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    • 1. 发明授权
    • Lid for pump assembly
    • 泵组装盖
    • US4252249A
    • 1981-02-24
    • US118924
    • 1980-02-06
    • William H. BeckhardtRichard O. CarlsonWilliam N. RowleyGordon F. EhretDani Setjo
    • William H. BeckhardtRichard O. CarlsonWilliam N. RowleyGordon F. EhretDani Setjo
    • B65D39/08B65D17/52B65D43/26
    • B65D39/088
    • A threaded lid for closing the opening in a pump housing having a body portion and a gripping formation defined by a ridge on the body portion having a central portion and projections extending beyond the central portion. A juncture between the central portion and each of the projections varies gradually from a rounded angle at one terminus of the juncture to a gently sloping ramp at the other terminus of the juncture, so that a simple elongated tool such as a stick may be placed between the projections of the gripping formation and rotated to loosen the lid, but not to tighten it. Furthermore, the mildly curved S-shape provides surfaces which conform to the hand to enable substantial manual loosening force to be applied comfortably to the lid, whereas the surfaces of the gripping formation engaged by the hand to tighten the lid are not conducive to the application of a substantial amount of manual force.
    • 用于封闭具有主体部分的泵壳体中的开口的螺纹盖和由主体部分上的脊限定的夹持结构,其具有中心部分和延伸超出中心部分的突起。 中心部分和每个突起之间的接合部从接合部的一个端部处的圆角到接合部的另一端部处的缓慢倾斜的坡道逐渐变化,使得诸如棒的简单的细长工具可以位于 夹持结构的突出部分旋转以使盖子松动,但不能拧紧。 此外,轻度弯曲的S形提供了与手相符合的表面,以使得能够舒适地施加到盖子上的基本的手动松动力,而用手紧固盖子的抓握结构的表面不利于施加 大量的手动力量。
    • 2. 发明授权
    • Motor supporting platform
    • 电机配套平台
    • US4138079A
    • 1979-02-06
    • US841386
    • 1977-10-12
    • Gordon F. EhretWilliam N. Rowley
    • Gordon F. EhretWilliam N. Rowley
    • F16M7/00F16F15/00
    • F16M7/00F04D29/605
    • A platform for supporting a motor-pump combination is molded as a unitary structure and includes a primary support and a detachable secondary support. The primary support includes a supporting surface formed at a first radius, and the secondary support includes a supporting surface formed at a second radius and a cavity adapted to receive the primary support. The platform, which retains the cost advantages attendant to one-step molded structures, may be readily converted from a platform for supporting a motor having a first radius to a platform for supporting a motor having a second radius by detaching the secondary support from the platform and mounting it over the primary support.
    • 用于支撑电机 - 泵组合的平台被模制成整体结构并且包括主支撑件和可拆卸的次支撑件。 主支撑件包括形成在第一半径处的支撑表面,并且辅助支撑件包括形成在第二半径处的支撑表面和适于接收主支撑件的空腔。 保持与一步模制结构相关的成本优势的平台可以容易地从用于支撑具有第一半径的电动机的平台转换到用于支撑具有第二半径的电动机的平台的平台,从而将辅助支撑件从平台 并将其安装在主支架上。
    • 3. 发明授权
    • Test plug assembly and method for pressure testing the inlet connection
for liquid jet floor outlet fittings
    • 用于液体喷射地板出口接头的入口连接的测试插头组件和压力测试方法
    • US4122592A
    • 1978-10-31
    • US773013
    • 1977-02-28
    • Gordon F. EhretWilliam N. Rowley
    • Gordon F. EhretWilliam N. Rowley
    • F16L55/10G01M3/04
    • E03C1/02E04H4/169F16L55/10Y10T29/49758Y10T29/49764
    • A test plug assembly for insertion into a housing for preventing liquid under pressure from flowing therethrough includes an assembly body with an undersurface shaped and dimensioned to mate with a shaped upper portion of the housing. A plurality of flanges which project from the outer surface of the body are located and spaced apart so that the studs can pass between the flanges when the body is inserted into the housing and so that the uppermost surface of the flanges will engage the lowermost surface of the studs when the shaped upper portion and undersurface are in contact and the body is rotated relative to the housing. The body further includes a gripper for gripping the body so it can be rotated into engagement with the housing.A method of pressure testing a fitting for a liquid inlet includes the steps of installing an inlet fitting on a pipe which is located beneath the underwater surface and which communicates with a source of liquid under pressure, mounting a liquid jet housing on the fitting by forming a leak proof connection between the fitting and housing, inserting a removable plug into the housing which is capable of preventing liquid from passing through the housing at a testing pressure, introducing liquid at a testing pressure into the housing through the inlet fitting, and replacing the removable plug with the housing's normal internal assembly.
    • 用于插入壳体中的用于防止压力下流动的液体的测试插头组件包括具有下表面的组件主体,该组件主体的形状和尺寸适于与壳体的形状上部配合。 从主体的外表面突出的多个凸缘被定位并间隔开,使得当主体插入壳体中时,螺柱可以在凸缘之间通过,并且凸缘的最上表面将与凸缘的最下表面接合 当成形的上部和下表面接触并且主体相对于壳体旋转时,螺柱。 身体还包括用于夹持身体的夹持器,使得其可旋转成与壳体接合。
    • 4. 发明授权
    • Liquid level detection circuit for control of liquid level responsive
device
    • 液位检测电路,用于控制液位响应装置
    • US4338546A
    • 1982-07-06
    • US210235
    • 1980-11-25
    • Gordon F. EhretWilliam N. RowleyRichard E. Mullen
    • Gordon F. EhretWilliam N. RowleyRichard E. Mullen
    • G01F23/24H02H5/08H03K17/725H03K17/94H05B37/00
    • H03K17/94G01F23/243H02H5/086H03K17/725Y10S315/04Y10S367/908
    • A liquid level presence detection circuit includes a selectively gatable TRIAC serially connected with a load and triggered into conduction by twin sensitive-gate SCR's connected anode-to-cathode with the gates of the SCR's connected to voltage divider circuits which provide gating current to the SCR's in response to the presence of a conductive liquid bridging the two spaced apart contacts of a liquid presence detecting probe. The circuit is used in wet-niche type lamp assemblies that provide underwater illumination in swimming pools and the like and in which cooling is effected by the surrounding liquid. The detection circuit advantageously interrupts the flow of electrical energy to the lamp when the level of surrounding liquid falls below a predetermined level to prevent over-temperature operation of the lamp and consequent damage thereto and resumes the flow of electrical energy to the lamp when the level of the surrounding liquid increases to a safe level to permit adequate cooling thereof.
    • 液位存在检测电路包括与负载串联连接并由双敏感栅极SCR连接的阳极至阴极触发导通的选择性可对准TRIAC,其中SCR连接到分压器电路的栅极,其向SCR的栅极提供栅极电流 响应于存在桥接液体存在检测探针的两个间隔开的触点的导电液体。 该电路用于在游泳池等中提供水下照明并且由周围液体进行冷却的湿式小型灯组件中。 当周围液体的水平下降到预定水平以下时,检测电路有利地中断了对灯的电能的流动,以防止灯的过热操作并对其造成损害,并且当电平达到电平时恢复电能流向灯 的周围液体增加到安全水平以允许其充分冷却。
    • 8. 发明授权
    • Skimmer assembly for swimming pools
    • 游泳池的撇渣装配
    • US4348281A
    • 1982-09-07
    • US230517
    • 1981-02-02
    • Stephen J. PerryGordon F. EhretWilliam N. Rowley
    • Stephen J. PerryGordon F. EhretWilliam N. Rowley
    • E04H4/12E04H3/20
    • E04H4/1272
    • A skimmer assembly for use in swimming pools in which a skimmer housing is provided with a skimming inlet and a drain inlet for receiving water from a pool. An outlet is also provided for connection with a vacuum source for discharging water from the housing. A floating weir is disposed in the housing for regulating the amount of water entering the housing from the skimming inlet and a filter basket is disposed in the housing with its open end communicating with the skimming inlet and a wall portion communicating with the drain inlet. An adaptor member and a cover plate cooperate with said basket for selectively controlling the flow of water from said skimming inlet to said outlet. The basket is adapted to attain a plurality of positions in the housing for regulating the flow through the drain inlet to the housing, and a sealing assembly is provided on the weir and the basket for sealing off flow through the skimmer inlet when the level of water in the pool falls below a predetermined value. The weir is adapted to accommodate an adaptor assembly for attaching a vacuum hose to the assembly for vacuuming selected portions of the pool under the vacuum created by the aforementioned vacuum source. A valve relief mechanism is provided on said weir for permitting water flow from said skimming inlet in the event the drain inlet becomes blocked when the weir is in its sealing position.
    • 用于游泳池的撇渣器组件,其中撇渣器壳体设置有撇渣入口和用于从池中接收水的排水入口。 还提供出口用于与真空源连接以从壳体排出水。 浮动堰设置在壳体中,用于调节从撇渣入口进入壳体的水量,并且过滤篮设置在壳体中,其开口端与撇渣入口连通,壁部分与排水入口连通。 适配器构件和盖板与所述篮配合,用于选择性地控制从所述撇渣入口到所述出口的水流。 篮子适于在壳体中获得多个位置,用于调节通过排水入口到壳体的流动,并且在堰和篮上提供密封组件,用于当水位高度时密封流过撇渣器入口的流体 在游泳池中低于预定值。 堰适于容纳用于将真空软管连接到组件上的适配器组件,用于在由上述真空源产生的真空下抽吸池的选定部分。 在堰处于其密封位置的情况下,在排水入口被堵塞的情况下,在所述堰上设置有阀门释放机构,以允许水从所述撇渣入口流出。