ELECTRONIC CONTROLS SENSORS

Brand Owner (click to sort) Address Description
CAKEGUARD GEA Westfalia Separator Group GmbH Werner-Habig-Str. 1 59302 Oelde Germany Electronic controls and sensors for use with decanters; software and mobile apps for use with decanters as well as for use with electronic controls and sensors used with decanters; measuring, signaling, detecting, checking and control apparatus and instruments for use with decanters;Installation, maintenance, retrofitting and repair of controls and sensors as well as measuring, signaling, detecting, checking and control apparatus and instruments for decanters; advisory and information services with respect to the aforementioned services;CAKE GUARD;Development, design, implementation, maintenance, repair and up-dating of software, apps and digital algorithms for decanters as well as for their controls and sensors; technical development and design of controls and sensors as well as measuring, signaling, detecting, checking and control apparatus and instruments for decanters; quality control relating to controls and sensors for decanters, software, mobile apps and digital algorithms for decanters as well as for their controls and sensors, measuring, signaling, detecting, checking and control apparatus and instruments for decanters; advisory and information services with respect to the aforementioned services;
T AND D AUTOMATION MSX, Inc. 1302 High Street South Bend IN 46601 electronic controls and sensors for controlling capacitor banks and line sectionalizers for use in the area of electrical utilities;
TRANSMISSION AND DISTRIBUTION AUTOMATION MSX, Inc. 1302 High Street South Bend IN 46601 electronic controls and sensors;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A self-running robot tracking and imaging a human body with an inexpensive arrangement includes: first to fourth sensors; a camera; a driving device moving the first to fourth sensors and camera simultaneously; a rotary encoder detecting that the first to fourth sensors and camera have stopped; a control unit which, upon detection of a heat source by one of the first to fourth sensors, controls the driving device such that the camera turns to the direction which the sensor detecting the heat source faced, and controls the camera so as to image an object after the camera has stopped, and controls the driving device such that the first to fourth sensors remain stationary for 3 seconds after the camera has stopped irrespective of whether a heat source is detected.