HIGH-ADAPTIVE AUTONOMOUS MOBILE ROBOT CONTROL DEVICE Russian patent published in 2019 - IPC B25J13/08 

Abstract RU 2705049 C1

FIELD: robotics.

SUBSTANCE: invention relates to the field of robotics, is intended for control of highly adaptive and high maneuverability autonomous mobile robots (AMR) for various purposes.

EFFECT: invention widens functional capabilities of the device, increases adaptability of AMR to the environment, increases speed, reliability and maneuverability of AMR, enables creation of sensed robots with extremely high degree of autonomy, which will make it possible to automate spheres of human activity currently not subject to automation.

1 cl, 29 dwg

Similar patents RU2705049C1

Title Year Author Number
DEVICE FOR CONTROLLING AUTONOMOUS ROBOT 2008
  • Bimakov Valerij Aleksandrovich
  • Bimakov Egor Valer'Evich
RU2424105C2
DEVICE FOR PROCESSING TWO-DIMENSIONAL AND THREE-DIMENSIONAL IMAGES 2005
  • Bimakov Valerij Aleksandrovich
  • Bimakov Egor Valer'Evich
RU2289161C1
METHOD OF MEASURING SHAPE AND SIZE OF PARTS OF HUMAN BODY, METHOD OF SEARCHING FLAT OBJECT OF KNOWN SHAPE AND SIZE ON IMAGE, METHOD OF SEPARATING PART OF HUMAN BODY FROM BACKGROUND ON IMAGE 2018
  • Revkov Andrej Anatolevich
  • Chujko Grigorij Vladimirovich
  • Shchedrin Ivan Sergeevich
  • Revkov Egor Andreevich
  • Grishko Natalya Demyanovna
  • Posmetev Viktor Valerevich
  • Kanin Dmitrij Mikhajlovich
RU2684436C1
DEVICE FOR PARALLEL PROCESSING OF THREE-DIMENSIONAL EVENTS 0
  • Bimakov Valerij Aleksandrovich
SU1612307A2
DEVICE, METHOD AND SYSTEM FOR RECONSTRUCTING 3D-MODEL OF OBJECT 2015
  • Chernov Vitaly Vladimirovich
  • Shamsuarov Artem Gennadievich
  • Muratov Oleg Fanilevich
  • Slynko Yury Vyacheslavovich
  • Lyubimtseva Maria Mikhailovna
  • Bucha Victor Valentinovich
RU2642167C2
METHOD OF VIRTUAL SIMULATION OF RETROGRADE INTRARENAL SURGERY FOR TREATMENT OF UROLITHIASIS, USED IN TEACHING ENDOUROLOGICAL MANIPULATION SKILLS AND IN PLANNING SURGERY USING A FLEXIBLE URETEROSCOPE 2022
  • Talyshinskii Ali Elmanovich
  • Staroverov Nikolai Evgenevich
  • Klonov Vladimir Valerevich
  • Larionov Ivan Alekseevich
  • Gordienko Elena Garrievna
RU2802129C1
METHOD FOR PROVIDING COMPUTER VISION 2022
  • Rukhovich Danila Dmitrievich
  • Konushin Anton Sergeevich
  • Konushin Anton Sergeevich
RU2791587C1
METHOD FOR GENERATING STRUCTURE OF ASSEMBLIES, MEANT FOR PRESENTING THREE-DIMENSIONAL OBJECTS WITH USE OF IMAGES HAVING DEPTH 2002
  • Zhirkov A.O.
  • Levkovich-Masljuk L.I.
  • Park In-Kiu
  • Ignatenko A.V.
  • Khan Man-Dzin
  • Bajakovskij Ju.M.
  • Konouchin A.S.
  • Timasov D.A.
RU2237284C2
METHOD AND ELECTRONIC DEVICE FOR DETECTING THREE-DIMENSIONAL OBJECTS USING NEURAL NETWORKS 2021
  • Rukhovich Danila Dmitrievich
  • Vorontsova Anna Borisovna
  • Konushin Anton Sergeevich
RU2776814C1
VISUALIZATION OF RECONSTRUCTION OF 3D SCENE USING SEMANTIC REGULARIZATION OF NORMALS TSDF WHEN TRAINING NEURAL NETWORK 2023
  • Sokolova Anna Ilyinichna
  • Vorontsova Anna Borisovna
  • Limonov Alexander Georgievich
RU2825722C1

RU 2 705 049 C1

Authors

Bimakov Egor Valerevich

Bimakov Valerij Aleksandrovich

Dates

2019-11-01Published

2019-02-05Filed