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Barkhoudarian Sarkis: Non-intrusive fluid measuring system. Rockwell International Corporation, October 20, 1981: US04296472 (43 worldwide citation)

A non-intrusive fuel measuring system particularly adapted for use in fuel tanks of diesel engines. The fuel measuring device may be utilized for measuring fuel level, fuel consumed, fuel flow rate, mass flow rate and other parameters. The fuel device comprises a capacitive probe, digital interface ...


2
Barkhoudarian Sarkis: Acoustic imaging system. Ward McElhannon Brooks & Fitzpatrick, January 21, 1975: US3861199 (11 worldwide citation)

This invention relates to an acoustic imaging system characterized by a crystalline plate having a lattice structure which is distorted upon the incidence of an acoustic pressure pattern image, means for impinging a beam of various energy such as X-rays, electron beam or neutron beam upon the plate ...


3
Barkhoudarian Sarkis, Johnson Charles Bruce, Goetz George G: Device for converting an acoustic pattern into a visual image. The Bendix Corporation, Hartz S H, Cuoco Anthony F, April 22, 1975: US3879700 (4 worldwide citation)

An acoustic pattern imaged on a piezoelectric transducer is converted to an electronic charge pattern. A source of electrons, such as a photocathode illuminated by a radiation source, is closely associated with the transducer and electrons are liberated in accordance with the pattern. The electrons ...


4
Barkhoudarian Sarkis: Contact-free ultrasonic transduction for flaw and acoustic discontinuity detection. Rockwell International, October 1, 1986: GB2172994-A (1 worldwide citation)

A system for the examination of a test object for internal flaws (or acoustic discontinuities such as solid-to-gas or solid-to-liquid interfaces) by means of ultrasonic waves. The ultrasonic waves 18 are induced in the object 16 by projecting at least one intense, pulsed laser beam 13 on the object ...


5
Barkhoudarian Sarkis: Lightweight torquemeter and torque-measuring method.. Rockwell International, April 2, 1986: EP0175810-A1 (1 worldwide citation)

The present invention provides a torquemeter (10) comprising a magnetostrictive element (12) which is formed in the shape of a ribbon upon the surface of the subject rotating member (14) and is capable of producing internal, avalanche Barkhausen reversals, permanent magnets (16) and (18) positioned ...


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Barkhoudarian Sarkis: Capacitive fuel measuring system. Rockwell International, April 10, 1981: FR2466754-A1

L'invention concerne un dispositif de mesure et de débit de fluide dans un réservoir. Il comporte une sonde capacitive 10 constituée par deux électrodes concentriques 40, 42 plongées dans le fluide du réservoir. Un circuit d'interface 12 produit des impulsions dont la période dépend de la capacité d ...


8
Barkhoudarian Sarkis: Nonintrusive flow sensing system.. Rockwell International, June 1, 1994: EP0598720-A1

A nonintrusive flow sensing system (10) and related method are provided for monitoring fluid flow within a conduit (14), particularly such as a liquid flow (12). The sensing system (10) includes an array of ultrasonic transducers (18, 20, 24, 26) mounted on the conduit (14) and adapted to send and r ...


9
Barkhoudarian Sarkis: Contact-free ultrasonic transduction for flaw and acoustic discontinuity detection. Rockwell International, October 3, 1986: FR2579762-A1

A system for the examination of a test object for internal flaws (or acoustic discontinuities such as solid-to-gas or solid-to-liquid interfaces) by means of ultrasonic waves. The ultrasonic waves 18 are induced in the object 16 by projecting at least one intense, pulsed laser beam 13 on the object ...


10
Barkhoudarian Sarkis: Systeme indicateur de niveau de fluide hors reservoir, Non intrusive fluid measuring system. Rockwell International Corporation, KIRBY EADES GALE BAKER, January 25, 1983: CA1139963

ABSTRACT A non-intrusive fuel measuring systemparticularly adapted for use in fuel tanks ofdiesel engines. The fuel measuring device maybe utilized for measuring fuel level, fuel con-sumed, fuel flow rate, mass flow rate and otherparameters. The fuel device comprises a capaci-tive probe, digital int ...