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    • 2. 发明申请
    • DUAL NETWORK DOME STRUCTURE
    • 双网络结构
    • WO1998012398A1
    • 1998-03-26
    • PCT/US1997021376
    • 1997-09-17
    • TEMCORLOPEZ, Alfonso, E.
    • TEMCOR
    • E04B07/08
    • E04B7/08E04B1/19E04B1/32E04B7/105E04B2001/1918E04B2001/1927E04B2001/193E04B2001/1936E04B2001/1963E04B2001/1981E04B2001/1984E04B2001/1987E04B2001/1993E04B2001/3247E04B2001/3252E04B2001/3294
    • A reticulated dome structure (20) has an inner structural network (24) and an outer structural network (26). Each network has structural members (34, 38) connected at junctions (36, 40) to form various shapes of dome structures including: vault, vault with rounded ends, triangular, stadium, intersecting vault, and spherical. The junctions have two plates (54, 56) with the structural members fastened (68) therebetween to form moment bearing junctions. Tubular braces (32) are connected according to a desired plan between outer network junctions and inner network junctions to establish a desired substantially parallel spacing between the networks and to transfer loads locally between the networks. The network members subdivide outer and inner surfaces into polygonal areas which are of a uniform kind in the outer network. The outer network openings can be closed by closure panels (29, 170) which laterally stabilize the outer network members to which they are connected and structurally enhance that network.
    • 网状圆顶结构(20)具有内部结构网络(24)和外部结构网络(26)。 每个网络具有连接在连接处(36,40)处的结构构件(34,38),以形成各种形状的圆顶结构,包括:拱顶,具有圆形端部的拱顶,三角形,球场,相交的拱顶和球形。 接头具有两个板(54,56),其中结构构件紧固在其间以形成矩轴承接合点。 管状支架(32)根据外部网络连接点和内部网络连接点之间的期望平面进行连接,以在网络之间建立所需的基本平行的间距,并在网络之间本地传输负载。 网络组件将外表面和内表面细分为在外网中具有均匀类型的多边形区域。 外部网络开口可以通过横向稳定其所连接的外部网络构件的闭合面板(29,170)来封闭,并在结构上增强该网络。
    • 3. 发明申请
    • THREE POINT ROOF
    • 三点屋顶
    • WO1997040238A1
    • 1997-10-30
    • PCT/US1997006841
    • 1997-04-23
    • ECKERT, John, F.DE QUESADA, Jorge, R.
    • E04B07/08
    • E04B7/045E04B1/2608E04B7/022E04B7/24
    • A method of attaching a roof (20) to at least one bearing beam (55) of a building (50). A clip (60) with a blocking tab (130) is attached to the bearing beam (55), and a roof assembly (20) with two pivotally attached frames (22a and 22b) is unfolded and lowered. Each frame has a blocking member (36), and the roof (20) is lowered so that the blocking member (36) contacts the blocking tab (130) and restrains the roof assembly (20) from unfolding further. A roof (20) has two parallel bearing beams (55), a clip (60) attached to each of the bearing beams (55), and a roof assembly (20). Each clip (60) has a ramp (80) and a blocking tab (130). The roof assembly (20) has two pivotally attached frames (22a and 22b), and each frame has a rafter (30) and a blocking member (36). Each rafter (30) rests on a ramp (80), and each blocking member (36) is attached to a blocking tab (130).
    • 一种将屋顶(20)附接到建筑物(50)的至少一个轴承梁(55)的方法。 具有阻挡突片(130)的夹子(60)附接到支承梁(55),并且具有两个可枢转地附接的框架(22a和22b)的屋顶组件(20)展开和降低。 每个框架具有阻挡构件(36),并且顶部(20)被降下,使得阻挡构件(36)接触阻挡突片(130)并且限制屋顶组件(20)进一步展开。 屋顶(20)具有两个平行的轴承梁(55),附接到每个轴承梁(55)的夹子(60)和屋顶组件(20)。 每个夹子(60)具有斜坡(80)和阻挡片(130)。 屋顶组件(20)具有两个枢轴连接的框架(22a和22b),并且每个框架具有椽子(30)和阻挡构件(36)。 每个椽子(30)搁置在斜坡(80)上,并且每个阻挡构件(36)附接到阻挡片(130)。