Apparatus and Methods for Monitoring Cardio-Respiratory Disorders

Mark Gardner; Liam  Holley; Gordon Malouf; Dinesh Ramanan; Karen Reynolds; Quangang Yang

Apparatus and Methods for Monitoring Cardio-Respiratory Disorders

Mark Gardner (Inventor), Liam Holley (Inventor), Gordon Malouf (Inventor), Dinesh Ramanan (Inventor), Karen Reynolds (Inventor), Quangang Yang (Inventor)

College of Science and Engineering

Research output: Patent

Abstract

A cardio-respiratory monitoring system comprises a patient interface, a monitoring device and a processor. The monitoring device comprises a gyroscope mounted on the patient interface so as to generate a ballistocardiography signal when a patient is wearing the patient interface. The processor is configured to analyse the ballistocardiography signal to estimate a heart rate of the patient. In one form of the technology the analysis carried out by the processor comprises partitioning the ballistocardiography signal into non-overlapping windows, detecting one or more peaks within a window, and estimating the heart rate as a reciprocal of the duration between consecutive detected peaks.

Original language	English
Patent number	WO 2018/032042 A1
IPC	A61B S/11 (2006.01)
Priority date	15/08/16
Filing date	14/08/17
Publication status	Published - 22 Feb 2018

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title = "Apparatus and Methods for Monitoring Cardio-Respiratory Disorders",

abstract = "A cardio-respiratory monitoring system comprises a patient interface, a monitoring device and a processor. The monitoring device comprises a gyroscope mounted on the patient interface so as to generate a ballistocardiography signal when a patient is wearing the patient interface. The processor is configured to analyse the ballistocardiography signal to estimate a heart rate of the patient. In one form of the technology the analysis carried out by the processor comprises partitioning the ballistocardiography signal into non-overlapping windows, detecting one or more peaks within a window, and estimating the heart rate as a reciprocal of the duration between consecutive detected peaks.",

author = "Mark Gardner and Liam Holley and Gordon Malouf and Dinesh Ramanan and Karen Reynolds and Quangang Yang",

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AU - Gardner, Mark

AU - Holley, Liam

AU - Malouf, Gordon

AU - Ramanan, Dinesh

AU - Reynolds, Karen

AU - Yang, Quangang

PY - 2018/2/22

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N2 - A cardio-respiratory monitoring system comprises a patient interface, a monitoring device and a processor. The monitoring device comprises a gyroscope mounted on the patient interface so as to generate a ballistocardiography signal when a patient is wearing the patient interface. The processor is configured to analyse the ballistocardiography signal to estimate a heart rate of the patient. In one form of the technology the analysis carried out by the processor comprises partitioning the ballistocardiography signal into non-overlapping windows, detecting one or more peaks within a window, and estimating the heart rate as a reciprocal of the duration between consecutive detected peaks.

AB - A cardio-respiratory monitoring system comprises a patient interface, a monitoring device and a processor. The monitoring device comprises a gyroscope mounted on the patient interface so as to generate a ballistocardiography signal when a patient is wearing the patient interface. The processor is configured to analyse the ballistocardiography signal to estimate a heart rate of the patient. In one form of the technology the analysis carried out by the processor comprises partitioning the ballistocardiography signal into non-overlapping windows, detecting one or more peaks within a window, and estimating the heart rate as a reciprocal of the duration between consecutive detected peaks.

M3 - Patent

M1 - WO 2018/032042 A1

Y2 - 2017/08/14

PB - World Intellectual Property Organization

ER -

Apparatus and Methods for Monitoring Cardio-Respiratory Disorders

Abstract

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