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    • 1. 发明专利
    • Formation method for shear reinforcement of concrete flat slab, road floor slab, and flat slab
    • 混凝土板,道路铺地板和平缝板的剪切加固形成方法
    • JP2013199740A
    • 2013-10-03
    • JP2012067036
    • 2012-03-23
    • Nippon Kaiser Kk日本カイザー株式会社Public Works Research Institute独立行政法人土木研究所
    • MATSUI SHIGEYUKIKONNO HISASHIMITAMURA HIROSHITOBISHIMA YASUFUMI
    • E01D19/12E04B5/43E04C5/06E04C5/18
    • PROBLEM TO BE SOLVED: To solve the problem that a conventional formation method for concrete flat slab is disadvantageous in manufacturing cost for reinforcement and trouble for arrangement of bars and further manufacturing costs are large with respect to a formation method for shear reinforcement of concrete flat slabs.SOLUTION: A formation method for shear reinforcement of a concrete flat slab formed by arranging upper-end bars, which are arranged longitudinally and laterally in a lattice shape and arranged at an upper position in a flat slab, and lower-end bars, which are arranged longitudinally and laterally in a lattice shape and arranged at a lower position in the flat slab, in a concrete form, and casting concrete in the concrete form includes: placing corrugated shearing reinforcement bars on the upper-end bars, side by side, in one direction from above or placing corrugated shearing reinforcement bars on the upper-end bars, side by side, in mutually orthogonal directions from above; and casting the concrete in the concrete form after fixing the shearing reinforcement bars to the upper-end bars by fixing means.
    • 要解决的问题:为了解决混凝土平板的常规成形方法对于钢筋的制造成本和棒的配置的麻烦以及制造成本的麻烦的问题,对于混凝土平板的剪切加固的形成方法而言是很大的 。解决方案:通过布置纵向和横向布置成格子状并布置在平板中的上部位置的上端杆和下端杆而形成的混凝土平板的剪切增强的形成方法,其中 纵向和横向布置成格子状,并且以混凝土形式布置在平板中的较低位置,混凝土形式的浇铸混凝土包括:将波纹剪切钢筋放置在上端杆上并排放置, 在上方的一个方向上,在相互正交的方向上并排放置在上端杆上的波纹剪切钢筋 以上; 并且通过固定装置将剪切钢筋固定到上端杆之后,以混凝土形式浇筑混凝土。
    • 5. 发明专利
    • Fixture for fixing formwork
    • 固定格式的固定
    • JP2003291123A
    • 2003-10-14
    • JP2002099300
    • 2002-04-01
    • Nichiei:KkNippon Kaiser KkToyo Kagaku Sangyo Kk日本カイザー株式会社東洋化学産業株式会社株式会社日榮
    • SUGIURA YASUTOMOSUGIO NAOAKINAKAYAMA TATSUTO
    • B28B7/00B28B7/02
    • B28B7/0017B28B7/002
    • PROBLEM TO BE SOLVED: To provide a fixture for fixing a formwork used in a precast concrete formwork with such advantages that a magnet does not attract itself to a platen halfway through an operation to position a side formwork at a specified position and when the magnet is deviated, even though slightly, from its fixed position during an operation to attach the magnet to the surface of the platen, the deviation can be rapidly corrected.
      SOLUTION: This fixture is provided for attaching the side formwork to the surface of the platen made of a magnetic material. In addition, the fixture comprises a main body of the fixture for fixing which houses the magnet in a firmly retaining manner, a lift supporting means which supports the main body of the fixture together with the magnet in a freely lifting manner and realizes the attraction of the magnet to the platen by pushing down the magnet at the point of time when the side formwork is set at a specified position, and a formwork pressing means which is attached to the main body of the fixture and fixes the side formwork to the surface of the platen by engaging with the side formwork.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:提供一种用于固定在预制混凝土模板中使用的模板的固定装置,具有这样的优点,即磁体不会通过操作将自身吸引到压板上,以将操作定位在指定位置处的侧模板,以及何时 在将磁体附着到压板的表面的操作期间,磁体即使稍微偏离其固定位置,可以快速地校正偏差。

      解决方案:该夹具用于将侧模板附接到由磁性材料制成的压板的表面。 此外,固定装置包括用于固定的固定装置的主体,其以固定的方式容纳磁体;升降支撑装置,其以自由提升的方式与磁体一起支撑固定装置的主体,并实现吸引力 该磁体通过在侧模板设置在指定位置的时间点将磁铁推下来,并将模板加压装置安装在固定装置的主体上,并将侧模板固定在 压板通过与侧模板接合。 版权所有(C)2004,JPO

    • 7. 发明专利
    • Precast concrete wall and its construction method
    • 预制混凝土墙及其施工方法
    • JP2003064766A
    • 2003-03-05
    • JP2001252875
    • 2001-08-23
    • Nippon Kaiser Kk日本カイザー株式会社
    • NINOMIYA HAJIME
    • E04B1/04E04B1/61
    • PROBLEM TO BE SOLVED: To provide a precast concrete wall which has a good appearance and is capable of following up an interlayer deformation due to earthquake or the like and its construction method.
      SOLUTION: A precast concrete wall 1 is constructed between an upstair floor 2 and a downstair floor 3 by using a precast concrete wall slab 4 installed between them, a connecting bar 6 protruded from the top surface of the downstair floor 3 is inserted to an insertion hole 5 at the bottom surface of the precast concrete slab wall 4, a joint pin 9 protruded from an oblong hole 11 at the bottom surface of the upstair precast concrete floor 2 is inserted to an insertion hole 8 on the top face of the precfast concrete wall slab 4, and an elastic member 12 is wound around a portion fitted to the oblong hole 11 of the joint pin 9.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种具有良好外观并且能够跟踪由于地震等引起的层间变形及其构造方法的预制混凝土墙。 解决方案:通过使用安装在它们之间的预制混凝土墙板4,在楼下地板2和楼下3之间构造预制混凝土墙1,将从楼下3的上表面突出的连接杆6插入插入 在预制混凝土板壁4的底面的孔5中,从顶部预制混凝土地板2的底面的长孔11突出的接头销9插入到预混凝土的顶面上的插入孔8中 壁板4和弹性构件12围绕配合到接头销9的长孔11的部分缠绕。
    • 10. 发明专利
    • LATTICE BEAM ANALYZING SYSTEM
    • JP2000328645A
    • 2000-11-28
    • JP14306599
    • 1999-05-24
    • NIPPON KAISER KK
    • WATABE YUJI
    • E04B5/43E04B1/00G06F17/50
    • PROBLEM TO BE SOLVED: To contrive a quick designing of a slab by arranging a void from other than the step part of a void slab, setting a slab load to substitute a slab support condition a lattice beam, and matching it to prescribed data by calculated stress and deformation. SOLUTION: The assignment of the void forms 15 in the two directions of 40 kinds of the combinations of 10 kinds of planar shaped lengths and four kinds of widths is performed, and lattice beam analysis of bar arrangement, deflection and shear force, and the like is performed. In this case, the void form 15 of different size is assigned and arranged on a region except for the step part 25 of a void slab 10 to set the load of the slab 10, and this support condition is substituted to the lattice beam. Furthermore, action for calculating stress and deformation is repeated until it is matched to construction, the arrangement state of the form 15 is properly changed to perform the design of the lattice beam, and the calculation of the design is automatically performed. Thereby the scattering of the calculated result of the lattice beam analysis is prevented, a design time is shortened and a working amount can be reduced.