METHOD AND DEVICE FOR NOISE FREQUENCY RANGING Russian patent published in 2014 - IPC A61B7/04 

Abstract RU 2512794 C2

FIELD: medicine.

SUBSTANCE: group of inventions refers to medicine. Implementing a method for noise frequency ranging and a method for diagnosing cardiac diseases involves recording phone cardiograms from the first group of healthy subjects and the second group of the second group of patients suffering the above cardiac diseases. A normal frequency sample and a maximum threshold frequency are determined to derive a finite collection of the sampled frequencies. Spectral energies at all the sampled frequencies and spectral energies at all the frequency ranges are calculated. The above spectral energies of all the frequency ranges are compared. A frequency range enabling a maximum difference of the spectral energies of the phone cardiograms from the first and second groups of phone cardiograms is determined. The above energy of the specified frequency range of the phone cardiograms of a patient is compared to the energy of the related frequency range of the first and second groups of the phone cardiograms to state if the patient suffers a cardiac disease. A device for implementing the method comprises a phone cardiogram recorder, a phone cardiogram data collector, an output medium, a processor and a set of instructions for implementing the method. A machine-readable medium of a programmable device comprises the set of instructions for implementing the method.

EFFECT: group of inventions enables providing the automated diagnosing of cardiac failure in children ensured by studying the heartbeat energy.

14 cl, 9 dwg, 3 tbl

Similar patents RU2512794C2

Title Year Author Number
METHOD FOR PERFORMING DYNAMIC HEART AUSCULTATION 1996
  • Onishchenko E.F.
RU2132151C1
METHOD FOR DETERMINING A FUNCTIONAL CONDITION OF A PERSON BY A PHONOCARDIOGRAM 2018
  • Kojlis Boris Lvovich
RU2687566C1
DIGITAL STETHOSCOPE 2020
  • Humeniuk Maksim Grigorievich
  • Zabaronak Anatoli Petrovich
RU2749725C1
METHOD FOR MEASURING PRESSURE IN PULMONARY CAPILLARIES 1989
  • Logutenko A.A.
  • Moroz B.A.
RU2088139C1
METHOD OF REHABILITATION OF CHILDREN IN THE LONG PERIOD AFTER SURGICAL TREATMENT OF ABNORMAL DISCHARGE OF THE LEFT CORONARY ARTERY FROM THE PULMONARY ARTERY 2022
  • Kozhushnaya Kristina Alekseevna
  • Rogova Tatyana Vladimirovna
  • Zavarina Anna Yurevna
  • Boos Danila Aleksandrovich
  • Glushko Lyudmila Aleksandrovna
  • Shvedunova Valentina Nikolaevna
RU2801967C1
DEVICE FOR RECORDING POLYCARDIOSIGNALS 1994
  • Juzbashev Z.Ju.
  • Gusintsev A.G.
  • Tsukerman B.I.
RU2080818C1
METHOD OF PREDICTING HEART ACTIVITY DISADAPTATION IN CHILDREN AFTER CARDIOSURGICAL CORRECTION OF CONGENITAL HEART DISEASE 2009
  • Doronina Tat'Jana Nikolaevna
  • Cherkasov Nikolaj Stepanovich
RU2430378C2
METHOD FOR EVALUATING DIASTOLIC FUNCTION OF RIGHT VENTRICLE 2003
  • Nartsissova G.P.
  • Gorbatykh Ju.N.
  • Omel'Chenko A.Ju.
RU2247534C2
METHOD OF COMPLEX ASSESSMENT OF CARDIOVASCULAR SYSTEM VALUES IN PEOPLE WITH HEARING PROBLEMS 2017
  • Chichkova Marina Aleksandrovna
  • Svetlichkina Anastasiya Aleksandrovna
RU2672935C1
METHOD FOR DETERMINATION OF GENETIC PREDISPOSITION TO INFECTIVE ENDOCARDITIS 2016
  • Maltseva Nina Vasilevna
  • Laputenko Tatyana Anatolevna
  • Gorbatovskij Yan Alekseevich
  • Lykova Olga Fedorovna
  • Panchenko Valentina Aleksandrovna
  • Ajkina Tatyana Petrovna
RU2618459C1

RU 2 512 794 C2

Authors

Seperi Amir A.

Garebagi Arash

Dates

2014-04-10Published

2009-02-06Filed