CONTROLLED VOLUME PUMPS

Brand Owner (click to sort) Address Description
CHEMAND Therma Corporation 1601 Las Plumas Avenue San Jose CA 951331613 Controlled volume pumps, electronic controls for motors, automatic valves, control valves for regulating the flow of gases and liquids, electronic valves for controlling gases or fluids, pressure sensors, fluid flow sensors, chemical sensors, liquid Level sensors, temperature sensors, contaminant sensors for use in detecting pollutants in chemicals, electromechanical controls for use in chemical handling processes, winemaking, and brewing, computer controlled systems, comprised primarily of computer hardware and software for use in controlling the hardware, for use in chemical handling processes, winemaking, and brewing, and parts therefor;Machines, namely, centrifugal pumps, compressed air pumps, electric pumps, pneumatic pumps, rotary pumps, suction pumps, electric motors for machines, pump motors, direct current motors, alternating current motors, valves for pumps, pump control valves, and parts therefor;
JUSTSWITCHON COMPACT DOSING SYSTEM DOSEURO S.r.l. Via Giosuè Carducci, 141 I-20093 Cologno Monzese (MI) Italy Controlled volume pumps; dosing valves [parts of machines]; pumps [machines]; pump diaphragms; pump control valves;JUST SWITCH ON COMPACT DOSING SYSTEM;The color(s) black and green is/are claimed as a feature of the mark.;
M ROY Milton Roy Company St. Petersburg FL Controlled Volume Pumps, Particularly for Metering Fluid or Slurry Flows in Chemical Processing Equipment;
MROY MILTON ROY 201 Ivyland Road Ivyland PA 18974 Controlled volume pumps, particularly for metering fluid or slurry flows in chemical processing equipment;MILTON ROY;
OMNISPENSE DWK LIFE SCIENCES 1501 N 10th St Millville NJ 08332 controlled volume pumps; laboratory equipment, namely, automatic fluid dispensers; laboratory equipment, namely, peristaltic pumps;OMNI DISPENSE;
PNEUROYAL Milton Roy Company St. Petersburg FL CONTROLLED VOLUME PUMPS;
PRECISION SYRINGE PUMP Chemyx Inc. 10905 Cash rd Stafford TX 77477 Controlled volume pumps;
RAZEL Mansfield Research & Development 166 Industrial Park Road Fairfax VT 05454 Controlled volume pumps;
VIVOCHIP Newormics 1512 West 29th St. Austin TX 78703 Controlled volume pumps; Electrical equipment for the genetic modification of cells for research purposes; High-pressure pumps for proportioning and testing purposes; Medical imaging apparatus for small animals, in a research laboratory environment; Medical laboratory research instruments for testing Celegan levels in organic materials, namely tissue; Research laboratory analyzers for measuring, testing and analyzing blood and other bodily fluids;VIVO CHIP;
VIVOCUBE Newormics 1512 West 29th St. Austin TX 78703 Controlled volume pumps; Electrical equipment for the genetic modification of cells for research purposes; Electronic apparatus and instruments for controlling, adjusting and testing of drives and motors; Electronic valves for controlling gas or fluids; High-pressure pumps for proportioning and testing purposes; Medical imaging apparatus for small animals, in a research laboratory environment; Medical laboratory research instruments for testing Celegan levels in organic materials, namely tissue; Research laboratory analyzers for measuring, testing and analyzing blood and other bodily fluids; Wireless controllers to monitor and control the functioning of other electronic devices;VIVO CUBE;
WRS KGBAL USA 493 Mission Street Carol Stream IL 60188 Controlled volume pumps;
 

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

    
Technical Examples
  1. The invention relates to a method for improving the control behavior of motor vehicle control systems such as ABS, ESP, etc. comprising electrically driven hydraulic pumps, inlet and outlet valves and low-pressure accumulators, wherein the low-pressure accumulators accommodate, at least in part, pressure fluid that is discharged from wheel brakes in a control operation, wherein the hydraulic pumps are used to return the pressure fluid into a master cylinder, in particular tandem master cylinder, wherein the delivery behavior of the hydraulic pumps is controlled in dependence on pressure values, and wherein the actuation of the hydraulic pumps takes place in conformity with demand, i.e. by evaluating slip variation, wherein in a pressure increase phase, the pressure fluid is intermediately stored in the low-pressure accumulators and there is no return delivery of the pressure fluid into the master cylinder until either a pressure increase phase or pressure buildup commences, or a critical filling level of the low-pressure accumulator necessitates actuation of the hydraulic pumps for safety reasons, with the result of balancing the volume flow demand and the delivery volume flow and thus achieving a reduction of vibrations of the brake pedal. Further, the invention relates to a computer program product defining an algorithm that comprises a method for improving the control behavior of motor vehicle control systems.