Measurement system for a liquid
OwnerAlexandre DE TILLY, Stéphane JOUENNE +2inventors
InventorsAlexandre DE TILLY, Stéphane JOUENNE, Guillaume HEURTEUX, Enric SANTANACH CARRERAS
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OwnerAlexandre DE TILLY, Stéphane JOUENNE +2inventors
InventorsAlexandre DE TILLY, Stéphane JOUENNE, Guillaume HEURTEUX, Enric SANTANACH CARRERAS
Estimating the term…
It is proposed a measurement system comprising a source of pressurized gas configured to deliver a gas at a predetermined pressure, a longitudinal storing reservoir configured to store a liquid, a longitudinal receiving reservoir, a capillary tube and a measurement device. The measurement device is configured to perform a measurement relative to the flow of the liquid inside an inner chamber of the longitudinal receiving reservoir when the pressurized gas is provided in the inner chamber of the longitudinal storing reservoir by the source of pressurized gas. The longitudinal storing reservoir, the capillary tube and the longitudinal receiving reservoir are configured so as to be positioned horizontally during the measurement relative to the flow of the liquid. The system provides an improved solution for performing a measurement on a liquid in an easy, accurate and efficient manner.
A measurement system, the measurement system comprising a source of pressurized gas configured to deliver a gas at a predetermined pressure, a longitudinal storing reservoir configured to store a liquid, a longitudinal receiving reservoir, and a capillary tube fluidly connecting the longitudinal storing reservoir and the longitudinal receiving reservoir, the source of pressurized gas being fluidly connected to the longitudinal storing reservoir to pressurize an inner chamber of the longitudinal storing reservoir, and a measurement device configured to perform a measurement relative to the flow of the liquid inside an inner chamber of the longitudinal receiving reservoir when the pressurized gas is provided in the inner chamber of the longitudinal storing reservoir by the source of pressurized gas, the longitudinal storing reservoir, the capillary tube and the longitudinal receiving reservoir being configured so as to be positioned horizontally during the measurement relative to the flow of the liquid.
A measurement method comprising:
A kit comprising a longitudinal storing reservoir, a longitudinal receiving reservoir, and a capillary tube, the kit being configured to be assembled with a source of pressurized gas and a measurement device so as to form a measurement system comprising a source of pressurized gas configured to deliver a gas at a predetermined pressure, a longitudinal storing reservoir configured to store a liquid, a longitudinal receiving reservoir, and a capillary tube fluidly connecting the longitudinal storing reservoir and the longitudinal receiving reservoir, the source of pressurized gas being fluidly connected to the longitudinal storing reservoir to pressurize an inner chamber of the longitudinal storing reservoir, and a measurement device configured to perform a measurement relative to the flow of the liquid inside an inner chamber of the longitudinal receiving reservoir when the pressurized gas is provided in the inner chamber of the longitudinal storing reservoir by the source of pressurized gas, the longitudinal storing reservoir, the capillary tube and the longitudinal receiving reservoir being configured so as to be positioned horizontally during the measurement relative to the flow of the liquid.
Dependencies are inferred from the claim text.