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    • 1. 发明申请
    • VERTICALLY ROTATABLE SHAFT ASSEMBLY WITH THERMALLY INSULATED HOUSING
    • 具有绝热外壳的立式可旋转轴组件
    • US20110064346A1
    • 2011-03-17
    • US12881339
    • 2010-09-14
    • Paul E. Griggs
    • Paul E. Griggs
    • F16C33/66F16C41/00
    • F16C33/664F16C33/6659F16C2202/24F16C2300/34F16C2360/42
    • A vertically mountable shaft and bearing assembly includes a thermally insulated housing which protects the shaft, bearing(s), seal(s), and bearing lubricant from overheating due to a surrounding process fluid at a temperature exceeding 65° C. The thermal insulation, which in some embodiments includes vacuum, air, or an insulating material, enables a rolling element bearing to be located near the shaft's distal end, thereby reducing shaft and bearing size requirements. Lubricant is circulated past the bearing(s) by a circulation and cooling system having a capacity typical of systems used with process fluids at much lower temperatures. Additional roller and/or journal bearings can be included. The lubricant circulation system can be actuated by the shaft or driven separately. Lubricant within the shaft housing can be pressurized, for example by pressurizing gas or by filling the lubricant above the surrounding process fluid level. The shaft can operate a process fluid pump impeller.
    • 垂直安装的轴和轴承组件包括一个隔热的外壳,其保护轴,轴承,密封件和轴承润滑剂免受过温度超过65℃的周围​​过程流体的过热。隔热, 其在一些实施例中包括真空,空气或绝缘材料,使得滚动元件轴承能够位于轴的远端附近,从而减少轴和轴承尺寸要求。 润滑剂通过循环和冷却系统循环通过轴承,该循环和冷却系统具有在较低温度下与过程流体一起使用的典型系统的能力。 可以包括额外的滚子和/或轴颈轴承。 润滑剂循环系统可以由轴致动或单独驱动。 轴壳体内的润滑剂可以被加压,例如通过对气体进行加压或者通过将润滑剂填充到周围的过程流体水平以上。 轴可以操作过程流体泵叶轮。
    • 2. 发明申请
    • APPARATUS FOR SIMULTANEOUS SUPPORT OF PRESSURIZED AND UNPRESSURIZED MECHANICAL SHAFT SEALING BARRIER FLUID SYSTEMS
    • 用于同时支持加压和不加压机械轴封密封障碍液体系统的装置
    • US20100015000A1
    • 2010-01-21
    • US12504744
    • 2009-07-17
    • Dale B. AndrewsJason D. Allaire
    • Dale B. AndrewsJason D. Allaire
    • F16J15/40F04C27/00F04D29/08F16J15/48F16J15/54
    • F16J15/406F04D29/128
    • An improved, piston-based, pressure-transforming barrier fluid support apparatus is disclosed that can support both the pressurized and unpressurized barrier fluid requirements of a shaft-driven machine from a single unit. The disclosed apparatus includes both a pressurized section that stores, cools, cleans, and pressure regulates pressurized barrier fluid, and an unpressurized section that stores, cools, and cleans unpressurized barrier fluid. The disclosed apparatus causes debris in the pressurized barrier fluid to gravitationally migrate away from the piston, so as to prevent piston fouling. If the piston rod becomes detached, it is expelled downward for enhanced safety. Removable covers and/or a removable cylinder can provide enhanced access for cleaning and maintenance. Embodiments include a common cover that is shared by the pressurized and unpressurized sections and serves as a common manifold for cost-efficient fluid connections thereto.
    • 公开了一种改进的基于活塞的压力转换阻挡流体支撑装置,其能够从单个单元支撑轴驱动机器的加压和非加压屏障流体要求。 所公开的设备包括存储,冷却,清洁和压力调节加压屏障流体的加压部分和存储,冷却和清洁未加压的阻隔流体的非加压部分。 所公开的装置使加压屏障流体中的碎屑重力地离开活塞迁移,以防止活塞结垢。 如果活塞杆脱落,则将其向下排出以提高安全性。 可拆卸盖和/或可拆卸缸可以提供更好的清洁和维护接入。 实施例包括由加压和非加压部分共享的共同盖,并且用作与其成本有效的流体连接的共同歧管。
    • 3. 发明授权
    • Open face cooling system for submersible motor
    • 潜水电机开面冷却系统
    • US07341436B2
    • 2008-03-11
    • US10911194
    • 2004-08-04
    • Dale B Andrews
    • Dale B Andrews
    • F04B17/03
    • F04D7/045F04D29/588
    • An open face cooling system for a motorized, impeller-type, submersible pump operated in a host fluid ladened with solids, comprising an inlet in the pump housing close to the impeller and away from the axis of the pump into which fluid is forced by pump pressure, the inlet arranged so the impeller vanes sweep its face with a shearing motion that reduces the size of any solids present there until they are small enough to enter the inlet with the fluid flow, the materials ladened fluid flowing hence through a coolant conduit, out of a tangentially configured nozzle into a rotational flow around the inside of an open face toroidal section, and hence inward through an adjoined, inward extending distribution section configured co-axially around and above the motor, to be discharged upon the motor.
    • 一种用于机动化叶轮式潜水泵的敞开式冷却系统,其操作在带有固体的主体流体中,其包括在泵壳体中靠近叶轮并远离泵的轴线的入口,泵的轴线被泵泵送 入口布置成使得叶轮叶片以剪切运动扫过其表面,其减小了存在于其中的任何固体的尺寸,直到它们足够小以进入流体流入入口,所填充的流体流过冷却剂导管, 从切向构造的喷嘴流入围绕开口面环形部分的内部的旋转流,并且因此向内通过在马达周围和上方同轴配置的邻接的向内延伸的分配部分,以被排放到马达上。
    • 5. 发明授权
    • Low speed canned motor
    • 低速罐头电机
    • US07239056B1
    • 2007-07-03
    • US10871236
    • 2004-06-18
    • Paul E GriggsDale B Andrews
    • Paul E GriggsDale B Andrews
    • H02K5/10
    • H02K7/14H02K5/124H02K5/128H02K5/1732
    • A canned motor has an L3/D4 ratio of less than 50, with one bearing on one end of the rotor assembly configured to resist longitudinal displacement of the rotor as by an axial shaft load, and another bearing on the other end of the rotor assembly configured to allow limited longitudinal displacement of the rotor assembly within the bearing as from thermal expansion, lengthwise adjustment or pressure from an axial shaft load. The rotor assembly may include a center shaft coaxially extended through a hollow shaft, with rotor windings mounted on the hollow shaft, with the first bearing positioned on one end of the hollow shaft and the second bearing mounted on the second hollow shaft end. A cap and nut assembly on the second hollow shaft end, into which the rotor shaft end is threaded, provides for adjusting the effective rotor shaft length protruding from the motor, and for replacement of the rotor shaft within the hollow shaft without removing the rotor assembly from motor.
    • 一种固定式电动机具有小于50的L 3 / D 4+比例,其中一个转子组件的一端承受轴承,以抵抗转子的纵向位移,如 转轴组件的另一端上的另一个轴承构造成允许转子组件在轴承内受到轴向轴承的热膨胀,纵向调节或压力的有限的纵向位移。 转子组件可以包括同轴地延伸穿过中空轴的中心轴,转子绕组安装在中空轴上,第一轴承位于中空轴的一端,第二轴承安装在第二空心轴端上。 转子轴端螺纹连接在其上的第二空心轴端上的盖帽和螺母组件提供用于调节从电动机突出的有效转子轴长度,以及用于在中空轴内更换转子轴而不移除转子组件 从电机。
    • 6. 发明申请
    • MULTISTAGE SLURRY PUMP
    • 多级浆液泵
    • US20080267773A1
    • 2008-10-30
    • US12107822
    • 2008-04-23
    • Dale B. Andrews
    • Dale B. Andrews
    • F04D29/44
    • F04D7/045F04D1/063F04D29/445Y10S417/90
    • A multistage, centrifugal partial emissions pump with a first stage impeller, a final stage impeller, a first stage casing liner, one or more first stage discharge nozzles, a final stage casing liner, one or more final stage discharge nozzles, an interstage delivery channel liner, one or more delivery channels, and an outer pressure shell wherein the first stage casing liner and the final stage casing liner are connected by one or more fluid channels integral within a delivery channel liner, that follow an arced path directed predominantly radially inward within the interstage delivery channel liner, and the sum of the cross sectional areas of all delivery channels taken on a radial plane intersecting the delivery channels is less than the sum of cross sectional areas of the non-channel areas within the boundaries of the channels.
    • 一种具有第一级叶轮,最终级叶轮,第一级壳体衬套,一个或多个第一级排放喷嘴,最终级套管衬套,一个或多个最终级排放喷嘴,级间输送通道的多级离心部分排放泵 衬套,一个或多个输送通道和外压力壳,其中第一阶段套管衬套和最终阶段套管衬套通过一个或多个流体通道连接在一起,该流体通道在输送通道衬套内一体化,该流体通道主要沿径向向内指向 级间输送通道衬管以及在与输送通道相交的径向平面上取得的所有输送通道的横截面面积的总和小于通道边界内的非通道区域的横截面面积的总和。
    • 7. 发明申请
    • Open face cooling system for submersible motor
    • 潜水电机开面冷却系统
    • US20050053494A1
    • 2005-03-10
    • US10911194
    • 2004-08-04
    • Dale Andrews
    • Dale Andrews
    • F04D7/04F04D29/58F04B17/00F04B35/04
    • F04D7/045F04D29/588
    • An open face cooling system for a motorized, impeller-type, submersible pump operated in a host fluid ladened with solids, comprising an inlet in the pump housing close to the impeller and away from the axis of the pump into which fluid is forced by pump pressure, the inlet arranged so the impeller blades sweep its face with a shearing motion that reduces the size of any solids present there until they are small enough to enter the inlet with the fluid flow, the materials ladened fluid flowing hence through a coolant conduit, out of a tangentially configured nozzle into a rotational flow around the inside of an open face toroidal section, and hence inward through an adjoined, inward extending distribution section configured co-axially around and above the motor, to be discharged upon the motor.
    • 一种用于机动化叶轮式潜水泵的敞开式冷却系统,其操作在带有固体的主体流体中,其包括在泵壳体中靠近叶轮并远离泵的轴线的入口,泵的轴线被泵泵送 入口布置成使得叶轮叶片以剪切运动扫掠其表面,其减小了存在的任何固体的尺寸,直到它们足够小以与流体流动进入入口,所填充的流体流过冷却剂导管, 从切向构造的喷嘴流入围绕开口面环形部分的内部的旋转流,并且因此向内通过在马达周围和上方同轴配置的邻接的向内延伸的分配部分,以被排放到马达上。
    • 9. 发明授权
    • Inducer comminutor
    • 诱导器粉碎机
    • US07810747B2
    • 2010-10-12
    • US12245038
    • 2008-10-03
    • Jason Douglas AllaireDonald Paul Russell
    • Jason Douglas AllaireDonald Paul Russell
    • B02C23/36B02B1/00B07B4/00
    • B02C23/36B02C19/22F04D29/2277F04D29/2288
    • A device for reducing solids and increasing pressure in a fluid handling system has comminution and inducer sections in a housing upstream of a pump impeller. A rotor has a hub with a small inlet diameter and a larger outlet diameter and a helical rotor blade with its blade pitch angle progressively increasing from inlet to outlet as a polynomial function. The comminutor section has a larger diameter than the inducer section and comminutor vanes extending inward forming a vane edge effective diameter equal to the inducer section diameter. The rotor blade turning within the closing fitting cage of vane edges provides a crushing and shearing action to solids in the fluid flow. Cutouts on the blade edge provide additional crushing and shearing action against the vanes. The fluid passageway sectional area at the outlet is bigger than the throat of the downstream main impeller.
    • 用于在流体处理系统中减少固体和增加压力的装置在泵叶轮上游的壳体中具有粉碎和诱导段。 转子具有小的入口直径和更大出口直径的轮毂和螺旋转子叶片,其叶片俯仰角作为多项式函数从入口到出口逐渐增加。 该分配器部分具有比导流部分更大的直径,并且向内延伸的粉碎叶片形成等于导流部分直径的叶片边缘有效直径。 在叶片边缘的闭合配合保持架内转动的转子叶片对流体流中的固体提供破碎和剪切作用。 叶片上的切口对叶片提供额外的破碎和剪切作用。 出口处的流体通道截面积大于下游主叶轮的喉部。
    • 10. 发明申请
    • INDUCER COMMINUTOR
    • 电子咨询员
    • US20090090798A1
    • 2009-04-09
    • US12245038
    • 2008-10-03
    • Jason Douglas AllaireDonald Paul Russell
    • Jason Douglas AllaireDonald Paul Russell
    • B02C23/00
    • B02C23/36B02C19/22F04D29/2277F04D29/2288
    • A device for reducing solids and increasing pressure in a fluid handling system has comminution and inducer sections in a housing upstream of a pump impeller. A rotor has a hub with a small inlet diameter and a larger outlet diameter and a helical rotor blade with its blade pitch angle progressively increasing from inlet to outlet as a polynomial function. The comminutor section has a larger diameter than the inducer section and comminutor vanes extending inward forming a vane edge effective diameter equal to the inducer section diameter. The rotor blade turning within the closing fitting cage of vane edges provides a crushing and shearing action to solids in the fluid flow. Cutouts on the blade edge provide additional crushing and shearing action against the vanes. The fluid passageway sectional area at the outlet is bigger than the throat of the downstream main impeller.
    • 用于在流体处理系统中减少固体和增加压力的装置在泵叶轮上游的壳体中具有粉碎和诱导段。 转子具有小的入口直径和更大的出口直径的轮毂和螺旋转子叶片,其叶片俯仰角作为多项式函数从入口到出口逐渐增加。 该分配器部分具有比导流部分更大的直径,并且向内延伸的粉碎叶片形成等于导流部分直径的叶片边缘有效直径。 在叶片边缘的闭合配合保持架内转动的转子叶片对流体流中的固体提供破碎和剪切作用。 叶片上的切口对叶片提供额外的破碎和剪切作用。 出口处的流体通道截面积大于下游主叶轮的喉部。