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    • 7. 发明专利
    • Self-reciprocating energy recovery device
    • 自回收能源回收装置
    • JP2009299675A
    • 2009-12-24
    • JP2008270169
    • 2008-10-20
    • Korea Mach Res Inst韓国機械研究院
    • HAM YOUNG-BOGPARK SANG-JINKONG TAE-WOO
    • F03B17/06C02F1/44
    • F04F13/00B01D61/06C02F1/441C02F2103/08C02F2303/10F04B7/0241F04B9/1176F04B2201/0201F04B2203/0903F16K11/0743Y02A20/131Y02E10/28Y02W10/30
    • PROBLEM TO BE SOLVED: To reciprocally move pistons in power recovery chambers by a high pressure of concentrated water by selectively controlling the high pressure of the concentrated water without using a drive unit by a separate electric drive. SOLUTION: A self-reciprocating energy recovery device includes a concentrated water control valve block selectively controlling introduction and discharge of the concentrated water to and from the power recovery chambers through fluctuation of a fluctuating plate-like concentrated water valve formed with pinion gear teeth on an outer peripheral surface thereof, a rack gear formed with rack gear teeth meshed with the pinion gear teeth and inserted at opposite end sides into spools, first and second high-pressure concentrated water pilots branched out from a high-pressure concentrated water supply pipe, respectively connected to opposite sides of the spools and alternately supplying the high-pressure concentrated water, first and second high-pressure concentrated water pilot valves controlling supply of the high-pressure concentrated water to the first and second high-pressure concentrated water pilots, first and second low-pressure concentrated water pilots connected to the opposite sides of the spools and discharging low-pressure concentrated water, and first and second low-pressure concentrated water pilot valves controlling the discharge of the low-pressure concentrated water through the first and second low-pressure concentrated water pilots. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:通过选择性地控制浓缩水的高压,通过单独的电驱动而不使用驱动单元,通过高浓度的浓缩水往复运动动力回收室中的活塞。 解决方案:自动往复能量回收装置包括集中水控制阀块,其选择性地控制通过波动的形成有小齿轮的板状浓缩水阀的波动来将浓缩水引入和排出动力回收室 在其外周表面上的齿;齿条齿轮,与齿轮齿形成齿轮齿,齿轮齿与齿轮齿啮合,并在相对端侧插入阀芯;第一和第二高压浓缩水试验机,从高压集中供水 管道,分别连接到线轴的相对侧,并交替地供应高压浓缩水,第一和第二高压浓缩水先导阀,其控制高压浓缩水的供应到第一和第二高压浓缩水导管 ,第一和第二个低压浓缩水驾驶员相连 并且排出低压浓缩水,第一和第二低压浓缩水先导阀通过第一和第二低压浓缩水驾驶员控制低压浓缩水的排放。 版权所有(C)2010,JPO&INPIT