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    • 4. 发明专利
    • Sheet pile erection work in rocky ground
    • 在岩石地板上进行施工
    • JPS59150821A
    • 1984-08-29
    • JP2199383
    • 1983-02-15
    • Nippon Steel Corp
    • KUGA TAKASHITANAKA SHIGETOYAMAGUCHI TAKASHIYOSHIZUMI TOSHIHIKO
    • E02D7/00E02D5/20E02D7/22
    • E02D5/20
    • PURPOSE:To erect sheet piles with good efficiency without the needs to make allowance for the curving and moving of the hole axial line by a method in which the intermediate portion between holes drilled at an interval in rockbed by an earth auger is crushed, and then sheet piles are driven. CONSTITUTION:In a rockbed of a monoaxial compressive strength (q) of 10- 200kg/cm , holes are drilled at an adequate interval by an earth auger 9, and the intermediate portion between the holes 12 is crushed by a crusher 2 whose tip is provided with a shaft 10 with a crusher part 11. Steel or concrete sheet piles 13 are driven into the holes 12 and the crushed ground 12' and a footing protecting agent is injected into the footing portion as needed.
    • 目的:以良好的效率竖立板桩,而不需要通过一种方法来限制孔轴线的弯曲和移动,其中在地球螺旋钻岩石间隔开的孔之间的中间部分被压碎,然后 板桩被驱动。 构成:在10-200kg / cm 2的单轴抗压强度(q)的岩石中,通过土方螺旋钻9以足够的间隔钻孔,并且通过破碎机2将孔12之间的中间部分压碎 其顶端设置有具有破碎机部分11的轴10.钢或混凝土板桩13被驱动进入孔12和破碎的地面12',并且基础保护剂根据需要被注入到基脚部分中。
    • 7. 发明专利
    • Method and apparatus for estimating strength of concrete
    • 估算混凝土强度的方法和装置
    • JPS59137839A
    • 1984-08-08
    • JP1194483
    • 1983-01-27
    • Nippon Steel Corp
    • KUGA TAKASHINAKAZAWA YOSHIOKAMIYAMA TOORUARITA HIDEAKI
    • G01L5/00G01N3/00
    • G01N3/00G01N33/38
    • PURPOSE:To estimate the compression strength of concrete based on a preliminarily obtained compression strength and the relationship with the strength, by measuring the reaction in the axial direction or the reaction of axial rotation when a hole is drilled by using the drill of a concrete hole drilling machine. CONSTITUTION:A slip ring type torque measuring device 10 is attached to the rotary shaft of a handle 5, which is used to push down a diamond bit 4 of a boring machine vertically. The device 10 is connected to a reading and recording device 12, and a timer 14 is associatively operated. A measuring device is moved to a place where a strength is measured. A base 7 is fixed to the surface of concrete by bolts 8. When the handle is rotated under the state the bit is rotated, the bit is lowered along a rack 9, and a hole is drilled. At this time, a vertical reaction and a penetrating speed at an arbitrary level of the penetrating depth of the concrete are obtained. The compression strength of the concrete is estimated based on the compression strength, which is obtained by an indoor laboratory experiment in advance, and an expresssion of relation or a curve of relation with respect to said strength. The reaction of rotation may be measured instead of the vertical reaction.
    • 目的:基于预先获得的压缩强度和与强度的关系来估算混凝土的抗压强度,通过使用混凝土孔的钻头测量钻孔时的轴向反作用或轴向旋转反应 钻孔机。 构成:滑环式扭矩测量装置10安装在手柄5的旋转轴上,该手柄5用于垂直地推下钻孔机的金刚石钻头4。 设备10连接到读取和记录设备12,并且定时器14被联动操作。 将测量装置移动到测量强度的地方。 基座7通过螺栓8固定在混凝土的表面上。当手柄在该钻头旋转的状态下旋转时,钻头沿着齿条9下降,并且钻出一个孔。 此时,获得混凝土的穿透深度的任意水平的垂直反应和穿透速度。 混凝土的抗压强度基于预先通过室内实验室试验获得的压缩强度,以及关于所述强度的关系或关系曲线来估计。 可以测量旋转的反应而不是垂直反应。