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    • 1. 发明专利
    • Method of anchoring shear reinforcement member
    • 锚固加固构件的锚固方法
    • JP2014122507A
    • 2014-07-03
    • JP2012279719
    • 2012-12-21
    • Kajima Corp鹿島建設株式会社Kajima Renovate Kkカジマ・リノベイト株式会社
    • YAMANOBE SHINICHIFURUICHI KOSUKEKANEMITSU YOSHIHISATAMANO KEIGOUEDA MASAAKINAKAGAWA KAZUTAKA
    • E04G23/02E03F3/04E04C5/18E04G21/12
    • PROBLEM TO BE SOLVED: To provide a method of anchoring a shear reinforcement member by which a burden on a worker in inserting the shear reinforcement member can be reduced and quality degradation can be suppressed by preventing air from being mixed to a grout material within a shear reinforcement member insertion hole.SOLUTION: The method of anchoring a shear reinforcement member is provided in which: a shear reinforcement member insertion hole 2 is drilled upwards in an existing precast concrete structure; an injection pipe is inserted into the insertion hole 2; a plastic grout material G is injected into the insertion hole 2, an outwards extending flange part being formed in an outer circumference of the injection pipe; at a position opposing the insertion hole 2, an elevating mechanism 8 is disposed for moving a shear reinforcement member 3 upwards; in a receiving part 8a of the elevating mechanism 8, a closing member 10 is disposed and on the closing member 10, a shear reinforcement member 3 is disposed; the shear reinforcement member 3 is inserted into the insertion hole 2 using the elevating mechanism 8; the closing member 10 is mounted to a construction surface 4 of the structure 1; and then the grout material is cured.
    • 要解决的问题:提供一种锚固剪切加强构件的方法,通过该方法可以减少插入剪切加强构件的工人的负担,并且可以通过防止空气与剪切力内的灌浆材料混合来抑制质量下降 增强件插入孔。解决方案:提供一种锚固剪切加固件的方法,其中:在现有的预制混凝土结构中向上钻有剪切加强件插入孔2; 注射管插入插入孔2中; 将塑料灌浆材料G注入到插入孔2中,在喷射管的外周形成向外延伸的凸缘部分; 在与插入孔2相对的位置处设置有用于向上移动剪切加强构件3的升降机构8; 在升降机构8的接收部分8a中,设置闭合件10,并且在封闭件10上设置有剪切加强件3; 使用升降机构8将剪切加强构件3插入插入孔2中; 关闭构件10安装到结构1的构造表面4; 然后灌浆材料固化。
    • 2. 发明专利
    • CONSTRUCTION METHOD OF REFORMING QUAY WALL
    • JPH10152821A
    • 1998-06-09
    • JP31171696
    • 1996-11-22
    • KAJIMA CORP
    • UEDA MASAAKIMATSUMOTO TAKASHIMATSUI SHUJISANO SHINOBU
    • E02B3/06
    • PROBLEM TO BE SOLVED: To reform a quay wall without changing the quay wall normal by driving a steel pipe pile deeper than an existing steel sheet pile adjacently to the back of the steel sheet pile, connecting it with a shore, mutually coping the upper ends of the steel sheet pile and the steel pipe pile, and also connecting the shore to the steel sheet pile. SOLUTION: A steel pipe pile 6 is driven adjacently to the back of an existing steel sheet pile 1 more deeply than the steel sheet pile 1 so as to be in parallel thereto avoiding a tie rod 41. In the rear ground, steel pipe piles 8a, Bb are set as braces between steel pipe piles 7. The upper ends of the steep pipe piles 8a, 8b are connected to the upper end of the steel pipe pile 6 by a tie rod 4b. Further, copings 9a, 9b are formed on the upper ends of the steel sheet pile 1 and the steel pipe pile 6 to integrally connect them. The steel pipe piles 8a, 8b are integrated to the steel pipe pile 7 by a coping 9c. Thus, the whole main acting earth pressure acts on the pile 6 by the arch effect of the earth and sand between the piles and also acts on the sheet pile l. Therefore, a quay wall in which the limitation of the quay wall operation can be minimized can be provided.
    • 6. 发明专利
    • FLEXIBLE STRUCTURE TYPE IMMERSED TUNNEL AND CONSTRUCTION METHOD THEREFOR
    • JP2000178990A
    • 2000-06-27
    • JP35477198
    • 1998-12-14
    • KAJIMA CORP
    • TAHICHI TOSHIOUEDA MASAAKIHONMA SHIGEKI
    • E02D29/07
    • PROBLEM TO BE SOLVED: To enhance the efficiency of underwater tunnel construction work by connecting a plurality of unit box bodies in axial direction with connecting members coupled continuously, neighboring unit boxes are jointed through a water stop material thereby constructing sunk boxes, installing them on sea floor by connecting the sunk boxes together and reducing the section force acting to the sunk boxes. SOLUTION: A plurality of sunk boxes 1 are constructed by interposing a water expandable water stop material 4 having a high expandability to the jointing surfaces of a plurality of the unit box bodies 2, 2 and then jointing them together using a plurality of coupling cables 3, and a sunk box 1 is constructed. Unit box bodies 2a at the end portions of the sunk boxes 1, 1 butted together, bottom portions of both the notched parts are jointed with water stop plates 16, joint fittings 11 are jointed together, concrete 17 is placed in a recessed portion 9 consisting of the notched parts, a water stop grout material 14 is poured into the filled space 13 and is jointed to a rigid jointing state. Coupling between the sunk boxes 1 is in a state of rigid connection, but the unit box bodies 2 forming each sunk box 1 are coupled with a plurality of flexible coupling cables 3 and the water stop rubber 4, so that they are able to freely follow up differential settlement and crustal movement thereby decreasing the section force in the sunk box 1 in order to avoid the occurrence of a great section force.