OPERATING MEMBER OF DRIVING SHIELD OF OVAL SHAPE Russian patent published in 2009 - IPC E21D9/87 E21C27/24 

Abstract RU 2376473 C1

FIELD: mining.

SUBSTANCE: invention refers to mining industry, namely to driving shields, and may be used during building of highway, railway and public tunnels. Operating member of driving shield includes centre rotor working organ in the form of faceplate, working organs with rock-breaking tools on outer surface for creation of oval form of tunnel section, actuating device of working organs and traveling mechanism. In order to create oval form of tunnel section, working organs are designed as two side and two vertical working organs of drum-type. Each side working organ is designed in the form of body of revolution arranged in relation to cross centroidal principal axis of tunnel section, with bow-shaped element corresponding to arch, half of side arches and perimetres of their connection. End surfaces of vertical working organs of drum-type correspond to arch and floor arch of tunnel. Central working organ is installed by means of bearing on axis located in centre of gravity of driving shield, this axis is also operating member guide. At that side working organs and vertical working organs are installed by means of bearings on their axes rigidly cantilever connected to guide. At that each of mentioned working organs is provided with actuating device, and traveling mechanism is designed in the form of hydraulic jacks.

EFFECT: providing of driving of tunnel of optimal oval shape transverse and establishing of conditions for maximum mechanisation and automation of all operating processes during tunnel building.

5 dwg

Similar patents RU2376473C1

Title Year Author Number
OVAL TELESCOPIC ACTUATOR OF TUNNEL SHIELD 2010
  • Subbotin Valerij Aleksandrovich
  • Telegina Oksana Vjacheslavovna
RU2439327C2
EXECUTIVE BODY OF TUNNELLING SHIELD COMPLEX FOR CONSTRUCTION OF MULTILANE ROAD AND RAILWAY TUNNELS AND PILLARLESS METRO STATIONS 2015
  • Subbotin Valerij Aleksandrovich
  • Zinoveva Elena Igorevna
RU2614176C1
EXECUTIVE TOOL OF DRIVING SHIELD 2003
  • Subbotin V.A.
  • Kasapov R.I.
RU2244129C1
METHOD FOR THE DEVELOPMENT OF MINERAL DEPOSITS BY AN UNDERGROUND METHOD USING TUNNEL-BORING MECHANIZED COMPLEXES 2022
  • Kolontaevskii Evgenii Vladimirovich
  • Mishedchenko Anatolii Anatolevich
RU2801989C1
POWERED SHIELD COMPLEX FOR CONSTRUCTION OF TUNNELS WITH PREFABRICATED EMBEDDED IN ROCK LINING 1988
  • Vasil'Kov A.I.
  • Gutsko V.A.
  • Derevjanko V.I.
  • Zajtsev A.A.
  • Ivanov V.G.
  • Kulagin N.I.
  • Markov V.A.
  • Rozengauz B.M.
  • Khristoforov S.L.
RU2018677C1
TUNNELING UNIT 2021
  • Nikolaev Vladimir Anatolevich
RU2765746C1
METHOD AND SYSTEM FOR VERTICAL MINE TUNNEL CONSTRUCTION 2005
RU2270920C1
SHIELD FOR TUNNELING IN MIXED SOILS 0
  • Tatarinskij Vladimir Borisovich
  • Fishman Iosif Davidovich
  • Khodosh Vladimir Aleksandrovich
  • Melnikov Ivan Iosifovich
  • Vlasov Sergej Nikolaevich
  • Maksimov Boris Sergeevich
  • Trubchanin Viktor Ivanovich
SU1677325A1
METHOD FOR ERECTION OF URBAN RING HIGHWAY SECTION MEGAPOLIS 1999
  • Arkhipkin N.I.
  • Zeliger I.A.
  • Kudrjashov V.I.
  • Kuz'Min A.V.
  • Kurakin P.P.
  • Muravin G.I.
  • Romanov P.S.
  • Samsonov A.V.
  • Svirskij S.I.
  • Selivanov N.P.
  • Tkachenko S.S.
  • Ugrinovich S.V.
  • Shvartsman V.L.
RU2152470C1
METHOD FOR ERECTION OF VEHICULAR TRAFFIC TUNNEL OF URBAN RING HIGHWAY OF MEGAPOLIS 1999
  • Aksenova O.I.
  • Alekseenko E.I.
  • Bessolov V.A.
  • Lubotskij S.Ju.
  • Maksimova V.N.
  • Millerman S.I.
  • Morozov I.A.
  • Nikolaev S.V.
  • Selivanov N.P.
  • Sinitskij G.M.
  • Chuverina S.G.
RU2152473C1

RU 2 376 473 C1

Authors

Subbotin Valerij Aleksandrovich

Dates

2009-12-20Published

2008-05-13Filed