Multi-phase coriolis flowmeter

Robert E. Dutton; Wade M Mattar; Manus Henry; Michael S Tombs; Robbie Lansangan; Mihaela D Duta

Multi-phase coriolis flowmeter

Robert E. Dutton (Inventor), Wade M Mattar (Inventor), Manus Henry (Inventor), Michael S Tombs (Inventor), Robbie Lansangan (Inventor), Mihaela D Duta (Inventor)

University of Oxford

Research output: Patent

Abstract

A flowmeter (200, 2100) is disclosed. The flowmeter includes a vibratable flowtube (215), and a driver (210) connected to the flowtube (215) that is operable to impart motion to the flowtube (215). Asensor (205) is connected to the flowtube (215) and is operable to sense the motion of the flowtube (215) and generate a sensor signal. A controller (104) is connected to receive the sensor signal. The controller (104) is operable to determine an individual flow rate of each phase within a multi-phase flow through the flowtube.

Original language	English
Patent number	CN1946990B
IPC	G01F 1/74,G01F 1/84,G01F 15/02,G01N 9/00
Priority date	3/03/04
Filing date	3/03/05
Publication status	Published - 26 May 2010
Externally published	Yes

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24 Patent

Multiphase coriolis flowmeter
Henry, M. (Inventor), Mattar, W. M. (Inventor), Duta, M. D. (Inventor) & Tombs, M. S. (Inventor), 14 Sept 2016, IPC No. G01F 1/100, G01F 1/74, G01F 1/84, G01F 25/00, G01J 3/44, G01N 21/65, G01N 33/28, G01F, Patent No. CN102589628B, 10 Feb 2004, Priority date 10 Feb 2003, Priority No. US44579503P
Research output: Patent

Open Access
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Multiphase coriolis flowmeter
Henry, M. (Inventor) & Tombs, M. S. (Inventor), 7 Feb 2012, IPC No. G01F 1/00, G01F 1/74, G01F 1/84, G01F 25/00, G01J 3/44, G01N 21/65, G01N 33/28, G01F, Patent No. US8109152B2, 27 May 2010, Priority date 10 Feb 2003, Priority No. US44579503P
Research output: Patent

Open Access
Multiphase coriolis flowmeter
Mattar, W. M. (Inventor), Henry, M. (Inventor), Duta, M. D. (Inventor) & Tombs, M. S. (Inventor), 18 Jul 2012, IPC No. G01F 1/00, G01F 1/74, G01F 1/84, G01F 25/00, G01J 3/44, G01N 21/65, G01N 33/28, G01F, Patent No. CN102589628A, 10 Feb 2004, Priority date 10 Feb 2003, Priority No. US44579503P
Research output: Patent

Open Access

Cite this

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title = "Multi-phase coriolis flowmeter",

abstract = "A flowmeter (200, 2100) is disclosed. The flowmeter includes a vibratable flowtube (215), and a driver (210) connected to the flowtube (215) that is operable to impart motion to the flowtube (215). Asensor (205) is connected to the flowtube (215) and is operable to sense the motion of the flowtube (215) and generate a sensor signal. A controller (104) is connected to receive the sensor signal. The controller (104) is operable to determine an individual flow rate of each phase within a multi-phase flow through the flowtube.",

author = "Dutton, {Robert E.} and Mattar, {Wade M} and Manus Henry and Tombs, {Michael S} and Robbie Lansangan and Duta, {Mihaela D}",

year = "2010",

month = may,

day = "26",

language = "English",

type = "Patent",

note = "CN1946990B; G01F 1/74,G01F 1/84,G01F 15/02,G01N 9/00",

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TY - PAT

T1 - Multi-phase coriolis flowmeter

AU - Dutton, Robert E.

AU - Mattar, Wade M

AU - Henry, Manus

AU - Tombs, Michael S

AU - Lansangan, Robbie

AU - Duta, Mihaela D

PY - 2010/5/26

Y1 - 2010/5/26

N2 - A flowmeter (200, 2100) is disclosed. The flowmeter includes a vibratable flowtube (215), and a driver (210) connected to the flowtube (215) that is operable to impart motion to the flowtube (215). Asensor (205) is connected to the flowtube (215) and is operable to sense the motion of the flowtube (215) and generate a sensor signal. A controller (104) is connected to receive the sensor signal. The controller (104) is operable to determine an individual flow rate of each phase within a multi-phase flow through the flowtube.

AB - A flowmeter (200, 2100) is disclosed. The flowmeter includes a vibratable flowtube (215), and a driver (210) connected to the flowtube (215) that is operable to impart motion to the flowtube (215). Asensor (205) is connected to the flowtube (215) and is operable to sense the motion of the flowtube (215) and generate a sensor signal. A controller (104) is connected to receive the sensor signal. The controller (104) is operable to determine an individual flow rate of each phase within a multi-phase flow through the flowtube.

M3 - Patent

M1 - CN1946990B

Y2 - 2005/03/03

ER -

Multi-phase coriolis flowmeter

Abstract

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Research output

Multiphase coriolis flowmeter

Multiphase coriolis flowmeter

Multiphase coriolis flowmeter

Cite this