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    • 4. 发明授权
    • Dash pot device
    • 冲击壶装置
    • US4569803A
    • 1986-02-11
    • US580700
    • 1984-02-16
    • Yoshinari TakakuraKazuhiko Kitamura
    • Yoshinari TakakuraKazuhiko Kitamura
    • F02D9/02F02M19/12
    • F02M19/122Y10S261/18
    • A dash pot device for application to a deceleration control system for delaying a return action to the engine idle speed position of a carburetor throttle valve for automobile engines. The device includes a body member having a partition wall dividing an interior of the body member into a diaphragm chamber and an air chamber, a diaphragm disposed within the diaphragm chamber, an air filter positioned within the air chamber, a shaft fastened to the diaphragm, a pinhole type orifice passage installed in the partition wall, and a check valve located in the partition wall and oriented parallel to the orifice passage.
    • 一种用于减速控制系统的仪表盘装置,用于延迟汽车发动机的化油器节流阀的发动机怠速转速位置的返回动作。 该装置包括主体部件,其具有将本体部件的内部分隔成隔膜室和空气室的隔壁,设置在隔膜室内的隔膜,位于空气室内的空气过滤器,紧固在隔膜上的轴, 安装在分隔壁上的针孔式孔口通道,以及位于分隔壁上并且平行于孔口通道定向的止回阀。
    • 6. 发明授权
    • Engine cooling fan coupling system controlled in concert with a cooling
system thermostat
    • 发动机冷却风扇联轴器系统与冷却系统恒温器协调控制
    • US4687132A
    • 1987-08-18
    • US849954
    • 1986-04-09
    • Shunkichi SuzakiToshiaki ShiraiHisanobu AdachiMasaharu HayashiKenji HattoriYoshinari Takakura
    • Shunkichi SuzakiToshiaki ShiraiHisanobu AdachiMasaharu HayashiKenji HattoriYoshinari Takakura
    • F01P7/08F01P5/12F01P7/04F16D35/02F16D35/00
    • F01P7/042F16D35/021F01P5/12
    • An automotive vehicle engine having a coolant circulation system with a radiator, a fan, and a thermostatic valve for controlling coolant flow through the radiator. This thermostatic valve starts to open at a first temperature, is fully opened at a second temperature, and is partly opened at an intermediate third temperature. A system for coupling the fan to a rotation engine member includes: a first member rotationally coupled to the rotating member; a second member rotationally coupled to the fan; and a mechanism for providing rotational coupling between the first and second members. The degree of rotational coupling is lower when a first control valve is closed than opened, and is lower when a second control valve is closed than opened. The first control valve is opened when and only when the temperature of air passing the radiator is greater than a determinate temperature; and the second control valve is opened when engine coolant temperature rises from below to above a fourth temperature, while being closed when it drops from above to below a fifth temperature substantially lower than the fourth temperature. The fourth and fifth temperatures are substantially higher than the third temperature, differing therefrom respectively by first and second temperature differences, the second of which is substantially less than the first and the fifth temperature is higher than the second temperature.
    • 具有冷却剂循环系统的汽车发动机,其具有散热器,风扇和恒温阀,用于控制通过散热器的冷却剂流。 该恒温阀在第一温度下开始打开,在第二温度下完全打开,并在中间第三温度部分打开。 用于将风扇耦合到旋转发动机构件的系统包括:旋转地联接到旋转构件的第一构件; 旋转地联接到所述风扇的第二构件; 以及用于在第一和第二构件之间提供旋转联接的机构。 当第一控制阀闭合而不是打开时,旋转耦合度较低,而当第二控制阀闭合时,旋转耦合的程度较低。 当且仅当通过散热器的空气的温度大于确定温度时,第一控制阀打开; 并且当发动机冷却剂温度从低于上升到高于第四温度时,第二控制阀打开,同时当其从上方降到基本上比第四温度低的第五温度时关闭。 第四温度和第五温度基本上高于第三温度,分别由第一和第二温差区别,第二温度基本上小于第一温度,第五温度高于第二温度。