CONTROLS FOR VALVES

Brand Owner (click to sort) Address Description
CENTER LINE CRANE CHEMPHARMA & ENERGY CORP. 4526 Research Forest Drive, Suite 400 The Woodlands TX 77381 CONTROLS FOR VALVES;MANUALLY OPERATED METALLIC VALVES COATED WITH POLYMERS OR RUBBERS;
HYDRO-PNEU-TRONICS HYDRO-PNEU-TRONICS, INC. 18430 NOTTINGHAM ROAD CLEVELAND 19 OH CONTROLS FOR VALVES, MACHINE TOOLS, RECORDING SCALES AND MACHINERY CUTOUTS;
MARK CONTROLS CORPORATION Mark Controls Corporation 3400 Oakton Skokie IL 60076 CONTROLS FOR VALVES;UNIONS AND VALVES;CAP LEATHERS;APPLICANT DISCLAIMS THE WORDS CONTROLS AND CORPORATION APART FROM THE MARK AS SHOWN EXCEPT THAT APPLICANT DOES NOT GIVE UP HEREBY ANY COMMON LAW RIGHTS.;HYDRANTS, FAUCETS AND PARTS FOR WATER WELLS-NAMELY, WELL CAPS, AND WELL POINTS;
MARK CONTROLS CORPORATION MCC Mark Controls Corporation 3400 Oakton Skokie IL 60076 CONTROLS FOR VALVES;UNIONS AND VALVES;CUP LEATHERS;APPLICANT DISCLAIMS THE WORDS CORPORATION AND CONTROLS APART FROM THE MARK AS SHOWN EXCEPT THAT APPLICANT DOES NOT GIVE UP ANY COMMON LAW RIGHTS THAT IT HAS IN SAID WORDS.;HYDRANTS, FAUCETS AND PARTS FOR WATER WELLS-NAMELY, WELL CAPS AND WELL POINTS;
MARPAC M & FC HOLDING COMPANY, INC. 1105 NORTH MARKET STREET, SUITE 1300 WILMINGTON DE 19801 [Controls for Valves];In the statement, column 1, line 4, the identification of goods should be deleted and Unions and engineered metallic ball valves should be inserted, and line 7, the identification of goods should be deleted and Electronic and pneumatic controls for metallic valves should be inserted.;UNIONS AND ENGINEERED METALLIC BALL VALVES;
MCGRAW-EDISON MASONEILAN McGraw-Edison Company Elgin IL CONTROLS FOR VALVES; REGULATORS; LEVEL INSTRUMENTS AND THE LIKE; AND ACCESSORIES AND PARTS RELATED THERETO;VALVES;
 

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

    
Technical Examples
  1. A single pump fuel cell system is provided that has multiple valves that have selective positioning to control fluidic flow throughout a fuel cell system. One of the valves provides for high and low concentration fuel dosing. Another valve or series of valves controls an unreacted fuel recirculation loop leading from the fuel cell. Another valve or series of valves control condensate collection by the fuel cell system, and allows the purging of the anode recirculation loop. Each of the valves is selectable between various positions to place the fuel cell system in a desired operating mode. A heat exchanger may also be employed to dissipate heat as desired out of the fuel cell system. A concentration sensor can also be employed to aid in achieving a desired fuel concentration within the fuel cell system.