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    • 1. 发明专利
    • Building foundation using earth retaining wall
    • 使用地球保持墙建筑基金会
    • JP2012046978A
    • 2012-03-08
    • JP2010190745
    • 2010-08-27
    • Araigumi Co LtdKumagai Gumi Co LtdPs Mitsubishi Construction Co Ltd株式会社ピーエス三菱株式会社新井組株式会社熊谷組
    • MORI TOSHIHIROOGAWA ATSUSHIFUJITA TAKESHISOTETSU SEIJIFURUSAWA AKIHIKOWATANABE KAZUHIRO
    • E02D27/00
    • PROBLEM TO BE SOLVED: To enable an earth retaining wall to surely bear horizontal forces during an earthquake, by suppressing deformation of the earth retaining wall both when the horizontal force directed in the directions of approaching and receding from a base acts on the earth retaining wall above the base of a building foundation.SOLUTION: A building foundation includes: a base which is provided perpendicularly to an earth retaining wall below a surface of the ground; at least one upper rod-like member which is disposed at an interval upward from the center of a thickness-direction of the base inside the base, is horizontally elongated via an end of the base from the base, and has its leading end fixed to the earth retaining wall; and at least one lower rod-like member which is disposed at an interval downward from the center inside the base, is horizontally elongated via the end from the base, and has its leading end fixed to the earth retaining wall.
    • 要解决的问题:为了使地球挡土墙在地震期间能够确实承受水平力,通过抑制沿着接近和从基座后退的方向的水平力作用在地面上时,可以抑制地面挡土墙的变形 地基挡土墙在建筑基础的基础之上。 解决方案:建筑基础包括:垂直于地面表面下方的挡土墙设置的基座; 至少一个上部杆状构件从底座内部的基部的厚度方向的中心向上间隔设置,经由底座的端部从基部水平伸长,并且其前端固定到 挡土墙; 并且至少一个下部杆状构件,其从基座内的中心向下设置的间隔,经由端部从基部水平伸长,并且其前端固定到挡土墙。 版权所有(C)2012,JPO&INPIT
    • 3. 发明专利
    • Method of evaluating bending moment borne by coupling means which couples earth retaining wall and foundation slab
    • 通过耦合方式评估弯曲形状的方法通过耦合方式来保持接地壁和基础层
    • JP2013036272A
    • 2013-02-21
    • JP2011174962
    • 2011-08-10
    • Kumagai Gumi Co Ltd株式会社熊谷組Araigumi Co Ltd株式会社新井組Ps Mitsubishi Construction Co Ltd株式会社ピーエス三菱
    • MORI TOSHIHIROOGAWA ATSUSHIFUJITA TAKESHISOTETSU SEIJIWATANABE KAZUHIROFURUSAWA AKIHIKO
    • E02D17/04E02D27/00
    • PROBLEM TO BE SOLVED: To design more economical coupling means which couples an earth retaining wall and a foundation slab by preventing a bending moment borne by the coupling means from being evaluated excessively.SOLUTION: A method of evaluating a bending moment Mborne by the coupling means includes: calculating a first bending moment Mgenerated on the earth retaining wall at a position of the same height as an upper surface of the foundation slab by an earth pressure and a water pressure, a second bending moment Maround a line intersection of the upper surface of the foundation slab and the earth retaining wall by force in the vertical direction generated on the earth retaining wall, a third bending moment Mgenerated on the earth retaining wall at the position of the same height as a lower surface of the foundation slab, and a fourth bending moment Maround the line intersection by shear force generated on the earth retaining wall at the position of the same height as the lower surface of the foundation slab; and calculating Mby an equation M=M+M-M-M.
    • 要解决的问题:为了设计更经济的联接装置,其通过防止由联接装置承受的弯矩被过度评估来连接挡土墙和基础板。 解决方案:评估由耦合装置承载的弯矩M wp 的方法包括:计算第一弯矩M WS < SB>通过土压力和水压在与地基板的上表面相同高度的位置处产生在土挡土墙上,第二弯矩M sn 围绕基础板的上表面与土挡土墙之间的垂直方向绕地面挡土墙产生的垂直方向的交叉点,产生第三弯矩M S 地基保持墙位于与基础板的下表面相同高度的位置处,以及通过在地球上产生的剪切力在线交点附近的第四弯矩M QS 在与基础板的下表面相同高度的位置处的挡土墙; 并且通过公式M W P = M WS 计算M wp sn -M S -M QS 。 版权所有(C)2013,JPO&INPIT
    • 5. 发明专利
    • Dismantling method of tower crane
    • 塔式起重机的拆卸方法
    • JP2009286531A
    • 2009-12-10
    • JP2008138491
    • 2008-05-27
    • Arai Gumi Ltd株式会社新井組
    • KATO TETSUHIROMORITA TAKASHISOTETSU SEIJIMITSUNARI KAZUAKI
    • B66C23/26B66C23/32
    • PROBLEM TO BE SOLVED: To provide a dismantling method of a tower crane capable of dismantling a tower crane with small labor and effort and at low cost even if a site for hang-down and dismantling is small.
      SOLUTION: A main member 91 of a dismantling jib 9 is hung up by a body jib 8 of the tower crane 1, and rockingly coupled to a swiveling stand 6. The body jib 8 is made to generally horizontally fall down, and considering the body jib 8 as a work floor, a lattice member 97 and the like is mounted between main members 91, 91 of the dismantling jib 9, thereby assembling the dismantling jib 9. After the body jib 8 is hung down by the dismantling jib 9, a crane body 31 is descended along a mast 2 by a climbing device, and a mast member 22 is hung down by the dismantling jib 9. The crane body 31 descending near the ground surface is demolished by a small-sized moving crane.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 解决的问题:提供一种能够以低劳动力和低成本拆卸塔式起重机的塔式起重机的拆卸方法,即使是用于下车和拆卸的场所小。 解决方案:拆卸吊臂9的主构件91由塔式起重机1的主体吊架8挂起,并且摇摆地联接到旋转支架6.主吊杆8大致水平地下降,并且 考虑到本体臂8作为工作台,在拆卸臂9的主要构件91,91之间安装格子构件97等,从而组装拆卸臂9。在主吊杆8被拆卸起重臂 如图9所示,起重机主体31通过爬坡装置沿着桅杆2下降,桅杆构件22被拆卸吊杆9悬挂。在地面附近下降的起重机体31被小型移动式起重机拆除。 版权所有(C)2010,JPO&INPIT
    • 8. 发明专利
    • Skeleton infilling multiple dwelling house
    • SKELETON充盈多功能房
    • JP2005201041A
    • 2005-07-28
    • JP2005011862
    • 2005-01-19
    • Arai Gumi Ltd株式会社新井組
    • NISHIMOTO TAKESHIFUKUSHIMA TATSUNAGAHANEMICHI YUKIHIKOSAGARA NORIHIROOKUNISHI YASUOYAMAJI YOSHIOFUJII TOMOHIRONAKANO TAKESHIIRIFUNE MOMOHIROTAGAYA KAZUHIKOTAI KUNIAKISOTETSU SEIJI
    • E04H1/04E04F17/08
    • PROBLEM TO BE SOLVED: To improve workability; to simplify maintenance; to reduce cost; to make a layout precise; to improve an outward appearance; and to improve dwelling ability, by properly arranging pipes and wiring and the like, in a multiple dwelling house 1 of a plurality of stories constructed by incorporating an infilling 8 into a skeleton 7.
      SOLUTION: A one-group common passage 3 and a blow-by part 4 are constructed between mutual adjacent dwelling units 2 of one group. The pipes 15 and the wiring and the like are intensively arranged in the blow-by part 4 and a meter box 12 adjacent to this blow-by part. A plural-group common passage 5 is arranged for communicating with the respective one-group common passages 3. A vestibule 13 of the respective dwelling units 2 is constructed on both sides of the more anti-dead end part side than the meter box 12 of the one-group common passage 3. A trunk room 14 of the respective dwelling units 2 is constructed on both sides of the more anti-dead end part side than this vestibule 13.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提高可操作性; 简化维护; 降低成本; 使布局精确; 改善外观; 并通过适当地布置管道和布线等来改善住宅能力,在通过将8填入骨架7构成的多个故事的多个住宅1中。解决方案:一组公共通道3 并且在一组的相邻相邻的住宅单元2之间构造窜气部分4。 管道15和布线等集中布置在窜气部分4和靠近该窜气部分的仪表箱12中。 多组公共通道5被布置成与各个一组公共通道3连通。各个住宅单元2的前庭13被构造在比防止端部侧的更多的防死端部侧的两侧比 一组通用通道3.相应住宅单元2的行李箱14被构造在比该前庭13更防止防止端部侧的两侧。版权所有(C)2005,JPO&NCIPI