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    • 3. 发明申请
    • TOILET FLUSHING ASSEMBLY AND SEQUENCE
    • 厕所冲洗装配和序列
    • US20110113542A1
    • 2011-05-19
    • US12619760
    • 2009-11-17
    • Joseph StauberPeter W. DenzinBen Marotz
    • Joseph StauberPeter W. DenzinBen Marotz
    • E03D11/10
    • E03D3/12E03D5/012E03D5/10E03D9/00E03D11/10
    • A toilet has an electronic flush assembly operable in either a short or long flush sequence selectable by a user. The long flush sequence includes a pre-rinse cycle and a rinse cycle in which the a supply valve and a flush valve are both opened and closed twice, once each first during the pre-rinse cycle and again during a subsequent rinse cycle. The rim supply valve and the flush valve are opened during the pre-rinse and rinse cycles but are closed at the start and end of each cycle. An electronic control controls operation of the valves as well as water supply control components. Level sensors can also be included to provide feedback to the controller, for example, to prevent overflow conditions.
    • 马桶具有可由用户可选择的短或长冲洗顺序操作的电子冲洗组件。 长冲洗顺序包括预漂洗循环和漂洗循环,其中供给阀和冲洗阀两者都在打开和关闭两次,每次首先在预清洗循环期间,再次在随后的漂洗循环期间。 在预冲洗和冲洗循环期间,边缘供给阀和冲洗阀打开,但在每个循环的开始和结束时都被关闭。 电子控制器控制阀门的运行以及供水控制部件。 还可以包括液位传感器以向控制器提供反馈,例如防止溢出情况。
    • 6. 发明授权
    • Canister flush valve
    • 罐式冲洗阀
    • US07895684B2
    • 2011-03-01
    • US12184750
    • 2008-08-01
    • Peter W. Denzin
    • Peter W. Denzin
    • E03D1/34
    • E03D1/35E03D1/33F16K1/36F16K21/16F16K25/00
    • A canister type flush valve has an upright cup-shaped hollow float working under buoyancy forces without a captured air volume that controls the valve during a flush cycle. Hooded bleed openings at a bottom wall of the float can be sized and numbered to selectively control the closuring timing of the valve. Baffles of the hood bleed openings redirect water bleeding into the float to prevent the water from spraying up against the top of the tank. The geometry of a seal retaining groove is designed to reduce leakage at the float/seal interface. For example, the groove has an annular wall with a compound profile forming a non-cylindrical, preferably serpentine, seal contact area. The seal is backed by a slotted flange located just above the retaining groove.
    • 罐式冲洗阀具有在浮力下工作的直立杯形中空浮子,而没有捕获的空气体积在冲洗循环期间控制阀。 浮子底壁上的连帽出血口可以设定尺寸和编号,以选择性地控制阀的闭合时间。 罩的挡板排出开口将水渗透到浮子中,以防止水喷溅到罐顶部。 密封保持槽的几何形状设计用于减少浮子/密封界面处的泄漏。 例如,凹槽具有环形壁,其具有形成非圆柱形,优选蛇形密封接触区域的复合轮廓。 密封件由位于保持槽正上方的开槽凸缘支撑。
    • 8. 发明授权
    • Canister flush valve
    • 罐式冲洗阀
    • US07634821B2
    • 2009-12-22
    • US11268151
    • 2005-11-07
    • Peter W. Denzin
    • Peter W. Denzin
    • E03D1/34
    • E03D1/35E03D1/33F16K1/36F16K21/16F16K25/00
    • A canister type flush valve has an upright cup-shaped hollow float working under buoyancy forces without a captured air volume that controls the valve during a flush cycle. Hooded bleed openings at a bottom wall of the float can be sized and numbered to selectively control the closuring timing of the valve. Baffles of the hood bleed openings redirect water bleeding into the float to prevent the water from spraying up against the top of the tank. The geometry of a seal retaining groove is designed to reduce leakage at the float/seal interface. For example, the groove has an annular wall with a compound profile forming a non-cylindrical, preferably serpentine, seal contact area. The seal is backed by a slotted flange located just above the retaining groove.
    • 罐式冲洗阀具有在浮力下工作的直立杯形中空浮子,而没有捕获的空气体积在冲洗循环期间控制阀。 浮子底壁上的连帽出血口可以设定尺寸和编号,以选择性地控制阀的闭合时间。 罩的挡板排出开口将水渗透到浮子中,以防止水喷溅到罐顶部。 密封保持槽的几何形状设计用于减少浮子/密封界面处的泄漏。 例如,凹槽具有环形壁,其具有形成非圆柱形,优选蛇形密封接触区域的复合轮廓。 密封件由位于保持槽正上方的开槽凸缘支撑。
    • 9. 发明申请
    • CANISTER FLUSH VALVE
    • CANISTER FLUSH阀
    • US20080282457A1
    • 2008-11-20
    • US12184750
    • 2008-08-01
    • PETER W. DENZIN
    • PETER W. DENZIN
    • E03D1/35
    • E03D1/35E03D1/33F16K1/36F16K21/16F16K25/00
    • A canister type flush valve has an upright cup-shaped hollow float working under buoyancy forces without a captured air volume that controls the valve during a flush cycle. Hooded bleed openings at a bottom wall of the float can be sized and numbered to selectively control the closuring timing of the valve. Baffles of the hood bleed openings redirect water bleeding into the float to prevent the water from spraying up against the top of the tank. The geometry of a seal retaining groove is designed to reduce leakage at the float/seal interface. For example, the groove has an annular wall with a compound profile forming a non-cylindrical, preferably serpentine, seal contact area. The seal is backed by a slotted flange located just above the retaining groove.
    • 罐式冲洗阀具有在浮力下工作的直立杯形中空浮子,而没有捕获的空气体积在冲洗循环期间控制阀。 浮子底壁上的连帽出血口可以设定尺寸和编号,以选择性地控制阀的闭合时间。 罩的挡板排出开口将水渗透到浮子中,以防止水喷溅到罐顶部。 密封保持槽的几何形状设计用于减少浮子/密封界面处的泄漏。 例如,凹槽具有环形壁,其具有形成非圆柱形,优选蛇形密封接触区域的复合轮廓。 密封件由位于保持槽正上方的开槽凸缘支撑。