METHOD FOR PROCESSING VOLUMETRIC OBJECTS Russian patent published in 2017 - IPC A01G3/53 B25J5/00 

Abstract RU 2623632 C1

FIELD: physics.

SUBSTANCE: method involves the use of a robotic processing device, the manipulator 2 of which holds the detachable working tool 5, the visual display devices. The method includes the steps of sequential moving a robotic device for processing to pre-calculated or randomly selected discrete workstations in close proximity to a three-dimensional object. On each busy robotic workstation device with the help of the positioning system, the real coordinates and orientation of the robotic device for processing with respect to the processing object and the coordinates of the object surface are determined. For each occupied workplace, it is determined that the working tool 5 can be reached from this occupied workplace of, at least, a part of the processing area of the three-dimensional object defined in accordance with the known processing model. The trajectory of the working tool is calculated for a part of the processing area of the volumetric object. A part of the processing area of the three-dimensional object is processed. When determining the possibility of reaching the working tool of, at least, a part of the processing area from this occupied workplace and calculating the working tool path, the previously processed parts of the processing area are excluded. The visual display device displays a graphic image of the processing object surface at a time, combined with a processing model to allow visual control over the processing process.

EFFECT: method provides accuracy and complete automated processing of three-dimensional objects of complex shape in real conditions and control over the processing process.

6 cl, 2 dwg

Similar patents RU2623632C1

Title Year Author Number
METHOD OF PROCESSING THREE-DIMENSIONAL OBJECTS 2015
  • Kamyshnikov Aleksandr Vadimovich
RU2597864C1
MANIPULATOR CONTROL METHOD 2021
  • Katsurin Aleksej Anatolevich
  • Filaretov Vladimir Fedorovich
RU2761924C1
MANIPULATOR CONTROL METHOD 2017
  • Filaretov Vladimir Fedorovich
RU2685831C1
METHOD FOR POSITIONING ELEMENTS OF PREFABRICATED STRUCTURES IN SPACE 2020
  • Zaidullin Eduard Vladimirovich
  • Ivanov Boris Vladimirovich
RU2759013C1
MOBILE SELF-CONTAINED ROBOTIC PLATFORM WITH BLOCK VARIABLE STRUCTURE 2019
  • Saveliev Anton Igorevich
  • Khar'Kov Ilya Yur'Evich
  • Pavlyuk Nikita Andreevich
  • Karpov Aleksey Anatolevich
RU2704048C1
ROBOTIC MULTIFUNCTIONAL LASER SURGICAL COMPLEX 2018
  • Yanushevich Oleg Olegovich
  • Bazikyan Ernest Aramovich
  • Chunikhin Andrej Anatolevich
  • Vorotnikov Andrej Aleksandrovich
  • Klimov Daniil Dmitrievich
  • Poduraev Yurij Viktorovich
RU2693216C1
ROBOTIC KITCHEN SYSTEM (EMBODIMENTS), CONTROL METHOD AND KITCHEN MODULE USING THEREOF (EMBODIMENTS) 2015
  • Oleynik Mark
RU2743194C1
ROBOT-SPRAYER FOR GARDENING 2022
  • Marchenko Leonid Anatolevich
  • Spiridonov Artem Iurevich
RU2790688C1
TRIMMER ROBOT 2008
  • Khamukov Jurij Khabizhevich
  • Nagoev Zalimkhan Vjacheslavovich
RU2409931C2
MANIPULATOR CONTROL METHOD 2021
  • Katsurin Aleksej Anatolevich
  • Filaretov Vladimir Fedorovich
RU2761923C1

RU 2 623 632 C1

Authors

Kamyshnikov Aleksandr Vadimovich

Dates

2017-06-28Published

2016-08-22Filed