METHOD FOR AMPHIBIOUS VEHICLE CASUALTY CONTROL IN CONDITIONS OF LOW TEMPERATURES Russian patent published in 2015 - IPC B60F3/00 F41H7/00 

Abstract RU 2555579 C1

FIELD: transport.

SUBSTANCE: invention relates to methods for casualty control of amphibious vehicles. The method includes installation of shrouds from outside of vehicle which shrouds are connected with vehicle's body with possibility to form cavities opened form beneath with possibility to control feeding power plant exhaust gases into them. In case of amphibious vehicle straight movement and absence of rocking, exhaust gases feeding into shroud cavities is performed in a smooth manner. In case of straight movement and rocking, vehicle tilting amplitude is measured, and proportionally to its value exhaust gases supply to cavities from tilt side and opposite side respectively is increased or reduced. In case of turning the exhaust gases supply to cavities from turning side is ceased and from opposite side is increased proportionally to vehicle velocity squared and inversely proportional to the radius of its turning. On the outer surfaces of shrouds, placement of watertight reservoirs of variable volume, for instance bellows, is provided with possibility to increase their volume depending on need to improve buoyancy and stability both in case of constant motion and during turning.

EFFECT: improved buoyancy and safety of amphibious vehicle.

Similar patents RU2555579C1

Title Year Author Number
CONTROL OVER FLOATING VEHICLE 2013
  • Andrianov Vjacheslav Borisovich
  • Byt'Ev Aleksej Vjacheslavovich
  • Elistratov Vasilij Vasil'Evich
  • Klimakov Vitalij Sergeevich
  • Makarova Julija Olegovna
  • Tkachenko Vladimir Ivanovich
  • Tkachenko Natalija Vladimirovna
  • Chekinov Sergej Gennad'Evich
  • Shevtsov Aleksandr Nikolaevich
RU2553612C2
DRIVING METHOD FOR FLOATING VEHICLE 2007
  • Anikonov Andrej Nikolaevich
  • Belokon' Sergej Petrovich
  • Man'Ko Valerij Leonidovich
  • Starostin Mikhail Mikhajlovich
  • Tkachenko Vladimir Ivanovich
  • Tkachenko Natalija Vladimirovna
  • Shul'Ga Sergej Vladimirovich
RU2335413C1
METHOD OF ENHANCING DAMAGE RESISTANCE OF AMPHIBIAN VEHICLE 2004
  • Dem'Janenko Aleksandr Vasil'Evich
  • Matlin Roman Vadimovich
  • Starostin Mikhail Mikhajlovich
  • Tkachenko Vladimir Ivanovich
  • Smoljakov Viktor Anatol'Evich
  • Radin Aleksandr Alekseevich
RU2270103C1
AMPHIBIOUS VEHICLE 2000
  • Vasilevich O.V.
  • Dem'Janenko A.V.
  • Korotkov V.S.
  • Starostin M.M.
  • Tkachenko V.I.
  • Tkachenko N.V.
  • Shul'Ga S.V.
RU2168419C1
FLOATING VEHICLE 2000
  • Vasilevich O.V.
  • Dem'Janenko A.V.
  • Korotkov V.S.
  • Starostin M.M.
  • Tkachenko V.I.
  • Shul'Ga S.V.
  • Korobko A.I.
RU2171749C1
AMPHIBIOUS MACHINE 2008
  • Tret'Jakov Evgenij Ivanovich
  • Serebrjakov Sergej Nikolaevich
  • Stepanov Aleksej Pavlovich
RU2406619C2
MARINE RESCUE RESEARCH SHIP 2015
  • Khramushin Vasilij Nikolaevich
RU2603818C1
MACHINE 2008
  • Belokon' Sergej Petrovich
  • Dikushin Fedor Andreevich
  • Kashirskij Aleksej Alekseevich
  • Starostin Mikhail Mikhajlovich
  • Tkachenko Vladimir Ivanovich
  • Tkachenko Natalija Vladimirovna
  • Shul'Ga Sergej Vladimirovich
RU2360205C1
MULTIPURPOSE TRANSPORT SHIP 2015
  • Khramushin Vasilij Nikolaevich
RU2603709C1
METHOD FOR CONTROLLED CHANGE OF HEEL OF AUTONOMOUS UNMANNED UNDERWATER VEHICLE 2024
  • Martynova Liubov Aleksandrovna
  • Pashkevich Ivan Vladimirovich
RU2823820C1

RU 2 555 579 C1

Authors

Andrianov Vjacheslav Borisovich

Byt'Ev Aleksej Vjacheslavovich

Elistratov Vasilij Vasil'Evich

Klimakov Vitalij Sergeevich

Makarchuk Igor' Leonidovich

Maletskij Oleg Mikhajlovich

Stepshin Mikhail Petrovich

Tkachenko Vladimir Ivanovich

Chekinov Sergej Gennad'Evich

Stenin Petr Gennad'Evich

Dates

2015-07-10Published

2013-12-10Filed