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    • 2. 发明专利
    • Tunnel reinforcing method
    • 隧道增强方法
    • JP2007009601A
    • 2007-01-18
    • JP2005193961
    • 2005-07-01
    • Taisei Corp大成建設株式会社
    • KANEKO KENICHIMOCHIZUKI OSAMUOYA HIROSHIHIROTOMI SATOSHI
    • E21D11/00E21D9/04
    • PROBLEM TO BE SOLVED: To provide a tunnel reinforcing method capable of easily installing an excavating means around a tunnel and increasing construction efficiency by concurrently performing the excavation of an earth around the tunnel and the reinforcement of an earth around the tunnel.
      SOLUTION: This tunnel reinforcing method comprises a step for constructing a working tunnel T2 (working space) in the earth around a railway tunnel T1 (tunnel) and a step for excavating a curved hole A along the outer periphery of the railway tunnel T1 by an excavating means 1 advanced into the ground from the wall face of the working tunnel T2, and a solidifying material filled into the curved hole A and excavated sediment are agitated to solidify the excavated sediment in the curved hole A.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种隧道加固方法,其能够容易地在隧道周围安装挖掘装置并且通过同时进行围绕隧道的地球的挖掘以及围绕隧道的地球的加固来提高施工效率。 解决方案:该隧道加固方法包括在铁路隧道T1(隧道)周围的地球上构造工作隧道T2(工作空间)的步骤和沿着铁路隧道外围挖掘弯曲孔A的步骤 T1通过从工作隧道T2的壁面前进到地面中的挖掘装置1,并且搅拌填充到弯曲孔A中的凝固材料和挖掘的沉积物,以使弯曲孔A中的挖掘的沉积物固化。 (C)2007,JPO&INPIT
    • 5. 发明专利
    • FLEXIBLE JOINT STRUCTURE OF ADJACENT UNDERGROUND STRUCTURE
    • JPH11200787A
    • 1999-07-27
    • JP1821198
    • 1998-01-13
    • TAISEI CORPSEIBU POLYMER CORP
    • MORITA TAIJIMOCHIZUKI OSAMUASANUMA YOSHINORIFUKUJU YOSHIO
    • E21D11/04
    • PROBLEM TO BE SOLVED: To use the flexible cross sectional sections of adjacent underground structures in common by arranging flexible face members onto one cross sections of the structures at the time of the construction of a plurality of the underground structures and executing the flexible face members in a specified process. SOLUTION: When a plurality of the underground structures 1 are built under an adjacent state, flexible cross sectional sections 2 consisting of flexible face members 4 such as a rubber are provided around the end sections of each structure 1. The face members 4 are formed in a U-shaped sectional form, and beltlike plane sections are used as cutoff sections while both-side edge sections are fixed at the end sections of the structures 1 by bolts, etc. A hardener is injected to a ground among the adjacent structures 1, parts of the face members 4 connecting the structures 1 are removed, and the cross sectional sections 2 are excavated and continuous spaces are formed among the structures 1. The face members 4 are coupled among the structures 1 in the spaces, and flexible sections are formed among the adjacent structures 1. Accordingly, deformation can be absorbed easily even when uneven settlement and an earthquake or meandering and rolling, the fluctuation of a distance and height, etc., at the time of the construction of the underground structures are generated, and cutoff properties can be improved.
    • 7. 发明专利
    • SHIELD MACHINE UNINFLUENTIAL ON PERIPHERY
    • JPH10102981A
    • 1998-04-21
    • JP27420396
    • 1996-09-25
    • TAISEI CORP
    • MORITA TAIJIMOCHIZUKI OSAMU
    • E21D9/06E21D13/02
    • PROBLEM TO BE SOLVED: To propel excavation without exerting influence on a peripheral im proved layer and a structure by generating lateral force by installing a lateral force absorbing member on a surface on the side where a shield machine is close to an improved foundation and an existing structure. SOLUTION: Grout is injected into a periphery while propelling excavation by a preceding shield machine 1, and a foundation improved layer 12 is constructed on a periphery of a preceding tunnel 11. Excavation is propelled by a succeeding shield machine 2 while shaving a part of the foundation improved layer 12 in a condition adjacent to the preceding tunnel 11. A lateral force absorbing member 21 is installed on a surface contacting with the preceding improved foundation 12 on a periphery of the succeeding shield machine 2. As the lateral force absorbing member 21, a Teflon plate having a small friction coefficient is used, or abrasion resistant paint is applied, or a resilient face member such as hard rubber and urethane is installed. Excavation propulsion force of the shield machine 2 acts forward, but does not act in the vertical and lateral direction, and the occurrence of a crack or the like in the improved layer 12 can be restrained.
    • 10. 发明专利
    • SEGMENT ERECTOR DEVICE
    • JPH1018791A
    • 1998-01-20
    • JP17454196
    • 1996-07-04
    • MITSUBISHI HEAVY IND LTDTAISEI CORP
    • MATSUMOTO TAKAOTACHIBANA YOSHIYASUFURUI MICHIOMORITA TAIJIMOCHIZUKI OSAMUWATANABE OSAMUINO TOSHIMI
    • E21D11/40
    • PROBLEM TO BE SOLVED: To erect a conveyed segment into a specified position of a tunnel internal wall by providing a rear part of an excavator body with a vertical moving body, a horizontal moving body, a longitudinal moving body, a turning body and a rotating body, and providing the rotating body with a grip. SOLUTION: Vertical guides 31 are provided on both lateral sides of a support wall 22 of a rear drum 13 so as to support a vertical moving body 32. Lateral guides 34 are formed at the vertical moving body 32 so as to support a lateral moving body 35 movably. A longitudinal moving body 38 is movably supported to the lateral moving body 35 by a longitudinal rod. A turning body 41 is supported to the longitudinal moving body 38 through a bearing so as to be turnable around an axis parallel to an excavating direction. A support cylinder 43 is fixed to the turning body 41, and a moving cylinder 44 is movably fitted to the support cylinder 43. A rotating body 48 is rotatably supported to the moving cylinder 44 by a rotating shaft 47 through a support body 46. A grip is mounted to the rotating body 48 so as to be able to hold a segment. The grip is thereby moved, turned and rotated in three directions in a tunnel so as to easily erect the segment.