Pro-micron Gmbh

Cyberschmiede Gmbh

Robominds Gmbh

Rietzler, Manfred

Manfred Rietzler

Rainer Wunderlich

Roland Sopper

Andreas Däubler

Tobias Rietzler

Joachim Benjamin Sahler

A motor or work machine having a housing part, a stator element, a rotor element with a monitoring device for monitoring a state parameter of the rotor. The monitoring device includes a sensor unit contains a coupling element and a conductor structure, SAW sensor element connecting the aforementioned elements, and a query unit. The query unit preferably operates according to the S-FSCW principle. The unit has a signal generator for generating query signals and a coupling structure. The coupling structure is positioned along an air gap formed between the rotor element and stator element or a section of the housing covered by the coupling element when the rotor element is rotated. The positioning is such that a coupling is enabled between the coupling structure and the coupling element for signal transmission over the air gap. The query unit has an evaluation circuit for evaluating received response signals.

Status monitoring for a rotating element of a motor or work machine, more particularly for the rotor of an electric motor

The invention relates to an RFID tag () for being fastened to a textile (), the RFID tag () having a transponder unit (), which is attached to a bendable carrier material () and has an integrated circuit () having a conductor structure () electrically connected via contact surfaces (). The carrier material () is designed as a conductor structure () having a longitudinal slot (), which separates the contact surfaces () of opposite polarity from each other, the carrier material () being strip-shaped and having a length (L)-to-width (W) ratio which is a multiple of ten of the width. Furthermore, the invention relates to a method for fastening the RFID tag () to a textile ().

RFID tag for being fastened to a textile

The invention relates to a method for handling products () using an automation system and to an automation system (), the products being captured by means of an imaging sensor () of a control device () of the automation system and being handled by means of a handling mechanism () of a handling device () of the automation system, the control device processing sensor image data from the imaging sensor and controlling the handling device as specified by training data sets contained in a data memory () of the control device, the training data sets comprising training image data and/or geometric data and control instructions associated therewith, the training data sets being generated, as a statistical model, exclusively from geometric data contained in the training image data of products, by means of a computer using a computer program product executed thereon, the training data sets being transmitted to the control device.

Automation system and method for handling products

The invention relates to a method for transmitting information between a plurality of mobile devices which are disposed in a shared network and which are connected to each other via a network server device, wherein a data set transfer from at least two transmitting mobile devices to the network server device takes place, the transferred data sets being data sets individually generated on the transmitting mobile devices, and subsequently a data set transfer from the network server device to at least one receiving mobile device takes place, wherein for forming an output data set sequence for the display of the data sets or the news posts on the receiving mobile device, the sequence of the data sets is changed depending on the relative position of the transmitting mobile devices to the receiving mobile device.

Growing community of inventors

Bangkok, Thailand

Manfred Rietzler