METHOD FOR VEHICLE OVERCOMING OF WATER OBSTACLES Russian patent published in 2016 - IPC B61B1/00 B61B13/10 

Abstract RU 2586424 C2

FIELD: machine building.

SUBSTANCE: invention relates to high-speed railway transport and is intended to ensure overcoming by transport of water obstacles like rivers, lakes or sea straits via a bottom tunnel. According to the suggested method of overcoming by transport of water obstacles, it is necessary to ensure an eight operation of electric trains in a bottom rectangular tunnel of prefabricated reinforced concrete elements at a speed of 300 km/h. There is foreseen simultaneous movement in every direction of several trains at a safe distance. Trains are protected against terrorists attacks by reinforced concrete structures of the tunnel, high-speed movement of trains in the tunnel and pre-entraining inspection of cars, passengers and their luggage. In contrast to passenger and freight long-distance trains long-distance, cargo-passenger trains ply only from one shore of a water obstacle to another one and vice versa, carrying various cars and their passengers. Tunnel, in fact, is a fast and safe transport conveyor across a water obstacle acting according to logistics laws.

EFFECT: as a result, there is achieved fast and safe crossing of a water obstacle by a railway transport.

1 cl, 3 dwg

Similar patents RU2586424C2

Title Year Author Number
METHOD OF TRANSPORT OVERCOMING OF WATER OBSTACLE IN AREAS OF ETERNAL CONGELATION 2016
  • Tretyakov Vladimir Afanasevich
RU2641810C2
METHOD OF SUPER-HIGH-SPEED IN-MEGAPOLIS PASSENGER AND FREIGHT CONVEYANCE OF HIGHER ANTI-TERRORISM SECURITY 2009
  • Tret'Jakov Vladimir Afanas'Evich
RU2503560C2
CARGO-AND-PASSENGER SUSPENDED WAY 2011
  • Korotkij Anatolij Arkad'Evich
  • Trembitskij Aleksandr Vjacheslavovich
  • Popiashvili Boris Davidovich
  • Dubrovin Vitalij Vladimirovich
  • Kustarev Gennadij Vladimirovich
  • Korotkij Dmitrij Anatol'Evich
  • Panfilov Aleksej Viktorovich
RU2478503C1
TRANSPORT JUNCTION AND METHOD FOR CONSTRUCTION THEREOF 2015
  • Sevenard Yurij Konstantinovich
  • Falkevich Aleksandr Genrikhovich
  • Kiselev Nikolaj Pavlovich
RU2587673C1
SYSTEM FOR RAILWAY TRANSPORT WITH ROTARY CARGO PLATFORM 2013
  • Bessarabov Vladimir Nikolaevich
RU2585675C2
HIGH SPEED METRO 2021
  • Shajdorov Vladimir Vasilevich
RU2752036C1
TUG-TYPE HYBRID TRANSPORT SYSTEM 2014
  • Aldonjasov Vjacheslav Ivanovich
RU2566455C1
METHOD FOR BUILDING TUNNEL BRIDGE IN UNDERWATER CHANNEL FOR OVERCOMING SHALLOW OBSTACLES 2015
  • Stukalov Aleksandr Sergeevich
RU2576692C1
METHOD FOR CONSTRUCTION OF METRO LINE USING TRENCHLESS METHOD WITH PERMANENT CROSS-SECTION CASING AND SINGLE TYPE OF TUNNEL-PENETRATING MECHANIZED COMPLEX 2020
  • Zakharov Georgij Rafaelevich
  • Maslak Vladimir Aleksandrovich
  • Bojtsov Dmitrij Anatolevich
  • Ryabkov Stanislav Valerevich
  • Tyushevskaya Lidiya Valentinovna
  • Fadeeva Vera Borisovna
RU2754694C1
METHOD OF CONSTRUCTING SUBWAY PYLON STATION USING CLOSED METHOD OF PERFORMING WORKS ON OPERATING SUBWAY LINE WITHOUT INTERRUPTING TRAIN TRAFFIC 2023
  • Zakharov Georgij Rafaelevich
  • Maslak Vladimir Aleksandrovich
  • Ryabkov Stanislav Valerevich
RU2824544C1

RU 2 586 424 C2

Authors

Tretyakov Vladimir Afanasevich

Dates

2016-06-10Published

2014-10-07Filed