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Köck
Anton Köck, Vienna AT
| Patent application number | Description | Published |
|---|---|---|
| 20100184062 | Method for Identifying and Quantifying Organic and Biochemical Substances - The invention relates to a method for identifying organic or biochemical substances and for determining their concentration in a fluid medium using a nanogap sensor that comprises at least two electrodes. The invention is characterized in that: a nanogap sensor) with electrodes of different materials is used, a respective probe molecule is bonded to each surface of the two electrodes of the sensor and the free remainder of the probe molecules have at least one bondable group with specificity for bonding to a sought substance or to an analyte molecule in the fluid medium. The analyte molecule has at least two binding sites and passes selectively out of the fluid medium in which it is contained, binds to the free ends of the probe molecules, forming a bridge with the probe molecule, and modifies the resulting impedance between the electrodes. The concentration of the substance in the fluid medium can be determined as a result of the modification. | 07-22-2010 |
Anton Köck, Vienna AT
| Patent application number | Description | Published |
|---|---|---|
| 20100184062 | Method for Identifying and Quantifying Organic and Biochemical Substances - The invention relates to a method for identifying organic or biochemical substances and for determining their concentration in a fluid medium using a nanogap sensor that comprises at least two electrodes. The invention is characterized in that: a nanogap sensor) with electrodes of different materials is used, a respective probe molecule is bonded to each surface of the two electrodes of the sensor and the free remainder of the probe molecules have at least one bondable group with specificity for bonding to a sought substance or to an analyte molecule in the fluid medium. The analyte molecule has at least two binding sites and passes selectively out of the fluid medium in which it is contained, binds to the free ends of the probe molecules, forming a bridge with the probe molecule, and modifies the resulting impedance between the electrodes. The concentration of the substance in the fluid medium can be determined as a result of the modification. | 07-22-2010 |
Engelbert Köck, Planegg DE
| Patent application number | Description | Published |
|---|---|---|
| 20090252627 | Compressor Assembly Comprising a Valve Unit in the Intake Region - An air compressor assembly includes a compressor housing, an intake port defined by the compressor housing for intake of the air, and a plurality of guide contours disposed adjacent to the intake port. The guide contours include between three and six strips. A valve unit is disposed adjacent to the intake port, the valve unit comprising a closing element that assumes an opened position during operation and a closed position when in a switched-off state. The closing element is plate-shaped, is axially movable, and is guided by the plurality of guide contours between the opened position and the closed position. A stroke limitation element is provided to limit axial movement of the closing element in the opened position. A spring is disposed between the closing element and the stroke limitation element. The spring provides a return force to the closing element to bias the closing element into the closed position. | 10-08-2009 |
Engelbert Köck, Planegg DE
| Patent application number | Description | Published |
|---|---|---|
| 20090116975 | Screw Compressor Comprising a Relief Valve - A compressor arrangement includes a compressor housing, an intake region defined in the compressor housing, a control pressure connection in communication with the intake region, a control pressure chamber in communication with the control pressure connection, a control piston disposed in the compressor housing beneath the control pressure chamber, a guide element securing the control piston in the compressor housing, at least one sealing element disposed between the control piston and the guide element, and a feed pressure connection defined in the compressor housing to supply compressed air beneath the control piston. In a closed position, the control piston closes the feed pressure connection when in the closed position. In an opened position, the control piston opens the feed pressure connection when in the opened position, thereby permitting air to vent from the feed pressure connection via a venting connection. | 05-07-2009 |
| 20090252627 | Compressor Assembly Comprising a Valve Unit in the Intake Region - An air compressor assembly includes a compressor housing, an intake port defined by the compressor housing for intake of the air, and a plurality of guide contours disposed adjacent to the intake port. The guide contours include between three and six strips. A valve unit is disposed adjacent to the intake port, the valve unit comprising a closing element that assumes an opened position during operation and a closed position when in a switched-off state. The closing element is plate-shaped, is axially movable, and is guided by the plurality of guide contours between the opened position and the closed position. A stroke limitation element is provided to limit axial movement of the closing element in the opened position. A spring is disposed between the closing element and the stroke limitation element. The spring provides a return force to the closing element to bias the closing element into the closed position. | 10-08-2009 |
Heinz Kück, Stuttgard DE
| Patent application number | Description | Published |
|---|---|---|
| 20110018254 | COUPLING FOR A FLUID LINE - The invention relates to a coupling for a fluid line, wherein an oscillating circuit ( | 01-27-2011 |
Heinz Kück, Stuttgard DE
| Patent application number | Description | Published |
|---|---|---|
| 20110018254 | COUPLING FOR A FLUID LINE - The invention relates to a coupling for a fluid line, wherein an oscillating circuit ( | 01-27-2011 |
Karl Köck, Krottendorf-Gaisfeld AT
| Patent application number | Description | Published |
|---|---|---|
| 20100083770 | PROCESS AND DEVICE FOR CONTINUOUS MEASUREMENT OF A DYNAMIC FLUID CONSUMPTION - A process for continuous measurement of a dynamic fluid consumption, particularly fuel consumption, uses a continuously working flow rate sensor (7) with variable pressure drop, preferably a mass flow sensor, whereby the pressure downstream of the flow rate sensor (7) is determined for controlling the transport of fluid. | 04-08-2010 |
Karl Köck, Krottendorf-Gaisfeld AT
| Patent application number | Description | Published |
|---|---|---|
| 20100083770 | PROCESS AND DEVICE FOR CONTINUOUS MEASUREMENT OF A DYNAMIC FLUID CONSUMPTION - A process for continuous measurement of a dynamic fluid consumption, particularly fuel consumption, uses a continuously working flow rate sensor (7) with variable pressure drop, preferably a mass flow sensor, whereby the pressure downstream of the flow rate sensor (7) is determined for controlling the transport of fluid. | 04-08-2010 |
Thomas Kück, Weyhe DE
| Patent application number | Description | Published |
|---|---|---|
| 20120234091 | Device for ascertaining a fill level of a medium - In the case of a device for ascertaining a fill level of a medium inside a collection container, having at least one measuring chamber, in which an ultrasonic sensor is arranged, connected to conduct media to the collection chamber, and having at least one antechamber connected upstream from the measuring chamber, which has at least one inlet opening for the medium from the collection chamber, at least one flow damper for the medium, according to the invention, is arranged in at least one subarea of the antechamber. Thereby multiple antechambers, which are connected in series one behind another to conduct media, are connected upstream from the measuring chamber. | 09-20-2012 |