MAGNETIC INDUCTION TOMOGRAPHY METHOD Russian patent published in 2019 - IPC A61B5/55 

Abstract RU 2705248 C1

FIELD: medicine.

SUBSTANCE: invention refers to medical equipment, namely to magnetic induction tomography methods. Method includes arrangement of object and magnetic field receivers in space, excitation of magnetic field in this space, measurement of eddy currents induced by this field in magnetic field receivers, and reconstruction of image of spatial distribution of conductivity of object based on measurement results, wherein creating the magnetic field induction vector crossing the analyzed object from the total magnetic flux generated by the magnetic field sources, wherein measurement of eddy currents induced by magnetic field in the investigated object is carried out along the axis of the flexible magnetic conductor connected to the magnetic field source. Measurement of eddy currents induced by the magnetic field source in the investigated object is performed with the possibility of arbitrary rotation of the magnetic field induction vector during its rotation around an arbitrary axis. Reconstruction of the conductivity of the object is carried out based on the results of comparative measurements in the absence and presence of an object in the analyzed space, wherein the zone for changing the sign of the vector of magnetic field induction is shifted beyond the limits of the investigated space.

EFFECT: high efficiency of using magnetic field sources.

1 cl, 4 dwg

Similar patents RU2705248C1

Title Year Author Number
MAGNETIC INDUCTION TOMOGRAPHY METHOD 2018
  • Yung Boris Nikolaevich
RU2705239C1
MAGNETIC FIELD GENERATING DEVICE 2018
  • Yung Boris Nikolaevich
RU2704019C1
METHOD OF TRANSCRANIAL MAGNETIC STIMULATION 2018
  • Yung Boris Nikolaevich
RU2707653C1
METHOD OF TRANSCRANIAL MAGNETIC STIMULATION 2018
  • Yung Boris Nikolaevich
RU2703906C1
MAGNETIC SYSTEM 2018
  • Yung Boris Nikolaevich
RU2699060C1
MAGNETIC SYSTEM 2018
  • Yung Boris Nikolaevich
RU2699063C1
MAGNETIC SYSTEM 2018
  • Yung Boris Nikolaevich
RU2699058C1
TRANSCRANIAL MAGNETIC STIMULATION METHOD 2017
  • Yung Boris Nikolaevich
RU2654581C1
TRANSCRANIAL MAGNETIC STIMULATION METHOD 2017
  • Yung Boris Nikolaevich
RU2654271C1
TRANSCRANIAL MAGNETIC STIMULATION METHOD 2017
  • Katsurin Aleksej Anatolevich
  • Yung Boris Nikolaevich
RU2654269C1

RU 2 705 248 C1

Authors

Yung Boris Nikolaevich

Dates

2019-11-06Published

2018-12-26Filed