VIDEO ENDOSCOPIC SYSTEM Russian patent published in 2018 - IPC A61B1/04 G06T7/00 

Abstract RU 2657951 C2

FIELD: medicine.

SUBSTANCE: group of inventions relates to medical equipment, specifically to video endoscopic systems. Method for identifying a feature in image data includes accessing data of an image captured by a video endoscopic device, wherein the image data is encoded in a first colour space, converting the accessed image data from the first colour space to a second colour space, wherein the second colour space is different from the first colour space and a segmentation colour space, identifying a location of a feature in the image by analysing the image data in the second colour space, storing segmentation data that indicates the location of the features in the image, and displaying, based on the segmentation data, the image with an indication of the identified location of the features. Second embodiment of the method further comprises determining the location of the feature in the video by analysing image data in the second colour space, tracking the position of the feature in multiple frames of image data, creating an anatomical model based on the tracked feature, determining the location of the feature in video data based on the anatomical model and displaying video with indication of the location of the feature. Medical systems for implementing the methods comprise a video endoscopic device configured to generate image data, transfer image data to a computing device configured to perform steps of the method.

EFFECT: use of inventions makes it possible to reduce colour metamarism artefacts.

36 cl, 6 dwg

Similar patents RU2657951C2

Title Year Author Number
ENDOSCOPIC VIDEO SYSTEM AND THE METHOD FOR ITS OPERATION 2020
  • Majstrishin Mikhail Mikhajlovich
  • Filipovich Oleg Viktorovich
  • Ryzhkov Aleksandr Igorevich
  • Garmatyuk Mikhail Igorevich
  • Zamorenov Ilya Mikhajlovich
RU2788812C2
APPARATUS AND METHODS OF DETERMINING COLOUR MODES 2011
  • Martens Mark Jozef Villem
RU2576484C2
METHOD FOR DETERMINING CONCENTRATION OF ANALYTE IN PHYSIOLOGICAL FLUID SAMPLE, MOBILE DEVICE, KIT, COMPUTER PROGRAM AND MACHINE-READABLE DATA STORAGE MEDIUM 2021
  • Berg Max
  • Hailer Fredrik
  • Limburg Bernd
  • Tuerck Volker
  • Winkelnkemper Momme
RU2825082C1
SELECTION OF DOMINATING COLOUR WITH APPLICATION OF PERCEPTION LAWS FOR CREATION OF SURROUNDING LIGHTING OBTAINED FROM VIDEO CONTENT 2005
  • Gjutta Srinivas
  • Dideriks Ehlmo M. A.
  • Ehlting Mark J.
RU2352081C2
DOCTOR'S FATIGUE ASSESSMENT SYSTEM AND METHOD 2022
  • Pershin Ilia Andreevich
  • Mustafaev Tamerlan Aidyn Ogly
RU2800312C1
METHOD OF EXAMINATION AND DIAGNOSTICS OF CONDITION OF BIOLOGICAL OBJECT OR ITS PART 2010
  • Natarovskij Sergej Nikolaevich
  • Beljakov Vladimir Konstantinovich
  • Manturova Natal'Ja Evgen'Evna
RU2462195C2
PIXEL BY PIXEL AND ELEMENT BY ELEMENT HYBRID FUSION FOR POSITRON EMISSION TOMOGRAPHY (PET)/COMPUTED TOMOGRAPHY (CT) IMAGES 2009
  • Chzhu Jan-Min
  • Nortmann Charl'Z A.
RU2526717C2
SYSTEM AND METHOD FOR CORRECTING DARK TONES ON DIGITAL PHOTOGRAPHS 2005
  • Safonov Il'Ja Vladimirovich
RU2298223C2
LAYER DECOMPOSITION IN HIERARCHICAL VDR CODING 2012
  • Su Gan-Min
  • Tsyuj Shen
  • Khulyalkar Samir N.
  • Chen Tao
  • Gish Uolter S.
  • Kepfer Khyubert
RU2586572C2
IMAGE PROCESSING FOR HIGH DYNAMIC RANGE (HDR) IMAGES 2013
  • Shakh Ankur
  • Ninan Adzhit
  • Tszja Venkhuej
  • Tun Khuejmin
  • Jan Tsjaoli
  • Ten Arkadij
  • Van Gaven
RU2580093C2

RU 2 657 951 C2

Authors

Mihalca Gheorghe

Baoduy Tran

Rodriguez Carlos A.

Dates

2018-06-18Published

2013-02-22Filed