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    • 4. 发明申请
    • Self-Actuating Flood Guard
    • 自救式防洪
    • US20120034032A1
    • 2012-02-09
    • US12851308
    • 2010-08-05
    • Louis A. Waters, JR.
    • Louis A. Waters, JR.
    • E02B7/20
    • E02B3/104E02B7/205E02B7/44E02B7/54E06B7/082E06B9/04E06B2009/007
    • A self-actuating flood guard for a construction holds a buoyant gate at an elevation spaced from ground between flanking spaced vertical boundary walls adapted for connection to the construction. The gate is pivotable on pivotation members about a horizontal axis normal to the boundary walls for buoyant rotation upwardly between the boundary walls on rise of water above the elevation. Optionally, flexible lip seal gaskets along the sides of the gate sealingly wipe the boundary walls, and a flexible strip gasket across the pivotation members along the base of the gate prevents passage of water between the base of the gate and the construction. A restraint acts on the gate to prevent the gate from rotating about the axis more than a predetermined extent when the gate is pivoted upwardly above said elevation.
    • 用于建筑物的自动防护装置在适于连接到建筑物的侧面间隔开的垂直边界墙之间的地面间隔开一个与地面相距一个高度的浮力门。 闸门可在枢轴构件上围绕垂直于边界壁的水平轴线枢转,用于在海拔高度上升的水面之间的边界壁之间向上浮动。 可选地,沿着浇口侧面的柔性唇形密封垫片密封地擦拭边界壁,并且沿着浇口的底部穿过枢转构件的柔性条垫片防止水在浇口的底部和结构之间通过。 当门在所述高度上方向上枢转时,约束作用在门上以防止门围绕轴线旋转超过预定范围。
    • 6. 发明申请
    • Flood Guard Barrier Lifting System
    • 防洪屏障提升系统
    • US20160010298A1
    • 2016-01-14
    • US14773124
    • 2014-03-15
    • Louis A. WATERS, JR.
    • Louis A. Waters, JR.
    • E02B3/10E02B8/06E02B7/44E02B7/20E02B7/50
    • E02B3/104E02B3/102E02B7/205E02B7/44E02B7/50E02B8/06
    • A buoyant flood guard barrier panel passively buoyantly rotationally pivotable upward from horizontal about a first horizontal axis overlays a subframe unattached to the panel. A secondary mechanism for raising the panel has one or more lift arms below the panel transverse to the first axis are rotationally mounted on a second horizontal axis parallel to, below and forward of the first axis. One or more powered drivers act on one or more driven member units each attached to a lift arm rearward of and lower than the second axis to pivot the lift arm on the second axis, rotating the arm upwardly under the panel to rotationally raise the panel. The powered driver may be a winch or a hydraulic actuator.
    • 浮动防洪屏障面板被动地浮动地从水平面绕着第一水平轴向上可旋转地枢转,覆盖着未连接到面板的子框架。 用于提升面板的辅助机构具有横向于第一轴线的面板下方的一个或多个提升臂旋转地安装在平行于第一轴线的第二水平轴线,第二轴线的下方和前方。 一个或多个动力驱动器作用在一个或多个从动构件单元上,每个从动构件单元各自附接到提升臂的后面并且低于第二轴线,以将提升臂在第二轴线上枢转,使臂在面板下方向上旋转以旋转地升高面板。 动力驱动器可以是绞盘或液压致动器。
    • 7. 发明申请
    • Automatic flooding protection for underground ventilation ducts
    • 地下通风管道自动淹水保护
    • US20090185864A1
    • 2009-07-23
    • US12321263
    • 2009-01-16
    • Louis A. Waters, JR.
    • Louis A. Waters, JR.
    • E02B7/50
    • E21F1/08
    • Embodiments are described for preventing downward flow of substantial surface water into an underground ventilation duct communicating upwardly to a ground surface opening. The embodiments comprise a support having a top opening and an opening in a lower portion above a floor. The opening in the lower portion is for venting communication with a proximate portion of the ventilation duct. The support supports at least one seat and paired buoyant gate set. The seat is mounted perpendicularly relative to the gate and a portion of a passageway under the seat for fluidly communicating beyond such portion to the top opening of the support and to the proximate portion of the ventilation duct. The buoyant gate is positioned lower than the seat and the passageway, is of sufficient size to block the passageway, and is responsive to water rising in the support by floatingly pivoting upwardly until engaging the seat, thereby blocking the passageway. In an embodiment, the seat of at least one set is mounted under the top opening spaced from one of the opposing sides a horizontal distance nominally equal to a fraction applied to a length for the particular opening, the fraction having the numerator 1 and a denominator which is the sum of 1 plus the number of seat and gate sets, and the buoyant gate has a seat engagement height nominally equal to the same fraction applied to the same opening length.
    • 描述了用于防止实质地表水向下流动到与地面开口向上连通的地下通风管道中的实施例。 实施例包括具有顶部开口和位于地板上方的下部中的开口的支撑件。 下部的开口用于与通风管道的最近部分通气。 支撑件支撑至少一个座椅和配对的浮力门组。 座椅相对于门垂直地安装,并且在座椅下面的通道的一部分用于流体地连通超过这种部分到支撑件的顶部开口和通风管道的最近部分。 浮力门位于座位和通道的下方,具有足够的尺寸以阻挡通道,并且响应于通过向上浮动地向上浮动的水直到接合座,从而阻塞通道。 在一个实施例中,至少一个组的座被安装在顶部开口的下方,与相对侧之一间隔开一个标称等于施加到特定开口的长度的分数的水平距离,具有分子1的分数和分母 这是1加上座椅和门组的数量的总和,浮动门具有名义上等于施加到相同开口长度的相同分数的座椅接合高度。