METHOD EXECUTING TIMED ROBOTIC PROCESS JOBS AT STRUCTURE OF LIMITED SPACE, IN PARTICULAR, AT AIRCRAFT WING TORSION BOX, APPROPRIATE SOFTWARE AND ROBOTIC INSTALLATION Russian patent published in 2014 - IPC B64C3/00 B25J9/16 B64F5/00 

Abstract RU 2509681 C2

FIELD: transport.

SUBSTANCE: invention relates to aircraft engineering. Method of executing process job at structure of limited space and with define plate identified from inside and outside said limited space consists in displacing the first working tool by first robotic system inside limited space so that said first working tool is located at abode place. First vector corresponding to said place is generated. Second working tool is displaced by second robotic system from outside limited space so that second working tool is located above said place. Second vector corresponding to said place is generated. First and second vectors are used for displacement of said first and second tools to new place so that both tools are located at working positions opposite each other. Said first and second tools are used to perform process job at said new place. Robotic system control computer incorporates machine memory with loaded data on control of said first and second robotic systems. Robotic installation comprises first and second robotic systems and robot controller to activate said first and second robotic systems.

EFFECT: simplified design, higher quality.

13 cl, 11 dwg

Similar patents RU2509681C2

Title Year Author Number
ROBOTIC SYSTEM AND METHOD OF OPERATION OF ROBOTIC SYSTEM 2016
  • Krohne, Ingo
  • Goehlich, Robert Alexander
  • Hirano, Yoshiyasu
  • Aoki, Yuichiro
  • Iwahori, Yutaka
  • Kanda, Atsushi
RU2710411C2
ROBOTIC SYSTEM FOR LAPAROSCOPIC SURGERY 2010
  • Amat Khirbau Khosep
  • Kasals Khelpi Alisija
  • Frigola Bourlon Manel'
RU2531469C2
ROBOTIC KITCHEN SYSTEM 2015
  • Oleynik Mark
RU2743044C1
ROBOTIC ALL-TERRAIN COMPLEX FOR PRODUCTS STORAGE AND DISPOSAL 2022
  • Lerner Igor Sergeevich
RU2787095C1
ROBOT INTERACTION SYSTEM 2009
  • Plotsinnik Kristian
  • Shek Khans-Vil'Khel'M
  • Mors Mark
RU2479414C2
ROBOTIZED MOBILE COURIER COMPLEX 2022
  • Lerner Igor Sergeevich
RU2787547C1
AEROSTATIC ROBOT DEVICE FOR MONITORING AND APPLICATION OF PLANT PROTECTION AGENTS, FERTILIZERS IN PRECISION AGRICULTURE 2019
  • Izmajlov Andrej Yurevich
  • Marchenko Leonid Anatolevich
  • Godzhaev Zakhid Adygezalovich
  • Smirnov Igor Gennadievich
  • Mochkova Tatyana Vasilevna
RU2703198C1
ROBOTIC SURGICAL SYSTEM FOR TRANSCATHETER AORTIC VALVE REPLACEMENT 2022
  • Puzikov Evgenij Petrovich
  • Klyshnikov Kirill Yurevich
  • Ovcharenko Evgenij Andreevich
RU2789707C1
ROBOTIC KITCHEN SYSTEM (EMBODIMENTS), CONTROL METHOD AND KITCHEN MODULE USING THEREOF (EMBODIMENTS) 2015
  • Oleynik Mark
RU2743194C1
ROBOTIC MEDICAL SYSTEM AND MANIPULATOR FOR 3D BIOPRINTING FOR FULL-THICKNESS SKIN DEFECT CLOSURE 2023
  • Levin Aleksandr Aleksandrovich
  • Mironov Vladimir Aleksandrovich
  • Petrov Stanislav Vladimirovich
  • Kudan Elizaveta Valerevna
  • Khesuani Yusef Dzhorzhevich
  • Senatov Fedor Svyatoslavovich
RU2814949C1

RU 2 509 681 C2

Authors

Sarkh Branko

Amirekhteshami Dejvid Kh.

Dates

2014-03-20Published

2009-05-07Filed