VALVE TESTING EQUIPMENT PRESSURE

Brand Owner (click to sort) Address Description
CALDER CLIMAX PORTABLE MACHINE TOOLS, INC. 2712 East Second Street Newberg OR 97132 valve testing equipment for pressure testing valves; valve testing equipment for leak testing valves; valve testing equipment, namely, metal enclosures for pressure and leak testing valves; computer hardware and software sold as a component of valve testing equipment for pressure testing valves; control console sold as an integral component of valve testing equipment for pressure testing valves; mobile hydrostatic pump systems comprising a control panel for pressure testing valves and a hydraulic pump;
HYDROPRO CLIMAX PORTABLE MACHINE TOOLS, INC. 2712 East Second Street Newberg OR 97132 valve testing equipment for pressure testing valves; valve testing equipment for pressure testing valves used in the oil and gas, military, power generation, chemical processing, valve manufacturing, and valve service industries;
QUICK SET CLIMAX PORTABLE MACHINE TOOLS, INC. 2712 East Second Street Newberg OR 97132 valve testing equipment for pressure and leak testing valves; valve testing equipment for pressure and leak testing safety relief valves;
TURN-AROUND-TESTER CLIMAX PORTABLE MACHINE TOOLS, INC. 2712 East Second Street Newberg OR 97132 valve testing equipment for pressure testing valves; mobile valve testing equipment for pressure testing valves;
 

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

    
Technical Examples
  1. A vascular testing system includes a pressure applicator, a pressure source for generating fluid pressure at the pressure applicator; a variable orifice valve, and a valve control. The variable orifice valve is in fluid communication with the pressure applicator, and has an orifice size capable of dynamically changing. The valve control controls the variable orifice valve as a function of sensed pressure to produce substantially linear changes in pressure at the pressure applicator. Further, a method of vascular pressure measurement according to the present invention includes providing an applied pressure higher than a patient's systolic blood pressure at a vascular location, substantially linearly decreasing the applied pressure at the vascular location, and dynamically detecting vascular pressure oscillations at the vascular location as the applied pressure is decreased.