Vega Grieshaber Kg

Juergen Skowaisa

Clemens Hengstler

Josef Fehrenbach

Thomas Deck

Juergen Motzer

Klaus Kienzle

Christian Sum

Holger Sack

The invention is a measuring arrangement for measuring a fill level in a container with a radar level gauge according to the delay principle, which comprises an adaptation for reducing electromagnetic radiation reflected by the surfaces of the wall of the container as well as a method for optimizing the adaptation and for reducing stray radiation, for example radiation reflected by the container walls, with here display devices indicating if stray radiation is sufficiently reduced.

Arrangement for determining and displaying the optimal material thickness when measuring fill levels using radar sensors

A portable device for orienting a level measuring instrument on a container is provided. The device can be placed on a surface of the instrument. The device includes a tilt sensor configured to determine an inclination of the device and an inclination of the instrument; a processor configured to determine an alteration that is required in an orientation of the instrument on the basis of the inclination of the instrument, a dimension of the container, and a position of the instrument relative to the container, or on the basis of an angle of inclination to be set for the instrument on the container. The alteration in the orientation of the instrument can be displayed on a display device of the device. A level measuring system and a method for using a portable device to orient a level measuring instrument on a container are also provided.

Portable device for orienting a fill-level measuring device on a container

Arrangement and method for determining and displaying the optimal material thickness when measuring fill levels using radar sensors

In order to determine a level and the flow speed of a medium, FMCW transmission signals and CW transmission signals are emitted alternately. Using the Doppler effect, the flow speed of the medium can be determined from the reflected CW signal. The level is determined from the reflected FMCW signal.

Universal measurement data acquisition in water

A mounting bracket is adapted for mounting a field device, as well as to a field device that for the purpose of attachment to a mounting surface comprises such a mounting bracket. The mounting bracket comprises (a) a first bracket strap which includes a first rotary bearing, (b) a second bracket strap, spaced apart from the first bracket strap by a space, including a second rotary bearing and (c) at least one movable lock on one of the two bracket straps. The rotary bearings are designed to articulate on two opposing sides of a field device that may be arranged in the space so that the field device may be rotated, on an imaginary axis that extends through the space, from a first angle position to a second angle position. The lock is designed to engage the field device in order to in this way resist a torque of the field device in that the lock converts the torque to a pair of forces which is removable by way of one of the rotary bearings and by way of the lock itself.

Growing community of inventors

Schiltach, Germany

Juergen Skowaisa