Krohne Messtechnik Gmbh

Christoph Baer

Thomas Musch

Stephan Neuburger

Michael Deilmann

Attila Bilgic

Michael Gerding

Michael Vogt

Christian Schulz

Timo Jaeschke

Sebastian Baer

A device for determining the fill level of a medium in a container has at least one electronic device and at least one signal conductor arrangement. The electronic device supplies the signal conductor arrangement with electromagnetic signals. To provide a device for determining the fill level that is advantageous compared to the prior art, the signal conductor arrangement has several emitting devices for emitting the electromagnetic signal. A support element that can be inserted in a wall of the container supports the signal conductor arrangement.

Device for determining the fill level of a medium in a container

A method for determining the fill level of a medium () in a container () that is advantageous as compared to the prior art is achieved in that several emitting devices () are supplied with electromagnetic signals and that an emitting behavior of at least a portion of the emitting devices () is evaluated in view of the fill level of the medium ().

A device for determining the fill level of a medium in a container having at least one electronic device and at least one signal conductor arrangement. The electronic device supplies the signal conductor arrangementwith electromagnetic signals. To provide a device for determining the fill level, the signal conductor arrangement has several emitting devices and the electronic device provides at least one measure for an emitting behavior of at least one emitting device.

Device for determining the fill level of a medium

A method and device for determining a velocity of a flowing medium that allows an as high as possible measuring accuracy without requiring a complicated measuring construction is achieved in that a vortex is generated in the medium and an electromagnetic signal is emitted into the medium. Then, the permittivity of the medium is determined and the velocity of the medium is determined using the permittivity measurement.

Method and device for determining the velocity of a medium

A positioning for positioning a measuring element () and a measuring device with such a positioning device have an object of providing a positioning device for positioning a measuring element or a measuring device with a measuring element and a positioning device that is a simplification compared to the prior art and that meets the requirements for positioning with respect to accuracy and reproducibility. The object is met in the positioning device in that three wheels are provided (), which are designed as a ring gear (), a sun and a planetary gear (). The ring has an interior space () in which the sun and the planetary are arranged. Furthermore, the planetary is engaged with the sun and with the ring gear ().

Positioning device and measuring device

A device for determining the volume fraction of at least one component of a multi-phase medium on the basis of the running time of an electromagnetic desired signal emitted in the multi-phase medium, having at least one emitting device for emitting the desired signal into the multi-phase medium, having at least one receiving device for receiving the desired signal, and having an evaluation device for determining the running time of the desired signal between the emitting device and the receiving device, and at least one polarization device arranged between the emitting device and the receiving device. The desired signal is emitted at least indirectly from the emitting device through the multi-phase medium to the polarization device, the polarization device influences the polarization of the desired signal and the polarization-influenced desired signal is emitted at least indirectly from the polarization device to the receiving device which receives it.

Device for determining the volume fraction of at least one component of a multi-phase medium

A dielectric antenna () having at least one supply element () and at least one lens () formed of a dielectric material. The dielectric antenna makes it possible to measure the surface of a medium with an essentially consistent measuring accuracy in that the lens () has an outer component () and an inner component (). The outer component () has a radiating surface () that is spherical and an inner surface () that is spherical, and the inner component () has a contact surface () that spherical. Furthermore, the antenna is usable as part of a fill level sensor operating on the radar principle.

Growing community of inventors

Hattingen, Germany

Christoph Baer