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    • 11. 发明申请
    • VOLUMETRIC-DISPLACEMENT DEVICE HAVING MOLDED PISTONS AND CYLINDERS
    • 具有成型活塞和气缸的体积位移装置
    • WO99004140A1
    • 1999-01-28
    • PCT/US1998/014725
    • 1998-07-17
    • F01B31/00F01B1/08F01B9/00F04B1/02F04B9/04F04B19/00F04B27/02F16J10/02F04B39/10F16J9/00
    • F04B1/02F01B1/08F01B9/00F04B9/045F04B19/006F04B27/02F05C2225/00
    • A volumetric-displacement-maximizing device includes a molded slider (12) bidirectionally movable within an elongate cavity (14) formed within a molded body (16). The body (16) also includes a port structure (18) with an output port (18a) and an input port (18b), each providing channels for communication between the cavity (14) and an extra body location. A power device (22) causes the slider (12) to move bidirectionally within the cavity (14), and the clearance between the slider (12) and the cavity (14) exceeds 0 - but is less than approximately 0.0003 inches. The device of the invention takes several alternative forms including a fluid mechanical device, and has several alternate applications as a pump, valve, or motor. The invention also includes various method features.
    • 体积位移最大化装置包括在形成在模制体(16)内的细长空腔(14)内双向移动的模制滑动件(12)。 主体(16)还包括具有输出端口(18a)和输入端口(18b)的端口结构(18),每个端口结构提供用于在空腔(14)和额外的身体位置之间连通的通道。 动力装置(22)使得滑块(12)在空腔(14)内双向移动,并且滑块(12)和空腔(14)之间的间隙超过0但小于约0.0003英寸。 本发明的装置采用几种替代形式,包括流体机械装置,并且具有作为泵,阀或马达的多种替代应用。 本发明还包括各种方法特征。
    • 12. 发明申请
    • DUAL-PISTON PUMP APPARATUS
    • 双活塞泵设备
    • WO1996014492A1
    • 1996-05-17
    • PCT/US1995007514
    • 1995-06-13
    • MARLEN RESEARCH CORPORATIONPOWERS, Richard, G.WRIGHT, William, R.
    • MARLEN RESEARCH CORPORATION
    • F01B31/00
    • F04B15/023F04B7/0291F04B53/147
    • A dual-piston pump apparatus (12) includes a pair of reciprocating sleeves (78) within which a pair of reciprocating pistons (80) are disposed. The pistons (112) and sleeves (78) are each supported on a frame (10) for independent movement along a line angled relative to horizontal by an angle less than about 45 degrees. The apparatus also includes a piston construction including a removable face (112) which permits the piston to be broken down for cleaning. Each piston (80) is normally restricted by a stop from extension beyond the end of the corresponding sleeve, but an actuator is provided for freeing the piston (80) relative to the sleeve (78) so that the piston (80) may be extended beyond the sleeve (78) and the sleeve may be withdrawn from a pump chamber of the apparatus.
    • 双活塞泵装置(12)包括一对往复式套筒(78),一对往复活塞(80)设置在该套筒内。 活塞(112)和套筒(78)各自支撑在框架(10)上,用于沿着相对于水平方向成角度小于约45度的角度的线独立移动。 该装置还包括活塞结构,其包括允许活塞被破坏以进行清洁的可移除面(112)。 每个活塞(80)通常由止动件限制超过相应套筒的端部,但提供致动器用于使活塞(80)相对于套筒(78)释放,使得活塞(80)可以延伸 超过套筒(78)并且套筒可以从设备的泵室中取出。
    • 19. 发明申请
    • COMPRESSION AND CONDENSATION OF TURBINE EXHAUST STEAM
    • 涡轮排放蒸汽的压缩和冷凝
    • WO1999009300A1
    • 1999-02-25
    • PCT/IL1997000317
    • 1997-09-29
    • RAZ, Arie
    • F01B31/00
    • F01B31/00F01K19/08F28B3/04
    • The invention consists of multiple diffusers (3) located between the last stage blading of the low pressure turbine (28) and the water columns (7) operating in combination with a counter-current heat exchange (16). The diffusers (3) guarantee the retention of exhaust steam (4) velocity and must be immersed in the condensate water. The compression and condensation of the high velocity exhaust steam (4) from the low pressure turbine (28) is achieved by steam and cold condensate impact with the water columns (7) within the diffusers (3). Two-phase flow assures a higher stagnation pressure which produces increased compression. A counter-current heat exchanger (16) provides the advantage of substantially equalizing the saturation temperature of the low pressure turbine (28) with its inlet cooling water temperature. In addition, for large power stations with two identical low pressure turbines (28), turbine high velocity exhaust steam (4) may be compressed in two stages in order to accomplish double compression.
    • 本发明由位于低压涡轮机(28)的最后级叶片与与逆流热交换器(16)组合操作的水塔(7)之间的多个扩散器(3)组成。 扩散器(3)保证排气蒸汽(4)的流速保持,并且必须浸入冷凝水中。 来自低压涡轮机(28)的高速排气(4)的压缩和冷凝通过与扩散器(3)内的水塔(7)的蒸汽和冷凝缩水冲击来实现。 两相流动确保较高的停滞压力,从而产生增加的压缩。 逆流热交换器(16)提供了基本上使低压涡轮机(28)的饱和温度与入口冷却水温度相等的优点。 此外,对于具有两个相同的低压涡轮机(28)的大型发电站,涡轮高速排气(4)可以分两个阶段进行压缩,以实现双重压缩。