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    • 34. 发明授权
    • Turbocharger intercooler control means
    • 涡轮增压器中冷器控制装置
    • US5669363A
    • 1997-09-23
    • US626548
    • 1996-04-02
    • John Peter Francis
    • John Peter Francis
    • F01P7/02F02B3/06F02B29/04
    • F01P7/026F02B29/0418F02B29/0475F01P2060/02F02B29/0493F02B3/06Y02T10/146
    • Valve means to control the flow of charge air through a turbocharger intercooler by-pass, comprising a valve housing defining a passage having an inlet and an outlet and adapted to form at least part of the said by-pass, a valve member movably mounted on the housing to close the passage, resilient means on the housing and urging the valve member into a position wherein the passage is open, actuating means for moving the valve member between open and closed positions and thermostatic means mounted on the valve housing and extending beyond said passage for sensing charge air temperature, said thermostatic means being operatively coupled to the valve actuating means to cause the valve member to close the valve when the sensed temperature reaches a given value.
    • 阀装置用于控制通过涡轮增压器中间冷却器旁路的增压空气的流动,包括限定具有入口和出口的适于形成所述旁路的至少一部分的通道的阀壳体,阀构件可移动地安装在 所述壳体关闭所述通道,弹性装置在所述壳体上并且将所述阀构件推动到所述通道打开的位置,用于使所述阀构件在打开和关闭位置之间移动的驱动装置以及安装在所述阀壳体上并延伸超出所述阀壳体的恒温装置的驱动装置 用于感测加压空气温度的通道,所述恒温装置可操作地联接到阀致动装置,以在检测到的温度达到给定值时使阀构件关闭阀。
    • 37. 发明授权
    • Cooling system for radiator and condenser of vehicles with an air
conditioner and method of operating the same
    • 具有空调的车辆散热器和冷凝器的冷却系统及其操作方法
    • US4658595A
    • 1987-04-21
    • US801807
    • 1985-11-26
    • Yukio ShimadaYutaka ObataTakahisa TakeokaToyotoshi Katoh
    • Yukio ShimadaYutaka ObataTakahisa TakeokaToyotoshi Katoh
    • F01P7/04B60H1/32F01P5/02F01P5/04F01P7/02F01P7/08
    • B60H1/323F01P7/026F01P7/08F01P2005/025F01P2005/046F01P2025/08F01P2025/13F01P2060/14
    • A cooling system for radiator and condenser with an air conditioner having first and second electrically driven blowers for cooling the radiator and condenser, and a cooling cycle operation switch which comprises a control circuit provided on at least one side of the first and second blowers for either stopping or operating at low speed the one of the first and second blowers when any electrical equipment of vehicle such as headlights, wipers, is operated during the cooling cycle, an engine cooling water temperature switch operative to turn on and off the first blower by releasing the control of the control circuit when any of the electrical equipments is operated, and/or a thermal load switch operative to turn of and off the second blower in accordance with the outside temperature conditions by releasing the control of the control circuit, when any of the electrical equipments is operated. With this construction, the blowers for the radiator and condenser can be efficiently operated in accordance with the conditions of the engine cooling water temperature, the outdoor temperature, and the operated or non-operated conditions of the electrical equipments of a vehicle, so as to save electrical power generated by a generator or batteries of the vehicle.
    • 一种用于散热器和冷凝器的冷却系统,具有空调器,其具有用于冷却散热器和冷凝器的第一和第二电动鼓风机,以及冷却循环操作开关,其包括设置在第一和第二鼓风机的至少一侧上的控制电路, 当在冷却循环期间操作诸如头灯,擦拭器的车辆的任何电气设备时,第一和第二鼓风机中的一个被停止或低速操作,发动机冷却水温度开关可操作以通过释放来打开和关闭第一鼓风机 当任何电气设备运行时控制电路的控制,和/或热负荷开关可操作以通过释放控制电路的控制而根据外部温度条件转动和关闭第二鼓风机,当任何 电气设备运行。 通过这种结构,可以根据发动机冷却水温度,室外温度以及车辆的电气设备的操作状态或非操作状态来有效地进行散热器和冷凝器的鼓风机的操作,以便 节省发电机或车辆电池产生的电力。