HANGAR SLIDING SECTION MOVEMENT METHOD Russian patent published in 2019 - IPC B64F1/08 

Abstract RU 2676995 C1

FIELD: shipbuilding.

SUBSTANCE: invention relates to the shipbuilding and concerns the objects along the ship deck moving methods. Hangar sliding section transportation method is implemented due to the helicopter towing device coupling with folding brackets made in the form of a truss structure and symmetrically located on the hangar sliding section bulkheads inner sides. To work with the hangar sliding section, the cable transportation system automation system is used, an additional operation mode is introduced, switched from the portable or stationary control panel. Brackets required position is fixed with the help of stoppers. During the cable transportation system winch / winches drums rotation of the, the traction and simultaneously holding forces are formed, allowing to perform the hangar sliding section forward movement under conditions of rolling in two directions: into the ship bow or into the stern with the winch / winches drums rotation direction changing.

EFFECT: enabling possibility of the helicopter and the hangar sections transportation by the single cable system.

1 cl, 5 dwg

Similar patents RU2676995C1

Title Year Author Number
DEVICE FOR MOTION OF OBJECT (MAINLY FLYING VEHICLE) OVER SHIP'S DECK 1998
  • Suslov V.F.
  • Poljakov V.G.
  • Shimanskij N.A.
  • Trifonov S.S.
  • Kopytov Ju.V.
  • Spiridopulo V.I.
RU2141435C1
SHIPBOARD HELICOPTER PLATFORM 0
  • Sokolovskij Evgenij Adolfovich
  • Kozlov Oleg Aleksandrovich
  • Markevich Stanislav Georgievich
  • Pereverzev Aleksandr Ivanovich
  • Mikheeva Valentina Vasilevna
SU1803349A1
FRAME STRUCTURE FOR MODULAR DESIGN OF PULL-AND-RUN DEVICE FOR TOWED CARRIER 2020
  • Sinyutych Aleksej Sergeevich
  • Golubev Konstantin Mikhajlovich
  • Semenov Aleksandr Konstantinovich
RU2770321C1
SURFACE-SUBMERGED SHIP WITH DECK AIR STRIKE COMPLEX 2019
  • Durov Dmitrij Sergeevich
RU2721808C1
SHIP AT DISPLACEMENT OF DESTROYER (VERSIONS) 2006
  • Jukhnin Vladimir Evgen'Evich
  • Spiridopulo Vladimir Il'Ich
  • Mishin Valentin Petrovich
  • Selivanov Nikolaj Pavlovich
RU2300477C1
ANTI-SHIP MISSILE SYSTEM WITH FLYING ROCKETS ROBOT-CARRIER AND METHOD FOR USE THEREOF 2018
  • Durov Dmitrij Sergeevich
RU2706295C2
ANTI-SUBMARINE MISSILE SYSTEM WITH SELF-CONTAINED JET CARRIER AIRCRAFT AND METHOD FOR APPLICATION THEREOF 2017
  • Durov Dmitrij Sergeevich
RU2699616C2
SHIP DECK STORAGE DEVICE AND AIRCRAFT FUEL TANKS SUPPLY METHOD 2017
  • Solovev Vladimir Sergeevich
  • Karpov Andrej Aleksandrovich
  • Smirnov Mikhail Viktorovich
RU2705856C2
METHOD OF FORCED LANDING OF HELICOPTER TYPE UNMANNED AIRCRAFT AT THE VESSEL LANDING PLATFORM 2015
  • Vilenchik Leonid Semenovich
  • Voloshin Oleg Vasilevich
  • Nikolaenko Vladimir Nikolaevich
  • Parfenyuk Vladimir Vitalevich
RU2620848C2
VESSEL - FLOATING BASE OF AUTONOMOUS UNMANNED UNDERWATER VEHICLES 2021
  • Illarionov Gennadii Iurevich
  • Laptev Konstantin Zoteevich
  • Shmakov Andrei Stanislavovich
  • Dmitriev Sergei Sergeevich
RU2753062C1

RU 2 676 995 C1

Authors

Solovev Vladimir Sergeevich

Karpov Andrej Aleksandrovich

Smirnov Mikhail Viktorovich

Dates

2019-01-14Published

2018-02-15Filed