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    • 83. 发明专利
    • Banking structure applied with vertical compression force by tendon and its construction method
    • 采用TENDON及其施工方法的垂直压缩力的银行结构
    • JP2005120773A
    • 2005-05-12
    • JP2003358916
    • 2003-10-20
    • Railway Technical Res InstUniv Of Tokyo国立大学法人 東京大学財団法人鉄道総合技術研究所
    • UCHIMURA TAROTATSUOKA FUMIOTATEYAMA MASARUWATANABE KENJI
    • E02D3/02E02D17/18
    • PROBLEM TO BE SOLVED: To provide a banking structure on which vertical compression force is applied by a tendon and its construction method for saving time and labor for maintenance, simplifying a configuration of a fixation part, and reducing cost.
      SOLUTION: This banking structure is provided with a lower part horizontal load-bearing plate 2, a reinforcing banking body 3, an upper part horizontal load-bearing plate 5, a member 6 arranged on the upper part horizontal load-bearing plate 5 and having a fulcrum 7, a vertical tendon 9, a member 8 which is provided on the member having the fulcrum and becomes a lever, a fixing tool 10 fixing the vertical tendon 9 in one end part of the member 8 which becomes the lever, and a load adding means for adding fixed tensile load to the vertical tendon 9 acting in the other end part of the member 8 forming the leverage stock.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种通过腱施加纵向压缩力的银行结构及其施工方法,以节省维护的时间和劳动力,简化了固定部件的构造,并降低了成本。 解决方案:该银行结构设置有下部水平承重板2,加强板块体3,上部水平承重板5,设置在上部水平承重板上的部件6 如图5所示,具有支点7,垂直腱9,设置在具有支点并成为杠杆的构件上的构件8,固定工具10,其将垂直腱9固定在构件8的一端部,该端部成为杆 以及用于向构成所述杠杆原料的构件8的另一端部中的垂直腱9添加固定拉伸载荷的载荷添加装置。 版权所有(C)2005,JPO&NCIPI
    • 88. 发明专利
    • METHOD FOR MAKING EMBANKMENT SLOPE STEEP
    • JPH059928A
    • 1993-01-19
    • JP18935191
    • 1991-07-03
    • RAILWAY TECHNICAL RES INST
    • TATEYAMA MASARU
    • E02D5/00E02D17/04E02D29/02
    • PURPOSE:To safely and effectively make the existing embankment slope steep by a combination of stirring-mixing piles constructed in the vertical direction before the slope is excavated and tensile reinforcing materials constructed nearly in the horizontal direction according to the excavation progress. CONSTITUTION:First, stirring-mixing piles are bundled in units of about two - six in the vertical direction to an existing embankment 1 to be constructed as block bodies 3. The embankment 1 is excavated by one step (about 1m), and the stirring-mixing piles 9 are driven nearly horizontally or a little downward. Before the pile bodies are hardened, tensile core materials 10 such as reinforcing steel-wire cylinders or steel pipes are inserted, drainage facility such as non-woven fabrics is provided on the excavated face, and concrete- spraying 12 is performed to cover the surface of the excavated face. Thereafter, the excavation process is repeated in sequence, and when the excavation is completed up to a specified height 13, an integrated wall 14 is constructed of concrete and the like, and sufficiently fixed by the core material 10 of the stirring-mixing piles 9 laterally placed and fixing plates 15.