METHOD FOR DYNAMIC CONTROL OF CONDUCTION OF CARDIOVASCULAR SYSTEM OF SERIOUSLY ILL PATIENTS AND DEVICE FOR CARRYING SAME INTO EFFECT Russian patent published in 1997 - IPC

Abstract RU 2071269 C1

FIELD: medical engineering, more specifically, methods and equipment for diagnostics of condition of human cardiovascular system. SUBSTANCE: method for dynamically controlling condition of cardiovascular system of gravely ill patients resides in recording spatial ballistocardiogram. Patient is placed onto mattress of functional bed provided with accelerometric-type three-coordinate primary signal converter. Electric signal values are continuously recorded at each of three leadouts of sensor, followed by computing integral of resulting force vector per cardiac cycle whose value is compared with $$$ Wi obtained during preceding cardiac cycle and K = $$$ 0.7 alarm signal is issued. Device for dynamically controlling condition of cardiovascular system of gravely ill persons comprises body accommodating three plate-like piezoelectric elements arranged in mutually perpendicular planes. Body is made cylindrically shaped and provided with rectangular recesses adapted to accommodate, secured in cantilever, piezoelectric elements carrying at their free ends inertia masses whose sensitive axes are mutually perpendicular. EFFECT: clearer diagnostic picture of condition of human cardiovascular system.

Similar patents RU2071269C1

Title Year Author Number
METHOD FOR EVALUATING CONTRACTILE FUNCTION OF HUMAN MYOCARDIUM 1993
  • Deev I.A.
  • Ermolaev V.I.
  • Semenij A.T.
  • Agafonov V.I.
RU2089095C1
INDIVIDUAL USE DEVICE FOR INDICATING HEART ACTIVITY 1994
  • Deev I.A.
  • Shnejderov V.S.
  • Agafonov V.I.
RU2071270C1
METHOD OF PSYCHOPHYSIOLOGIC EXAMINATION OF MAN AND DEVICE FOR ITS EMBODIMENT 1995
  • Deev I.A.
  • Andreev G.G.
  • Agafonov V.I.
RU2126649C1
METHOD FOR DIAGNOSING CARDIAC SYSTEM FUNCTIONAL STATE 1998
  • Semikolenova N.A.
  • Potudanskaja M.G.
  • Gol'Tjapin V.V.
  • Terent'Ev S.A.
  • Jakovlev V.M.
RU2141247C1
METHOD FOR CONTINUOUS NON-INVASIVE ADAPTIVE RECORDING OF CENTRAL ARTERIAL PRESSURE AND APPARATUS FOR IMPLEMENTATION THEREOF 2020
  • Prozorov Aleksandr Aleksandrovich
  • Bugaev Viktor Ivanovich
RU2755273C1
METHOD FOR ANALYSIS OF BALLISTOCARDIOGRAPHIC SIGNAL FOR DETECTING SINGULAR HEART BEATS IN REAL TIME 2020
  • Gromov Kirill Nikolaevich
  • Radchenko Grigorii Sergeevich
RU2756157C1
METHOD FOR DETERMINING PHYSICAL CONDITION OF MYOCARDIUM 1989
  • Lipskij E.A.
  • Karimova N.Kh.
  • Gzulja I.A.
  • Zavalej E.G.
RU2007115C1
METHOD TO CONTROL READAPTATION TO PHYSICAL EXERCISES AFTER MYOCARDIAL INFARCTION 1994
  • Leshchinskij L.A.
  • Ponomarev S.B.
  • Mul'Tanovskij B.L.
RU2103907C1
ECHOCARDIOGRAPHY METHOD FOR DIAGNOSING MYOCARDIUM INJURIES IN NEWBORNS 2002
  • Petrova V.I.
  • Dmitrieva N.V.
  • Alpatov A.V.
RU2266708C2
METHOD AND DEVICE FOR NON-INVASIVE DETECTION OF PHYSIOLOGICAL AND PATHOPHYSIOLOGICAL CONDITIONS DURING SLEEP 2017
  • Schnall, Robert P.
RU2731311C2

RU 2 071 269 C1

Authors

Deev I.A.

Agafonov V.I.

Ermolaev V.I.

Shnejderov V.S.

Dates

1997-01-10Published

1993-08-27Filed