US Patent 7,599,807 Compensating for frequency change in flowmeters by Tombs, M

“…The motion is induced such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

Net oil and gas well test system by Henry, M, Casimiro, R

“…A method of assessing flow from an individual well in a set of oil and gas wells includes flowing output from a first subset of wells collectively to a first flow measurement through a first conduit while flowing output from a second subset of the wells collectively to a second flow measurement system through a second conduit different from the first conduit. …”

US Patent No. 8,473,224: Compensating for frequency change in flowmeters by Tombs, M

“…The motion is induced such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

Determining concentrations of components of a mixture by Henry, M

“…A separation vessel receives the fluid flow, and to at least partially separate the first liquid and the second liquid. A second flowmeter is configured to receive either the second liquid or a mixture of the first liquid and the second liquid, to generate one or more measurements. …”

Compensating for frequency change in flowmeters by Tombs, M

“…The motion is induced such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

US Patent 8,165,828 Compensating for frequency change in flowmeters by Tombs, M

“…The motion is induced such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

US Patent No 7,930,114 Compensating for frequency change in flowmeters by Tombs, M

“…The motion is induced such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

US Patent No. 8,706,430: Compensating for frequency change in flowmeters by Tombs, M

“…The motion is induced such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

Combination therapy for treatment of viral infections by Jeffs, R, Gotzkowsky, S, Dwek, R, Zitzmann, N

“…One can treat a viral infection by first administering at least one first antiviral compound for a first time period and then, after the end of the first time period, concurrently or subsequently administering the at least one first antiviral compound and at least one second antiviral compound for a second period. In some cases, after the end of the second period, the same at least one second antiviral compound that was administered during the second time period may be administered for a third time period without concurrent or subsequent administration of the at least one first antiviral compound.…”

US Patent 7,660,681 B2: Compensating for frequency change in flowmeters by Tombs, M

“…A method for calculating a property of a fluid includes inducing motion in a conduit such that the conduit oscillates in a first mode of vibration and a second mode of vibration. The first mode of vibration has a corresponding first frequency of vibration and the second mode of vibration has a corresponding second frequency of vibration. …”

EP 3 368 868 Coriolis flowmeter by Henry, MP

“…A Coriolis flowmeter has a driver that oscillates a conduit, a first sensor configured to generate a first sensor signal indicative of movement of the conduit at a first location, and a second sensor configured to generate a second sensor signal indicative of movement of the conduit at a second location. …”

CN108291828B Coriolis flowmeter by Henry, M

“…Coriolis flowmeter has a driver that oscillates a conduit, a first sensor configured to generate a first sensor signal indicative of movement of the conduit at a first location, and a second sensor configured to generate a second sensor signal indicative of movement of the conduit at a second location. …”

Coriolis flowmeter by Henry, M

“…A Coriolis flowmeter has a driver that oscillates a conduit, a first sensor configured to generate a first sensor signal indicative of movement of the conduit at a first location, and a second sensor configured to generate a second sensor signal indicative of movement of the conduit at a second location. …”

Lumbar support system by Salit, Mohd Sapuan, Ismail, Mohd Yusof, Ismail, Napsiah, Karuppiah, Karmegam

“…The second engagement means includes a second shaft and a bottom plate.…”

Multiphase metering system by Henry, M

“…The first value is compared to the second value, and it is determined, based on the comparison, that the first value and the second value are inconsistent with each other.…”

Multiphase metering system by Henry, M

“…The first value is compared to the second value, and it is determined, based on the comparison, that the first value and the second value are inconsistent with each other.…”

Multiphase metering system by Henry, M

“…The first value is compared to the second value, and it is determined, based on the comparison, that the first value and the second value are inconsistent with each other.…”

Multiphase measurement by Henry, M

“…The first value is compared to the second value, and based on the above comparison it is determined that the first and the second values differ from each other. …”

Buoyancy and gravity power generator by Varnamkhasti, Ali Karami

“…The present invention discloses an apparatus (100) for generating electrical power from a combination of gravity force and buoyancy of a hollow body immersed in a liquid, which comprises: a first buoyancy chamber (108) and a second buoyancy chamber (106) separated by a bottom partition (112) extending horizontally across the apparatus (100), the first and second buoyancy chambers (108, 106) filled with liquid (114); a gravity chamber (104) separated from the buoyancy chambers (108, 106), a first gate (116) which opens or closes an opening that separates the first buoyancy chamber (108) and second buoyancy chamber (106), and a second gate (118) which opens or closes an opening that separates the gravity chamber (104) and first buoyancy chamber (108); a continuous carrier (124) that entrains about and moves around means (131a-b, 130a-c); and a plurality of hollow floats (122) spaced along the length of the continuous carrier (124). …”

Method and apparatus for quantum-mechanically generating a random number by , Suryadi, Mohd Zain, Norzaliman, Wahiddin, Mohamed Ridza

“…The method (100) and apparatus (200) comprises a photon source (202) to generate a beam of photons (102), a first type-l nonlinear crystal (206) and a type-l second nonlinear crystal (207) to down-convert the beam of photons through spontaneous parametric down conversions to generate a pair of unidirectional beam of photons with random polarization states (104), characterized in that the first type-l nonlinear crystal (206) is adjacent to the second type-l nonlinear crystal (207) and optical axis of the first type-l nonlinear crystal (206) is orthogonal to optical axis of the second type-l nonlinear crystal (208), a polarized beam splitter (210) to split the pair of unidirectional beam of photons based on polarization states of the pair of unidirectional beam of photons into a beam of horizontally polarized photons and a beam of vertically polarized photons (106), a first detector (212) and a second detector (214) to detect the presence of the beam of horizontally polarized photons and the beam of vertically polarized photons respectively (108), and an electronic logic (216) to assign a first value to every photon in the beam of horizontally polarized photons and assign a second value to every photon in the beam of vertically polarized photons to generate a random number (110).…”
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