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Gerding, DE
Lars Gerding, Kaiserslautern DE
| Patent application number | Description | Published |
|---|---|---|
| 20100239953 | GAS DIFFUSION UNIT FOR A FUEL CELL - Gas diffusion unit ( | 09-23-2010 |
Lars Gerding, Weinheim DE
| Patent application number | Description | Published |
|---|---|---|
| 20090029233 | Gas Diffusion Unit - A gas diffusion unit ( | 01-29-2009 |
Michael Gerding, Bochum DE
| Patent application number | Description | Published |
|---|---|---|
| 20090262038 | DIELECTRIC ANTENNA - A dielectric antenna having an at least partially dielectric body and an electrically conductive sheath, wherein the dielectric body can be struck on a supply section with electromagnetic radiation and the electromagnetic radiation can be at least partially emitted from the dielectric body via a lens-shaped radiation section. The conductive sheath essentially surrounds the dielectric body from the supply section to the radiation section and a supply opening is provided in the conductive sheath in the area of the supply section and a radiation opening is provided in the conductive sheath in the area of the radiation section. The dielectric antenna that is easy to produce, has little interference and has a short construction as a result of the dielectric antenna having essentially the cross section of the radiation opening in the area of the supply section. | 10-22-2009 |
| 20100148824 | CIRCUIT ARRANGEMENT FOR PRODUCING SHORT ELECTRICAL PULSES - A circuit arrangement for producing short electrical pulses, including a logic gate ( | 06-17-2010 |
| 20110006811 | FREQUENCY SYNTHESIZER FOR A LEVEL MEASURING DEVICE AND A LEVEL MEASURING DEVICE - A frequency synthesizer for a time base generator of a level measuring device which works according to the radar principle, with at least one first output for output of a first frequency signal, with at least one second output for output of a second frequency signal, and with a reference oscillator for producing a reference frequency signal, the first frequency signal and the second frequency signal having a small difference frequency relative to one another, the first frequency signal being producible by interaction of the reference oscillator with a direct digital synthesizer. The first frequency signal and second frequency signal can be generated with especially low noise by the second frequency signal being derived from the reference oscillator without interconnection of a direct digital synthesizer and the direct digital synthesizer being operated such that only a noise spectrum is produced which is at least partially minimized. | 01-13-2011 |
Michael Gerding, Herne DE
| Patent application number | Description | Published |
|---|---|---|
| 20080204351 | ANTENNA FOR A LEVEL METER EMPLOYING THE RADAR PRINCIPLE - In an antenna for a level meter employing the radar principle, a fastening device is provided for detachably mounting a dielectric insert in the antenna. The fastening device may be a continuous clamping collar that clamps the dielectric insert in place in the antenna. This offers a simple, universally employable possibility for fastening a dielectric insert in the antenna. | 08-28-2008 |
| 20080210004 | LEVEL METER - A level meter employs the radar concept for measuring the fill level of a medium in a container and incorporates an electric conductor system for conducting an electromagnetic signal into the container and returning reflected components of the electromagnetic signal from the container. Here, the electric conductor assembly is integrated into a wall of the container. The result is a universally employable electric conductor assembly so configured as to be unobstructed by built-in structures in the container such as agitators, intake pipe fittings or discharge connectors. | 09-04-2008 |
| 20080264178 | LEVEL METER EMPLOYING THE RADAR PRINCIPLE - A level meter, employing the radar principle for measuring the fill level of a medium in a container, includes a signal transmitter serving to transmit an electromagnetic signal, an electric conductor system for conducting the electromagnetic signal into the container and returning reflected components of the electromagnetic signal from the container, and a signal receiver serving to receive the reflected components of the electromagnetic signal. An electric conductor system is provided at its upper end with a suspension by which it is attached to a device on the container. A tensile-load testing device is placed between the suspension and at least a part of the electric conductor system, featuring a break point for the electromagnetic signal, with the distance between the break point and the signal transmitter or the signal receiver varying as a function of the tensile load bearing on the conductor system. This permits easy monitoring of the tensile forces to which the conductor system and the suspension are exposed, so that any damage to these devices as a result of excessive loads can be prevented. | 10-30-2008 |