UNMANNED AERIAL SYSTEM Russian patent published in 2010 - IPC B64C27/00 

Abstract RU 2403182 C1

FIELD: transport.

SUBSTANCE: invention relates to aircraft equipment. Unmanned aerial system (UAS) for non-aerodrome deployment contains unmanned aerial vehicle (UAV) and starting ground station which includes: mobile platform as well as power installation and UAV flight control unit positioned on this platform. UAV is made in the form of two-console wing with propulsors installed on its rockable consoles. The consoles are made capable to turn by 180° relative to wing longitudinal axis around frame for useful load. On the platform of ground starting station, power transmission shaft connected with reducing gear is installed vertically, and starting device is installed using three supports. The starting device contains facilities for transmitting rotation from transmission shaft to UAV as well as facilities for its locking and unlocking at the specified speed of transmission shaft rotation. Starting device supports are made telescopic with independent length adjustment from control unit for preflight correction of unmanned aerial vehicle orientation. The UAS is equipped with UAV preflight automatic static balancing system.

EFFECT: increase in range and duration of action, as well as efficiency of unmanned aerial vehicle.

4 cl, 4 dwg

Similar patents RU2403182C1

Title Year Author Number
AUTONOMOUS LASER COORDINATE DETERMINING SYSTEM OF UAV WITHOUT USE OF GPS/GLONASS MODULES 2019
  • Agapov Dmitrii Pavlovich
  • Gostev Pavel Pavlovich
  • Magnitskii Sergei Aleksandrovich
  • Mamonov Evgenii Aleksandrovich
  • Frolovtsev Dmitrii Nikolaevich
  • Chirkin Anatolii Stepanovich
RU2723692C1
AVIATION COMPLEX WITH UAV 2019
  • Klyuzhin Aleksandr Vasilevich
  • Arzamastsev Sergej Vladimirovich
  • Egorova Yuliya Aleksandrovna
  • Kozlitin Anatolij Mefodevich
  • Egorov Igor Vladimirovich
  • Shaneshkin Vladimir Anatolevich
  • Khomenko Maksim Aleksandrovich
RU2735483C1
DRONE AIRCRAFT 2009
  • Podkolzin Vasilij Grigor'Evich
  • Shvedov Vladimir Tarasovich
RU2409504C1
STRIKE AVIATION COMPLEX WITH UNMANNED AIRCRAFT 2022
  • Durov Dmitrij Sergeevich
RU2810821C1
AEROMOBILE AIR SURVEILLANCE SYSTEM 2022
  • Kozlov Valerij Nikolaevich
  • Dashchenko Aleksandr Yurevich
  • Berdnikov Aleksandr Yurevich
  • Kukankov Sergej Nikolaevich
RU2782479C1
METHOD OF CONTROL UNMANNED AIRCRAFT AND UNMANNED AIRCRAFT COMPLEX 2009
  • Belov Anatolij Petrovich
  • Jablokov Vladimir Dmitrievich
RU2441809C2
AIRCRAFT ROCKET COMPLEX WITH UNMANNED ATTACK HELICOPTER-AIRPLANE 2017
  • Durov Dmitrij Sergeevich
RU2674742C1
UNMANNED AERIAL ROBOTIC COMPLEX FOR PESTICIDE APPLICATION 2022
  • Marchenko Leonid Anatolevich
  • Spiridonov Artem Iurevich
RU2779780C1
METHOD FOR UAV ROUTE CONTROL AND A COMPLEX FOR ITS IMPLEMENTATION 2020
  • Shvetsova Svetlana Valerevna
  • Shvetsov Aleksej Vladislavovich
RU2751367C1
UNMANNED AIRCRAFT COMPLEX TO COUNTER ENEMY MICRO- AND MINI-UNMANNED AERIAL VEHICLES 2021
  • Chalikov Sergej Nikolaevich
  • Asanov Aleksandr Sergeevich
  • Gnusarev Yaroslav Yurevich
  • Redzhepov Ilyas Vepaevich
  • Sorokin Oleg Igorevich
RU2802236C2

RU 2 403 182 C1

Authors

Midzjanovskij Stanislav Petrovich

Dates

2010-11-10Published

2009-06-18Filed