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    • 4. 发明申请
    • GATE FOR FREE SPILLWAY WEIRS
    • GATE免费泄漏威胁
    • WO2014086402A1
    • 2014-06-12
    • PCT/EP2012/074445
    • 2012-12-05
    • RAYCAP INTELLECTUAL PROTERTY LTD.
    • KAGIANNAS, ArgyriosCHEVALIER, Sylvain
    • E02B8/06E02B7/16E02B7/44
    • E02B8/06E02B3/10E02B5/08E02B7/16E02B7/20E02B7/205E02B7/42
    • A gate (1) with a barrier (3) capable of retaining water (W) with a central barrier wall (4) that is inclined in a direction away from the water, a bottom structure (7) beneath the water that is capable of delimiting by a weir (2) a bottom chamber (8) filled with air and holding the barrier in its water retaining position by the water pressure exercised on said bottom structure, and an inlet (17) extending beyond the retaining level of the barrier with an upper opening (18) that allows water to flood the bottom chamber so as to offset the water pressure on the bottom structure and thereby allow a tipping of the gate, wherein a wall structure (12) forms a wall chamber (13) on the central barrier wall, wherein the wall chamber is capable of being flooded so as to assist the tipping of the gate.
    • 具有能够沿着远离水的方向倾斜的中心阻挡壁(4)将水(W)保持在水(W)上的挡板(3)的门(1),水下方的底部结构(7) 通过堰(2)限定充满空气的底部腔室(8),并且通过在所述底部结构上施加的水压将屏障保持在其保水位置,以及延伸超过所述屏障的保持水平的入口(17) 上部开口(18),其允许水使底部室溢出以抵消底部结构上的水压,从而允许浇口的倾斜,其中壁结构(12)在其上形成壁室(13) 中心阻挡壁,其中所述壁室能够被淹没以便帮助所述浇口的倾翻。
    • 7. 发明申请
    • A WATER CONTROL GATE
    • 水控制门
    • WO1997030230A1
    • 1997-08-21
    • PCT/AU1997000077
    • 1997-02-12
    • SAVAGE, Paul, AlanTOWNSHEND, Peter, Douglas
    • SAVAGE, Paul, Alan
    • E02B07/42
    • E02B7/42
    • A water control gate assembly comprises a self-actuating top-hung gate for controlling the flow of water in a waterway. The gate is pivotably mounted on a pair of piers located above an upstream of the gate for allowing the gate to pivot between a closed position and an open position in which water flows beneath the gate. The gate includes a ballast tank having an upstream inlet for charging the ballast tank and a downstream outlet for discharging the ballast tank. The upstream inlet is arranged to start charging the ballast tank with water in the event of the upstream water level reaching a first lower level. The downstream outlet is arranged to start discharging the ballast tank in the event of the upstream water level reaching a second upper level, with the ingress of water into the ballast tank between the first and second levels progressively increasing the closing moment of the gate and maintaining it closed against the progressively increasing opening moment of upstream water pressure against the gate.
    • 一个水控制门组件包括一个用于控制水路中的水流的自动启闭顶门。 闸门可枢转地安装在位于闸门上游上方的一对码头上,以允许闸门在关闭位置和水在门下方流动的打开位置之间枢转。 闸门包括具有用于对压载舱充气的上游入口和用于排放压载舱的下游出口的压载舱。 上游入口布置成在上游水位达到第一较低水平的情况下开始对水箱进行充水。 在下游出口布置成在上游水位达到第二上限的情况下开始排放压舱,随着水进入第一级和第二级之间的压载舱,逐渐增加闸门的关闭力矩并维持 它关闭了对门的上游水压的逐渐增加的开启时刻。
    • 10. 发明申请
    • SLUICE WITH AUTOMATIC GATE
    • 自动门
    • WO1991000940A1
    • 1991-01-24
    • PCT/NL1990000093
    • 1990-07-09
    • WATERSCHAP KROMME RIJNDE WIT, Wilhelmus, Gijsbertus, Jozef
    • WATERSCHAP KROMME RIJN
    • E02B07/42
    • E02B7/205E02B7/42
    • The invention concerns an under opening automatic sluice with a cylinder shaped gate (1) tilting around a horizontal axis which is positioned in the centre of the shaft (3). The size of the opening of the gate is controlled by one or more floating counterweight(s) (17) which is (are) positioned in (a) housing(s) (18) and which is (are) in open connection with the upper or lower water level. Because the centre of gravity of the gate (1) changes place horizontally with the gate movement, it is possible to maintain a preadjusted level. By adjustment of the bow-formed cylinder wall (2) with respect to shaft (3) it is possible to influence the operation characteristic of the gate.
    • 本发明涉及一种开放的自动闸门,其具有围绕位于轴(3)的中心的水平轴线倾斜的圆柱形门(1)。 门的开口尺寸由一个或多个浮动配重(17)控制,该浮动配重(17)被定位在(a)壳体(18)中,并且与(...) 上下水位。 由于门(1)的重心随着门的移动而水平地改变位置,因此可以保持预调节的水平。 通过相对于轴(3)调节弓形缸壁(2),可以影响闸门的操作特性。