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    • 71. 发明授权
    • Unidirecional reaction turbine operable under reversible fluid from flow
    • 在可逆流体流动下可操作的单向反应涡轮机
    • US5451138A
    • 1995-09-19
    • US179965
    • 1994-01-11
    • Boris L. IstorikIouli B. ChpolianskiAlexander M. Gorlov
    • Boris L. IstorikIouli B. ChpolianskiAlexander M. Gorlov
    • F03B3/00F03D3/04F03D3/06F03D3/00
    • F03D3/061F03B3/00F03D3/04F03D3/065F05B2210/16F05B2240/215F05B2240/2212F05B2240/33F05B2240/40F05B2250/25Y02E10/223Y02E10/74
    • A reaction turbine capable of providing unidirectional rotation under a reversible fluid flow is disclosed. The turbine comprises inflow and outflow fluid channels, a turbine chamber, and a working wheel with a plurality of airfoil-shaped blades mounted transversely to the direction of fluid flow for rotation in a plane parallel to the fluid flow. A channel directs the fluid flow to the blades. In the turbine chamber, the channel has a curved configuration having opposed changes in elevation or bulges directed towards the center of the turbine in a plane parallel to the flow of fluid to optimize the angle of attack of the fluid on the blades. In one embodiment, the channel also has a V or other linear or non-linear shape in transverse cross-section in the turbine chamber to smooth and direct the fluid flow. In another embodiment, the blades have a delta or other curvilinear shape, which smooths and directs the fluid flow and allows the channel to have a simpler rectangular cross-section. The turbine is capable of achieving high speeds at which electric generators conventionally operate and is suitable for use in hydro-pneumatic, hydro, wind, or wave power systems.
    • 公开了能够在可逆流体流下提供单向旋转的反应涡轮机。 涡轮机包括流入和流出流体通道,涡轮机室和工作轮,其具有横向于流体流动方向安装的多个翼型叶片,用于在平行于流体流动的平面中旋转。 通道将流体流引导到叶片。 在涡轮室中,通道具有在与流体流平行的平面中朝向涡轮机的中心的相对的升高或凸起变化的弯曲构造,以优化叶片上的流体的迎角。 在一个实施例中,该通道在涡轮室中的横截面中还具有V或其它线性或非线性形状,以平滑和引导流体流动。 在另一个实施例中,叶片具有三角形或其它曲线形状,其平滑并引导流体流动并且允许通道具有更简单的矩形横截面。 涡轮机能够实现发电机常规操作的高速度,并且适用于液压气动,水力,风力或波浪动力系统。
    • 72. 发明授权
    • Unidirectional helical reaction turbine operable under reversible fluid
flow for power systems
    • 单向螺旋反应涡轮机在可逆流体流动下可用于动力系统
    • US5451137A
    • 1995-09-19
    • US241762
    • 1994-04-22
    • Alexander M. Gorlov
    • Alexander M. Gorlov
    • F03B3/00F03D3/04F03D3/06F03B13/24F03B3/12F03B11/04
    • F03D3/04F03B3/00F03D3/061F03D3/065F05B2210/16F05B2240/215F05B2240/2212F05B2240/33F05B2240/40F05B2250/25Y02E10/223Y02E10/38Y02E10/74
    • A reaction turbine capable of providing high speed unidirectional rotation under a reversible ultra low head pressure and/or high velocity fluid flow is disclosed. The turbine comprises a working wheel with a plurality of airfoil-shaped blades mounted transversely to the direction of fluid flow for rotation in a plane parallel to the fluid flow. The blades are arranged in a helical configuration, a modification of a delta turbine, which ensures that a portion of the blades are always positioned perpendicular to the fluid pressure, thereby creating maximum thrust to spin the turbine and ensuring a continuous speed of rotation with no accelerations and decelerations. The skewed leading edges further reduce resistance to the turbine rotation. A channel having a rectangular cross-section may be provided to direct the fluid flow to the blades. The channel may have a curved configuration having opposed changes in elevation or bulges directed towards the center of the turbine in a plane parallel to the flow of fluid to optimize the angle of attack of the fluid on the blades. At ultra low head fluid pressures, the turbine is capable of achieving high speeds, which, for gas turbines, are the speeds at which electric generators conventionally operate. For hydro applications, the helical turbine requires minimal gearing multiplication. The turbine is suitable for use in hydro-pneumatic, hydro, wind, or wave power systems.
    • 公开了一种能够在可逆超低压头和/或高速流体流动下提供高速单向旋转的反应涡轮机。 涡轮机包括工作轮,其具有横向于流体流动方向安装的多个翼型叶片,用于在平行于流体流动的平面中旋转。 叶片被布置成螺旋形构造,即三角洲涡轮机的改型,其确保叶片的一部分总是垂直于流体压力定位,从而产生最大推力以旋转涡轮机并确保连续的旋转速度 加速和减速。 倾斜的前缘进一步降低了对涡轮机旋转的阻力。 可以提供具有矩形横截面的通道以将流体流引导到叶片。 通道可以具有弯曲构造,其在与流体流平行的平面中指向涡轮机的中心的升高或凸起的相对变化,以优化叶片上的流体的迎角。 在超低头部流体压力下,涡轮机能够实现高速度,其对于燃气轮机是发电机常规操作的速度。 对于水力应用,螺旋涡轮机需要较少的传动乘数。 涡轮机适用于液压气动,水力,风力或波浪动力系统。
    • 73. 发明授权
    • Constant static pressure runner in an axial flow turbine
    • 轴流式涡轮机中的恒定静压流道
    • US5425617A
    • 1995-06-20
    • US209117
    • 1994-03-09
    • Antonio A. Teran
    • Antonio A. Teran
    • B63H5/16F01D1/04F01D5/02F01D5/14F03B3/00F03B3/04F03B3/12F04D29/18F04D3/02
    • F03B3/04B63H5/16F01D1/04F01D5/021F01D5/143F03B3/00F03B3/121F04D29/181F05B2250/25Y02E10/223
    • A rotor is provided wherein an rotor core and a jacket cooperate to provide a continuous variation of area left for fluid transit. This continuous variation of area left for fluid transit produces a continuous axial acceleration of fluid and provides a first pressure gradient. The invention also provides simultaneously for blades having a continuously varying angle provided in the area left for fluid transit and causing a second pressure gradient. The varying of the fluid transit area and the angle of the blade are designed to have the first and second pressure gradients to be complementary and maintain the pressure of the fluid substantially constant. Such a continuous varying angle of inclination of the blades provides a continuous angular acceleration of the fluid and corresponding torque. The blades of continuously varying angle of inclination rotate together with the rotor core producing the torque.
    • 提供了转子,其中转子芯和外壳配合以提供用于流体输送的剩余区域的连续变化。 流体输送剩余的区域的连续变化产生流体的连续的轴向加速度,并提供第一压力梯度。 本发明还同时提供具有连续变化角度的叶片,该叶片设置在剩余的用于流体输送的区域中并引起第二压力梯度。 流体输送区域和叶片的角度的变化被设计成使第一和第二压力梯度互补,并保持流体的压力基本恒定。 叶片的这种连续变化的倾斜角度提供了流体的连续角加速度和相应的扭矩。 连续变化的倾斜角度的叶片与转子芯一起旋转产生扭矩。
    • 74. 发明授权
    • Oscillating, lateral thrust power generator
    • 振荡,侧向推力发电机
    • US5324169A
    • 1994-06-28
    • US45372
    • 1993-04-09
    • George L. BrownPaul Hales
    • George L. BrownPaul Hales
    • F03B17/06F03B3/00
    • F03B17/06Y02E10/28
    • An apparatus for power production from low velocity fluid flow includes a lateral support arm assembly extending from a vertical drive shaft. A power blade is pivotally secured to the distal end of the support arm, and constrained to pivot within a defined operating angle. The center of force on the power blade is proximal to the power blade pivot, so that at the limit of travel of the support arm the thrust on the power blade moves the power blade into an over-center position, causing the power blade to pivot in retrograde fashion. The pivoted power blade then drives the support arm away from the extreme position, through a neutral position, to the opposite angular position, where the process reiterates and reverses. Thus the lateral support arm is driven continuously in oscillating, lateral motion. An exciter blade joined to the proximal end of the support arm creates a force that augments the torque created by the power blade, and drives the arm past the over-center point of the power blade, causing the power blade to rotate and drive the arm retrograde toward the neutral position. A latch maintains the exciter blade aligned with the arm as it pivots from the neutral (midline) position toward the angular limit of the arm.
    • 用于从低速流体流动产生功率的装置包括从垂直驱动轴延伸的侧向支撑臂组件。 动力刀片枢转地固定到支撑臂的远端,并且被限制为在限定的操作角度内枢转。 动力刀片上的力中心靠近动力刀片枢轴,从而在支撑臂的行进极限下,动力刀片上的推力将动力刀片移动到过中心位置,使动力刀片枢转 以逆行方式。 枢转的动力叶片然后将支撑臂驱动离开极限位置,通过中间位置到达相反的角度位置,在该角度位置,过程重复和反转。 因此,侧向支撑臂以振荡的横向运动连续地驱动。 连接到支撑臂的近端的激励器叶片产生增加由动力叶片产生的扭矩的力,并且驱动臂经过动力叶片的超中心点,使得动力叶片旋转并驱动臂 逆向中立位置。 当闩锁从中立(中线)位置朝向臂的角度限制枢转时,闩锁保持激励器叶片与臂对准。
    • 76. 发明授权
    • Pump isolation valve
    • 泵隔离阀
    • US4396350A
    • 1983-08-02
    • US219719
    • 1980-12-24
    • Calvin L. KinneyTodd M. Wetherill
    • Calvin L. KinneyTodd M. Wetherill
    • F04D7/08F04B53/10F04D13/00F04D15/00F04D29/46F04D29/60G21C15/243F03B3/18F03B3/00
    • F04D15/0077F04D29/608G21C15/243Y02E30/40
    • The pump isolation valve provides a means by which the pump may be selectively isolated from the remainder of the coolant system while being compatible with the internal hydraulic arrangement of the pump during normal operation of the pump. The valve comprises a valve cylinder disposed around the pump and adjacent to the last pump diffuser with a turning vane attached to the lower end of the valve cylinder in a manner so as to hydraulically match with the discharge diffuser. The valve cylinder is connected to a drive means for sliding the valve cylinder relative to the diffuser support cylinder so as to block flow in either direction through the discharge diffuser when the valve is in the closed position and to aid in the flow of the coolant from the discharge diffuser by means of the turning vane when the valve is in the open position.
    • 泵隔离阀提供了一种装置,通过该装置,泵可以在泵的正常操作期间与泵的内部液压装置兼容地与冷却剂系统的其余部分选择性隔离。 该阀包括围绕泵并且邻近最后的泵扩散器设置的阀筒,其具有以与排出扩散器液压匹配的方式附接到阀筒的下端的转动叶片。 阀芯连接到用于相对于扩散器支撑筒滑动阀芯的驱动装置,以便当阀处于关闭位置时阻止通过排放扩散器的任一方向的流动并且帮助冷却剂从 当阀处于打开位置时借助于转向叶片的排放扩散器。
    • 77. 发明授权
    • Machining process for the in situ mounting of displaceable guide blades
in a spiral tank of a hydraulic machine
    • 可移动导向叶片原位安装在液压机螺旋槽中的加工过程
    • US4202084A
    • 1980-05-13
    • US886397
    • 1978-03-14
    • Pierre Piguet
    • Pierre Piguet
    • F03B3/00B23B3/26F03B3/18F03B11/00B23P15/00B23P13/00
    • B23B3/265F03B3/183F05B2250/15F05B2250/25Y02E10/223Y02E10/226Y10T29/4932Y10T408/5584Y10T409/306216
    • The present invention relates to a machining process especially suitable for facilitating the construction of large turbines wherein displaceable guide blades for directing fluid to the rotor have to be provided on the downstream side of the volute or spiral tank of the turbine. Hitherto the whole unit had to be machined and assembled in the workshop and then transported to site. The present invention provides for an on site in situ machining process for mounting displaceable guide blades and comprises securing pairs of bases to an annulus of crosspieces located in the tank with each base having machined surfaces defining a hole therein and with said pairs of bases being positioned with the holes thereof being parallel to each other and in coaxial alignment, and then using said bases as a positioning template for a machining device for machining a plurality of portions each having roughly cut-out holes provided in extension means of a ring member forming part of said annulus of crosspieces which extends in a direction towards the space in which the rotor of said machine turns.
    • 本发明涉及一种特别适用于促进大型涡轮机的构造的机械加工工艺,其中必须在涡轮机的蜗壳或螺旋槽的下游侧设置用于将流体引导至转子的可移动导向叶片。 到目前为止,整个单位必须在车间加工和组装,然后运到现场。 本发明提供了现场原位加工工艺,用于安装可移位导向叶片,并且包括将成对的底座固定到位于罐中的挡条的环形空间,每个底座具有在其中限定孔的加工表面,并且所述一对基座被定位 其孔为彼此平行并且同轴对准,然后使用所述基座作为用于加工装置的定位模板,用于加工多个部分,每个部分具有设置在环构件形成部分的延伸装置中的大致切口孔 所述横梁的所述环形空间在朝向所述机器的转子所转动的空间的方向上延伸。