation.. Abb Patent, May 13, 1992: EP0484808-A2 (11 worldwide citation)

A process and apparatus are proposed for selective metallisation of a substrate from a metal-containing, in particular an organometallic, compound. In the process or in the apparatus, the metal-containing, in particular the organometallic, compound is applied to the surface of the substrate (10) usi ...


6
Esrom Hilmar Dr, Baier Michael, Kogelschatz Ulrich Dr: Process for the treatment of surfaces.. Abb Patent, October 28, 1992: EP0510503-A2 (10 worldwide citation)

The invention relates to a process for cleaning or modifying surfaces (2) of substrates (2) which can be formed as fibres, non-woven fabrics, woven fabrics or films. In order to clean or modify the surfaces (2S), reactive radicals are formed by irradiating gas molecules with UV light having a wavele ...


7
Eliasson Baldur Dr, Kogelschatz Ulrich Dr: High power radiation source.. Asea Brown Boveri, July 26, 1989: EP0324953-A1 (10 worldwide citation)

The high power radiation source for visible light consists of a discharge cavity (4), bounded by dielectrics (1, 10) and filled with a noble gas or gas mixture. Luminescent layers (5, 11) are connected to the dielectrics (1, 10). Both the dielectric (1, 10) and the electrode (6, 12) located on the s ...


8
Kogelschatz Ulrich Dr: High power radiator.. Asea Brown Boveri, June 23, 1993: EP0547366-A1 (7 worldwide citation)

By inserting an additional capacitance in the form of an additional moulding (12'') consisting of dielectric material into the interior of a UV excimer radiator, it is possible to force loss-free control of the axial and/or radial distribution of the power consumption and UV intensity. This measure ...


9
Eliasson Baldur Dr, Kogelschatz Ulrich Dr: High power radiator.. Bbc Brown Boveri & Cie, April 26, 1989: EP0312732-A1 (6 worldwide citation)

The high-power radiator consists of a discharge cavity (4), which is bounded by dielectrics (1, 2) and is filled with a noble gas or gas mixture. Electrodes (5, 6) located on surfaces of the dielectric facing away from said discharge cavity (4) are transparent to the radiation generated by silent el ...


10
Kogelschatz Ulrich Dr, Von Arx Christoph: Irradation device.. Asea Brown Boveri, October 21, 1992: EP0509110-A1 (5 worldwide citation)

Die Bestrahlungseinrichtung für gasförmige oder flüssige Substanzen weist mindestens einen Hochleistungsstrahler mit einem mit Füllgas gefülltem Entladungsraum (4) auf. Das darin enthaltene Füllgas sendet unter Einfluss von stillen elektrischen Entladungen Strahlung aus. Der Entladungsraum (4) grenz ...