METHOD AND SYSTEM FOR VISUALISING PATIENTS WITH PERSONAL MEDICAL DEVICE Russian patent published in 2014 - IPC A61B5/00 A61B6/00 A61N1/00 

Abstract RU 2534393 C2

FIELD: medicine.

SUBSTANCE: there are presented a method and a system for sensing the presence of a personal medical device inside a patient. The method involves analysing the patient's image data with the use of a medical device unit and sensing the presence of the personal device inside the patient. The detected medical device is classified. That is followed by receiving the first set of the patient's data with the use of the medical device unit on the basis of the classified personal medical device by inquiring the first data base with the use of the medical device unit. The first set of data involves the type of the personal medical device. On the basis of the first set of data, the second patient's data base is inquired to receive the second set of the patient's data. The second set involves the properties of abatement of the personal medical device. The medical device unit is used to vary the medical procedure in response to the first and second sets of the patient's data. The system involves the medical device unit comprising a machine-readable carrier comprising a logic configured to implement the method.

EFFECT: using the invention provides the reliable operation of the personal medical device in performing medical visualisation procedures.

11 cl, 5 dwg

Similar patents RU2534393C2

Title Year Author Number
METHODS AND TECHNIQUES FOR COLLECTING, PROVIDING AND MANAGING INFORMATION ABOUT MEDICAL DIAGNOSTIC PROCEDURES 2017
  • Kelafat, Dzhon, F.
  • Mishler, Devid, A.
  • Brosovich, Dzhon, A.
  • Balasubramanian, Sridkhar, R.
  • Vindkhem, Frederik, P.
RU2752463C2
METHOD AND WAYS OF COLLECTION, PROVISION AND MANAGEMENT OF INFORMATION ABOUT MEDICAL DIAGNOSTIC PROCEDURES 2012
  • Kelafat Dzhon F.
  • Mishler Devid A.
  • Brosovich Dzhon A.
  • Balasubramanian Sridkhar R.
  • Vindkhem Frederik P.
RU2634230C2
THREE-DIMENSIONAL LOCALIZATION AND TRACKING FOR ADAPTIVE RADIATION THERAPY 2016
  • Han, Xiao
  • Zhou, Yan
RU2706983C2
GENERATING PSEUDO-CT FROM MR-DATA USING A REGRESSION MODEL BASED ON FEATURES 2016
  • Khan, Syao
RU2703344C1
ADAPTIVE IMAGING AND FRAME RATE OPTIMIZATION BASED ON REAL-TIME RECOGNITION OF THE SHAPE OF MEDICAL INSTRUMENTS 2011
  • Chan, Raymond
  • Wang, Jinnan
  • Desjardins, Adrien, Emmanuel
  • Gutierrez, Luis Felipe
  • Barley, Maya, Ella
  • Hooft, Gert Wim
RU2726159C2
THREE-DIMENSIONAL LOCALIZATION OF MOVING TARGET FOR ADAPTIVE RADIATION THERAPY 2016
  • Khan Syao
  • Chzhou Yan
RU2699052C2
SYSTEM AND METHOD FOR AUTOMATIC TREATMENT PLANNING 2015
  • Shelund Jens Olof
  • Khan Syao
RU2684173C2
TARGET OBJECT TRACKING SYSTEM AND METHOD USING A QUALITY INDICATOR DURING RADIATION THERAPY 2016
  • Brooks Rupert
RU2696428C2
SYSTEM AND METHOD FOR ESTABLISHMENT OF INDIVIDUAL MODEL OF PATIENT'S ANATOMICAL STRUCTURE BASED ON DIGITAL IMAGE 2012
  • Namer Jelin Ejnav
  • Bronshtejn Ran
  • Tal Boats Dov
RU2642913C2
IDENTIFICATION OF MEDICAL CONCEPTS FOR SELECTION OF VISUALIZATION PROTOCOL 2012
  • Koen-Solal Erik
  • Li Majkl Chun-Chiekh
RU2626898C2

RU 2 534 393 C2

Authors

Uolker Mehtt'Ju Dzh.

Olzhevski Mark I.

Dates

2014-11-27Published

2010-04-09Filed