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    • 5. 发明申请
    • Deck
    • 甲板
    • US20150292168A1
    • 2015-10-15
    • US14679336
    • 2015-04-06
    • Guido FURLANETTO
    • Guido FURLANETTO
    • E01D6/00E01D19/00E01D2/00
    • E01D6/00E01D2/00E01D19/00E01D2101/24E01D2101/268E01D2101/30
    • Provided is a deck, configured for supporting a carriageable surface, including first structural girders defining a support surface for the carriageable surface; at least one second structural girder configured to position itself on the opposite side to said carriageable surface in relation to the first structural girders; diagonal girders integrally connecting the first and said second structural girders to each other, defining, for the deck, a truss; said first and said second structural girders include a core in concrete material: and an external reinforcement partially cladding the core and made of metallic material.
    • 提供一种甲板,其构造成用于支撑可运送的表面,包括限定用于可运送表面的支撑表面的第一结构梁; 至少一个第二结构梁被构造成相对于第一结构梁将其自身定位在与所述可移动表面相对的一侧上; 对角梁将第一和第二结构梁彼此一体地连接,为甲板限定桁架; 所述第一和所述第二结构梁包括混凝土材料芯体和外部加强件,部分地包覆所述芯部并由金属材料制成。
    • 7. 发明申请
    • Footbridge support
    • 行人天桥支援
    • US20040151541A1
    • 2004-08-05
    • US10336971
    • 2003-01-02
    • David OcchioliniDouglas Moore
    • E01D006/00
    • E01D6/00E01D2101/34
    • A footbridge support is provided which is constructed of aluminum or other lightweight, weather resistant metal frame of bow truss design. Specifically, the footbridge support consists of dual bow truss frames, each supporting opposite side regions of the footbridge. The top rail of the truss frames is of curved configuration, with a given radius of curvature corresponding to the radius of curvature of the footbridge. The footbridge support also includes bottom members and transverse cross-members which connect the dual truss frames. A medial support member is positioned on the longitudinal midline of the footbridge and also corresponds to the radius of curvature of the footbridge to support the medial section of the footbridge. Decking is provided across the footbridge support, running from one of the dual truss frames to the other frame. With this footbridge support, longer and wider footbridges can be constructed with increased weight limits.
    • 提供行人天桥支架,由行人桁架设计的铝或其他重量轻,耐候性金属框架构成。 具体来说,行人天桥支架由双弓桁架构成,每个支架支撑人行桥的相对侧面。 桁架框架的顶部轨道是弯曲构型,具有给定的曲率半径对应于行人天桥的曲率半径。 行人天桥支架还包括连接双桁架框架的底部构件和横向横梁。 中间支撑构件位于行人天桥的纵向中线上,并且还对应于行人天桥的曲率半径以支撑行人天桥的中间部分。 在行人天桥支架上提供了铺设,从双桁架框架之一延伸到另一框架。 有了这个行人天桥支援,可以建造更长又更宽的行人天桥,增加重量限制。
    • 8. 发明申请
    • Reinforcement structure of truss bridge or arch bridge
    • 桁架桥或拱桥的加固结构
    • US20040040100A1
    • 2004-03-04
    • US10653173
    • 2003-09-03
    • Mitsuhiro TokunoFumihiro SaitoSeio TakeshimaYoshiaki Nakai
    • E01D019/00
    • E01D1/005E01D6/00E01D22/00
    • Through co-action between auxiliary triangular structural frames which are each constructed at opposite ends of a truss girder or arch girder and a cable stretched between the auxiliary triangular structural frames, an upward directing force is exerted to the truss girder or arch girder, thereby effectively inducing a load resisting force. A reinforcement structure of a truss bridge or arch bridge is comprised of a truss girder 2 or arch girder a first and a second end of which are each provided with a main triangular structural frame 6 which is further provided at an inner side thereof with an auxiliary triangular structural frame 9, the auxiliary triangular structural frame 9 being joined at vertexes thereof with frame structural elements at the respective sides of the main triangular structural frame 6, a cable 10 extending in a longitudinal direction of the truss bridge being stretched between a nearby part of the joined part at the vertex of the auxiliary triangular structural frame 9 on the side of the first end of the truss girder 2 or arch girder and a nearby part of the joined part at the corresponding vertex of the auxiliary triangular structural frame 9 on the side of the second end of the truss girder 2 or arch girder, deflecting means 11 adapted to exert a downward directing force to the cable 10 being inserted between the cable 10 and a lower chord 3 of the truss girder 2 or arch girder so as to tension the cable 10, an upward directing force being exerted to the lower chord 3 by a reacting force attributable to tension of the cable 10 through the deflecting means 11.
    • 通过在桁架梁或拱形梁的相对端构造的辅助三角形结构框架与在辅助三角形结构框架之间延伸的缆索之间的协同作用,向桁架梁或拱形梁施加向上的引导力,从而有效地 引起负载阻力。 桁架桥或拱桥的加强结构由桁梁2或拱梁组成,桁架梁2或拱梁的第一和第二端分别设有主三角形结构框架6,主三角形结构框架6的内侧还具有辅助 三角形结构框架9,辅助三角形结构框架9的顶点在主三角形结构框架6的相应侧与框架结构元件相连接,沿着桁架桥梁的纵向方向延伸的电缆10在附近的一部分 在辅助三角形结构框架9的顶部处,在桁架梁2或拱形梁的第一端侧的接合部分的附近部分和在辅助三角形结构框架9的对应顶点处的接合部分的附近部分 桁架梁2或拱形梁的第二端的侧面,适于向被插入的缆线10施加向下的引导力的偏转装置11 在电缆10和桁架梁2或拱形梁的下弦3之间夹紧以便拉紧电缆10,向上引导力通过由电缆10的张力引起的反作用力施加到下弦3 偏转装置11。
    • 9. 发明申请
    • Prestressed composite truss girder and construction method of the same
    • 预应力复合桁架梁及施工方法相同
    • US20030182883A1
    • 2003-10-02
    • US10297779
    • 2002-12-09
    • Dae Yon Won
    • E04C005/08E04B001/16E04B001/20E04C003/30
    • E01D2/02E01D6/00E01D6/02E01D2101/285
    • The present invention relates to prestressed composite truss girder and construction method of the same. The prestressed composite truss girder of the present invention comprises a concrete bottom plate having structure of composite truss; a lower-chord member being composed of prestressed concrete wherein prestress is induced to resist against the elongation strength generated when composing and not composing and to reduce the droop occurred at the state of composition and having perpendicular and horizontal cross-section of certain shape and certain length; web members wherein vertical chords and diagnal chords composed of rolled steel to upper plate of said lower-chord member; and upper-chord member combined with said web members along the longitudinal direction of said lower-chord member to resist against the compressive force generated before said concrete bottom plate being composed.
    • 本发明涉及预应力复合桁架梁及其施工方法。 本发明的预应力复合桁架梁包括具有复合桁架结构的混凝土底板; 下弦构件由预应力混凝土构成,其中预应力被诱导抵抗在构成而不构成时产生的伸长强度,并且减小在组成状态下发生的下垂,并且具有某种形状的垂直和水平横截面,并且确定 长度; 腹板构件,其中垂直和弦和诊断弦由轧制钢构成到所述下弦构件的上板; 以及上弦杆构件沿着所述下弦构件的纵向方向与所述腹板构件结合,以抵抗在构成所述混凝土底板之前产生的压缩力。
    • 10. 发明授权
    • Prefabricated lattice panels for a bridge
    • 桥梁预制板
    • US5065467A
    • 1991-11-19
    • US520574
    • 1990-05-08
    • Richard C. E. Forsyth
    • Richard C. E. Forsyth
    • E01D6/00E01D15/133
    • E01D6/00E01D15/133E01D2101/30
    • A lattice panel (P1) for a bridge has only a single chord (C1), along one side (S1), with no chord along the opposite side (S2), resulting in a cost and weight saving when two such panels are stacked in one plane. A lattice (L) of web members (W) comprises: either n+1 perpendicular web members (Wp1-3) at n+1 "first" nodes (N1. 1-N1.3) or n perpendicular web members (Wp1, Wp2) at all but an end one of n+1 "first" nodes (Wp1, Wp2); 2n "first" oblique web members (Wo1-Wo4) and 2n "second" web members (Wo5-Wo8) form two quadrilateral structures between the n+1 "first" nodes (Wp1, Wp2). Two "fourth" nodes (N4.1, N4.2) are formed by the tops of the quadrilateral structures, for connection to a second chord or to corresponding nodes of a like panel.
    • 桥的格子板(P1)沿着一侧(S1)仅具有单个弦(C1),沿着相对侧(S2)没有弦,导致当两个这样的面板堆叠时的成本和重量节省 一架飞机 腹板构件(W)的网格(L)包括:在n + 1个“第一”节点(N1-1-N1.3)处的n + 1个垂直腹板构件(Wp1-3)或n个垂直腹板构件(Wp1, Wp2),但是n + 1个“第一”节点(Wp1,Wp2)中的一个结尾; 2n“第一”倾斜网状构件(Wo1-Wo4)和2n“第二”腹板构件(Wo5-Wo8)在n + 1个“第一”节点(Wp1,Wp2)之间形成两个四边形结构。 两个“第四”节点(N4.1,N4.2)由四边形结构的顶部形成,用于连接到第二弦或类似面板的相应节点。