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    • 7. 发明专利
    • Method and structure for joining precast-concrete construction beam-column
    • 混凝土预应力混凝土结构梁柱的方法与结构
    • JP2009002101A
    • 2009-01-08
    • JP2007166085
    • 2007-06-25
    • Takenaka Komuten Co Ltd株式会社竹中工務店
    • KIMURA HIDEKIMOCHIDA TETSUOMIYAUCHI YASUMASAOTA YOSHIHIROISHIKAWA YUJITAKATSU HIROTOOUSALEM HASSANE
    • E04B1/58E04B1/22
    • PROBLEM TO BE SOLVED: To provide a method for joining a precast-concrete construction beam-column saving the labor of a junction system and simplifying the execution of works by making all of the introduction of a prestress by a clamping, a tension or the like useless in the case of a PCa beam-column and enabling the shortening of the term of works and the reduction of a cost.
      SOLUTION: A steel material 3 having a flexibility is bent and inserted into a through-hole 4 formed so as to be penetrated to a column 1 from the external side face of one beam end section 2 and to reach to the external side face of the other beam end section 2 in an arrangement configuring a lap joint with a beam main reinforcement 5 and stretched at both ends of the through-hole 4. The inside of the through-hole 4 is filled with a grout material 6 having a high adhesion.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种连接预制混凝土结构梁柱的方法,节省了连接系统的人力,并且通过通过夹紧引起预应力的全部引入来简化作业的执行,张力 在PCa梁柱的情况下无用,并且能够缩短工程期限和降低成本。 解决方案:具有柔性的钢材3弯曲并插入到形成为从一个梁端部2的外侧面穿入柱1的通孔4中,并到达外侧 另一个梁端部2的表面构成与梁主加强件5的搭接部并且在通孔4的两端处被拉伸的布置。通孔4的内部填充有具有 高附着力。 版权所有(C)2009,JPO&INPIT
    • 8. 发明专利
    • Full precast unidirectional hollow concrete slab and hollow slab construction method using this hollow concrete slab
    • 完整的预制单向中空混凝土板和中空板施工方法使用这种中空混凝土
    • JP2006336237A
    • 2006-12-14
    • JP2005159850
    • 2005-05-31
    • Asahi Danke:KkTakenaka Komuten Co Ltd株式会社旭ダンケ株式会社竹中工務店
    • MOCHIDA TETSUONAKAYAMA NOBUOITO TOSHIAKIYAMASHITA KATSUHISA
    • E04B5/02E04B5/43
    • PROBLEM TO BE SOLVED: To provide a full precast unidirectional hollow concrete slab and a hollow slab construction method using this hollow concrete slab, capable of securing the ceiling height substantially equal to a general deck floor slab, without enlarging the story height of a building.
      SOLUTION: A beam installing end part 14 of the full precast unidirectional hollow concrete slab 10 is constituted as a slid structure. A joint reinforcement 15 is projected by the required length from its end surface, and a shear cotter 17 is formed in the end surface part. A beam installing jaw 18 by a notch is formed in an end surface lower part of the beam installing end part 14, and is formed in an end part downward shape. The beam installing jaw 18 is placed on an upper surface of a beam 1, and the joint reinforcement 15 is joined to a joint reinforcement 15 of the concrete slab opposed on the beam 1 by welding or a mechanical joint 20. The beam and the slab are integrated by placing cast-in-place concrete 22 between end surfaces of the concrete slab opposed on the beam 1.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了提供一种完整的预制单向空心混凝土板和使用这种空心混凝土板的中空板坯施工方法,其能够将顶板高度确定为基本等于一般甲板楼板,而不会增加故障高度 建筑。 解决方案:整个预制单向空心混凝土板10的梁安装端部14构成滑动结构。 接头加强件15从其端面突出所需长度,并且在端表面部分中形成剪切开口17。 在梁安装端部14的端面下部形成有由切口形成的梁安装爪18,并且形成为端部向下的形状。 梁安装爪18放置在梁1的上表面上,并且接头加强件15通过焊接或机械接头20接合到与梁1相对的混凝土板的接头加强件15上。梁和板 通过将现浇混凝土22放置在与梁1相对的混凝土板的端面之间进行集成。版权所有(C)2007,JPO&INPIT
    • 9. 发明专利
    • EARTHQUAKE RESISTING WALL OF REINFORCED CONCRETE CONSTRUCTION
    • JPH0427084A
    • 1992-01-30
    • JP13151690
    • 1990-05-22
    • TAKENAKA KOMUTEN CO
    • MOCHIDA TETSUOHIGASHIHATA YASUO
    • E04H9/02
    • PURPOSE:To promote the performance of an earthquake resisting wall by fixing a joint section of a wallboard with an upper girder firmly, fixing a joint section of a wallboard with a lower girder so as to easily shear it, and fixing a joint section with the wallboard with a column so as to easily separate therefrom to make an amount of main bars as yield strength decision elements of the earthquake resisting wall. CONSTITUTION:In a joint section of an RC wallboard 1 with an upper girder 4, an upper edge of the wallboard 1 is partially buried into the concrete of the upper girder 4 and, at the same time, a wall longitudinal reinforcement 10 is deeply inserted into the upper girder 4 to anchor them firmly as a unit. Concrete of both columns 3 and foundation girders 9 is insulated by a method such as a construction joint, etc. In that insulation places 15, spaces 13 are formed around main bars 13 of the columns 3, and spaces 14 capable of horizontal movement of the columns 3 within the limits of the spaces 13 an anchoring positions to the foundation girders are formed. While, the foundation girders 9 are separated into two stages of up and down so that they are capable of sliding, and both ends of an upper stage foundation girder 9a are anchored to the right and left columns 3. According to the constitution, earthquake resisting performance can be promoted.