Pescheck
Johann Pescheck, Gent BE
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20120012238 | TIRE CARCASS INCLUDING STABILIZING FABRIC - A pneumatic tire carcass having at least one ply of stabilizing fabric. The stabilizing fabric has a machine direction and a cross machine direction. A plurality of high tenacity reinforcing yarn elements are disposed in the cross-machine direction. A plurality of machine direction yarn elements of relatively lower tenacity than the reinforcing yarn elements are disposed in the machine direction. A segment of the stabilizing fabric is disposed within the carcass with the machine direction yarn elements being in substantial alignment with the direction of tire rotation and with the cross-machine direction oriented radially relative to the direction of tire rotation. | 01-19-2012 |
Juergen Pescheck, Immenstaad DE
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20110177904 | CONTROLLER FOR A SHIP'S PROPULSION - A ship propulsion ( | 07-21-2011 |
Jurgen Pescheck, Immenstaad DE
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20080210512 | Adjustable Hysteresis Driver - The invention concerns an adjustable hysteresis driver, with a rotor component ( | 09-04-2008 |
Michael Pescheck, Biebergemünd-Kassel DE
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20090176294 | METHOD FOR THE SUBMERGED CULTIVATION OF FILAMENTOUS ORGANISMS - A method for the submerged cultivation of filamentous organisms is described, where the formation of cell agglomerates, mycelial assemblages and pellets, and the adhesion to abiotic surfaces is reduced or prevented during the cultivation through the presence of particles which are insoluble or only partly soluble in the cultivation liquid and have a size of up to a few millimetres. With this method it is possible to overcome the problems hitherto in the biotechnological use of filamentous organisms. | 07-09-2009 |
Michael Pescheck, Biebergemünd-Kassel DE
Patent application number | Description | Published |
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20090176294 | METHOD FOR THE SUBMERGED CULTIVATION OF FILAMENTOUS ORGANISMS - A method for the submerged cultivation of filamentous organisms is described, where the formation of cell agglomerates, mycelial assemblages and pellets, and the adhesion to abiotic surfaces is reduced or prevented during the cultivation through the presence of particles which are insoluble or only partly soluble in the cultivation liquid and have a size of up to a few millimetres. With this method it is possible to overcome the problems hitherto in the biotechnological use of filamentous organisms. | 07-09-2009 |