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    • 2. 发明申请
    • FLOOD PROTECTION FOR UNDERGROUND AIR VENTS
    • 地下通风口的防洪
    • WO2018013981A2
    • 2018-01-18
    • PCT/US2017/042234
    • 2017-07-14
    • WATERS, Louis, A.EASTMAN, Nick, Alan
    • WATERS, Louis, A.EASTMAN, Nick, Alan
    • E04H9/14E06B7/02
    • Apparatus allowing ventilation through a ventilation shaft to an underground ventilation duct fluidly communicating through the ventilation shaft to an atmospheric opening of the shaft and on threat of flooding operable to prevent downward flow of surface water into the ventilation duct includes support sidewalls fitting in the shaft providing a ventilation passage between support top and bottom openings and a suspension member supported on opposed lateral sidewalls proximate the top opening holding one or more hinge connected panels that manually release to rotationally close the passage and are manually rotationally liftable to a home position allowing ventilation. A panel drain automatically closes when the panel is raised to home position. A releasable latching system between panel and a suspension member holder catches rising panels to hold them in home position. The suspension member may include end keys received in keyed supports so a specific panel faces a specific sidewalk
    • 允许通过通风竖井通风到地下通风管道的设备,通过通风竖井将地下通风管道流体连通到竖井的大气开口,并具有防洪功能,以防止地表水向下流入通风管道 包括装配在轴中的支撑侧壁,在支撑顶部开口和底部开口之间提供通风通道,以及悬挂构件,其支撑在靠近顶部开口的相对横向侧壁上,支撑一个或多个铰接板,手动释放以旋转关闭通道并手动旋转升降 到允许通风的家庭位置。 当面板上升到原位时,面板排水管自动关闭。 面板和悬挂构件支架之间的可释放闩锁系统捕捉升起的面板以将其保持在原位。 悬挂构件可以包括接纳在键控支撑件中的端键,使得特定的面板面向特定的人行道
    • 3. 发明申请
    • FLOOD PROTECTION FOR UNDERGROUND AIR VENTS
    • 地下通风口的防洪
    • WO2018013981A3
    • 2018-01-18
    • PCT/US2017/042234
    • 2017-07-14
    • WATERS, Louis, A.EASTMAN, Nick, Alan
    • WATERS, Louis, A.EASTMAN, Nick, Alan
    • E04H9/14E06B7/14E06B3/38E06B5/00F24F7/04E21F1/08E02B7/20E02B7/22E02D19/02E05F1/00E05F5/00E06B7/02F24F13/02F24F13/14F24F7/06G08B5/02
    • Apparatus allowing ventilation through a ventilation shaft to an underground ventilation duct fluidly communicating through the ventilation shaft to an atmospheric opening of the shaft and on threat of flooding operable to prevent downward flow of surface water into the ventilation duct includes support sidewalls fitting in the shaft providing a ventilation passage between support top and bottom openings and a suspension member supported on opposed lateral sidewalls proximate the top opening holding one or more hinge connected panels that manually release to rotationally close the passage and are manually rotationally liftable to a home position allowing ventilation. A panel drain automatically closes when the panel is raised to home position. A releasable latching system between panel and a suspension member holder catches rising panels to hold them in home position. The suspension member may include end keys received in keyed supports so a specific panel faces a specific sidewalk.
    • 允许通过通风竖井通风到地下通风管道的设备,通过通风竖井将地下通风管道流体连通到竖井的大气开口,并具有防洪功能,以防止地表水向下流入通风管道 包括装配在轴中的支撑侧壁,在支撑顶部开口和底部开口之间提供通风通道,以及悬挂构件,其支撑在靠近顶部开口的相对横向侧壁上,支撑一个或多个铰接板,手动释放以旋转关闭通道并手动旋转升降 到允许通风的家庭位置。 当面板上升到原位时,面板排水管自动关闭。 面板和悬挂构件支架之间的可释放闩锁系统捕捉升起的面板以将其保持在原位。 悬挂构件可以包括接纳在键控支撑件中的端键,以便特定面板面对特定人行道。
    • 6. 发明申请
    • SELF-ACTUATING FLOOD QUARD
    • 自动执行浮标
    • WO2014183070A1
    • 2014-11-13
    • PCT/US2014/037552
    • 2014-05-09
    • WATERS, Louis, A.
    • WATERS, Louis, A.
    • E02B7/40E02B7/50
    • E04H9/145E04B1/66E04B1/7076E06B9/04E06B2009/007
    • A plurality of flood prevention units are vertically stacked one over another inside a frame mounted over ventilation opening on a wall. Each unit includes a buoyant gate pivotally mounted by one or more pivotation members about a horizontal axis transverse to sidewalls of the frame for pivotation of the gate on rise of water buoyantly lifting the gate rotationally upwardly between said sidewalls for engagement with an upper deck horizontally connecting the sidewalls. A limiter limits the extent of self-actuation rotation of the gate. The gates are open during non- flooding conditions, allowing ventilation through the building opening, and sequentially close from lowest to highest on rise of water activating each gate in order, allowing ventilation to continue until the highest gate is closed.
    • 多个防汛单元在安装在墙上的通风开口上的框架内垂直堆叠。 每个单元包括浮动门,该浮动门围绕垂直于框架的侧壁的水平轴线枢转地安装,用于在上升的水平面上浮动地向上提升浇口的水门,以在所述侧壁之间旋转地向上提升闸门,用于与上层板水平连接 侧壁。 限制器限制了闸门自动旋转的程度。 门在非淹水条件下打开,允许通过建筑物开口进行通风,并依次从最低到最高的水上升,激活每个门,以允许通风继续,直到最高门关闭。
    • 7. 发明申请
    • SUPER ELEVATION SURFACE SELF-ACTUATING FLOOD BARRIER
    • 超高压表面自动执行浮筒
    • WO2012092120A1
    • 2012-07-05
    • PCT/US2011/066816
    • 2011-12-22
    • FLOODBREAK L.L.C.WATERS, Louis, A.
    • WATERS, Louis, A.
    • E02B7/50
    • E02B3/102
    • Method and apparatus for preventing water from flooding along the length of a super elevation surface having a slope from an upper end to a lower end transverse to a longitudinal direction of the surface. A chain of rigid buoyant gate units of increasing heights is flexibly sealingly laterally linked together side by side for pivotable movement of the gate units about at least one pivotation axis, and if more than one axis, then about coplanar pivotation axes. The gate units are situated in a recess in and transverse to the longitudinal direction of the surface between a pair of walls lining the surface parallel to the longitudinal direction to which the pivot axis or axes is/ are transverse. One of the walls is at a lower end of the slope and the other wall is at the upper end of the slope.
    • 沿着具有从表面的纵向方向的上端到下端具有斜坡的超高程表面的长度防止水淹水的方法和装置。 连续的增加高度的刚性浮力门单元被柔性地密封地侧向地连接在一起,以便围绕至少一个枢转轴线可枢转地移动门单元,并且如果多于一个轴线,则大约共同的枢转轴线。 门单元位于与平行于枢转轴线或轴线所横向的纵向方向的表面之间的一对壁之间的横向于表面的纵向方向的凹槽中。 一个墙壁位于斜坡的下端,另一个墙壁位于斜坡的上端。
    • 8. 发明申请
    • SELF-ACTUATING STORM SURGE BARRIER
    • 自动动作防风罩
    • WO2012092112A1
    • 2012-07-05
    • PCT/US2011/066773
    • 2011-12-22
    • FLOODBREAK L.L.C.WATERS, Louis, A.
    • WATERS, Louis, A.
    • E02B7/50
    • E02B3/104E02B7/50Y02A10/14
    • The shore side of a shore line water barrier is protected by a disclosed construction and method from flooding caused by storm surge over-topping the barrier. Water overtopping the barrier, such as from wind waves crashing against the barrier, is trapped, impounded and accumulated between a parapet atop the barrier and walls on the sides of a buoyant gate unit taller than the parapet and walls and normally resident below grade on the shore side of the barrier, hinged about an axis generally parallel to the barrier and spaced from the parapet by a distance not less than the height of the gate unit. The accumulated water is applied to rotationally float the gate unit from the horizontal position initially principally by buoyancy and then principally by hydrostatic pressure to drive the gate unit to an upright position to oppose storm surges having a water level higher than the parapet.
    • 岸线防水堤岸的岸边受到风暴潮超越障碍所引起的洪水泛滥的建筑和方法的保护。 障碍物上的水,例如风浪撞击屏障,被困在一个隔离屏障之间的一个栏杆和一个高于护栏和墙壁的浮力门单元两侧的墙壁之间,并且通常居于低于等级 屏障的岸边围绕大致平行于障碍物的轴线铰接,并且与护栏隔开不小于门单元高度的距离。 累积的水被施加以将闸门单元从水平位置旋转地浮起,主要是通过浮力,然后主要由静水压力驱动,以将门单元驱动到直立位置,以反对水位高于护栏的风暴潮。
    • 9. 发明申请
    • AUTOMATIC FLOODING PROTECTION FOR UNDERGROUND VENTILATION DUCTS
    • 地下通风道自动防洪保护
    • WO2009091599A1
    • 2009-07-23
    • PCT/US2009/000317
    • 2009-01-17
    • FLOODBREAK, L.L.C.WATERS, Louis, A.
    • WATERS, Louis, A.
    • E21F16/02
    • 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。