HEATING REDUCTION IN THE COINCIDING REGIONS OF THE IMMEDIATE FIELD FOR HIGH-INTENSITY FOCUSED ULTRASOUND Russian patent published in 2018 - IPC A61N7/02 

Abstract RU 2645278 C2

FIELD: medicine.

SUBSTANCE: group of inventions relates to medical equipment, namely to means for high-intensity focused ultrasound. Medical device comprises system of high-intensity focused ultrasound comprising the ultrasonic transducer with the set of elements for focusing ultrasound into the scope of exposure by ultrasound, and there is an immediate field region between the ultrasonic transducer and the scope of ultrasound exposure, and the set of transducer components is arranged with the possibility for these components to be controlled in groups, memory for storing the computer-executable orders, processor for controlling the medical device, wherein executing the commands causes the processor to receive the location data describing the set of points that are exposed to the impact of ultrasound, each of the mentioned set of ultrasound exposure points is associated with the different arrangement of the ultrasonic transducer, to determine for each of the set of ultrasound impact points, using the geometric model of the transducer component, the trajectory of ultrasound action based on different location of the ultrasonic transducer, to detect the coincidence region, using the ultrasound exposure trajectory, where the coincidence area indicates the coincidence of the ultrasound exposure trajectory for two or more points of ultrasound action in the immediate field region, to determine the commands for controlling the converter using the coincidence region, and to control the system. Machine-readable medium of the medical device contains the computer-executable commands for their execution by the processor. Method of operation of the medical device is provided by the system.

EFFECT: use of inventions makes it possible to avoid overheating of the immediate field regions.

15 cl, 5 dwg

Similar patents RU2645278C2

Title Year Author Number
MEDICAL DEVICE FOR DETERMINING MAXIMUM ENERGY MAP 2013
  • Nurmilaukas Kirsi Ilona
  • Ilikhautala Mika Petri
  • Vuorinen Reko Tapio
  • Enkholm Yulia Kristiana
  • Tele Yakko Yukhani
RU2661780C2
GRAPHICAL USER INTERFACE FOR MEDICAL INSTRUMENTS 2013
  • Vakhala Erkki Tapani
  • Ilikhautala Mika Petri
  • Kotis Melani Syuzan
RU2634636C2
CONVERSION OF COORDINATES OF GRAPHIC OBJECTS RECORDED ON MAGNETIC RESONANCE IMAGE 2013
  • Vakhala Erkki Tapani
RU2609221C2
MEDICAL IMAGE FORMING SYSTEM, COMPUTER IMPLEMENTED METHOD AND COMPUTER PROGRAM PRODUCT FOR IDENTIFICATION OF PROCESSED REGION ON MEDICAL IMAGE 2011
  • Nieminen, Khejkki, Jukhani
  • Koler, Maks, Oskar
  • Khakkinen, Marko, Tapani
RU2584770C2
ENERGY DENSITY MAP CALCULATION USING THERMOACOUSTIC MODE 2013
  • Enkholm Yulia Kristina
  • Nurmilaukas Kirsi Ilona
  • Koler Maks
RU2654616C2
INTERPOLATED THREE-DIMENSIONAL THERMAL DOSE ESTIMATES USING MAGNETIC RESONANCE IMAGING 2013
  • Keler Maks Oskar
RU2605527C2
DETERMINATION OF TEMPERATURE WITH HELP OF B1 MAPPING FIELD 2013
  • Lojssler Kristof
  • Kacher Ulrikh
RU2617551C2
DEVICE PERFORMING ULTRASOUND TEST TREATMENT USING HIGH-INTENSITY FOCUSED ULTRASOUND 2012
  • Vakhala Erkki Tapani
RU2608433C2
IMPROVED TARGETING OF HIGH INTENSITY FOCUSED ULTRASOUND 2013
  • Koler Maks Oskar
RU2644932C2
ENERGY DEPOSITION ZONE DETERMINATION FOR CATHETER WITH ULTRASOUND ARRAY 2014
  • Koler Maks Oskar
RU2665187C2

RU 2 645 278 C2

Authors

Tolo Yakko Yukhani

Dates

2018-02-19Published

2013-09-25Filed