METHOD AND SYSTEM FOR PREDICTIVE AVOIDANCE OF MANIPULATOR COLLISION WITH HUMAN BEING Russian patent published in 2019 - IPC G06T1/40 

Abstract RU 2685996 C1

FIELD: calculating; counting.

SUBSTANCE: invention relates to computer engineering. Technical result is achieved by forming a virtual graph of patency of industrial manipulator; obtaining an RGB image and a depth map from a camera directed to the working area of the industrial manipulator; segmenting each obtained RGB image using a deep convolutional neural network which determines which pixel image relates to a human; forming a cloud of human points by converting each pixel associated with a human, and the distance of said pixel in the depth map; determining the distance of each three-dimensional point from the formed cloud of points to each vertex of the virtual graph of the passability of the industrial manipulator; obtaining distance between a person and industrial manipulator operating points; comparison of certain distance of each three-dimensional point of cloud of points and threshold value.

EFFECT: technical result consists in improvement of safety level of personnel near industrial manipulator.

7 cl, 6 dwg

Similar patents RU2685996C1

Title Year Author Number
SYSTEM FOR CONSTRUCTING THREE-DIMENSIONAL SPACE MODEL 2023
  • Chelovyan Dmitrij Vladimirovich
RU2812950C1
DATA PROCESSING METHOD AND VISION SYSTEM FOR A ROBOTIC DEVICE 2021
  • Butov Pavel Aleksandrovich
  • Shepel Ilia Olegovich
  • Suanov Timur Aleksandrovich
RU2782662C1
METHOD AND SYSTEM FOR CAPTURING OBJECTS USING ROBOTIC DEVICE 2020
  • Semochkin Aleksandr Nikolaevich
  • Statovoj Dmitrij Aleksandrovich
  • Egorov Dmitrij Aleksandrovich
  • Postnikov Aleksej Leonidovich
  • Seliverstova Elena Vladimirovna
  • Zabikhifar Sejedkhassan
  • Gonnochenko Aleksej Sergeevich
RU2745380C1
METHOD AND SYSTEM FOR REMOTE CLOTHING SELECTION 2020
  • Fedyukov Maxim Alexandrovich
  • Poskonin Andrey Vladimirovich
  • Klimentyev Sergey Mikhailovich
  • Guzov Vladimir Vladimirovich
  • Petrov Ilia Alexeevich
  • Koval Andrei Vasilievich
  • Patakin Nikolay
  • Fedotov Anton Vladimirovich
  • Korneev Oleg Vladimirovich
RU2805003C2
METHOD AND SYSTEM FOR CAPTURING AN OBJECT USING A ROBOT DEVICE 2019
  • Efimov Albert Ruvimovich
  • Semochkin Aleksandr Nikolaevich
  • Moroshkin Svyatoslav Dmitrievich
  • Zabikhifar Sejedkhassan
RU2700246C1
METHOD AND DEVICE FOR GENERATION OF POINTS OF THREE-DIMENSIONAL (3D) SCENE 2018
  • Lasserr, Sebasten
  • Rikar, Zhyulen
  • Zhyullyan, Remi
RU2788439C2
SYSTEM AND METHOD FOR MEASURING THE SURFACE OF SHAPED GLASS SHEETS 2019
  • Addington Jason C.
  • Moran Benjamin L.
  • Vild Michael J.
RU2790811C2
METHOD FOR DETERMINING TRAFFIC AREA AND INDEPENDENTLY AVOIDING OBSTACLES FOR UNMANNED TRANSPORT EQUIPMENT IN UNDERGROUND CONFINED SPACES 2022
  • Yang Chunyu
  • Zhu Zhencai
  • Zhang Yidong
  • Zhang Xin
  • Gu Zhen
RU2803671C1
METHOD FOR VISUALIZING A 3D PORTRAIT OF A PERSON WITH ALTERED LIGHTING AND A COMPUTING DEVICE FOR IT 2021
  • Sevastopolskij Artem Mikhajlovich
  • Lempitskij Viktor Sergeevich
RU2757563C1
METHOD AND EQUIPMENT FOR DEPTH ENCODING AND DECODING 2020
  • Flero, Zhyulen
  • Dore, Reno
  • Tyudor, Frank
RU2809180C2

RU 2 685 996 C1

Authors

Postnikov Aleksej Leonidovich

Gamayunov Aleksandr Ruslanovich

Zatyagov Denis Dmitrievich

Efimov Albert Ruvimovich

Dates

2019-04-23Published

2018-12-26Filed