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    • 1. 发明专利
    • Joint metal member for building structural member, arbor, and construction method of arbor using the joint metal member
    • 用于建筑结构构件的联合金属构件,ARBOR和使用接合金属构件的ARBOR的构造方法
    • JP2006046011A
    • 2006-02-16
    • JP2004231831
    • 2004-08-09
    • Futaba Kooken:Kk株式会社フタバコーケン
    • WAKABAYASHI KIYOSHI
    • E04B1/343E04B1/26E04B1/58
    • PROBLEM TO BE SOLVED: To provide a joint metal member for building structural members, an arbor, and a construction method of the arbor by which the construction period is shortened and the good appearance is imparted at a low cost.
      SOLUTION: The joint metal member 3 includes a plurality of alar-plate-like mounting brackets 19 having a shape and an inclination angle θcorresponding to each of the building structural members 13 to be joined. End edges of base ends of the mounting brackets 19 are joined together in an integrating manner and are arranged radially in plan view. In addition, the joint metal member 5 comprises a base plate part 25 abutting on an upper end surface of a column 7, and a mounting shaft part 27 extended downward from the lower surface of the base plate part 25. In the arbor 1 and the construction method of the arbor, roof elements 9 and the joint metal members 3, 5 are used.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种用于建筑结构构件的联接金属构件,心轴和施加周期缩短并且以低成本施加良好外观的心轴的构造方法。 解决方案:接头金属构件3包括多个具有对应于要接合的建筑结构构件13的形状和倾斜角度θ的板状安装支架19。 安装支架19的基端的端缘以一体的方式接合在一起,并且在平面图中径向布置。 此外,接合金属构件5包括邻接于柱7的上端面的基板部25和从基板部25的下表面向下延伸的安装轴部27.在心轴1和 使用心轴,屋顶元件9和接头金属构件3,5的施工方法。 版权所有(C)2006,JPO&NCIPI
    • 2. 发明专利
    • Net material structure
    • 网材结构
    • JP2014043660A
    • 2014-03-13
    • JP2012186866
    • 2012-08-27
    • Kajima Corp鹿島建設株式会社Kasutani Fishing Net Mfg Co Ltd粕谷製網株式会社Futaba Kooken:Kk株式会社フタバコーケン
    • SAKUSE NOBUOMIYAMAE YUKINARITANAKA MASAYOSHITAKEI NOBORUYOSHIMURA BIKIITO HIROSHINAKAMURA HANAKOKASUYA MASAAKIFUSHIMI NAOKI
    • D04C1/06
    • PROBLEM TO BE SOLVED: To provide means for making the most three-dimensional use of a net material, and means for easily, inexpensively and effectively improving the pressure resistance performance of the net material.SOLUTION: An approximately flat plate-like tortoise shell net material 1 is formed with approximately hexagonal networks 12 by twisting wires 11 together. A net material structure A is formed with a plurality of protruded parts 2 in which each protruded part 2 protruding forward and/or backward in a cross-sectional view in a flat plate face P is formed by bending the tortoise shell net material 1 around respective rotational axes of at least not less than three respective hinge means H1, H2 and H3 which are positioned in vicinity in approximately parallel with each other where respective twisted parts 13 (131, 132, 133) positioned on an approximately same line in a longitudinal direction are a set of the hinge means H (H1, H2, H3). Formation of the plurality of protruded parts 2 protruding from the flat plate face P of the tortoise shell net material 1 allows an effective three-dimensional use of the net material 1, and, in addition, improves bearing force to a load on the flat plate face P of the net material 1 from a reverse side of a face formed with the protruded parts 2.
    • 要解决的问题:提供用于最大限度地利用网状材料的方法,以及用于容易,廉价和有效地提高网状材料的耐压性能的装置。解决方案:近似平板的龟甲壳网 材料1通过将线11缠绕在一起形成有大致六边形网络12。 净材料结构A形成有多个突出部2,其中在平板面P的剖视图中向前和/或向后突出的每个突出部分2通过将龟甲网材料1绕各自的方式弯曲而形成 至少不少于三个各自的铰链装置H1,H2和H3的旋转轴线,铰链装置H1,H2和H3位于彼此大致平行的附近,其中相应的扭转部分13(131,132,133)沿着纵向位于大致相同的线上 是一组铰链装置H(H1,H2,H3)。 从龟甲壳材1的平板面P突出的多个突出部2的形成允许网材1的有效的三维使用,并且另外提高对平板上的负载的支承力 从形成有突出部2的面的背面侧的网状物1的表面P。