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    • 1. 发明授权
    • Adjustable base unit for angularly adjusting mounting disposition of silo fill tube
    • 可调式基座,用于角度调整筒仓填充管的安装布置
    • US06729660B2
    • 2004-05-04
    • US09883600
    • 2001-06-18
    • Kenneth D. Musser
    • Kenneth D. Musser
    • F16L2300
    • A01F25/183B65G69/0441
    • An adjustable base unit includes a pair of upper and lower frameworks, a connection sleeve attached to the lower framework and having opposite end portions for extending into and providing flow communication through the unit and between an upper fill tube and a lower blower pipe of a silo filling apparatus, and elements for adjustably interconnecting and spacing apart the upper and lower frameworks with respect to one another. When the unit is interposed between the fill tube and blower pipe and the upper and lower frameworks are respectively detachably attached to the fill tube, connection sleeve and blower pipe, the upper framework can be angularly tilted by adjusting selected ones of the interconnecting elements in any one of several different orientations relative to the lower framework so as to correspondingly angularly adjust the mounting disposition of the fill tube on the blower pipe and thereby the position of the fill tube within the silo.
    • 可调式基座单元包括一对上框架和下框架,连接套筒连接到下框架上,并且具有相对的端部部分,用于延伸并提供通过该单元的流动连通以及在筒仓的上填充管和下送风管之间 填充装置和用于可调节地相互连接和间隔上下框架的元件。 当单元插入填充管和鼓风机管道之间,并且上下框架分别可拆卸地附接到填充管,连接套筒和鼓风机管道时,上框架可以通过调节任意的互连元件中的选定的一个而成角度地倾斜 相对于下框架的几个不同取向中的一个,以便相应地角度地调节填充管在鼓风机管上的安装布置,从而使填充管在筒仓内的位置。
    • 3. 发明授权
    • Flange for connection between an axial compressor and high-pressure rotor disc unit in a gas turbine
    • 用于在燃气轮机中的轴向压缩机和高压转子盘单元之间连接的法兰
    • US06672630B2
    • 2004-01-06
    • US10245721
    • 2002-09-18
    • Massimo PinzautiCarlo Bacciottini
    • Massimo PinzautiCarlo Bacciottini
    • F16L2300
    • F01D5/06F01D25/243F16D1/076
    • A flange (20) for connection between an axial compressor and high-pressure rotor disc unit (14) in a gas turbine (10), wherein the flange (20) has a body (22) with a frusto-conical shape which is joined to a shaft (12) of the axial compressor by means of a hub (24) which has a cylindrical shape and which, at the larger base of the frustum of the cone of the body (22) is connected to the rotor disc unit (14) by means of an extension (26) of the hub in the form of a circular ring, a circumferential recess (28) provided in a surface (29) of the extension (26) which faces the rotor disc unit (14) being connected by interference with a projection, which is complementary to the recess and is provided on the rotor disc unit (14); the body (22) has an outer generatrix which is inclined relative to the direction at right-angles to the axis (X) by an angle &agr;1 of between 25° and 35° and an inner generatrix which is inclined by an angle &agr;2 of between 12° and 18°.
    • 一种用于连接在燃气轮机(10)中的轴向压缩机和高压转子盘单元(14)之间的凸缘(20),其中所述凸缘(20)具有截头圆锥形状的主体(22) 通过轮毂(24)到轴向压缩机的轴(12),轮毂(24)具有圆柱形形状,并且在主体(22)的圆锥体的截头锥体的较大基部处连接到转子盘单元( 14)通过轮毂形式的圆环的延伸部(26),设置在面向转子盘单元(14)的延伸部(26)的表面(29)中的周向凹部(28) 通过与突起互补而与凹部互补并且设置在转子盘单元(14)上; 主体(22)具有外母线,其相对于与轴线(X)成直角的方向倾斜角度α1在25°和35°之间,内母线倾斜角α2之间, 12°和18°。
    • 4. 发明授权
    • Environmentally compatible archway for road building
    • 环境友好的道路建设拱廊
    • US06474907B2
    • 2002-11-05
    • US09814736
    • 2001-03-23
    • Robert A. SemotiukBarry C. Nybo
    • Robert A. SemotiukBarry C. Nybo
    • F16L2300
    • E01F5/005F16B2200/509
    • A floating link archway system which is useful for building access roads, such as logging roads and secondary roads in wilderness areas that include waterways such as streams and creeks, without causing significant adverse impact to sensitive environment. The archway system is constructed of a plurality of modules having a semi-cylindrical configuration with flanges at each end, an integral semicircular upstanding reinforcing rib between the flanges, footing contact areas at the base of each side of the semi-cylindrical body, and protective caps which cover the entirety of adjacent flanges of pairs of adjacent modules and thus enable the modules to move independently of one another.
    • 一种浮动连接拱门系统,可用于建设通往道路的通道,例如在诸如溪流和小溪等水道的荒野地区的道路和二级道路,而不会对敏感环境造成显着的不利影响。 拱形系统由具有半圆柱形构造的多个模块构成,每个端部具有凸缘,在凸缘之间的整体半圆形直立加强肋,半圆柱体的每侧的基部的基脚接触区域和保护性 盖子覆盖相邻模块对的相邻凸缘的整体,从而使模块彼此独立地移动。
    • 6. 发明授权
    • Line connector, in particular for fuel lines
    • 线路连接器,特别是用于燃油管路
    • US06764104B2
    • 2004-07-20
    • US10339950
    • 2003-01-10
    • Manfred Berg
    • Manfred Berg
    • F16L2300
    • F16L37/084F16L27/107F16L27/108F16L27/11F16L51/02
    • A line connector (1) for pipelines and/or hose lines, in particular fuel lines, comprising a connecting body (2) together with at least one line-connecting element (4). The or each line-connecting element (4) is connected to the connecting body (2) via a transitional section (16) which can be deformed elastically and/or plastically in such a manner that it can be bent or buckled transversely to a push-on axis (12) of the line and relative to the connecting body (2) while keeping the media sealed in. The line-connecting element (4) together with the transitional section (16) and the connecting body (2) is formed by a single-piece molding (18) produced monolithically in a plastic molding procedure in a multicomponent injection-molding process from at least two different materials.
    • 用于管线和/或软管线,特别是燃料管线的线路连接器(1)包括连接体(2)和至少一个线路连接元件(4)。 该线连接元件(4)经由过渡部分(16)连接到连接体(2),该过渡部分可以弹性和/或塑性变形,使其能够与推动横向弯曲或弯曲 线路连接元件(4)与过渡部分(16)和连接体(2)一起形成,并且相对于连接体(2)相对于连接体(2) 通过在来自至少两种不同材料的多组分注射成型工艺中以塑料模制程序整体制造的单件式模制件(18)。
    • 7. 发明授权
    • Quick coupling ball-and-socket joint for pipes
    • 用于管道的快速接头球窝接头
    • US06709028B2
    • 2004-03-23
    • US10173113
    • 2002-06-18
    • Fazio DallaiLuca Lavagnini
    • Fazio DallaiLuca Lavagnini
    • F16L2300
    • F16L23/036F16L27/04F16L37/20
    • Male and female components joined to respective pipes are coupled by an annular element (21) which embraces the male component and engages it in a transverse plane, and at least two coupling elements (30, 30′) for hooking the female component, each having two parallel hooking arms (31) in the form of plates which lie in planes parallel to the axial plane (P) passing through the longitudinal center line of the coupling elements (30, 30′). Flanges (41) for the coupling elements are joined to the annular element (21) in planes parallel to the planes defined by the hooking arms (31), and these carry a transverse pin (42) for securing the hooking arms (31) in an axial direction. Axial traction applied to the coupling elements (30, 30′) firmly join the male and female components together. The ball-and-socket joint obtained is able to better support high pressure.
    • 连接到相应管道的阳部件和母部件通过环形元件(21)联接,所述环形元件(21)包围阳部件并将其接合在横向平面中,以及至少两个用于钩住阴部件的联接元件(30,30'),每个连接元件具有 位于平行于穿过耦合元件(30,30')的纵向中心线的轴向平面(P)的平面中的平板形式的两个平行的钩臂(31)。 用于联接元件的法兰(41)在与钩挂臂(31)限定的平面平行的平面上接合到环形元件(21),并且这些承载件用于将钩挂臂(31)固定在 轴向。 施加到联接元件(30,30')的轴向牵引牢固地将公件和母件组合在一起。 获得的球窝接头能够更好地支撑高压。
    • 10. 发明授权
    • Gas pressure regulator coupling arrangement
    • 气体压力调节器联轴器装置
    • US06279969B1
    • 2001-08-28
    • US09247128
    • 1999-02-09
    • Wayne L. DeKockTimothy J. Stewart
    • Wayne L. DeKockTimothy J. Stewart
    • F16L2300
    • F16L41/008
    • A mounting adaptor for coupling a gas pressure regulator outlet to a gas meter inlet includes a plate having through-bores alignable with internally threaded blind holes which surround the meter inlet in the meter wall. The plate has a planar surface surrounding the outlet opening of the regulator and is adapted for contact engagement with a planar surface on the meter exterior wall surrounding the inlet opening. A groove in the planar surface of the plate holds a sealing ring to effect a seal. In an alternate construction, a tube extends from the plate into the meter inlet opening and an annular groove on the tube exterior holds a sealing ring for engagement with a cylindrical wall extending into the meter from the inlet opening.
    • 用于将气体压力调节器出口连接到气量计入口的安装适配器包括具有贯通孔的板,所述通孔围绕仪表壁中的仪表入口围绕内螺纹盲孔对准。 板具有围绕调节器的出口的平面,并且适于与围绕入口开口的仪表外壁上的平坦表面接触接合。 板的平坦表面中的凹槽保持密封环以实现密封。 在替代结构中,管从板延伸到仪表入口开口中,并且管外部的环形槽保持用于与从入口开口延伸进入仪表的圆柱形壁接合的密封环。