INTERCOMMUNICATION EQUIPMENT

Brand Owner (click to sort) Address Description
GRAYSTONE ELBEX AMERICA (N.Y.), INC. 300 CORPORATE DRIVE BLAUVELT NY 10913 INTERCOMMUNICATION EQUIPMENT, NAMELY, TELEVISION, ELECTRICAL CIRCUITS, INTERCOMS, SURVEILLANCE SYSTEMS COMPRISING CAMERAS, TELEVISION MONITORS, DOOR OPENERS, ELECTRICAL LOCKS, AND ELECTRICAL CIRCUITS THEREFOR;GRAY STONE;
GRAYSTONE Elbex Video Ltd. 1-11 Nishi Gotanda, 8-Chome Shinagawa-Ku Tokyo 141-0031 Japan Intercommunication equipment, namely, television, electrical circuits, intercoms, surveillance systems comprising cameras, television monitors, door openers, electrical locks, and electrical circuits therefore;GRAY STONE;
HELIXNET HME CLEAR-COM LTD. 7400 BEACH DRIVE, IQ CAMBRIDGE CAMBRIDGE CB25 9TP United Kingdom Intercommunication equipment, namely, intercoms, and intercommunication systems comprised of main stations, speaker stations, beltpacks, interface modules, control stations, digital panels and mountings; computer software for setting up and configuring intercom systems; electric control panels for intercommunication equipment and systems;HELIX NET;
HELIXNET Vitec Group Communications Limited 7400 Beach Drive, IQ Cambridge Cambridge CB259TP United Kingdom Intercommunication equipment, namely, intercoms, and intercommunication systems comprised of main stations, speaker stations, beltpacks, interface modules, control stations, digital panels and mountings; computer software for setting up and configuring intercom systems; electric control panels for intercommunication equipment and systems;HELIX NET;
TOUCHDIAL CONNECTICUT CONSOLIDATED INDUSTRIES, INC. 34 CAMBRIDGE ST. MERIDEN CT 06450 INTERCOMMUNICATION EQUIPMENT;
 

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

    
Technical Examples
  1. A method is used for generating a system protocol for control and/or monitoring equipment for one or more machines and/or processes. The equipment comprises a number of modules which can communicate with each other via a serial digital connection in accordance with said system protocol. A first memory location is fed with first data concerning a base protocol and is also supplied with second data concerning one or more additional protocols which indicate possible basic functions for the mutual relationship of the modules in the intercommunication. A second memory location receives third data concerning a base protocol and can also be supplied with fourth data concerning one or more additional protocols which indicate desired basic functions for the mutual relationship of the modules in the intercommunication. The system protocol is based on first, second, third and fourth data in said first and second memory locations.