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    • 4. 发明专利
    • Extension construction method for roof truss
    • JP2004027746A
    • 2004-01-29
    • JP2002188926
    • 2002-06-28
    • Sekisui House Ltd積水ハウス株式会社
    • UEDA YUJIKOIDE YUKINOBUNAKAHARA KAZUOKAMIYA HIROSHIHORIE TOSHIHIRO
    • E04B7/00E04B7/06E04G23/03
    • PROBLEM TO BE SOLVED: To provide an extension construction method for a roof truss capable of reducing labor, cost, and waste by providing an extension part having the same ridge height as that of an existing house without disassembling the whole roof truss of the existing house.
      SOLUTION: A purlin receiver connection part is fixed to a purlin receiver fitting using a purlin extension fitting having the purlin receiver connection part provided on the purlin receiver fitting provided on an existing hip rafter beam and a purlin connection part, and a new purlin is installed on extension of an existing purlin provided on the purlin receiver fitting to change the direction of installation of a purlin on an extension part side by substantially 90 degrees and arrange the new purlin in an extension part on substantially same face as that of the existing purlin. Moreover, a valley rafter beam connection fitting is fixed to a purlin receiver provided in the vicinity of a top part of an existing hipped post, and an upper end part of a new valley rafter beam provided along a trough part of the existing house and the extension part is fixed to a valley rafter beam connection fitting provided protrudedly in the direction forming an angle of substantially 45 degrees to connect with an end part of an existing large ridge.
      COPYRIGHT: (C)2004,JPO
    • 5. 发明专利
    • Roof truss extending construction method
    • JP2004036102A
    • 2004-02-05
    • JP2002191327
    • 2002-06-28
    • Sekisui House Ltd積水ハウス株式会社
    • UEDA YUJIKOIDE YUKINOBUNAKAHARA KAZUOKAMIYA HIROSHIHORIE TOSHIHIRO
    • E04B7/00E04B7/06E04G23/03
    • PROBLEM TO BE SOLVED: To provide a roof truss extending construction method which is available in an extension construction work for an extending part of a cross-beam surface in an existing house having a hipped roof structure, and contributes to labor saving and cost reduction in the work, and reduction of waste generated in the work. SOLUTION: One end 101 of a first new hip rafter beam 100 is set on an extension of an existing hip rafter beam 1, and the hip rafter beam is extended from an end of an existing main ridge to an end of a new main ridge, followed by setting a hip rafter beam from an intermediate portion of the existing main ridge to an end of the new main ridge. Then a new rising beam 300 is set on an extension of an existing inclined beam 14, and a new rising beam strut 303 is vertically erected between the new inclined beam and an existing inclined beam 18 on the extension side, whereby the inclined beam at the intermediate portion of the existing main ridge is extended to the end of the new main ridge. Then at an intersection 301 between a valley formed at a boundary between an existing roof truss and an extended roof truss, and the existing inclined beam on the extension side, an edge 504 of a first new valley rafter beam 503 and an edge 507 of a second new valley rafter beam 506 are aligned with the intersection, to thereby set a valley rafter beam 500 in the valley. COPYRIGHT: (C)2004,JPO
    • 7. 发明专利
    • Extension construction method for climbing beam
    • JP2004027745A
    • 2004-01-29
    • JP2002188912
    • 2002-06-28
    • Sekisui House Ltd積水ハウス株式会社
    • UEDA YUJIKOIDE YUKINOBUNAKAHARA KAZUOKAMIYA HIROSHIHORIE TOSHIHIRO
    • E04B7/00E04G23/02
    • PROBLEM TO BE SOLVED: To provide an extension construction method for a climbing beam enabling reduction of labor, cost, and industrial waste in extension construction work of a house.
      SOLUTION: An end part 2 of a new climbing beam 1 is installed in an upper end part of a vertical member 101 using a climbing beam extension fitting 3 having a flat part 8 installed in a top part 110 of the vertical member 101 below an intermediate part of an existing large ridge, a top part main house receive connection part 6 installed in a top part purlin receiver 106 provided in the upper end part 102 of the vertical member 101, and a climbing beam connection part 8 rising at an angle θ substantially equal to a rising angle of an existing climbing beam 100 from a central part on one side of the top part purlin receiver connection part 6. A new climbing beam post 4 is vertically erected between the new climbing beam 1 and the existing climbing beam 103 on an extension side using a new climbing beam post 4 having a climbing beam post connection fitting 5 provided on the existing climbing beam 103 on an extension part side in a lower end part and a new climbing beam connection part 11 connected with the new climbing beam 1 in an upper end. The climbing beam 100 provided in the intermediate part of the existing large ridge is extended toward an end of a new large ridge on the extension part side.
      COPYRIGHT: (C)2004,JPO
    • 9. 发明专利
    • Connection structure for steel framework, and one-side bolt system
    • 钢框架连接结构和单侧螺栓系统
    • JP2006045901A
    • 2006-02-16
    • JP2004228113
    • 2004-08-04
    • Sanko Techno Co LtdSekisui House Ltdサンコーテクノ株式会社積水ハウス株式会社
    • UEDA YUJIKOIDE YUKINOBUNAKAHARA KAZUOHIRAMATSU TETSUOHORIE TOSHIHIROYAGISAWA YASUETOBE TSUTOMU
    • E04B1/24F16B5/02F16B29/00F16B39/28
    • PROBLEM TO BE SOLVED: To provide a connection structure for a steel framework, which employs a smaller number of one-side bolts and a smaller number of tools for use in fastening work, and is constructed with improved workability and reliability, and to provide a one-side bolt system.
      SOLUTION: Each of the one-side bolts 10a, 10b has a sleeve which is formed such that a female screw portion screwable onto a shaft of a bolt 120, is formed in an inner peripheral surface of a rear end thereof, and has a plurality of slits which is formed therein so as to be expansively deformable outward like a collar upon application of axial force. The sleeves have a plurality of different thicknesses while having a predetermined inner diameter, and therefore have a plurality of different outer diameters. Further the plurality of types of sleeves have a predetermined unified head diameter, and the bolts 120 also have a predetermined unified head diameter and a predetermined unified shaft diameter. Then the sleeves having the different outer diameters are inserted into bolt holes 8, 9 different in diameter, which are formed in a joint portion, and the bolts 120 having the same shaft diameter are screwed into the sleeves, respectively, to thereby connect component members to each other.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种钢框架的连接结构,其采用较少数量的单侧螺栓和较少数量的用于紧固工作的工具,并且具有改进的可加工性和可靠性的构造,以及 提供单侧螺栓系统。 解决方案:每个单侧螺栓10a,10b具有套筒,该套筒形成为使得可螺纹连接到螺栓120的轴上的内螺纹部分形成在其后端的内周表面中,并且 具有形成在其中的多个狭缝,以便在施加轴向力时能够像套环一样向外膨胀变形。 套筒具有多个不同的厚度,同时具有预定的内径,因此具有多个不同的外径。 此外,多种类型的套筒具有预定的统一的头部直径,并且螺栓120还具有预定的统一的头部直径和预定的一致的轴直径。 然后将具有不同外径的套筒插入到形成在接合部分中的直径不同的螺栓孔8,9中,并且具有相同轴直径的螺栓120分别拧入套筒中,从而将构件 对彼此。 版权所有(C)2006,JPO&NCIPI