GAS FLOW METERS

Brand Owner (click to sort) Address Description
ALPHAGAZ LIQUID AIR CORPORATION 2121 NORTH CALIFORNIA BLVD. WALNUT CREEK CA 94596 GAS FLOW METERS, REGULATORS, GAS CONTROL AND DISTRIBUTION PANELS, MASS FLOW METERS AND CONTROLLERS, ROTOR METERS, PURGE METERS, GAS CYLINDER WEIGHING SCALES, GAUGES, AIR/GAS SAMPLING BAGS, CONTROLLER TRANSDUCERS, GAS PURIFIERS, GAS FILTERS, GAS DETECTION PROPORTIONERS, AND ROTOMETERS;ALPHA GAUZE;
CEMFLOW Monitoring Solutions, Incorporated 4404 Guion Rd Indianapolis IN 46254 Gas flow meters; Gas flow monitors;CEM FLOW;
DEXFLOW Dexen Telemetry 9220 Norwalk Blvd. Santa Fe Springs CA 90670 Gas flow meters; device for measuring gas flow to gas appliances;DEXEN FLOW;
FLOWTWIN SICK Engineering GmbH Bergener Ring 27 01458 Ottendorf-Okrilla Germany Gas flow meters; ultrasound gas meters; liquid velocity flow meters; liquid flow meters and ultrasound liquid flow meters; downloadable and recorded computer software for operating ultrasound gas meters and for ultrasound liquid meters; downloadable application software for calibration and data evaluation of flow meters;FLOW TWIN;
GASMET ARGUS ELECTRONIC DEVELOPMENT LTD. 4607 N. KEDZIE AVE. CHICAGO IL 60625 GAS FLOW METERS; IT IS HEREBY CERTIFIED THAT THE ABOVE IDENTIFIED REGISTRATION IS IN ERROR REQUIRING CORRECTION AS FOLLOWS: #IN THE STATEMENT, COLUMN 001, LINE 001 , LTD. SHOULD BE DELETED AND INCORPORATED SHOULD BE INSERTED. #THE SAID REGISTRATION SHOULD READ AS CORRECTED ABOVE.;
IFLOW KOPA TECH LIMITED NUMBER 12004360 THE ST BOTOLPH BUILDING, 138, HOUNDSDITCH LONDON EC3A 7AR United Kingdom Gas flow meters;The mark was first used in commerce in a different form other than that sought to be registered at least as early as 01/09/2018;The mark was first used anywhere in a different form other than that sought to be registered at least as early as 01/01/2017;The name(s), portrait(s), and/or signature(s) shown in the mark does not identify a particular living individual.;I FLOW;The wording iflow has no meaning in a foreign language.;
IFLOW Kopa Technologies Inc 3rd Floor Standard Chartered Tower Cyber City, Ebene 00000 Mauritius Gas flow meters;The mark was first used in commerce in a different form other than that sought to be registered at least as early as 01/09/2018;The mark was first used anywhere in a different form other than that sought to be registered at least as early as 01/01/2017;The name(s), portrait(s), and/or signature(s) shown in the mark does not identify a particular living individual.;I FLOW;The wording iflow has no meaning in a foreign language.;
MC3 NATURAL GAS SOLUTIONS NORTH AMERICA 16240 Port Northwest Drive Houston TX 77041 Gas flow meters; gas metering equipment in the nature of electronic volume correctors for correcting volume measurements made on gas flow meters; gas metering equipment, namely, volume correctors for use with gas flow meters;MC THREE;
PARAMOUNT SAGE METERING, INC 8 Harris Ct Ste D1 Monterey CA 93940 Gas flow meters;
RANGER MAXON CORPORATION 201 East 18th Street Muncie IN 47307 GAS FLOW METERS;
SOLAYER Solayer GmbH Sachsenallee 28 Kesselsdorf 01723 Germany Gas flow meters, electric voltage transformers, current converters for monitoring, controlling and regulating pressure, gas flow, voltage, current, power, plasma emission spectrum, temperature, and for measurement of substrate output, namely, film thickness, electric conductivity, optical transmission, optical reflectivity, and computing, monitoring and regulating equipment for controlling the aforementioned measurements during the coating process; vacuum coating apparatus for coating glass substrates, namely, a vacuum vessel, vacuum pumps, a glass substrate loading mechanism, a glass substrate carrier, a carrier transportation mechanism and controllers all of the foregoing as components of glass coating machines; laboratory apparatus for glass storage and transport, namely, glass carriers, glass driers for laboratory purposes; cathode-ray tubes; laboratory apparatus using microwaves, namely, microwave generators used for surface treatment purposes, microwave plasma generators, microwave ovens all of the foregoing for laboratory use; glass carrying an electrically conducting layer on one or two faces, namely, coated glass for architecture purposes and mirrors, all of the foregoing sold as a feature of photovoltaic cells; cathode sputtering systems for machines for thin-film coating composed of a vessel, cathodes, a substrate holder, means for transportation of the substrate through the vessel, namely, motors, motor drives, rotary motion vacuum feedthroughs, toothed belts, chains, wheels and controllers; parts and components for the manufacture and processing of materials and elements made from ultra-pure substances, in particular for solar panel fabrication, namely, pumps, filters, purging circuits, transfer chambers, ultra-pure sputter targets, and ultra-pure gas sources all sold as a component of fabrication equipment for solar panels for the production of energy;Machines for coating products, namely, coating machines for use in coating solar cells and glass; machines for encapsulating products, namely, encapsulation machines; equipment in the nature of plasma sources, evaporators, deposition chambers, vacuum pumps, substrate carriers, carrier transport mechanisms and controllers for physical vapor deposition, chemical vapor deposition, plasma vapor deposition, plasma enhanced deposition and atomic layer deposition for use on metals, semiconductors and dielectrics not for use in research; installations for processing semiconductors, in particular for processing semiconductors in a vacuum, namely, vacuum systems comprising deposition equipment, heating equipment, annealing equipment and structuring equipment for processing semiconductors not for use in research; machinery for transporting or processing or providing photoelectric elements, namely, transportation systems comprised of motor drives, rollers, conveyor belts, and carriers, or ion sources, plasma sources, evaporators, sputter sources, electrical and optical process monitors; machines and machine components, namely, chemical and physical processing equipment in the nature of Vacuum Physical Vapor Deposition (PVD) machines, Vacuum Plasma Activated Chemical Vapor Deposition (PACVD) machines, and ion and plasma treating equipment in the nature of Plasma Cleaning Systems comprised of a plasma source and cleaning chamber, Ion Beam Cleaning Systems comprised of an ion source and cleaning chamber all of the foregoing for treating metallic, organic and mineral substrates in a vacuum for manufacturing thin optical, transparent, solar-technology and wear-resistant coatings; equipment for the vaporization of materials for the production of the aforesaid coatings, namely, equipment for evaporation, sputtering equipment, heating equipment for vaporizing various materials in the nature of metals, oxides, nitrides, semiconductors, and organic precursors all sold as a component of coating machines for use in coating solar cells and glass;The wording SOLAYER has no meaning in a foreign language.;Engineering services in the field of photovoltaic panels and photovoltaic installations;
SOLAYER Solayer GmbH Sachsenallee 28 Kesselsdorf 01723 Germany Gas flow meters, electric voltage transformers, current converters for monitoring, controlling and regulating pressure, gas flow, voltage, current, power, plasma emission spectrum, temperature, and for measurement of substrate output, namely, film thickness, electric conductivity, optical transmission, optical reflectivity, and computing, monitoring and regulating equipment for controlling the aforementioned measurements during the coating process; vacuum coating apparatus for coating substrates, namely, a vacuum vessel, vacuum pumps, a glass substrate loading mechanism, a glass substrate carrier, a carrier transportation mechanism and controllers all of the foregoing as components of glass coating machines; laboratory apparatus for substrate storage and transport, namely, glass substrate carriers, glass substrate driers for laboratory purposes; substrates carrying an electrically conducting layer on one or two faces, namely, coated glass for architecture purposes and mirrors, all of the foregoing sold as a feature of photovoltaic modules; magnetron sputtering systems for machines for thin-film coating comprised of a vessel, cathodes, a substrate holder, means for transportation of the substrate through the vessel, namely, motors, motor drives, rotary motion vacuum feedthroughs, toothed belts, chains, wheels and controllers; parts and components for the manufacture and processing of materials and elements made from ultra-pure substances, in particular fabrication of parts for precision optics and semiconductor industry, namely, pumps, filters, purging circuits, transfer chambers, ultra-pure sputter targets, and ultra-pure gas sources all sold as a component of fabrication equipment for the production of energy;Machines for coating products, namely, machines for use in coating and surface treatment of parts for precision optics, displays, photovoltaic modules, energy-efficient glass, automotive and emerging industry application; equipment in the nature of plasma sources, evaporators, deposition chambers, vacuum pumps, substrate carriers, carrier transport mechanisms and controllers for physical vapor deposition, chemical vapor deposition, plasma vapor deposition, plasma enhanced deposition and atomic layer deposition for use on metals, semiconductors and dielectrics not for use in research; installations for processing metals, semiconductors and dielectrics in particular for processing these materials in a vacuum, namely, vacuum systems comprising deposition equipment, heating equipment, annealing equipment and structuring equipment for processing semiconductors not for use in research; machinery for transporting or processing or providing substrates for coating or surface treatment, namely, transportation systems comprised of motor drives, rollers, conveyor belts, and carriers, or ion sources, plasma sources, evaporators, sputter sources, electrical and optical process monitors, flash lamp annealing modules; machines and machine components, namely, chemical and physical processing equipment in the nature of Vacuum Physical Vapor Deposition (PVD) machines, Vacuum Plasma Activated Chemical Vapor Deposition (PACVD) machines, and ion and plasma treating equipment in the nature of Plasma Cleaning Systems comprised of a plasma source and cleaning chamber, Ion Beam Cleaning Systems comprised of an ion source and cleaning chamber all of the foregoing for treating metallic, semiconductive, and dielectric substrates in a vacuum and process gas atmosphere for manufacturing thin coatings and surface treated substrates; equipment for the vaporization of materials for the production of the aforesaid coatings, namely, equipment for evaporation, sputtering equipment, heating equipment for vaporizing various materials in the nature of metals, oxides, nitrides, semiconductors, and organic precursors all sold as a component of coating machines for use in coating solar cells and glass;SO LAYER;Engineering services in the field of thin film technology and surface treatment;
THE HARRIS PRODUCTS GROUP LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 Gas flow meters, consumable welding electrodes; welding consumables, namely, metal electrodes;Gas operated cutting torches; laser gas delivery systems for use in welding comprised of gas tank, pressure regulator, gas-flow regulator, and hose;Welding wire; blazing alloys; wire; welding consumables, namely, metal welding wire; soldering wire of metal; welding consumables, namely, alloys, rods, flux, wire, and solder;[ Metal welding flux ];Gas regulators used in connection with welding; gas regulators;THE AND PRODUCTS GROUP;
TORRID PHOTON CONTROL INC. #130 13500 Verdun Place Richmond BCV6V1V2 Canada Gas flow meters;
 

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

   
Technical Examples
  1. Volumetric flow meters, volumetric flow controllers, mass flow meters, and mass flow controllers using a transverse laminar flow assembly are described. The flow assembly may be constructed from a plurality of open and/or closed slices or layers stacked upon one another and held together in compression by through bolts or another means. Meter or flow controller accuracy may be aided by use of flow conditioning features preceding an axial bore of the transverse flow assembly including one or more of a deflector, filter and nozzle.