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    • 1. 发明申请
    • Stormwater Gully
    • 雨水沟
    • US20130277292A1
    • 2013-10-24
    • US13919772
    • 2013-06-17
    • Hydro International plc
    • Robert Yaw Gyamfi AndohJeremy FinkMichael Guy FaramJeremy Paul Lecornu
    • E03F5/04
    • E03F5/04C02F2103/001E03F5/0403E03F5/0404E03F5/14Y10T137/2774Y10T137/2829
    • A stormwater gully comprises a chamber in which an outlet assembly is installed. The outlet assembly comprises filter units connected to an outlet housing. In use, stormwater can flow from the chamber in an upwards direction through filter units into the outlet housing. The outlet housing has an outlet, which extends from the gully. At high rates of flow, the water level in the chamber will rise until water can flow into the outlet housing through bypass inlets. The bypass inlets are connected to the interior of the housing by siphons defined by arched regions of a top cover. The siphons allow rapid discharge of water until the water level returns below the level of the bypass inlets. A slow drain down feature is provided which enables the chamber and outlet assembly to be drained below the level of the primary inlet.
    • 雨水沟包括其中安装出口组件的室。 出口组件包括连接到出口壳体的过滤器单元。 在使用中,雨水可以从室向上通过过滤器单元流入出口壳体。 出口壳体具有从沟槽延伸的出口。 在高流速下,室内的水位将上升,直到水通过旁路入口流入出口壳体。 旁通入口通过由顶盖的拱形区域限定的虹吸件连接到壳体的内部。 虹吸管允许快速排放水,直到水位回到低于旁路入口的水平。 提供了缓慢的排水功能,其使腔室和出口组件能够排出低于主入口的水平面。
    • 8. 发明申请
    • Fluid filter
    • 流体过滤器
    • US20030127385A1
    • 2003-07-10
    • US10226604
    • 2002-08-23
    • Clark F. Spriegel
    • B01D027/08
    • B01D29/15B01D29/46B01D35/027B01D2201/0415B01D2201/305B01D2201/4084Y10T137/2829
    • A substantially clog-resistant self-supporting fluid filter 100 for attachment to an open end of flow tube 118. Filter 100 comprises a substantially cylindrically shaped grid or fluid intake portion 102 having first end 112 and a second end 116. Fluid intake portion 102 comprises a plurality of substantially parallel longitudinal ribs 106 affixed to a plurality of substantially parallel circular ribs 108 at an angle to longitudinal ribs 106 thereby allowing a fluid to flow therebetween while preventing passage of debris intermixed with the fluid. Longitudinal ribs 106 and circular ribs 108 are substantially rigid such that they cooperate to be structurally self-supporting. End cover 114 is affixed to first end 112. Filter 100 further comprises tube receiving portion 104, which is affixed to or integral with second end 116 and is configured such that flow tube 118 engages tube receiving portion 104 in a secure, slidable manner.
    • 基本上阻塞的自支撑流体过滤器100,用于附接到流动管118的开口端。过滤器100包括具有第一端112和第二端116的基本圆柱形的格栅或流体进入部分102.流体进入部分102包括 多个基本上平行的纵向肋106,其以与纵向肋106成一定角度固定到多个基本上平行的圆形肋108,从而允许流体在其间流动,同时防止与流体混合的碎片通过。 纵肋106和圆肋108基本上是刚性的,使得它们配合以在结构上自支撑。 端盖114固定到第一端112.过滤器100还包括管接收部分104,其被固定到第二端116或与第二端116一体,并且构造成使得流管118以可固定,可滑动的方式与管接收部分104接合。
    • 10. 发明授权
    • Apparatus for creating surges in an aquarium
    • 用于在水族箱中产生浪涌的装置
    • US5738137A
    • 1998-04-14
    • US757577
    • 1996-11-27
    • Mark A. Reinke
    • Mark A. Reinke
    • F04F10/00
    • F04F10/00Y10T137/2774Y10T137/2829
    • An apparatus for creating surges in an aquarium uses a pump to move water from the aquarium into an external tank. A siphon tube periodically creates surges by draining water from the tank back into the aquarium. The siphon tube has an inlet at a predetermined elevation within the tank, an outlet for discharging water from the tank into a smaller secondary basin, and an intermediate high point at an elevation above the inlet. The secondary basin has a series of water dispersion outlets that allow the surge to discharge into the aquarium. The siphon tube allows water to surge from the tank into the secondary basin and thence back into the aquarium when the water level in the tank rises above the high point of the siphon. The surge continues until the water level falls below the inlet to the siphon. The pump continues to pump water from the aquarium into the tank at a relatively constant rate throughout this entire process, but at a lower flow rate than can be drained by the siphon tube. After the surge stops, the water level in the tank gradually rises as water is pumped from the aquarium into the tank. The water level eventually reaches the high point of the siphon and starts the next surge. This process is continually repeated on periodic basis as long as the pump continues to pump water into the tank. The frequency, duration and intensity of the surges is determined by the relative flow rates of the pump and siphon tube, the size of the tank, and difference in elevations between the high point and inlet of the siphon tube. Adjustable deflectors can be attached to the outlets of the secondary basin to control the direction of the surges within the aquarium.
    • 用于在水族馆中产生浪涌的装置使用泵将水从水族箱移动到外部罐中。 虹吸管通过将水从水箱中排放回到水族箱中来定期产生浪涌。 虹吸管具有在罐内的预定高度的入口,用于将水从罐排放到较小的第二盆中的出口和在入口上方的高度处的中间高点。 二级盆地有一系列水分散出口,可以让水流进入水族箱。 虹吸管允许水从罐中涌入二次水池,然后当罐中的水位升高到虹吸管的高点以上时,水回到水族箱。 持续的浪涌直到水位降到虹吸入口的下方。 在整个过程中,泵继续以相对恒定的速率将水从水族箱泵入罐中,但是以比由虹吸管排出的更低的流速泵送。 在喘振停止之后,当水从水族箱中泵入坦克时,坦克中的水位逐渐升高。 水位最终达到虹吸的高点,开始下一次的浪潮。 只要泵继续将水泵入水箱,这个过程就会不断重复。 浪涌的频率,持续时间和强度取决于泵和虹吸管的相对流量,罐的尺寸以及虹吸管的高点和入口之间的高度差。 可调节导流板可以连接到二次水池的出口,以控制水族箱内的浪涌方向。