METHOD FOR PRODUCING TOMOGRAPHIC IMAGE OF BODY AND ELECTRICAL-IMPEDANCE TOMOGRAPHIC SCANNER Russian patent published in 1999 - IPC

Abstract RU 2127075 C1

FIELD: medical devices. SUBSTANCE: method involves placing set of contact electrodes on skin and connecting power supply in alternating order to arbitrary pairs of electrodes, measuring potential difference at each pair of other electrodes, detection of reference values of differences by means of approximation of measured distribution. Image of three- dimensional distribution of conductance is generated by means of backward projection along equal-potential lines. Tomographic scanner has system of contact electrodes, current driver, unit which measures potential differences with differential amplifier, microprocessor unit, analog commutators, circuit for compensation of equal-phase voltage constituent at each pair of electrodes and circuit for compensation of contact potential difference. EFFECT: possibility of visualization of impedance in section of human body. 7 cl, 10 dwg

Similar patents RU2127075C1

Title Year Author Number
PROCESS OF OBTAINING TOMOGRAPHIC PICTURE BY METHOD OF MAGNETIC INDUCTION TOMOGRAPHY 1996
  • Korzhenevskij A.V.
  • Cherepenin V.A.
RU2129406C1
ELECTRIC MAMMOGRAPH DEVICE 1998
  • Korzhenevskij A.V.
  • Cherepenin V.A.
RU2153285C1
METHOD OF OBTAINING TOMOGRAPHIC BODY IMAGE 2008
  • Istomina Tat'Jana Viktorovna
  • Kireev Andrej Vladimirovich
RU2387373C2
RHEOTOMOGRAPH DEVICE 2002
  • Parushin E.B.
  • Rjabinin O.A.
  • Khajkin V.D.
RU2229839C2
PERSONAL DEVICE FOR ELECTRICAL IMPEDANCE DIAGNOSTICS OF BREAST HEALTH 2014
  • Guljaev Jurij Vasil'Evich
  • Korzhenevskij Aleksandr Vladimirovich
  • Sapetskij Sergej Aleksandrovich
  • Trokhanova Ol'Ga Valentinovna
  • Tujkin Timur Salavatovich
  • Cherepenin Vladimir Alekseevich
RU2563917C1
MODULAR ELECTRODE SYSTEM FOR THREE-DIMENSIONAL ELECTRICAL IMPEDANCE TOMOGRAPHY 2020
  • Aleksanyan Grajr Karenovich
  • Gorbatenko Nikolaj Ivanovich
  • Kucher Artem Igorevich
  • Katsupeev Andrej Aleksandrovich
  • Shcherbakov Ivan Dmitrievich
  • Ignatev Pavel Sergeevich
RU2757963C1
METHOD FOR VISUALIZATION OF VENTILATION FIELD BASED ON ELECTRICAL IMPEDANCE TOMOGRAPHY 2020
  • Aleksanyan Grajr Karenovich
  • Gorbatenko Nikolaj Ivanovich
  • Kucher Artem Igorevich
  • Katsupeev Andrej Aleksandrovich
  • Shcherbakov Ivan Dmitrievich
RU2749298C1
METHOD FOR VISUALIZING PERFUSION FIELD OF THORACIC CAVITY TISSUES BASED ON ELECTRICAL IMPEDANCE TOMOGRAPHY 2020
  • Aleksanyan Grajr Karenovich
  • Gorbatenko Nikolaj Ivanovich
  • Kucher Artem Igorevich
  • Katsupeev Andrej Aleksandrovich
  • Shcherbakov Ivan Dmitrievich
RU2748900C1
METHOD FOR DETECTING CEREBRAL RESISTANCE TO HYPOXIA 2006
  • Shipulin Vladimir Mitrofanovich
  • Kozlov Boris Nikolaevich
  • Kuznetsov Mikhail Sergeevich
  • Plotnikov Mikhail Pavlovich
  • Usov Vladimir Jur'Evich
  • Podoksenov Jurij Kirillovich
  • Brazovskij Konstantin Stanislavovich
  • Sukhareva Anna Evgen'Evna
  • Evtushenko Vladimir Valerievich
RU2314747C2
PRIMARY MEASUREMENT INFORMATION PICKUP DEVICE FOR ELECTRICAL IMPEDANCE TOMOGRAPHY SYSTEMS 2022
  • Aleksanian Grair Karenovich
  • Gorbatenko Nikolai Ivanovich
  • Konko Mariia Aleksandrovna
  • Lankin Igor Mikhailovich
RU2800849C1

RU 2 127 075 C1

Authors

Korzhenevskij A.V.

Kul'Tiasov Ju.S.

Cherepenin V.A.

Dates

1999-03-10Published

1996-12-11Filed