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    • 3. 发明专利
    • Construction method of structure, structure and elevator
    • 结构,结构和电梯施工方法
    • JP2006104832A
    • 2006-04-20
    • JP2004294708
    • 2004-10-07
    • Kajima CorpNippon Steel CorpPublic Works Research Institute新日本製鐵株式会社独立行政法人土木研究所鹿島建設株式会社
    • HAYASHI TERUTAKEGUCHI MASAHIROSHIMAI MORIYUKIKAWADA MASATOSHIMASUMOTO KEITASANO NOBUHIDEMUROI SHINJINORO MAI
    • E01C1/04E01D21/00
    • PROBLEM TO BE SOLVED: To provide a construction method of a structure facilitating adjustment of the level of a girder when the girder is supported by an elevator, and installation of the girder to the supporting structure, the structure and an elevator.
      SOLUTION: The elevators 3a, 3b having the lower end 27 of a leg 5 supported by a pin 11 are arranged in the vicinity of both end parts of the bridge girder 25, and the vicinity of the end parts of the bridge girder 25 moved upside is connected to a supporting beam 9 by using a pin 69. Then, when the bridge girder 25 is raised until the bridge girder 25 has no more upside allowance, the rotation of the pin 69 is fixed by using a connecting steel 53. Then after the bridge girder 25 is further raised and one end is supported by a bridge pier 77, the work of lowering the elevator 3a side of the bridge girder 25 and the work of moving the supporting part 23a of the leg 5 in the horizontal direction by using a tough roller 13 are repeated. Thus, the bridge girder 25 is rotated about the bridge pier 77, and the other end of the bridge girder 25 is supported by a bridge abutment 79.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种结构,该方法在大梁由电梯支撑时便于调节梁的高度,并且将梁安装到支撑结构,结构和电梯上。 解决方案:具有由销11支撑的腿部5的下端27的电梯3a,3b布置在桥梁梁25的两端部附近,并且桥梁的端部附近 25通过使用销69连接到支撑梁9.然后,当桥梁梁25升高直到桥梁梁25没有更多的上侧余量时,通过使用连接钢53来固定销69的旋转 然后,在桥梁梁25进一步升高并且一端由桥墩77支撑之后,降低桥桁架25的升降机3a侧的工作以及将脚5的支撑部23a向水平方向移动的工作 重复使用坚固辊13的方向。 因此,桥梁25围绕桥墩77旋转,并且桥梁梁25的另一端由桥接台座79支撑。版权所有(C)2006,JPO&NCIPI
    • 8. 发明专利
    • UNDERGROUND STORAGE TANK AND CONSTRUCTION METHOD THEREOF
    • JPH03271472A
    • 1991-12-03
    • JP7152590
    • 1990-03-20
    • KAJIMA CORP
    • KUBOTA MUNETAKAYASUNAGA MASAMICHIFURUKAWA NAOKIMASUMOTO KEITAFUKADA ATSUHIRO
    • E04H7/18
    • PURPOSE:To compactly set up PC steel wires by inserting a plurality of PC steel wires in ferroconcrete in a catenary curve lattice shape along a roof surface and fixedly mounting both end parts of the steel wire to side wall parts in a roof peripheral edge so as to construct a roof under the ground surface. CONSTITUTION:Side walls 2 and a bottom board 3 are integrally constructed by ferroconcrete in the inner side of a continuous wall 6 and the bottom part respectively by digging down in inner side of the wall 6 and flatting the bottom part while cylindrically constructing the underground continuous wall 6 in the ground in a site. Successively, a plurality of PC steel wires 5 are link-provided in catenary curve lattice shape between upper ends of the side wall 2 to temporarily stop both end parts of the steel wire to the top part of the side wall 2. A roof mold frame 7 is built on the bottom board 3 and hung up just below the PC steel wire 5 by a winch 8 and fixed there, and concrete is placed on the roof mold form 7 after arranging roof reinforcing bars on the steel wire 5. A heat insulating material and a membrane are applied to the upper side of the bottom board 3 and the inner side of the side wall 2 by tensely extending the PC steel wire 5 after curing, and introducing prestress in a roof total unit.
    • 9. 发明专利
    • Continuously connecting structure for expansion joint of bridge
    • 连续扩展桥梁结构连接
    • JP2005273385A
    • 2005-10-06
    • JP2004091513
    • 2004-03-26
    • Kajima Corp鹿島建設株式会社
    • MASUMOTO KEITAWADA NOBUHIDEKANEUJI MAKOTOIWAI MINORUSAKATA NOBORUSUDA KUMIKOKANDA TETSUSHIYAMANISHI HARUO
    • E01C11/02E01D2/00E01D19/06E01D22/00E01D101/00
    • PROBLEM TO BE SOLVED: To provide a continuously connecting structure for an expansion joint which is arranged at a discontinuous portion at a midpoint or at an edge of a bridge, wherein the continuously connecting structure can exert sufficient expansion/contraction performance, vertical bearing performance, etc. by employing a joint member relatively simple in structure and low in cost.
      SOLUTION: The joint member 10 is embedded in notches 8, 8 each formed in an upper portion of an edge of a bridge body (a bridge girder or a bridge abutment) which is arranged in a manner opposed to a counterpart across an expansion gap 4 at the midpoint or the edge of the bridge 1, in a manner slidable by means of a simple bearing or a plate. The joint member is made of high-toughness fiber-reinforced cement 11 which is obtained by blending Vinylon fibers etc. in a cement matrix, exhibits large pseudo-extensibility caused by cracking and dispersion, and has a suitable rigidity withstanding wheel loads. Then the joint member 10 is connected to the bridge body in one body by means of stress transfer members, anchors, couplers, etc.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了提供一种布置在桥的中点或边缘处的不连续部分的膨胀节的连续连接结构,其中连续结构可以发挥足够的膨胀/收缩性能,垂直 轴承性能等,采用结构相对简单,成本低的接合件。 解决方案:接合构件10嵌入在凹槽8,8中,每个凹口8,8形成在桥体(桥梁桥或桥台)的边缘的上部中,桥梁主体 在桥梁1的中点或边缘处的膨胀间隙4以可以通过简单的轴承或板滑动的方式。 接头构件由高韧性纤维增强水泥11制成,其通过将乙烯基纤维等混合在水泥基体中而获得,表现出由裂纹和分散性引起的大的假伸长性,并且具有适当的刚度承受轮负荷。 然后,接头构件10通过应力传递构件,锚固件,联接器等一体地连接到桥体上。(C)2006年,JPO和NCIPI