CONTROL SYSTEMS CONTROL APPARATUS

Brand Owner (click to sort) Address Description
FANTRONIC PCS Process Control Systems GmbH Gesellschaft fur Steuerunge-und 79115 Freiburg Germany CONTROL SYSTEMS AND CONTROL APPARATUS, NAMELY ELECTRONIC CONTROLS FOR CLIMATIC CEILINGS OR FILTER CEILINGS;FRAN TRONIC;AIR CONDITIONERS;
INNOTECH Mass Electronics Pty Ltd Brisbane Technology Park Australia Control systems and control apparatus, namely, climate control systems consisting of air conditioning, heating, ventilating, cooling, and lighting apparatus; Computer programmes for controlling climate control systems; Data processing devices; Electric control devices for energy management; Digital control devices for electric machinery; Programmable electronic control devices for electric machinery; Electronic apparatus and equipment, namely, digital thermostats, drying control devices, diagnostic apparatus for identifying air purity; Structural and replacement parts therefor; Computer hardware; Computer software, namely, software for the programming of control hardware, software for monitoring and the manipulation of control hardware, software for integrating climate control systems to third party protocols, software for supervisory control and data acquisition (SCADA) systems, software for interrogating databases, software for energy billing, software for configuring Ethernet hardware, software for web based SCADA solutions to display status, to monitor, and to control air conditioning, heating, ventilation, cooling, and lighting, and software for retrieving energy data from hardware;Color is not claimed as a feature of the mark.;Computer software design; Computer software programming for others; Computer system design and analysis; Computer hardware and software consultancy in the field of design and development;
 

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

   
Technical Examples
  1. In a synchronization system adopted in a synchronous-multisystem control apparatus comprising a plurality of systems operating synchronously with each other at a fixed control period, the synchronous-multisystem control apparatus can be operated in a single-system mode in the event of failures occurring simultaneously in some of the systems.