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    • 5. 发明申请
    • MULTI-EFFECT EVAPORATOR
    • 多功能蒸发器
    • US20110233044A1
    • 2011-09-29
    • US13039340
    • 2011-03-03
    • Joseph WEINBERGAvraham OPHIR
    • Joseph WEINBERGAvraham OPHIR
    • C02F1/04B01D3/02
    • B01D3/146B01D1/04B01D1/26C02F1/04C02F2103/08Y02A20/128Y10S159/08Y10S159/15Y10S203/08Y10S203/11Y10S203/18
    • A multi-effect evaporator, having an upstream and a downstream end, adapted for distillation of water. It comprises a plurality of effects connected in a series manner and arranged into groups. Each group has a common parallel water feed inlet adapted to supply all effects in the group with feed water. The evaporator further includes a main feed water line in fluid communication with the most upstream group. An array of heaters is disposed along the line, adapted for heating the feed water before its entry into the effects of the latter group. Each effect comprises means for forwarding the second outlet vapor into one of the heaters for heating the feed water. Each group comprises a pump adapted to extract the concentrate from the effects of the group and pump it into the common parallel water feed of an adjacent downstream group.
    • 具有适于蒸馏水的上游和下游端的多效蒸发器。 它包括以串联方式连接并且被组合成组的多个效果。 每个组都有一个共同的平行进水口,适用于给组中的所有作用提供给水。 蒸发器还包括与最上游组流体连通的主给水管线。 一排加热器沿着该线路布置,适于在进入进入后一组的效果之前加热给水。 每个效果包括用于将第二出口蒸气转移到用于加热给水的加热器之一的装置。 每个组包括适于从该组的效应中提取浓缩物并将其泵送到相邻下游组的共同平行进水中的泵。
    • 6. 发明授权
    • Three-way poppet valve for work exchanger
    • 三通提升阀为换热器
    • US07540230B2
    • 2009-06-02
    • US10559732
    • 2004-06-03
    • Henrikh RojanskiyAvraham Ophir
    • Henrikh RojanskiyAvraham Ophir
    • F15B13/042F16K11/044
    • B01D61/10B01D61/06F04B7/0225F04B9/1176F16K11/044F16K11/07Y10T137/8663Y10T137/86694
    • A three-way two-position poppet valve (10) comprising a housing (12) with a generally cylindrical valve chamber (14), a first (20) and a second (16) port with coaxial 1 valve seats (26, 28) at the ends of the chamber, and a third lateral working port (18). A poppet body (36) is disposed reciprocably in the valve chamber so that in a first position of the poppet body the first valve seat (26) is sealed and the second port communicates with the working port, and in a second position the second valve seat (28) is sealed and the first port communicates with the working port. The valve is characterized in that the housing has two coaxial cylindrical passages (24, 30) adjacent the respective valve seats, while the poppet body has two coaxial cylinder parts (44, 48) slidingly and sealingly fitting the cylindrical passages, so that the poppet body is always supported in at least one of the cylindrical passages and fluid communication between the first and the second port is always prevented.
    • 一种三通二位提升阀(10),包括具有大致圆柱形阀室(14)的壳体(12),具有同轴1个阀座(26,28)的第一(20)和第二(16)端口, 在腔室的端部,以及第三横向工作端口(18)。 提升阀体(36)可往复地设置在阀室中,使得在提升阀体的第一位置中,第一阀座(26)被密封并且第二端口与工作端口连通,而在第二位置,第二阀 座(28)被密封,第一端口与工作端口连通。 阀的特征在于,壳体具有与相应的阀座相邻的两个同轴的圆柱形通道(24,30),而提升阀体具有滑动并密封地装配圆柱形通道的两个同轴圆筒部分(44,48),从而提升阀 主体总是支撑在至少一个圆柱形通道中,并且始终防止第一和第二端口之间的流体连通。
    • 7. 发明申请
    • DIRECT OSMOSIS CLEANING
    • 直接的OSMOSIS清洁
    • US20070246425A1
    • 2007-10-25
    • US11748234
    • 2007-05-14
    • Boris LIBERMAN
    • Boris LIBERMAN
    • B01D65/02
    • B01D65/08B01D61/002B01D61/06B01D63/10B01D2321/06B01D2321/2066B01D2321/26Y02A20/131
    • A method of cleaning a fouled RO membrane in a module for RO separation, the membrane having feed side and permeate side, the foulant accumulating at the feed side. The cleaning method comprises: feeding concentrated saline solution to the feed side of the RO membrane under the high gauge pressure of the normal RO separation process; feeding dilute saline solution to the permeate side of the RO membrane under higher pressure than the permeate pressure of the normal RO process, so that a net driving differential ΔPN is directed to the feed side, whereby the solvent is being sucked from the permeate side to the feed side, penetrates into the interface between the membrane and the accumulated foulant, and separates the foulant from the membrane surface; and withdrawing the concentrated saline solution together with the separated foulant and the penetrated solvent from the feed side of the RO membrane.
    • 一种在RO分离组件中清洁被污染的RO膜的方法,该膜具有进料侧和渗透侧,该污染物在进料侧积聚。 清洗方法包括:在正常的RO分离过程的高表压下,将浓缩的盐水溶液送入RO膜的进料侧; 在比正常的RO过程的渗透压力更高的压力下将稀盐酸溶液加入到RO膜的渗透侧,使得净驱动差速值DeltaPN被引导到进料侧,从而将溶剂从渗透侧吸入到 进料侧渗透到膜与积聚的污垢之间的界面中,并将污垢与膜表面分离; 并将浓缩的盐水溶液与分离的污物和渗透的溶剂一起从RO膜的进料侧排出。
    • 10. 发明申请
    • DRIVE SHAFT SYSTEM
    • 驱动轴系统
    • US20130195615A1
    • 2013-08-01
    • US13823684
    • 2011-09-21
    • Henrikh RojanskiyAmnon Levy
    • Henrikh RojanskiyAmnon Levy
    • F01D5/10
    • F01D5/10F16C25/06F16C35/073F16C35/077F16C2326/06
    • A drive shaft system (100) comprising a shaft (80) connected to a motor via a coupling (50) 65 and arranged to transmit a rotary movement from the motor to the rotor, at least two supports (65,75) arranged to position the shaft within a shaft housing (90), each support comprising at least one bearing (95,98), and at least one forcing element (135,145) arranged to force at least one of the supports against either an inner side of the shaft housing or an outer side of the shaft (80); such as to prevent turning and radial movements of the supports within the shaft housing while enabling axial movement of the shaft within the shaft housing. The bearings may be forced at either their inner or outer rings, and may be enclosed in a bearing housing (120) for protection and stiffness.
    • 一种驱动轴系统(100),包括经由联轴器(50)连接到马达的轴(80),并被布置成将旋转运动从马达传递到转子;至少两个支撑件(65,75) 所述轴在轴壳体(90)内,每个支撑件包括至少一个轴承(95,98)和至少一个迫动元件(135,145),所述至少一个推动元件(135,145)被布置成迫使所述支撑件中的至少一个抵靠在所述轴壳体 或轴(80)的外侧; 以防止支撑件在轴壳体内的转动和径向运动,同时能够使轴在轴壳体内的轴向运动。 轴承可以在它们的内环或外环处被迫,并且可以被封闭在轴承壳体(120)中以用于保护和刚度。