FIELD: measuring technology.
SUBSTANCE: invention can be implemented for measuring of fuel consumption: benzene and compressed or liquefied gas. The flow metre consists of case (201), wherein the following is arranged: distributor (203) of flow, sensor element (204) of the first flow, sensor element (205) of the second flow, electron metre (20), part of receiving pipeline (202) for an inlet flow of fluid, part of the first output pipeline (206) and part of the second output pipeline (207). Sensor elements (204) and (205) contain elements of Koriolys flow metre. The inlet flow can be measured with sensor element (204) on the first outlet pipeline (206), with sensor element (205) on the second outlet pipeline (207) or simultaneously with sensor element (204) and sensor element (205). The electron metre receives signals of sensor elements and forms a corresponding measuring signal of the first flow and corresponding measuring signal of the second flow.
EFFECT: arrangement of doubled system of sensor elements in one case facilitating usage of one electron device for feeding and for measurement of two flows consumption, which decreases total dimension of facility and reduces cost.
20 cl, 4 dwg
Title |
Year |
Author |
Number |
FLOW METER WITH ONE INPUT AND MULTIPLE OUTPUT |
2009 |
- Seddon Stefen
- Shanakhan Judzhin M.
- Dzhouns Stiven M.
- Stak Charlz Pol
|
RU2502056C2 |
DESIGN OF ASSEMBLY OF VIBRATION SENSOR WITH MONOLITHIC PIPELINE HOLDER |
2012 |
- Verbakh Kristofer A.
- Lanem Gregori Trit
- Pikett Betani
|
RU2598167C1 |
DETECTION OF CHANGE OF CROSS SECTION AREA OF FLOW-MEASURING FLUID PIPELINE OF VIBRATION METER BY DETERMINING RIGIDITY OF TRANSVERSE MODE |
2012 |
- Alves Goldino
- Bell Mark Dzhejms
|
RU2602733C1 |
METHOD AND DEVICE TO DETECT TEMPERATURE OF ELEMENT OF VIBRATION SENSOR IN VIBRATION METER |
2010 |
|
RU2545081C2 |
DEVICE FOR DETERMINING ZERO DIFFERENTIAL SHIFT IN THE VIBRATION FLOW-METER AND THE CORRESPONDING METHOD |
2014 |
- Zimmer, Patrick John
- Hill, Christopher Douglas
|
RU2650053C1 |
EQUIPMENT AND METHOD FOR QUANTITATIVE DETERMINATION OF EXTERNAL MAGNETIC FIELD OF CORIOLIS FLOW METER |
2021 |
- Schmidt, Marcus J.
- Mcanally, Craig B.
|
RU2836164C2 |
ELECTROMAGNETIC INTERFERENCE-RESISTANT HOUSING OF ELECTRONIC EQUIPMENT |
2018 |
- Smith, Brian T.
- James, Clayton T.
|
RU2766275C1 |
APPARATUS FOR DETERMINING THE PRESSURE OF FLOWING VAPOURS AND CORRESPONDING METHOD |
2017 |
- Hollingsworth, Justin Craig
- Buttler, Marc Allan
- Leapley, Jason Alan
|
RU2762783C2 |
DIFFERENTIAL FLOWMETER |
2014 |
- Zimmer, Patrick John
- Jones, Steven M.
|
RU2663092C1 |
DEVICE AND METHOD FOR DETECTING ASYMMETRIC FLOW IN VIBRATION FLOWMETERS |
2014 |
|
RU2643226C1 |