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    • 11. 发明专利
    • Flat tabular object frame structure using precast concrete girder
    • 平面对象框架结构使用预制混凝土梁
    • JP2009161932A
    • 2009-07-23
    • JP2007339808
    • 2007-12-28
    • Kajima CorpPs Mitsubishi Construction Co Ltd株式会社ピーエス三菱鹿島建設株式会社
    • NAKAI MASAHIROMURAI NOBUYASUSUNAGO YOICHIHIDAKA SHIGENORIKAKIUCHI YOSHIKAZUTANAKA KOICHIOKUYAMA MASAYOSHIYAMANOBE SHINICHIITO KOSUKETAJIMA SHINICHINAKANISHI MASATSUGU
    • E02D29/05E01C1/04E01D1/00E01D19/12E02D5/24E21D11/08
    • PROBLEM TO BE SOLVED: To provide a flat tabular object frame structure using a precast concrete girder, which enables the operation of connection and fixation to a top slab supporting portion on a job site to be performed in a short period of time by a small number of man-hours, and which enables the required strength of a portion for connecting a top slab and its supporting portion together to be kept constant without being affected by field work.
      SOLUTION: A plurality of precast concrete girders 25 are supported in the state of being laid in parallel arrangement between supporting structures 11, erected at a spacing between them, and sections among the precast concrete girders 25 are integrated together for the formation of a flat slab-like object 12. A large number of upward opened sockets 20 are integrally provided at the upper end of the supporting structure 11 in such a manner as to be arranged in the horizontal length direction of the supporting structure 11. A downward protrusion 25a for the insertion of the socket, which can be inserted into the socket 20 in the state of making a gap between the precast concrete girders 25 and an inner surface of the socket 20, is integrally provided on each of the undersurfaces of both the ends of each of the precast concrete girders 25, and inserted into each of the sockets 20 on the supporting structure section 11. A filler 36 is infilled into the gap between the socket 20 and the protrusion 25a, so that the socket 20 and the protrusion 25a can be integrated with each other.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种使用预制混凝土梁的平坦的平板状物体框架结构,其能够在短时间内通过在短时间内执行连接和固定在作业现场的顶板支撑部分的操作, 少量的工时,并且使得将顶板和其支撑部分连接在一起的部分的所需强度保持恒定,而不受现场作业的影响。 解决方案:多个预制混凝土桁架25以平行布置的方式被支撑在支撑结构11之间,其间以间隔竖立,并且预制混凝土梁25之间的部分被集成在一起以形成 平板状物体12.在支撑结构11的上端以一定的方式一体地设置有多个向上开口的插座20,以便沿支撑结构11的水平方向布置。向下突出部 25a,用于在插入预制混凝土梁25与插座20的内表面之间的间隙的状态下可插入插座20中的插座25a一体地设置在两端的每个下表面上 的每个预制混凝土桁架25,并且插入到支撑结构部分11上的每个插座20中。填充物36填充到插座20和插座20之间的间隙中 突起25a,使得插座20和突起25a可以彼此一体化。 版权所有(C)2009,JPO&INPIT
    • 12. 发明专利
    • Girder setting method
    • GIRDER设置方法
    • JP2008050821A
    • 2008-03-06
    • JP2006227354
    • 2006-08-24
    • Kajima CorpNippon Steel Bridge Co LtdNippon Steel Engineering Co Ltd新日鉄エンジニアリング株式会社日鉄ブリッジ株式会社鹿島建設株式会社
    • KAWADA MASATOSHIMIZUNO MASAHIKOMASUDA MASAHIROTANAKA KOICHISANO NOBUHIDEYOSHIKAWA TADASHIMUROI SHINJI
    • E01D21/00E01C1/04
    • PROBLEM TO BE SOLVED: To provide a girder setting method for setting a girder by using a minimum working space in a short construction period.
      SOLUTION: A suspension device 10 having a step rod type hydraulic jack 11 for expanding and contracting a step rod 13 is set on a suspension device mount 9 which is arranged on the upper surface 6a of the end 5a of an existing girder 5. Then a girder steady rest 15 is fixed to the lower surface 4b of the end 3a of a new girder 3 mounted to a mount 21 on a road 1, and the lower end of the step rod 13 is fixed to the upper surface 4a of the new girder end. Further an elevation device 27 for elevating and lowering along a leg 23 with a driving section 25 holding the new girder 3 is set at the end 3b of the new girder 3. Furthermore the new girder 3 is elevated to a predetermined height by using the suspension device 10 and the elevation device 27 to connect the end 5a of the existing girder 5 and the end 3a of the new girder 3 to each other. Thereafter the end 3b of the new girder 3 is temporarily borne by a stand 29 set under the end 3b of the new girder 3, and a pier 17b is constructed under the end 3b of the new girder 3, to thereby erect the end 3b of the new girder 3 on the pier 17b.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种在短施工周期内使用最小工作空间来设定大梁的大梁设定方法。 解决方案:具有用于扩展和收缩台阶杆13的步进杆式液压千斤顶11的悬挂装置10设置在悬挂装置安装件9上,该悬挂装置安装件9布置在现有梁5的端部5a的上表面6a上 然后,在安装在道路1上的安装件21的新梁3的端部3a的下表面4b上固定有梁架15,并且台阶杆13的下端固定在 新的大梁端。 此外,用于沿着腿部23升高和降低的升降装置27,其中具有保持新梁3的驱动部分25设置在新梁3的端部3b处。此外,通过使用悬架将新梁3升高到预定高度 装置10和升降装置27将现有梁5的端部5a和新梁3的端部3a彼此连接。 此后,新梁3的端部3b暂时由设在新梁3的端部3b下面的立柱29承载,并且在新梁3的端部3b下方形成一个墩17b,从而将 新的大梁3在码头17b。 版权所有(C)2008,JPO&INPIT
    • 13. 发明专利
    • Construction method of bridge, and side floor slab mounting device for bridge
    • 桥梁施工方法及桥面砖墙安装装置
    • JP2007182728A
    • 2007-07-19
    • JP2006002443
    • 2006-01-10
    • Kajima CorpNippon Steel Engineering Co Ltd新日鉄エンジニアリング株式会社鹿島建設株式会社
    • MUROI SHINJIOKAMOTO HIROAKIODA ICHIROHASHIMOTO KAZUAKIKAWADA MASATOSHITANAKA KOICHI
    • E01D21/00E01D1/00
    • PROBLEM TO BE SOLVED: To provide a construction method of a bridge, and a side floor slab mounting device for the bridge minimizing restrictions on construction such as traffic regulations without causing an increase in a construction cost or the extension of a construction period.
      SOLUTION: A side floor slab 5 is transported into a predetermined position on a main girder 4 by a truck 6. There is thereby no need to lift the side floor slab 5 from a road by a truck crane or the like, nor need to provide an installation space and a working space for the truck crane or the like. In mounting the side floor slab to the side of the main girder 4, the side floor slab 5 is conveyed by a conveying device 13 of the side floor slab mounting device 10, and the fall of the side floor slab 5 is prevented by a fall preventive structure 14. There is thereby no need to limit passing of persons and vehicles below the side floor slab 5 during fixing work. Restrictions on traffic regulations or the like can thereby be minimized on the road or the like below and in a surrounding area below an upper construction 1B under construction, and restrictions on construction can be considerably relieved.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种桥梁的施工方法和桥梁的侧板式安装装置,其最小化诸如交通规则的施工限制,而不会导致施工成本的增加或施工期的延长 。 解决方案:侧板坯5通过卡车6被运送到主梁4上的预定位置。因此,不需要通过卡车起重机等将侧板5从道路上提升,也不需要 需要为卡车起重机等提供安装空间和工作空间。 在将侧板坯安装在主梁4侧时,侧板坯5由侧板坯安装装置10的输送装置13输送,并且侧板坯5的下落被防止掉落 因此,在固定工作期间,无需限制侧板坯5下方的人员和车辆的通过。 因此,在施工中的上部建筑1B下方和周围的道路等上,能够限制交通规则等的限制,可以显着地减轻施工限制。 版权所有(C)2007,JPO&INPIT
    • 14. 发明专利
    • Stress bearing member and construction method of underground continuous wall
    • 应力轴承构件和地下连续墙的施工方法
    • JP2006022565A
    • 2006-01-26
    • JP2004201965
    • 2004-07-08
    • Kajima Corp鹿島建設株式会社
    • TANAKA KOICHIOHASHI TAKAAKI
    • E02D5/20
    • PROBLEM TO BE SOLVED: To easily and rapidly construct an underground continuous wall having strength equivalent to a general part without using a special device for installing steel members by using the steel members equivalent to the general part, for a lacking part under an underground buried body or the like in constructing the underground continuous wall such as an earth retaining wall of soil cement piles. SOLUTION: A plurality of vertical members 10 of H-shaped cross section are arranged parallel at the predetermined pitch and connected by ties 11 such as flat steel to form a core material panel P1 insertable in an excavated ditch T. A web orthogonal to a horizontal moving direction is formed of a truss to reduce resistance in horizontal movement within soil cement. The core material panel P1 is built up on the ground, hung by a crane and built in the excavated ditch T so as to be located beside the underground buried body A, and then the core material panel P1 is horizontally moved in the excavated ditch T into a position (the lacking part) under the underground buried body A to arrange a plurality of vertical members 10 as stress bearing members in the lacking part. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了容易且快速地构造具有等同于一般部分的强度的地下连续墙,而不使用通过使用与一般部分相当的钢构件来安装钢构件的特殊装置,对于在 地下埋地体等构造地下连续墙,如土石坝的土挡土墙。 解决方案:H形横截面的多个垂直构件10以预定间距平行布置并且通过诸如扁钢的连杆11连接以形成可插入挖掘沟槽T中的芯材板P1。幅材正交 水平移动方向由桁架形成,以减小土体水泥内水平移动的阻力。 芯材面板P1由地面建成,悬挂在起重机上,内置于挖掘沟T中,位于地下埋体A的旁边,然后将芯材面板P1水平移动到挖掘沟T 在地下埋体A的下方的位置(缺少部分),在多余的垂直构件10作为应力承载构件配置在缺口部。 版权所有(C)2006,JPO&NCIPI
    • 16. 发明专利
    • EARTH RETAINING METHOD
    • JP2001248176A
    • 2001-09-14
    • JP2000058887
    • 2000-03-03
    • KAJIMA CORP
    • TANAKA KOICHI
    • E02D17/04E02D29/045E21D13/00
    • PROBLEM TO BE SOLVED: To achieve rational earth retaining work by constructing earth- retaining walls, struts, and intermediate columns within subsoil prior to excavation, in contrast to a conventional method which erects the struts while digging the ground, so that the vertical fulcrums of the earth-retaining walls become clear even in weak subsoil, resulting in a minimized displacement of the earth- retaining walls and cross-sectional forces during excavation. SOLUTION: Using an excavating machine for constructing underground continuous walls, excavation is carried out to a predetermined depth as channeled walls are held by a stabilizing solution, and a reinforcing cage 6 is inserted. Then concrete is placed to construct portions serving as the earth- retaining walls 1, the struts 4 and the intermediate columns 5. Excavation and removal of the struts or nearby unnecessary portions are repeated to complete installation of floors.
    • 18. 发明专利
    • SHIELD TUNNEL AND LINING METHOD THEREOF
    • JPH11200793A
    • 1999-07-27
    • JP860598
    • 1998-01-20
    • KAJIMA CORP
    • KOSAKA TAKUROIKEMATSU TOYOFUMIYOSHIKAWA TADASHITANAKA KOICHI
    • E21D11/10E21D11/14
    • PROBLEM TO BE SOLVED: To strengthen secondary lining by installing main reinforcements and shear reinforcements to the inner circumference of a primary lining body consisting of segments having peripheral main girders and being made of steel under specified states. SOLUTION: A primary lining body 2A is constructed by joining segments 1 made of steel, in which a plurality of main girders continued in the peripheral direction are installed to the inner circumference of the rectangular sectional tunnel A and joint plates are mounted among the longitudinal both end sections of the main girders. Main-girder end section are joined frictionally by high-strength bolts in joining sections, to which tension works, and the joint plates are connected by connecting bolts in joining sections, to which compression works, at that time. Main reinforcements 12 are arranged in a ring shape along the inner circumference of the tunnel A on the inside of the lining body 2A, shear reinforcements 14 are wound on a plurality of the main reinforcements 12 and disposed at regular intervals in the peripheral direction of the tunnel A and stationary plates at both ends are joined frictionally with the main girders of the segments 1 by the high-strength bolts. Bar arrangement sections are covered with forms, concrete 17 is placed and a secondary lining body 2b is built. Accordingly, the shield tunnel can resist earth pressure, large tensile force and shear force sufficiently.
    • 19. 发明专利
    • JOINT STRUCTURE OF SEGMENT
    • JPH11200789A
    • 1999-07-27
    • JP860698
    • 1998-01-20
    • KAJIMA CORP
    • KOSAKA TAKUROIKEMATSU TOYOFUMIYOSHIKAWA TADASHITANAKA KOICHI
    • E21D11/04E21D11/14
    • PROBLEM TO BE SOLVED: To obtain firm jointing by frictionally joining main girders in the tunnel peripheral direction of adjacent segments made of steel by high-strength bolts and connecting joint plates in the axial direction by bolts. SOLUTION: The segment 1 made of steel for a rectangular sectional tunnel has peripheral main girders 3 and joint plates 4 installed at both ends of the main girders 3, and reinforcing ribs 8 are mounted on the rear sides of the plates 4. When the segment 1 is united in the peripheral direction, junction plates 10 are placed along sections among the end sections of the girders 3 in joining sections, to which tension works by earth pressure, and the end sections of the girders 3 and the plates 10 are joined frictionally by high-strength bolts 11 while the plates 4 are connected by connecting bolt 9 in joining sections, to which only compression works, and sealing materials 12 are interposed among the girders 3 and among the plates 4 and cutoff properties are ensured. A plurality of main reinforcements are arranged in the internal peripheral direction of the segment 1, and a plurality of shear reinforcements are wound on the main reinforcements and both ends of the shear reinforcements are coupled with the girders 3, and concrete is placed on the shear reinforcements. Accordingly, jointing can be conducted surely and firmly, and the joint structure of the segment can correspond to particularly large tensile force certainly.