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    • 1. 发明专利
    • Demolition method for adjacent multi-story building and load transmission structure for demolition
    • 相关多层建筑拆迁方法及拆卸装载传动结构
    • JP2010281088A
    • 2010-12-16
    • JP2009134546
    • 2009-06-03
    • Kajima Corp鹿島建設株式会社
    • OZAKI NOBUHIROITO NAOYUKIKOBAYASHI MINORUOMURA TOSHIO
    • E04G23/08E04G23/02
    • PROBLEM TO BE SOLVED: To provide a demolition method for disassembling a multi-story building by a jacking-down method while maintaining it in a structurally stable state even at earthquake and wind load. SOLUTION: When disassembling either of adjacent multi-story buildings 2a, 2b, a jack 10 is applied to each column P at the specific lower story Fv of the building 2a to be disassembled on one side, and a plurality of load transmission beams 40 connected with the story Fj above the jack (j>v) of the adjacent building 2b on the other side are horizontally protruded into the building 2a to be disassembled, respectively, to be engaged with the column P above the jack slidably. In this method, a contraction step for contracting the jacks 10 to be applied on each column P simultaneously and an extension step for removing the upper part just above the jack and extending the jack 10 are repeated, and the load transmission beam 40 coming into contact with a floor surface 3 above the jack lowering when these steps are repeated is temporarily pulled out into the adjacent building 2b and is replaced with the column P above the jack after lowering to lower each story Fj above the jack of the building 2a to be disassembled while being engaged with any of the load transmission beams 40. A skeleton other than the column P at each lowered story Fj is sequentially disassembled at the story Fv where jack is applied. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:即使在地震和风荷载的情况下,也可以通过俯仰方式提供拆除多层建筑的拆除方法,同时将其维持在结构稳定的状态。 解决方案:当拆卸相邻的多层建筑物2a,2b中的任一个时,将杰克10施加到建筑物2a的特定下层楼层F处的每列P,以便在一侧拆卸,并且多个负载传输 与另一侧的相邻建筑物2b的插座jj上方的故事Fj连接的梁40分别水平地突出到建筑物2a中,以分别与插座上方的列P可滑动地接合。 在该方法中,重复将用于同时施加在每个列P上的千斤顶10收缩的收缩步骤和用于去除插座正上方并且延伸千斤顶10的上部的延伸步骤,并且负载传输梁40接触 当重复这些步骤时,顶板上方的地板表面3暂时被拉出到相邻的建筑物2b中,并且在下降之后被插座上方的柱P替换,以将建筑物2a的千斤顶上方的故事Fj降低以被拆卸 同时与任何载荷传递梁40啮合。在每个降低的故事Fj处的列P之外的骨架在应用千斤顶的故事Fv处被顺序拆卸。 版权所有(C)2011,JPO&INPIT
    • 2. 发明专利
    • Jacking-down type demolition method and system for multi-story building
    • 用于多层建筑的落地式拆卸方法和系统
    • JP2010281089A
    • 2010-12-16
    • JP2009134547
    • 2009-06-03
    • Kajima Corp鹿島建設株式会社
    • OZAKI NOBUHIROITO NAOYUKIKOBAYASHI MINORUOMURA TOSHIO
    • E04G23/08
    • PROBLEM TO BE SOLVED: To disassemble a multi-story building in a short construction term while maintaining a structurally stable state. SOLUTION: In the jacking-down type demolition method and system for multi-story building, each column P in the multi-story building 1 is classified into a plurality of cutting groups R1-Rn constituted by the columns collected to prevent groups Q of adjacent columns to which load is transmitted through a floor surface 3 when cutting the columns from being mutually overlapped, the jacks 10 are applied to lower ends of each column P at the specific lower story Fv, respectively, and then part above the jack of each column P at the story Fv where the jack is applied is cut up to the floor surface 3 of the story F (v+1) just above by cutting while suspension per the cutting groups R1-Rn to replace with a stacked body constituted by a plurality of blocks 70 having the predetermined height L1. In this method, an extension step for removing the lowermost block 70 of each column P and extending the jack 10 and a contraction step for contracting the jacks 10 applied on each column P simultaneously are repeated, and the cycle for lowering each story Fj (j>v) above the jack gradually and disassembling a skeleton (the floor surface 3 and a wall surface 4) other than the column P at each lowered story Fj at the story Fv where the jack is applied is sequentially repeated per the story Fj. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:在保持结构稳定状态的同时,在短期施工期间拆卸多层建筑。 解决方案:在多层建筑的顶棚式拆除方法和系统中,多层建筑1中的每列P分为多个由收集的列组成的切割组R1-Rn,以防止组 当切割列彼此重叠时,负载通过地板表面3传递的相邻列的Q,将千斤顶10分别施加到特定下层故事Fv处的每列P的下端,然后在杰克 将应用了千斤顶的故事Fv上的每个列P的每个切割组R1-Rn的悬架切割成正好在上方的故事F(v + 1)的地板表面3,以代替构成的层叠体 通过具有预定高度L1的多个块70。 在该方法中,重复用于去除每列P的最下方块70并延伸千斤顶10的延伸步骤和用于收缩施加在每列P上的千斤顶10的收缩步骤,并且将每个故事Fj(j 在故事Fv的故事Fv的每个下降故事Fj处,除了列P之外,在故事Fj上顺序重复地分别插入千斤顶以上的骨架(地板表面3和墙壁表面4)。 版权所有(C)2011,JPO&INPIT
    • 3. 发明专利
    • Implement for reinforcing pile head of prefabricated pile
    • 用于增强预制桩的桩头的实施
    • JP2010261181A
    • 2010-11-18
    • JP2009111754
    • 2009-05-01
    • Kajima Corp鹿島建設株式会社
    • ITO NAOYUKITOGUCHI SHUICHIROMUROTA JUN
    • E02D5/34E02D5/50E02D27/12
    • PROBLEM TO BE SOLVED: To obtain an implement for reinforcing a pile head of a prefabricated pile, which enables efficient construction for necessary increased bar-arrangement by easily securing a required spacing between reinforcing bars, when the pile head reinforcing bars are arranged to reinforce the cut-off pile-head stopped at a high position, and which can bear even a load from concrete placed in the pile. SOLUTION: A holding member 2 of the reinforcing bar comprises: a cap portion 4 which is inserted into a hollow portion of the prefabricated pile; a rod-like member 5 which is detachably erected on the cap portion 4; and a fall-prevention plate 6 which is detachably connected to an upper portion of the rod-like member 5 and locked to the pile head of the prefabricated pile. A reinforcement cage is arranged between the cap portion 4 and the fall-prevention plate 6. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了获得用于加强预制桩的桩头的工具,其能够通过容易地确保钢筋之间所需的间隔而有效地构造必要的增加的杆布置,当桩头钢筋被布置时 加强停在高位置的切断桩头,甚至可以承受起桩中混凝土的负荷。 解决方案:钢筋的保持构件2包括:插入到预制桩的中空部分中的盖部分4; 可拆卸地竖立在盖部分4上的杆状构件5; 以及可拆卸地连接到杆状构件5的上部并锁定到预制桩的桩头的防坠落板6。 盖帽部分4和防坠落板6之间设有加强保持架。版权所有:(C)2011,JPO&INPIT
    • 4. 发明专利
    • Curtain wall structure by alc board with steel frame and its construction method
    • ALC板与钢框架的幕墙结构及其施工方法
    • JP2006132178A
    • 2006-05-25
    • JP2004321929
    • 2004-11-05
    • Kajima Corp鹿島建設株式会社
    • KIDOKORO HIDEKIITO NAOYUKI
    • E04B2/94
    • PROBLEM TO BE SOLVED: To provide a curtain wall structure by an ALC board and its construction method for dispensing with a scaffold, dispensing with many work at site, improving mounting precision greatly, and completing an external wall in a short period of time.
      SOLUTION: This curtain wall structure by the ALC board with the steel frame is constituted by fixing rear face sides of a plurality of ALC boards by vertical/horizontal steel frames, applying joint treatment between them to form one unit of the ALC board with the steel frame, and fixing primary fasteners formed in at least two upper and lower sections of the steel frame and secondary fasteners provided on external beams adjacent to upper and lower parts of a skeleton each.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了通过ALC板提供幕墙结构及其配置脚手架的施工方法,在现场分配许多工作,大大提高安装精度,并在短时间内完成外壁 时间。 解决方案:具有钢框架的ALC板的这种幕墙结构由垂直/水平钢框架固定多个ALC板的背面侧,在它们之间进行联合处理,以形成ALC板的一个单元 钢框架和形成在钢框架的至少两个上部和下部中的固定主紧固件和设置在与骨架的上部和下部各自相邻的外部梁上的次级紧固件。 版权所有(C)2006,JPO&NCIPI
    • 8. 发明专利
    • CONNECTING METHOD FOR COLUMNAR PREFABRICATED REINFORCEMENTS
    • JPH10311087A
    • 1998-11-24
    • JP11973297
    • 1997-05-09
    • KAJIMA CORP
    • OGIWARA YUKIMASASAKANO KOICHIITO NAOYUKITAGAWA KATSUAKI
    • E04B1/16E04C5/06E04G21/12
    • PROBLEM TO BE SOLVED: To improve executability by connecting the inner main reinforcements of multiple bar arrangement to each other with grout, and further connecting the outer main reinforcements to each other with a screw, or a screw and grout. SOLUTION: A prefabricated columnar reinforcement 3 uses a threaded bar for a main reinforcement and is projected up from the upper end of the previously placed concrete 4. Also, a threaded sleeve 5 is fitted to the upper end of an inner main reinforcement 1 for upward projection from the upper end of the concrete 4. A post-fabricated columnar reinforcement 6 has a threaded joint coupler 7 attached to the lower end of an outer peripheral main reinforcement 2, and an inner reinforcement 1 is inserted in the sleeve 5 of the prefabricated main reinforcement 1. Thereafter, a post-fabricated main reinforcement 2 and the prefabricated main reinforcement 2 are jointed to each other with the coupler 7, and the sleeve 5 is filled with grout, thereby jointing the main reinforcements 1 to each other. When necessary, the coupler 7 is also filled with grout. According to this construction, an inner reinforcement tightening work is eliminated, and the self-standing state of the prefabricated reinforcement improves, due to the outer peripheral reinforcement joint. As a result, several layers of bar arrangement can be made and cost can be reduced.