Vega Grieshaber Kg

Gerd Ohmayer

Holger Gruhler

Joern Jacob

Thomas Deck

Holger Staiger

Martin Mellert

Johannes Falk

Jörn Jacob

Jochen Grischkat

Daniel Schrempp

Jacob Jörn

An oscillating device for a fill-level measurement system includes a drive element in operative connection with a diaphragm. The drive housing receives the drive element at an open-ended front side and includes a first housing part and a second housing part in an operative axially interfitting arrangement proximate the drive element. A flexible conductor in operative connection joins the drive element and extends in a sung-fit arrangement between the first housing part and the second housing part providing improved operative performance.

Oscillating device for a fill-level measurement system and a method for assembling the same

A layout arrangement and system consisting of a piezoactuator and a flexible circuit board, with at least one electrical and mechanical connection, produced by an electrically conducting adhesive, between a first connection contact on the circuit board and a second connection contact on the piezoactuator, wherein the connection is led through an opening in the flexible circuit board and wherein the surfaces of the connection contacts that are glued together have an essentially parallel and equally oriented normal vector, and a method for assembling and arranging the same.

Layout system consisting of a piezoactuator and a flexible circuit board and method for assembling the same

A fill-measuring device for determining and/or monitoring the fill level of a container, includes: a membrane () which can be caused to vibrate; a rigid membrane rim () in which the membrane () is disposed; a drive device () having a drive end face () to impel the membrane () into vibration, and/or to convert vibrations of the membrane () into an electrical signal; and an attaching device () for attaching the drive device () to the membrane rim (); wherewith, according to the invention: a part of the attaching device () is disposed in a region extending between the membrane () and the drive end face () of the drive device (); and at least one pressure transmission element () is disposed between the membrane () and the drive end face () of the drive device (), in a manner such that the membrane () and the drive end face () are coupled together for purposes of transmission of vibration.

Measuring device for determining and/or monitoring the amount of contents in a container

The invention relates to a filling level and/or limit level measuring device having

Filling level and/or limit level measuring device with flexible connecting piece

An electronics insert arrangement for a measuring device includes an electronics insert and an electronics module. The electronics insert includes a first attachment device and a first interface. The electronics module includes a second attachment device and a second interface. For coupling the electronics module to the electronics insert, the first attachment device and the second attachment device can be brought to engage each other such that a space between the first interface and the second interface remains essentially constant when the electronics insert moves. The electronics insert is equipped to carry out processes of a first functionality, and the electronics module is equipped to carry out processes of a second functionality.

Electronics insert arrangement for a measuring device housing

The invention relates to a level meter () with an outer oscillating body () and an inner oscillating body (), which bodies are coaxially positioned relative to a longitudinal axis (X), with a drive and reception device () for exciting an oscillation in the oscillating bodies or for detecting an oscillation in the oscillating bodies, with a diaphragm () for elastically coupling one of the oscillating bodies (), and with a clamping device () for clamping the drive and/or reception device () against the oscillating bodies. The level meter is advantageously characterized by the diaphragm (), which runs in a lateral direction relative to the longitudinal axis (X) of the outer oscillating body () and on the outside passes into a transitional element (), said transitional element () being positioned between the drive and/or reception device and the inner oscillating body for the purpose of transmitting the oscillations between the drive and/or reception device and the inner oscillating body, and said transitional element () running in part, with one wall (), in a lateral direction adjacent to the diaphragm (); the clamping device, which clamps the diaphragm () and the drive and/or reception device in such a way that the drive and/or reception device is clamped against the transitional element; and a gap (s) between the adjacent walls () of the diaphragm () and of the transitional element (). The design and dimensions of the gap permit the free oscillation of the diaphragm vis-a-vis the transitional element. At the same time, when strong lateral displacing forces are exerted on the outer oscillating body, the diaphragm will come up against the adjacent wall due to the smaller dimensions of the gap, with the result that a plastic deformation of the diaphragm is avoided. Also prevented is the disengagement of the drive and/or reception device.

Level meter

The invention relates to a level meter with two oscillating bodies () positioned one inside the other. An equalizing body () is positioned in the interior () of the inside oscillating body (). The equalizing body () exhibits a section () that is at least in part elastic, such that the outer diameter (ds*) of the elastic section in relaxed condition is greater than the inner diameter (dgi) of the interior (). This provides a good coupling and, at the same time, protection against displacement for the equalizing body () relative to the inside oscillating body (). For supplemental adjustment of the equalizing body (), the latter is provided with an outside thread (), which engages with an inside thread () belonging to the interior (). A slot () for adjusting the equalizing body () is accessible via an access opening (); the access hole () runs in the rearward direction, through the individual components of the level meter (), including the drive and/or receiving device ().

Growing community of inventors

Haslach, Germany

Gerd Ohmayer