PROCESS CONTROL SYSTEMS

Brand Owner (click to sort) Address Description
HUPPMANN GEA Brewery Systems GmbH Heinrich-Huppmann-Str. 1 Kitzingen 97318 Germany [ Process control systems for brewery machines comprising system operating software and software for the operation of the brewery machines; electronic, computerized and mechanical hops dosing apparatus sold as a unit; cleaning-in-place (CIP) self cleaning separators, namely, a sanitary tool for measuring the concentrations of acid, water and leach utilized in cleansing and sanitizing brewery vessels ];In the statement, Column 1, lines 1 - 4 should be deleted, and HUPPMANN AG (GERMANY CORPORATION) HEINRICH-HUPPMANN-STRASSE 1 KITZINGEN, GERMANY D-97318 should be inserted.;[ Traveling cranes, spent grain conveyors, water and brine agitators, mechanical mixing machines, malt and raw grain cleaning machines, installations for transport of malt and raw grain, namely, malt miller rollers with shaking screens, crushing mills, lauter tuns, namely, cleaning vats with incorporated loosening devices, and refrigerant compressors, namely, open, screw, turbo, semi-hermetically and hermetically sealed compressors; and mechanical hops dosing machines ];Metal containers, namely, vats and bright beer tanks, buffer-tanks, metal shipping containers, metal silos for spent grains, can thawing, tipping and filling vessels, and wort coppers made of metal;HUPPMANN;Color is not claimed as a feature of the mark.;[ Brewery machinery, namely, mash vessels with steam and/or hot water heating zones, mash cookers, namely, internal boilers for use with mash preparation vessels or as external boilers; wort kettles with integrated heating zones, wort boilers, namely, internal boilers for use with treatment vessels, or as external boilers arranged for the heating and boiling of worts outside the treatment vessels; wort kettles containing a heating element for wort aeration; vapor compressors and condensers for the condensation of vapors discharged during the boiling of wort and mash in the mash vessels; brew house whirlpools; plate heat exchangers for wort cooling; wort pipes for the addition of yeast; ice water production machines; cooling pumps and heat pumps for breweries, malt houses, abattoirs, dairies, the chemical industry, cold stores, artificial ice skating rinks, swimming pools, ice makers, especially block ice makers and flake ice makers, champagne and wine cellars and distilleries; carbon dioxide condensation tanks; condensers, namely, air-cooled, evaporative and water-cooled condensers, also with water cooling tower; oil separators for cleaning and separating oil from water; shell and tube condensers; refrigerant-cooled tanks; evaporators and vertical tube evaporators for brine cooling; block ice makers; ice chutes; buffer tanks and equalizers, namely, short term storage tanks with heating and cooling elements, refrigeration tanks for cooling of air, liquid and solid substances, also with air coolers defrostable by hot gas; electric heat rods for warm brine; installations for tank jacket cooling, namely, pocket-shaped vessels on the tank jacket for holding a liquid or vaporous medium; cooling towers; lauter tun equipped with a filter bed for the separation of solids from a liquid ];[ Technical consultation in the field of brewage ];
HUPPMANN Huppmann AG Heinrich-Huppmann-Strasse 1 Kitzingen D-97318 Germany [ Process control systems for brewery machines comprising system operating software and software for the operation of the brewery machines; electronic, computerized and mechanical hops dosing apparatus sold as a unit; cleaning-in-place (CIP) self cleaning separators, namely, a sanitary tool for measuring the concentrations of acid, water and leach utilized in cleansing and sanitizing brewery vessels ];In the statement, Column 1, lines 1 - 4 should be deleted, and HUPPMANN AG (GERMANY CORPORATION) HEINRICH-HUPPMANN-STRASSE 1 KITZINGEN, GERMANY D-97318 should be inserted.;[ Traveling cranes, spent grain conveyors, water and brine agitators, mechanical mixing machines, malt and raw grain cleaning machines, installations for transport of malt and raw grain, namely, malt miller rollers with shaking screens, crushing mills, lauter tuns, namely, cleaning vats with incorporated loosening devices, and refrigerant compressors, namely, open, screw, turbo, semi-hermetically and hermetically sealed compressors; and mechanical hops dosing machines ];Metal containers, namely, vats and bright beer tanks, buffer-tanks, metal shipping containers, metal silos for spent grains, can thawing, tipping and filling vessels, and wort coppers made of metal;HUPPMANN;Color is not claimed as a feature of the mark.;[ Brewery machinery, namely, mash vessels with steam and/or hot water heating zones, mash cookers, namely, internal boilers for use with mash preparation vessels or as external boilers; wort kettles with integrated heating zones, wort boilers, namely, internal boilers for use with treatment vessels, or as external boilers arranged for the heating and boiling of worts outside the treatment vessels; wort kettles containing a heating element for wort aeration; vapor compressors and condensers for the condensation of vapors discharged during the boiling of wort and mash in the mash vessels; brew house whirlpools; plate heat exchangers for wort cooling; wort pipes for the addition of yeast; ice water production machines; cooling pumps and heat pumps for breweries, malt houses, abattoirs, dairies, the chemical industry, cold stores, artificial ice skating rinks, swimming pools, ice makers, especially block ice makers and flake ice makers, champagne and wine cellars and distilleries; carbon dioxide condensation tanks; condensers, namely, air-cooled, evaporative and water-cooled condensers, also with water cooling tower; oil separators for cleaning and separating oil from water; shell and tube condensers; refrigerant-cooled tanks; evaporators and vertical tube evaporators for brine cooling; block ice makers; ice chutes; buffer tanks and equalizers, namely, short term storage tanks with heating and cooling elements, refrigeration tanks for cooling of air, liquid and solid substances, also with air coolers defrostable by hot gas; electric heat rods for warm brine; installations for tank jacket cooling, namely, pocket-shaped vessels on the tank jacket for holding a liquid or vaporous medium; cooling towers; lauter tun equipped with a filter bed for the separation of solids from a liquid ];[ Technical consultation in the field of brewage ];
MACHINE TRIGGER HIGH YIELD TECHNOLOGY, INC. 800 MAUDE AVENUE MOUNTAIN VIEW CA 94043 process control systems, comprising of circuit boards, cables and connection boxes;In the statement, Column 1, before line 1, HIGH YIELD TECHNOLOGY, INC. should be inserted.;
TDC 2000 HONEYWELL INC. Minneapolis MN Process Control Systems, Consisting of Microprocessing Controllers, Analog Modules, Cathode Ray Terminals for Various Process Control Applications;Applicant disclaims TDC apart from the mark as shown.;
TDC 3000 Honeywell International Inc. 855 S. Mint Street Charlotte NC 28202 PROCESS CONTROL SYSTEMS, CONSISTING OF MICROPROCESSING CONTROLLERS, ANALOG MODULES, CATHODE RAY TERMINALS FOR VARIOUS PROCESS CONTROL APPLICATIONS;TDC;
 

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

   
Technical Examples
  1. A transactional data communications system and method communicates information within an enterprise having a process control system and a plurality of information technology systems that are communicatively coupled to the process control system via a web services interface and a transactional information server. The system and method generates transactional process control information and formats the transactional process control information based on an extensible markup language input schema to form formatted transactional process control information. The system and method sends the formatted transactional process control information to the transactional information server via the web services interface and maps the formatted transactional process control information to an extensible markup language output schema associated with one of the plurality of information technology systems to form mapped transactional process control information. The system and method then sends the mapped transactional process control information to the one of the plurality of information technology systems.