METHOD FOR SAFE APPROACH OF A SERVICE SPACECRAFT TO A SERVICED SPACECRAFT Russian patent published in 2020 - IPC B64G3/00 

Abstract RU 2711487 C1

FIELD: astronautics.

SUBSTANCE: invention relates to observation or tracking of flight of space vehicles and can be used for autonomous safe approach of service spacecraft with serviced spacecraft. Practical use of the proposed invention is related to performing orbital servicing in near-Earth space and beyond. For safe approach of service spacecraft with serviced spacecraft, approach is performed based on data of lidar and video recorder installed on service spacecraft. On the flat screen of the video recorder, a fragment of the image of the serviced spacecraft is selected, controlled approach to multiple magnifications of the size of the selected fragment is performed. In controlled approaches, size of selected fragment is determined based on lidar data and distance between space vehicles as per data of video recorder. Next controlled approaches are performed at a lower speed when observing fragments of a smaller size until a safe rate of mechanical contact is achieved.

EFFECT: safe approach of a service space vehicle to a serviced spacecraft is provided.

1 cl

Similar patents RU2711487C1

Title Year Author Number
METHOD TO CONTROL SPEED OF APPROACH OF SERVICE AND SERVICED SPACECRAFTS DURING THEIR CONNECTION 2019
  • Yakovlev Mikhail Viktorovich
  • Arkhipov Vladimir Afanasevich
  • Sokolov Vladimir Ivanovich
  • Shivanov Aleksandr Vladimirovich
  • Tikhonov Aleksandr Pavlovich
  • Marchuk Viktoriya Anatolevna
  • Dubleva Anastasiya Pavlovna
  • Denisovich Leonid Ivanovich
RU2742132C1
METHOD OF REGISTERING APPROXIMATION OF AN ACTIVE OBJECT TO THE SPACECRAFT OF ORBITAL RESERVE IN THE REGION OF LOW EARTH ORBITS 2017
  • Yakovlev Mikhail Viktorovich
RU2658203C1
SYNCHRONIZATION METHOD OF ANGULAR RATES OF ACTIVE SPACECRAFT WITH PASSIVE SPACECRAFT 2017
  • Yakovlev Mikhail Viktorovich
  • Yakovlev Dmitrij Mikhajlovich
RU2662318C1
METHOD OF CONTROLLING SERVICE SPACECRAFT IN CONTACTLESS REMOVAL OF FRAGMENTS OF SPACE DEBRIS 2019
  • Yakovlev Mikhail Viktorovich
  • Arkhipov Vladimir Afanasevich
  • Sokolov Vladimir Ivanovich
  • Kisilenko Valerij Semenovich
  • Tikhonov Aleksandr Pavlovich
  • Shivanov Aleksandr Vladimirovich
  • Kuzmin Nikolaj Vasilevich
  • Marchuk Viktoriya Anatolevna
RU2720606C1
METHOD OF DETERMINING AN OBJECT, WHICH INSPECTS A SPACECRAFT IN PASSIVE MODE 2018
  • Yakovlev Mikhail Viktorovich
RU2704348C1
METHOD FOR SYNCHRONIZING ANGULAR VELOCITIES OF ACTIVE SPACECRAFT WITH PASSIVE SPACECRAFT 2015
  • Jakovlev Mikhail Viktorovich
  • Jakovleva Tatjana Mikhajlovna
  • Jakovlev Dmitrij Mikhajlovich
RU2603301C1
DEVICE FOR AUTOMATIC DOCKING OF SPACECRAFT DURING ORBITAL SERVICE OPERATIONS 2017
  • Yakovlev Mikhail Viktorovich
  • Arkhipov Vladimir Afanasevich
  • Sokolov Vladimir Ivanovich
  • Usovik Igor Vyacheslavovich
  • Loginov Sergej Stepanovich
  • Popkova Lyubov Borisovna
  • Gorlov Aleksej Evgenevich
RU2669763C1
METHOD OF DETERMINING TIME TO MEET THE ACTIVE OBJECT WITH THE SPACE APPARATUS IN CASE OF PARALLEL CLOSURE 2017
  • Yakovlev Mikhail Viktorovich
  • Yakovlev Dmitrij Mikhajlovich
RU2668140C1
METHOD FOR AUTONOMOUS CONTROL OF SPACECRAFTS 2017
  • Yakovlev Mikhail Viktorovich
  • Yakovlev Dmitrij Mikhajlovich
RU2673421C1
METHOD FOR SYNCHRONISATION OF ANGULAR VELOCITY OF ROTATION OF AN ACTIVE SPACE VEHICLE WITH A PASSIVE SPACE VEHICLE DURING MAINTENANCE OPERATION 2017
  • Yakovlev Mikhail Viktorovich
  • Sergeev Viktor Evgenevich
  • Golovko Anatolij Vsevolodovich
RU2750077C2

RU 2 711 487 C1

Authors

Yakovlev Mikhail Viktorovich

Dates

2020-01-17Published

2019-03-11Filed