会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明专利
    • Bar arrangement structure of connection between pillar and beam
    • 柱梁与梁之间的连杆结构布置
    • JP2006161479A
    • 2006-06-22
    • JP2004356936
    • 2004-12-09
    • Asanuma Corp株式会社淺沼組
    • INOUE SHIGENOBUNAKAZAWA TOSHIKIUCHII EIJISATO HISATAKA
    • E04B1/30E04B1/18E04B1/58
    • PROBLEM TO BE SOLVED: To provide a bar arrangement structure which has high workability, which can realize cost reduction and the stabilization of quality without considerably decreasing structure bearing capacity at the connection between a pillar and a beam made of SRC or the like.
      SOLUTION: The bar arrangement structure is constituted by the constraint bars which are made by combining L-shaped/U-shaped or G-shaped reinforcing bars so that the constraint bars surround a main pillar bar at the connection between the pillar made of SRC and the beam made of S or SRC. Then the tip of at least one reinforcing bar to be combined is bent, and the bar arrangement is performed so that the bent tip is butted against a beam web. Then the bending angle of the tip of the reinforcing bar is set at 45 to 90°. Furthermore, the tip of the reinforcing bar is bent toward the inside of the pillar, and the tips of all of the reinforcing bars comprising the constraint bars are bent. Then the bent tips are symmetrically butted against each other by sandwiching the beam web, and the bar arrangement structure is constituted by the combination with the constraint bars which are arranged by passing the tips of the constraint bars through the beam web. The tips passing through the beam web are made to overlap the bent tips.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种具有高加工性的棒布置结构,其可以实现成本降低和质量稳定性,而不会显着降低由SRC等制成的柱和梁之间的连接处的结构承载能力 。

      解决方案:杆装置结构由约束条构成,这些限制杆是通过组合L形/ U形或G形钢筋制成的,使得限制杆围绕柱柱之间的连接处的主柱杆 的SRC和由S或SRC制成的梁。 然后将要组合的至少一个钢筋的尖端弯曲,并且执行杆装置,使得弯曲的尖端抵靠梁腹板。 然后将钢筋的前端的弯曲角设定为45°〜90°。 此外,钢筋的顶端朝向柱的内侧弯曲,并且包括约束条的所有钢筋的末端弯曲。 然后,弯曲的尖端通过夹住梁腹板而彼此对称地对接,并且杆布置结构由与约束条的组合构成,所述约束条通过使约束条的尖端通过梁腹板而布置。 使通过梁腹板的尖端与弯曲的尖端重叠。 版权所有(C)2006,JPO&NCIPI

    • 2. 发明专利
    • Existing column reinforcing method and its structure
    • 现有的钢筋加固方法及其结构
    • JP2008014028A
    • 2008-01-24
    • JP2006186572
    • 2006-07-06
    • Asanuma Corp株式会社淺沼組
    • SUZUKI KAZUOINOUE SHIGENOBUMORI KOJI
    • E04G23/02E04B1/30
    • PROBLEM TO BE SOLVED: To provide an existing column reinforcing method and its reinforcing structure enhancing toughness by suppressing the deformation of upper and lower ends of lining steel plates to maintain a concrete restricting effect.
      SOLUTION: The steel plates 2 are lined to surround an existing column 1 made of reinforced concrete, and reinforcing steel members 3 each comprising a fixed plate 3a and a stiffening plate 3b, are stuck to restrict the peripheries of the upper parts and/or lower parts of the lining steel plates 2 through the fixed plates 3a. Since the upper parts and/or lower parts of the lining steel plates 2 lining the existing column 1 are reinforced by the reinforcing steel members 3, the deformation of the upper and lower ends of the lining steel plates easy to deform in case of an earthquake is suppressed to maintain the effect of restricting the existing column to thereby enhance the toughness of the column.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过抑制衬板钢板的上端和下端的变形来提供现有的柱增强方法及其增强结构增强韧性,以保持具体的限制作用。 钢板2被排列成围绕由钢筋混凝土制成的现有柱1,并且每个包括固定板3a和加强板3b的钢构件3被粘合以限制上部的周边和 /或衬板钢板2的下部通过固定板3a。 由于衬套钢板2的衬套钢板2的上部部分和/或下部部分被现有的柱1加强,所以加强钢构件3使得衬里钢板的上端和下端的变形容易在地震时变形 被抑制以保持限制现有柱的效果,从而提高柱的韧性。 版权所有(C)2008,JPO&INPIT
    • 4. 发明专利
    • Aseismatic reinforcing wall
    • ASEISMATIC增强墙
    • JP2009046829A
    • 2009-03-05
    • JP2007211872
    • 2007-08-15
    • Arai Gumi LtdAsanuma CorpMatsumura Gumi Corp株式会社新井組株式会社松村組株式会社淺沼組
    • INOUE SHIGENOBUNAKAZAWA TOSHIKIMORI KOJIAZUMA KENJIYAMAUCHI MASAAKIKASHIWAGI TAKAO
    • E04G23/02E04B2/56
    • PROBLEM TO BE SOLVED: To provide an opening reinforcing structure of an aseismatic reinforcing wall provided with an opening without reducing strength of the aseismatic reinforcing wall.
      SOLUTION: This aseismatic reinforcing wall 1 is constructed by piling up a plurality of block-like masonry bodies 8 on a plane of the structure surrounded by columns 2 and beams 3 of a building and forming the opening part 4 in a part of the plane of the structure without providing the masonry bodies. This aseismatic reinforcing wall 1 is provided with anchor bars 6 erected from upper and lower beams and right and left columns, an opening reinforcing bar 12 arranged along a fringe part of the opening 4, wall bars 7 joined with the anchor bars 6 by joints and arranged away from the opening 4, a masonry wall body 9 formed by piling up the masonry bodies 8 on the plane of the structure provided with the wall bars 7 except the opening 4, and mortar 10 filled into an inner cavity part of the masonry wall body 9.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种设置有开口的抗震加强壁的开口增强结构,而不降低抗震加强壁的强度。 解决方案:该抗震加强壁1通过在由建筑物的柱2和梁3围绕的结构的平面上堆叠多个块状砖石体8而构成,并将开口部4形成在一部分 结构的飞机没有提供砌体。 该抗震加强壁1设置有从上梁和下梁以及左右立柱竖立的锚杆6,沿着开口4的边缘部分布置的开口钢筋12,通过接头与锚杆6连接的壁杆7, 远离开口4布置的砖石壁体9,其通过在设置有除了开口4之外的壁条7的结构的平面上堆叠砖石体8,以及填充到砖石壁的内部空腔部分中的砂浆10 版权所有(C)2009,JPO&INPIT
    • 6. 发明专利
    • DAMPER FOR BUILDING
    • JP2002161650A
    • 2002-06-04
    • JP2000359454
    • 2000-11-27
    • ASANUMA CORP
    • INOUE SHIGENOBUHIDA YOSHINORI
    • E04H9/02F16F1/18F16F15/073
    • PROBLEM TO BE SOLVED: To provide a damper for a building, which not only reduces influences such as frequency and temperature but also has stable hysteresis absorbing function from a relatively small deformation to a large deformation thereof. SOLUTION: According to the damper for the building, a plurality of plate springs 4 which are bendable in a horizontal excitation direction at the time of an earthquake, are superposed on each other in a manner producing friction, and their upper edges and lower edges are attached to an upper structure 1 and a lower structure 2 of the building. Thus, the deformation capacity and restoring force of the plate springs, and the frictional force between the plate springs can produce a damping function. Further, the periphery of the plate springs are enclosed by a plurality of fastening frames 8 which are vertically laminated, and therefore the frictional force between the plate springs can be held to a constant value, to thereby obtain the stable damping function.