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    • 6. 发明授权
    • Diverter valve for capacity control of a refrigerant absorption cycle driving heat source
    • 用于制冷剂吸收循环驱动热源的容量控制的转向阀
    • US07273071B2
    • 2007-09-25
    • US10567811
    • 2004-09-01
    • Mark E. MarlerSunghan JungTimothy C. WagnerJinsang Ryu
    • Mark E. MarlerSunghan JungTimothy C. WagnerJinsang Ryu
    • F16K11/16
    • F16K11/0525F16K11/16F16K11/22F25B49/043Y10T137/87096Y10T137/87772Y10T137/87812
    • A control for controlling the amount of heated fluid entering the inlet of the driving heat source for a refrigerant absorption cycle is controlled to vary the relative amount of heated fluid entering the driving heat source inlet, and being dumped to atmosphere. Preferably, a diverter valve is utilized such that a first valve body (40) communicates the flow into the driving heat source inlet, and moves in opposition to a second valve body (46) controlling the flow through the exhaust. The two valves bodies (40, 46) are preferably mechanically linked. Since the heated fluid is not allowed to enter the refrigerant absorption cycle as its drive heating source, no additional hardware and control for dumping excess heat is necessary within the refrigerant absorption cycle. A computer control preferably drives the first valve to a precise position and the linkage ensures the second valve is also received at a precise position.
    • 控制用于控制进入制冷剂吸收循环的驱动热源的入口的加热流体的量的控制,以改变进入驱动热源入口的加热流体的相对量,并被倾倒到大气中。 优选地,使用分流阀,使得第一阀体(40)将流连通到驱动热源入口中,并且与控制通过排气的流动的第二阀体(46)相对移动。 两个阀体(40,46)优选地机械连接。 由于加热的流体不能作为其驱动加热源进入制冷剂吸收循环,所以在制冷剂吸收循环内不需要用于倾倒多余的附加的硬件和控制。 计算机控制器优选地将第一阀驱动到精确位置,并且连杆确保第二阀也被接收在精确位置。