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    • 14. 发明授权
    • Solenoid actuated pilot valve for irrigation system valve
    • 用于灌溉系统阀的电磁驱动先导阀
    • US07503346B1
    • 2009-03-17
    • US11472964
    • 2006-06-21
    • Michael L. Clark
    • Michael L. Clark
    • F15B13/043
    • F16K7/075F16K31/0627F16K31/402Y10T137/86614Y10T137/86622Y10T137/86686
    • A solenoid actuated pilot valve includes a pilot valve housing defining a pilot valve chamber and a solenoid. The solenoid includes and end cap connected to the pilot valve housing, a reciprocable plunger, and a piston having a shaft with a first end connected to and end of the plunger and a second end connected to a piston head. The end cap has a bore through which the shaft of the piston reciprocates and a first port separate from the bore. A first seal on a first side of the piston head is provided for sealing a first end of the first port. A second seal on a second side of the piston head is provided for sealing a first end of a second port in the pilot valve housing.
    • 电磁致动先导阀包括限定先导阀室和螺线管的先导阀壳体。 螺线管包括连接到先导阀壳体的端帽,可往复运动的活塞和具有连接到柱塞的端部的第一端和连接到活塞头的第二端的轴的活塞。 端盖具有孔,活塞的轴往复运动,第一端口与孔分离。 设置在活塞头的第一侧上的第一密封件用于密封第一端口的第一端。 设置在活塞头第二侧上的第二密封件用于密封先导阀壳体中的第二端口的第一端。
    • 15. 发明授权
    • Adjustable stator for rotor type sprinkler
    • 转子式喷头可调式定子
    • US06695223B2
    • 2004-02-24
    • US09942399
    • 2001-08-29
    • Matthew G. BeutlerMichael L. Clark
    • Matthew G. BeutlerMichael L. Clark
    • B05B1510
    • B05B3/0459B05B3/0431B05B15/70B05B15/74
    • An adjustable stator is mounted in the lower end of a pop-up sprinkler riser and includes a vertically extending frame portion and a pair of valve portions that extend horizontally from an upper end of the frame portion. A coil spring is squeezed between a lower end of a drive subassembly and a mandrel mounted in a lower end of the frame portion. The mandrel and the frame portion have mating projections which allow the vertical position of the mandrel to be adjusted. This adjusts the downward biasing force exerted by the coil spring against the frame portion and the valve members carried thereby. This varies the pressure of a water stream flowing past a turbine in the riser, and the speed of rotation of the turbine which in turn changes the speed of rotation of a nozzle driven by the turbine.
    • 可调节定子安装在弹出式喷淋器提升管的下端,并且包括垂直延伸的框架部分和从框架部分的上端水平延伸的一对阀部分。 螺旋弹簧被挤压在驱动子组件的下端和安装在框架部分的下端中的心轴之间。 心轴和框架部分具有允许调节心轴的垂直位置的配合突起。 这调节由螺旋弹簧施加的向下的偏压力抵靠框架部分和由此承载的阀构件。 这改变了在提升管中流过涡轮机的水流的压力和涡轮机的旋转速度,这又改变了由涡轮机驱动的喷嘴的旋转速度。
    • 16. 发明授权
    • Analytical liquid test sample filtration apparatus
    • 分析液体试样过滤装置
    • US5482626A
    • 1996-01-09
    • US171132
    • 1993-12-20
    • Brent C. LohnesTerry D. TurnerKerry M. KlinglerMichael L. Clark
    • Brent C. LohnesTerry D. TurnerKerry M. KlinglerMichael L. Clark
    • G01N1/28G01N33/24G01N35/00G01N35/04G01N35/02
    • G01N1/4077G01N2035/00475G01N33/24G01N35/025
    • A liquid sample filtration apparatus includes: a) a module retaining filter elements; b) a filter clamping and fluid injection apparatus positioned relative to the module to engage a filter element thereon, and includes a pair of first and second opposing engageable members to sealing engage a filter element therebetween; c) an inlet tube connected to an opposing engageable member; d) an outlet tube connected to an opposing engageable member; e) a motor to move the module relative to the filter clamping and injection apparatus to register filter elements on the module to the clamping and injection apparatus; and f) a motor associated with the filter clamping and injection apparatus to move the opposing engageable members into substantial sealing fluid communication relative to a filter element on the module. An apparatus for engaging opposing ends of a filter element includes: a) a member having a recess configured to engage one end of a filter element, including a first fluid passage communicating with the recess to pass fluid between the recess and externally of the member; and b) a second member positioned in opposing juxtaposition relative to the other member, and having a projection sized and shaped to matingly fit within the other member recess, the second member projection including a second recess configured to engage the other end of the filter element, the second member including a second fluid passage communicating with the second recess to pass fluid between the second recess and externally of the second member.
    • 液体样品过滤装置包括:a)模块保持过滤元件; b)过滤器夹紧和流体注射装置,其相对于模块定位以与其上的过滤元件接合,并且包括一对第一和第二相对的可接合构件以密封地将过滤元件接合在其间; c)连接到相对的可接合构件的入口管; d)连接到相对的可接合构件的出口管; e)电动机相对于过滤器夹紧和注射装置移动模块以将模块上的过滤元件注册到夹紧和注射装置; 以及f)与过滤器夹紧和注射装置相关联的电动机,以将相对的可接合构件相对于模块上的过滤器元件移动到实质上密封流体连通。 用于接合过滤器元件的相对端的装置包括:a)具有凹部的构件,其构造成接合过滤元件的一端,包括与所述凹部连通的第一流体通道,以在所述凹部和所述构件的外部之间传递流体; 以及b)第二构件,其相对于另一个构件相对并置设置,并且具有尺寸和形状以匹配地配合在另一个构件凹部内的突出部,所述第二构件突出部包括被配置为接合过滤元件的另一端的第二凹部 所述第二构件包括与所述第二凹部连通的第二流体通道,以在所述第二凹部和所述第二构件的外部之间流动流体。
    • 17. 发明授权
    • Pole mounted revolving air circulating fan
    • US5411372A
    • 1995-05-02
    • US214577
    • 1994-03-18
    • Michael L. Clark
    • Michael L. Clark
    • F04D25/10F04D29/36
    • F04D25/105
    • Disclosed is a new pole mounted revolving air circulating fan for inducing air movement within an air mass by use of a rotating impeller which simultaneously revolves around a vertical axis. The pole mounted revolving air circulating fan comprises a telescoping support pole extending substantially vertically upwardly from a mounting floor surface to a mounting ceiling surface, the ends of the support pole frictionally engaging the mounting surfaces. A fan, comprising a rotary air impeller coupled to an electric motor through a drive shaft, is revolvedly mounted on the vertical support pole. A generally cylindrical motor housing encloses the motor and the motor power supply leads. A blade guard, constructed of wire rods forming a substantially annularly shaped wire cage, encloses the impeller to prevent injury from contact therewith. The guard has a central hole through the back wherethrough the front end of the motor housing extends. The blade guard also has a bracket formed thereon adjacent the central hole whereby the blade guard is connected to the motor housing. A rotatable electrical contact assembly, having rotating wiper contacts cooperating with stationary ring contacts, allows power to be supplied to the fan motor while the fan is rotating around the vertical support pole. A manually actuated fan power switch, mounted on the support pole, completes or interrupts the electrical circuit to the fan motor thereby turning the device on or off. The fan is moved around the support pole with a rubber drive wheel coupled to the motor drive shaft, the drive wheel frictionally engaging a stationary rail which encircles the vertical support post whereby rotation of the drive wheel causes the fan to revolve around the post.