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    • 21. 发明申请
    • COLD-FORMED STEEL JOISTS
    • WO2003057931A3
    • 2003-07-17
    • PCT/US2003/000267
    • 2003-01-07
    • WATSON, Dennis, P.GOLOVIN, MauryTONEY, Patrick
    • GOLOVIN, MauryTONEY, Patrick
    • E04B7/08
    • A metallic joist (100) comprising cold-formed top and bottom chords (200), and cold-­formed metallic truss web members (300) arranged in a vertical and diagonal fashion shop welded to the chords. End connections, or seats (1000) are each shop welded to the top chord (200) and to one of the webs (300). Each seat (1000) comprises a pair of vertical metallic planes that act as shear plates, welded to and extending outwardly and upwardly of the end portion of the top chord of the joist, and portions extending horizontally either side of the chord and punched with holes for easy field bolting to beams or other supporting elements. Each of the chords (200) comprises a planar base (205) and a pair of legs (210). Each leg (210) comprises a chamfered portion (210a) extending downward and outward from one edge of the base at an acute angle, about 45 degree, for stiffening the longitudinal edges of the base (205) to accommodate axial and moment forces. An upper vertical portion (210b), perpendicular to the base, extends downward from a lower end of the chamfered portion to provide a planar width of material to accommodate axial and moment forces. An inwardly recessed portion (210c) parallel to the base extends towards the chord's center line from a lower end of the upper vertical portion; and an attachment portion (210d) perpendicular to the base, extends downward from an inner end of the inwardly recessed portion. The inventive chord imparts the joist of the present invention with enough strength and stiffness to span up to 100-foot lengths.
    • 22. 发明申请
    • MODULAR STRUCTURE SYSTEM
    • 模块化结构系统
    • WO2003048472A1
    • 2003-06-12
    • PCT/US2002/036910
    • 2002-11-18
    • BOOTS, Alfred, H.
    • BOOTS, Alfred, H.
    • E04B7/08
    • A01G9/16E04B1/1909E04B1/3211E04B7/105E04B2001/1927E04B2001/196E04B2001/3247E04H15/44Y02A40/254Y10S52/10Y10T403/342Y10T403/347
    • The present invention provides an improved modular system for constructing a tubular structure. The improved system allows the tubing to be assembled and disassembled in a direction perpendicular to a centerline of the tubing without having to move the tubing along its centerline. The improved system allows the tubing to be positioned at various angles. The system also enables curved tubing to be used. In an embodiment, the structural system includes a hub (12a) and a connector (14) that removably couples to the hub. The connector has a first end that couples to the hub and a second that defines a notch. One of the walls of the notch connects to a flange (16) that may extend in one or two directions from the centerline of the connector. The connector and flange removably couple to one end of an adapter (18), which contains a mating notch, wherein the adapter receives a tube.
    • 本发明提供了一种用于构造管状结构的改进的模块化系统。 改进的系统允许管道沿垂直于管道中心线的方向组装和拆卸,而不必沿其中心线移动管道。 改进的系统允许管道以各种角度定位。 该系统还可以使用曲线管。 在一个实施例中,结构系统包括轮毂(12a)和可拆卸地联接到轮毂的连接器(14)。 连接器具有耦合到毂的第一端和限定凹口的第二端。 凹口的一个壁连接到可从连接器的中心线沿一个或两个方向延伸的凸缘(16)。 连接器和法兰可拆卸地联接到包含配合凹口的适配器(18)的一端,其中适配器接收管。
    • 24. 发明申请
    • INFLATABLE ROOF
    • 充气屋顶
    • WO2017137828A1
    • 2017-08-17
    • PCT/IB2017/000092
    • 2017-02-09
    • PASSAQUINDICI, RobertoPASCIOLLA, Antonia
    • PASSAQUINDICI, RobertoPASCIOLLA, Antonia
    • E04H15/20E04B7/08
    • E04H15/20E04H2015/201E04H2015/206E04H2015/209
    • The inflatable roof (1) according to the present invention comprises a plurality of inflatable arches (2) which can be engaged with the ground below, a cover sheet (9) covering the structure and which can be engaged with the inflatable arches (2), and means (3) adapted to keep the inflatable arches pressurized, which are operatively connected to the inflatable arches. The inflatable roof is characterized in that it comprises a plurality of parallel longitudinal belts (8) spaced apart from one another, in which each longitudinal belt is engaged with each inflatable arch (2) and the free ends are rigidly engaged with the ground below. Moreover, the roof is characterized in that it comprises a plurality of transverse belts (10), each of which being engaged and running along the ends of an inflatable arch, simultaneously being engaged with all the longitudinal belts (8). Thereby, the longitudinal (8) and transverse belts (10) define a weft for supporting the roof, which is comprised between the inflatable arches and the cover sheet, thus integrally covering the structure.
    • 根据本发明的可充气屋顶(1)包括多个可与下面的地面接合的可充气拱(2),覆盖该结构的盖片(9),其可以是 与可充气拱(2)接合,以及适于保持可充气拱加压的装置(3),其可操作地连接到可充气拱。 该可充气屋顶的特征在于,它包括多个彼此间隔开的平行纵向带(8),其中每个纵向带与每个可充气拱(2)接合,并且自由端与下面的地面刚性接合。 此外,屋顶的特征在于,它包括多个横向带(10),每个横向带沿着可充气拱的端部接合和运行,同时与所有纵向带(8)接合。 由此,纵向带(8)和横向带(10)限定用于支撑屋顶的纬线,该屋顶包括在可膨胀拱和覆盖片之间,从而整体地覆盖结构。
    • 26. 发明申请
    • DOMED STRUCTURE
    • WO2013066116A3
    • 2013-06-27
    • PCT/KR2012009204
    • 2012-11-02
    • SIM SANG BO
    • SIM SANG BO
    • E04B1/32E04B7/08
    • E04D13/03E04B1/166E04B1/3205E04B1/3211E04B1/6116E04B1/6179E04B2001/3276
    • The present invention relates to a domed structure comprising: a square ceiling panel (110) for forming a ceiling; corner panels (120) in which hemispheres are equally spaced in a horizontal direction on a floor and each of which has a shape divided into eight parts in a vertical direction and each of which contacts a corresponding corner of the ceiling panel (110), wherein each corner panel (120) is formed by coupling a plurality of units in a vertical direction; a side panel (130) formed into a square shape having a curvature which is the same as the curvature formed by a side surface of the corner panel (120) such that the top of the side panel (130) contacts a side surface of the ceiling panel (110) and the side panel (130) is coupled to the side surface of the corner panel (120), wherein the side panel (130) is formed by coupling a plurality of units in a vertical direction and the side panel (130) can easily form a window or a door therein by selectively coupling the units. The corner panel (120) and the side panel (130) are assembled into a domed shape and then the ceiling panel (110) is assembled to the center of the ceiling to thereby form a domed structure.
    • 本发明涉及一种圆顶结构,包括:用于形成天花板的方形天花板面板(110) 其中半球在地板上在水平方向上等距间隔开,并且每个半球具有在垂直方向上被分成八个部分的形状,并且每个半球接触天花板(110)的对应角部,其中, 每个角板(120)通过沿垂直方向连接多个单元而形成; 形成为具有与由角板(120)的侧表面形成的曲率相同的曲率的正方形形状的侧板(130),使得侧板(130)的顶部接触侧板 天花板面板110和侧面板130与角板120的侧面结合,其中,侧面板130通过沿垂直方向连接多个单元而形成, 130)可以通过选择性地连接这些单元而容易地在其中形成窗户或门。 将角板(120)和侧板(130)组装成圆顶形状,然后将顶板(110)组装到天花板的中心,从而形成圆顶结构。
    • 29. 发明申请
    • INHABITABLE SPACE FRAMES
    • 可居住的空间框架
    • WO2010016974A1
    • 2010-02-11
    • PCT/US2009/047915
    • 2009-06-19
    • NOBLE, DavidCHUDA, James
    • NOBLE, DavidCHUDA, James
    • E04B7/08
    • E04B1/19B64G9/00E04B1/3211E04B2001/0053E04B2001/3235
    • An inhabitable space frame (100) can define and support inhabitable living space within, around and projecting from the exterior of the perimeter of the space frame (100). The space frame (100) includes a vector matrix of strut members (105) that defines a plurality of interconnected basic tetrahedral modules (110) and, optionally, a plurality of prime octahedral modules (115). At least a part of each prime octahedral module ( 115 ) in the plurality of prime octahedral modules ( 115 ) is adj acent to at least two of the basic tetrahedral modules (110). Use of one or more right triangular faces, or planes, within a repeating geometry of a vector matrix enables an interior of the space frame (100) to be inhabitable, with horizontal floors and vertical walls aligned with associated strut members (105).
    • 可居住的空间框架(100)可以限定和支撑在空间框架(100)的周边的外部,周围并从其突出的居住的居住空间。 空间框架(100)包括限定多个互连的基本四面体模块(110)和可选地多个主八面体模块(115)的支柱构件(105)的向量矩阵。 多个主要八面体模块(115)中的每个主八面体模块(115)的至少一部分邻近至少两个基本四面体模块(110)。 在向量矩阵的重复几何形状内使用一个或多个右三角形面或平面使得空间框架(100)的内部可居住,其中水平地板和垂直壁与相关联的支柱构件(105)对准。