SPIROMETER FOR MEASURING INSTANTANEOUS VELOCITY OF EXHALED AIR BY MEANS OF METAL SPHERES AND MAGNETIC FIELDS

José Carlos Daniel Alvarez Merino; Carlos Arturo Raymundo Ibañez

SPIROMETER FOR MEASURING INSTANTANEOUS VELOCITY OF EXHALED AIR BY MEANS OF METAL SPHERES AND MAGNETIC FIELDS

José Carlos Daniel Alvarez Merino (Inventor)
, Carlos Arturo Raymundo Ibañez (Inventor)

Facultad de Ingeniería

UNIVERSIDAD PERUANA DE CIENCIAS APLICADAS S.A.C

Producción científica: Patente

Resumen

The present invention relates to a spirometer for measuring the instantaneous velocity of exhaled air, which comprises: a metal sphere feeder (1), an exhaled air nozzle (2), a prismatic chamber (3) through which the spheres travel, a magnetic device (4) for registering and receiving the spheres, and an adjustable support structure (5) for the spirometer; wherein each metal sphere, when struck by the air coming from the exhaled air nozzle (2), moves along a parabolic trajectory, as a consequence of the gravitational field and a magnetic field, until it falls onto the magnetic sphere-registering and -receiving device (4) at the horizontal distance it reaches, providing the measurement of the velocity of the exhaled air.

Idioma original	Español
Número de patente	WO2023128772
CIP	G01F 1/ 05 A I
Fecha de prioridad	29/12/21
Estado	Publicada - 6 jul. 2023

ODS de las Naciones Unidas

Este resultado contribuye a los siguientes Objetivos de Desarrollo Sostenible

ODS 3: Salud y bienestar

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@misc{47439c1996ce4a79ba905b99bb8a99c9,

title = "SPIROMETER FOR MEASURING INSTANTANEOUS VELOCITY OF EXHALED AIR BY MEANS OF METAL SPHERES AND MAGNETIC FIELDS",

abstract = "The present invention relates to a spirometer for measuring the instantaneous velocity of exhaled air, which comprises: a metal sphere feeder (1), an exhaled air nozzle (2), a prismatic chamber (3) through which the spheres travel, a magnetic device (4) for registering and receiving the spheres, and an adjustable support structure (5) for the spirometer; wherein each metal sphere, when struck by the air coming from the exhaled air nozzle (2), moves along a parabolic trajectory, as a consequence of the gravitational field and a magnetic field, until it falls onto the magnetic sphere-registering and -receiving device (4) at the horizontal distance it reaches, providing the measurement of the velocity of the exhaled air.",

author = "\{Alvarez Merino\}, \{Jos{\'e} Carlos Daniel\} and \{Raymundo Iba{\~n}ez\}, \{Carlos Arturo\}",

year = "2023",

month = jul,

day = "6",

language = "Espa{\~n}ol",

type = "Patent",

note = "WO2023128772; G01F 1/ 05 A I",

}

TY - PAT

T1 - SPIROMETER FOR MEASURING INSTANTANEOUS VELOCITY OF EXHALED AIR BY MEANS OF METAL SPHERES AND MAGNETIC FIELDS

AU - Alvarez Merino, José Carlos Daniel

AU - Raymundo Ibañez, Carlos Arturo

PY - 2023/7/6

Y1 - 2023/7/6

N2 - The present invention relates to a spirometer for measuring the instantaneous velocity of exhaled air, which comprises: a metal sphere feeder (1), an exhaled air nozzle (2), a prismatic chamber (3) through which the spheres travel, a magnetic device (4) for registering and receiving the spheres, and an adjustable support structure (5) for the spirometer; wherein each metal sphere, when struck by the air coming from the exhaled air nozzle (2), moves along a parabolic trajectory, as a consequence of the gravitational field and a magnetic field, until it falls onto the magnetic sphere-registering and -receiving device (4) at the horizontal distance it reaches, providing the measurement of the velocity of the exhaled air.

AB - The present invention relates to a spirometer for measuring the instantaneous velocity of exhaled air, which comprises: a metal sphere feeder (1), an exhaled air nozzle (2), a prismatic chamber (3) through which the spheres travel, a magnetic device (4) for registering and receiving the spheres, and an adjustable support structure (5) for the spirometer; wherein each metal sphere, when struck by the air coming from the exhaled air nozzle (2), moves along a parabolic trajectory, as a consequence of the gravitational field and a magnetic field, until it falls onto the magnetic sphere-registering and -receiving device (4) at the horizontal distance it reaches, providing the measurement of the velocity of the exhaled air.

M3 - Patente

M1 - WO2023128772

ER -

SPIROMETER FOR MEASURING INSTANTANEOUS VELOCITY OF EXHALED AIR BY MEANS OF METAL SPHERES AND MAGNETIC FIELDS

Resumen

ODS de las Naciones Unidas

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