MEDICAL ULTRASONIC DEVICE WITH DETERMINATION OF EFFORT Russian patent published in 2015 - IPC A61B19/00 A61B8/12 A61B18/12 

Abstract RU 2556975 C2

FIELD: medicine.

SUBSTANCE: invention relates to medical equipment, namely to ultrasonic devices for determination of effort. Device contains elongated case, one or more ultrasonic converters for generation of acoustic radiation, placed in area of case distal end, inside it, transmissive element, located along acoustic radiation beam, with transmissive element being in fact transparent for acoustic radiation. Transmissive element and one or several ultrasonic converters are installed in such way that length of acoustic path between transmissive element and ultrasonic converter varies together with contact effort, applied to distal end area. Medical system contains device and controller unit, connected with it. Controller unit determines length of acoustic path between ultrasonic converter and transmissive element and contact effort by determined length of acoustic path. Method of device operation consists in generation of acoustic radiation by bringing one or several converters into action, detection of reflected acoustic radiation, determination of length of acoustic path between transmissive element and ultrasonic converter by reflected acoustic radiation and determination of contact effort by determined length of acoustic path. Machine-readable carrier provides control of medical device.

EFFECT: application of invention makes it possible to increase accuracy of determination of contact effort.

15 cl, 11 dwg

Similar patents RU2556975C2

Title Year Author Number
MEDICAL ULTRASOUND DEVICE WITH DETERMINATION OF TEMPERATURE ON DISTAL END 2010
  • Megens Misa
  • Sejver Jan Frederik
RU2549528C2
OPTOACOUSTIC MONITORING IN REAL TIME BY MEANS OF ELECTROPHYSIOLOGICAL CATHETERS 2007
  • Shararekh Shiva
  • Liber Chehd A.
RU2464926C2
CATHETER FOR THE TREATMENT OF ATRIAL FLUTTER HAVING SINGLE ACTION DUAL DEFLECTION MECHANISM 2013
  • Solis Mario A.
  • Datta Keshava
RU2627675C2
CATHETER COMPRISING CAPACITIVE MICROMACHINED ULTRASONIC TRANSDUCERS WITH ADJUSTABLE FOCUS 2011
  • Koler Maks Oskar
  • Dirksen Peter
  • Sokka Shunmugavelu
  • Dekker Ronald
RU2594429C2
POWER-SUPPLY DEVICE FOR POWER SUPPLY TO OBJECT 2011
  • Deladi Sabolch
  • Kharks Ehrik Godefridus Antonius
  • Gejsbers Gerardus Khenrikus Marija
  • Sejver Jan Frederik
RU2572748C2
IMPROVED CATHETER 2011
  • Kalli Ehdvard Kh.
  • Ditts Dennis R.
  • Franklin Kertis Dzh.
  • Nordkhauzen Krejg T.
  • Oukli Klajd G.
  • Patterson Rajan K.
  • Polenske Dzhim Kh.
  • Shilling Tomas U.
  • Tolt Tomas L.
RU2527668C2
CATHETER ADAPTED FOR USE WITH GUIDE FOR ACCESSING VESSELS 2014
  • Fujmaono Kristin B.
  • Gryunevald Debbi Ester
RU2673377C2
CATHETER WITH ADJUSTED ARCHED DISTAL SECTION 2012
  • Ditter Tom Allen
  • Galardo Diana
  • Moaddeb Shakhram
  • Zerkl Majkl Olen
RU2542088C2
MEDICAL DEVICE, KIT FOR TREATING AND METHOD OF TREATING DISTURBED BLOOD VESSELS, BODY CAVITIES AND BODY DUCTS, AS WELL AS METHOD FOR PLACING MEDICAL FLUID IN SURROUNDING TISSUE 2015
  • Akesson, Michael
RU2712089C2
CATHETER WITH SPIRAL END SECTION FOR VESSEL ABLATION 2013
  • Chan Tina
  • Ditter Tom A.
  • Fujmaono Kristin
  • Gryunevald Debbi
  • Khimenes Eduardo
  • Pajk Robert V.
  • Zerkl Majkl O.
RU2633327C2

RU 2 556 975 C2

Authors

Barli Majja Ehlla

Kharks Godefridus Antonius

Deladi Sabolch

Dates

2015-07-20Published

2010-09-08Filed