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    • 2. 发明专利
    • Core material and soil cement continuous wall construction method using the same
    • 使用相同的核心材料和土壤水泥连续墙结构方法
    • JP2014177827A
    • 2014-09-25
    • JP2013052967
    • 2013-03-15
    • Kajima Corp鹿島建設株式会社Marufuji Sheet Piling Co Ltd丸藤シートパイル株式会社
    • ASANO RISABUROKUMAKIRI HISAOHORII TAKASHIIKEDA KEIJISEKIGUCHI NATSUMISENDA YUKIHISAOKADA SATOSHIUCHIDA AKIRAOKUWAKI AKIRA
    • E02D5/20
    • PROBLEM TO BE SOLVED: To provide a construction method of a soil cement continuous wall and a core material used therefor, capable of erecting the core material, capable of improving an insertion property of the core material, capable of also securing erection accuracy and hole drilling accuracy of the core material even when constituted in this way, capable of further shortening a construction period, capable of reducing a frequency of jointly using a vibration hammer, and capable of construction of taking into consideration a neighbourhood environment.SOLUTION: A foundation is excavated by a multiple spindle kneading auger machine, and a continuous integral wall body is established by successively lapping an element of continuing an excavation round hole of containing a mixture of a consolidation liquid and excavation sediment in a state of being tied in a row in the foundation, or the foundation is excavated by a chain saw type cutter post connected to a base machine, and excavation of a groove and injection of a solidification liquid, mixing and agitation with in-site soil are executed by moving in the lateral direction, and when executing soil cement continuous wall construction for establishing a soil cement wall of continuing in the ground, H-shaped steel being a stress burden material (a core material) inserted into the excavation round hole of the element is installed by successively diametrically reducing a flange width so as to taper off toward the tip.
    • 要解决的问题:为了提供一种土壤水泥连续壁的构造方法和用于其的芯材,能够竖立芯材,能够提高芯材的插入性能,还能够确保安装精度和钻孔精度 即使以这种方式构成的芯材的精度也能够进一步缩短施工周期,能够减少联合使用振动锤的频率,并且能够考虑邻近环境的构造。解决方案:挖掘基础 通过多轴捏合螺旋推运机和连续一体的壁体,通过连续研磨连续挖掘圆孔的元素,其中包含固结液体和开挖沉积物的混合物,该混合物在基础上被连成一排 或者基础是通过连接到基础机器的链锯式刀架挖掘出来的,并进行挖掘 通过沿横向移动,通过在现场土壤中进行混合和搅拌,并且当执行土壤水泥连续墙结构以建立在地面上连续的土壤水泥墙时,形成H形 插入到元件的挖掘圆孔中的应力负荷材料(芯材)的钢通过连续地径向减小凸缘宽度而被安装成朝向顶端渐缩。
    • 3. 发明专利
    • Covering plate fastener and covering plate fastening method
    • 覆盖板紧固件和覆盖板紧固方法
    • JP2008163687A
    • 2008-07-17
    • JP2006356461
    • 2006-12-28
    • Marufuji Sheet Piling Co Ltd丸藤シートパイル株式会社
    • SUZUKI OSAMUAZUMA KAZUHIROISHIZUKA KUNIOSHIMIZU YOSHIMITOKUNAGA HIROKAZU
    • E01C9/08
    • PROBLEM TO BE SOLVED: To fix a covering plate onto a receiving beam by mounting a fastening plate joined to the lower part of a bolt inserted through the covering plate on the receiving beam with nut fastening.
      SOLUTION: A bearing member 5 is provided at a lower end 4
      1 of the fastening bolt 4 inserted through a through-hole 11 from the side of an upper face 1
      1 of the covering plate 1. The fastening plates 3 are arranged on both sides across the bearing member 5 and turnably joined to a mounting shaft 6. The weight of a receiving beam side portion A of the fastening plate 3 around the mounting shaft is increased, and the weight of a portion B in contact with a lower face 1
      2 of the covering plate on the opposite side to the receiving beam side portion A is reduced. A stopper 9 is provided on the portion B of the fastening plate 3 in contact with the lower face of the covering plate for restricting a descending inclination with the weight of the receiving beam side portion A. The portion B of the fastening plate 3 in contact with the lower face of the covering plate is formed in a circular shape r. An upper side portion of the fastening plate on the receiving beam side is formed as a fastening portion 3
      1 of the receiving beam 2. A smooth face 8' of an angle member 8 is formed on a portion of the lower face 1
      2 of the covering plate in contact with the fastening plate.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过将通过盖板插入的螺栓的下部的紧固板安装在具有螺母紧固的接收梁上,将覆盖板固定在接收梁上。 解决方案:轴承构件5设置在紧固螺栓4的从上表面1 1侧穿过通孔11插入的下端4S / SB'。紧固板3跨越轴承构件5布置在两侧,并可转动地连接到安装轴6.紧固板3的安装轴的接收梁侧部分A的重量是 与接收侧侧部分A相反侧的覆盖板的下表面1 2 接触的部分B的重量减小。 止动件9设置在紧固板3的与盖板的下表面接触的部分B上,用于限制接收梁侧部分A的重量的下降倾斜。紧固板3的接触部分B 覆盖板的下表面形成为圆形r。 接收梁侧的紧固板的上侧部分形成为接收梁2的紧固部分3 1 。角部件8的平滑面8'形成在 覆盖板的下表面1 2 与紧固板接触。 版权所有(C)2008,JPO&INPIT