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    • 53. 发明专利
    • JOINTING CONSTRUCTION FOR PEDESTAL AND JOINTING METAL FITTINGS
    • JPS6383322A
    • 1988-04-14
    • JP22650286
    • 1986-09-24
    • KAJIMA CORP
    • TANAKA NAOKISAEKI TOSHIOSUZUKI KOICHI
    • E02D27/00
    • PURPOSE:To facilitate the correction of a positional shift between the centers of a base plate and an anchor bolt, by fitting a jointing metal fittings spirally at the projected end of the anchor bolt previously embedded, and by mounting the base plate of a column on the metal fittings to fix the plate via a loose hole. CONSTITUTION:The upper surface plate 7a of a hollow unit 7 is provided with a loose hole 9 for inserting the lower end of a straight bolt 8 for fixing the base plate 1a of a column 1, and on both sides of the hollow unit 7, window- formed openings 10 are formed to be communicated with each other, and on the lower surface, a cylindrical male screw unit 11 is set saliently and integrally. Then, at the projected end of an anchor bolt 5 embedded previously in foundation concrete 3, the spirally fitting female screw unit 11 of a jointing metal fittings 6 is spirally fitted, and on the jointing metal fittings 6, the base plate 1a of the column 1 is mounted, and the plate is fixed with the straight bolt 8 and nut 13 via the loose hole 9. Thereby, a device can easily cope with the positional shift of the anchor bolt 5 so that a force as designed may be transmitted to the bolt 5, and the level of the column 1 can be also regulated easily.
    • 55. 发明专利
    • Unexploded explosive detector and unexploded explosive detecting method
    • 独立的爆炸检测器和独特的爆炸检测方法
    • JP2013087954A
    • 2013-05-13
    • JP2011225404
    • 2011-10-13
    • Kajima Corp鹿島建設株式会社
    • SUZUKI KOICHIYANAGIDA KATSUMINAKAMURA TAKAHIRO
    • F42D5/02
    • F42D5/02
    • PROBLEM TO BE SOLVED: To provide an unexploded explosive detector and an unexploded explosive detecting method for directly and reliably confirming the presence of an unexploded explosive using a simple tool, through a simple operation at a low cost.SOLUTION: A hole is formed in a concrete structure. A linear explosive is installed in the hole. The hole is stuffed with a filler. In the linear explosive, an unexploded explosive detecting tool 1 whose body 3 is a vinyl-coated wire, is mounted along a detonating fuse. The body 3 of the unexploded explosive detecting tool 1 is pulled out after blasting by the detonating fuse. The presence of the unexploded explosive is detected on the basis of the state of the pulled-out body 3 or whether the body 3 can be pulled out or not.
    • 要解决的问题:提供一种未爆炸的爆炸物探测器和一种未爆炸的爆炸物检测方法,可以通过简单的操作简单的工具直接可靠地确认未爆炸物的存在。 解决方案:在混凝土结构中形成孔。 孔中安装有线性炸药。 孔填充填料。 在线性炸药中,其主体3为乙烯基涂覆线的未爆炸的爆炸物检测工具1沿引爆的保险丝安装。 未爆炸的爆炸物检测工具1的主体3通过引爆保险丝在爆破之后被拉出。 基于拉出体3的状态或者主体3是否被拉出来检测未爆炸的爆炸物的存在。 版权所有(C)2013,JPO&INPIT
    • 57. 发明专利
    • CONSTRUCTION METHOD FOR UNDERGROUND SKELETON
    • JP2002081084A
    • 2002-03-22
    • JP2000269221
    • 2000-09-05
    • KAJIMA CORP
    • TANAKA SHUNPEITAKAHASHI TAKASHISUZUKI KOICHIMIZUTANI AKIRAOUCHI YOSHIOISANO KENUDA YUKIO
    • E02D17/04E02D29/045E21D13/00
    • PROBLEM TO BE SOLVED: To minimize temporary materials by using permanent girders of an underground body structure and a movable shore strut timbering for an underground construction timbering, to reduce the scale of an earth retaining wall by suppressing the deformation and stress generated in the earth retaining wall, and to reduce the construction term by simultaneously progressing the construction of the underground skeleton to be the timbering and the ground excavation. SOLUTION: This underground skeleton is constituted by repeating the following processes in order: a process of disposing the movable shore strut timbering 1 in a primary excavation space, introducing preload to the earth retaining wall by a jack device 6, disposing the permanent girders 2 and 3 for a floor for the underground body structure, suspending and supporting movable permanent girders 3-1 and 3-2 for the underground floor from/to the first-floor permanent girders 2 by the rod 50 of a suspension device, and excavating the lower part of the strut timbering 1 from this initial state; a process of contracting a flat shape of the shore strut timbering 1 by the jack device 6 from a state where the floor of the permanent girders of the upper part is constructed to function as the timbering; a process of lowing the shore strut timbering 1 by the vertical slide device 4; a process of expanding the flat shape of the shore strut timbering 1 and introducing preload to the earth retaining wall; and a process lowering the underground-floor permanent girders by the vertical slide device 4.