Abstract: Sensor apparatuses, methods of operating the sensor apparatuses, and systems including the sensor apparatuses are disclosed. Methods of analyzing electromechanical characteristics of a heart are also disclosed.
Type:
Application
Filed:
November 21, 2022
Publication date:
June 8, 2023
Applicant:
HEART FORCE MEDICAL INC.
Inventors:
Farzad KHOSROW-KHAVAR, Kay JESSEL, Sean ROSS
Abstract: Sensor apparatuses, methods of operating the sensor apparatuses, and systems including the sensor apparatuses are disclosed. Methods of analyzing electromechanical characteristics of a heart are also disclosed.
Type:
Grant
Filed:
December 3, 2018
Date of Patent:
November 22, 2022
Assignee:
Heart Force Medical Inc.
Inventors:
Farzad Khosrow-Khavar, Kay Jessel, Sean Ross
Abstract: Sensor apparatuses, methods of operating the sensor apparatuses, and systems including the sensor apparatuses are disclosed. Methods of analyzing electromechanical characteristics of a heart are also disclosed.
Type:
Application
Filed:
December 3, 2018
Publication date:
December 31, 2020
Applicant:
HEART FORCE MEDICAL INC.
Inventors:
Farzad KHOSROW-KHAVAR, Kay JESSEL, Sean ROSS
Abstract: A method and apparatus for assessment of cardiac contractility in a subject by recording precordial acceleration signals. This includes, but is not limited to, the method and apparatus of seismocardiography (SCG).
Abstract: An apparatus for acquiring and outputting data relating to a physiological condition of a subject, the apparatus including: a sensor device including an accelerometer provided in a tube for insertion into an esophagus of said subject, the sensor device for detecting, converting and transmitting digital signals corresponding to analog ballistocardiograph signals; and a computer including a processor in communication with the sensor device, the computer for receiving the digital signals from the sensor device and generating and outputting a report relating to the physiological condition of the subject.
Type:
Application
Filed:
August 7, 2009
Publication date:
September 6, 2012
Applicant:
Heart Force Medical Inc.
Inventors:
Edward Busse, James Alexander Burns, David MacQuarrie
Abstract: A system and method for monitoring an individual's physiological condition and detecting abnormalities therein, comprising concurrently receiving an electrocardiograph signal and a ballistocardiograph signal. The electrocardiograph and ballistocardiograph signals are conditioned to minimize background extraneous noise after which, each signal is concurrently processed and analyzed to detect repeating cyclical patterns and further characterized to identify individual components of the repeating cycles. At least one individual component in one signal is selected as a reference marker or a selected component in the other signal. The two signals are then synchronized, outputs produced therefrom and stored in a database.
Abstract: A system and method for monitoring an individual's physiological condition and detecting abnormalities therein, comprising concurrently receiving an electrocardiograph signal and a ballistocardiograph signal. The electrocardiograph and ballistocardiograph signals are conditioned to minimize background extraneous noise after which, each signal is concurrently processed and analyzed to detect repeating cyclical patterns and further characterized to identify individual components of the repeating cycles. At least one individual component in one signal is selected as a reference marker or a selected component in the other signal. The two signals are then synchronized, outputs produced therefrom and stored in a database.
Abstract: A method for monitoring an individual's physiological condition and detecting abnormalities therein, comprising concurrently receiving an electrocardiograph signal and a ballistocardiograph signal. The electrocardiograph and ballistocardiograph signals are conditioned to minimize background extraneous noise after which, each signal is concurrently processed and analyzed to detect repeating cyclical patterns and further characterized to identify individual components of the repeating cycles. At least one individual component in one signal is selected as a reference marker for a selected component in the other signal. The two signals are then synchronized, outputs produced therefrom and stored in a database.
Abstract: A system for monitoring an individual's physiological condition and detecting abnormalities therein, comprising concurrently receiving at least a first signal and a second signal. The first and second signals are conditioned to minimize background extraneous noise after which, each signal is concurrently processed and analyzed to detect repeating cyclical patterns and further characterized to identify individual components of the repeating cycles. At least one individual component in one signal is selected as a reference marker for a selected component in the other signal. The two signals are then synchronized, outputs produced therefrom and stored in a database.