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    • 3. 发明授权
    • Stator for a hydrodynamic torque converter
    • 液力变矩器的定子
    • US4377068A
    • 1983-03-22
    • US122074
    • 1980-02-15
    • Andreas Braatz
    • Andreas Braatz
    • F16H61/54F16H41/26F16H61/52F16H41/04
    • F16H41/26F16H61/52
    • A stator construction for hydrodynamic torque converters with the stator construction including a plurality of stator blades fixedly arranged on a supporting hub. A supporting hub is adapted to be non-rotatably fixed in a reactionary direction of rotation of the torque converter. At least one additional stator blade is arranged between two neighboring fixed stator blades and guided movably on the supporting hub along a path of revolution concentric to the wheel axis between a central partial load position and a clutch position in the proximity of one of the fixed stator blades lying at the rear with respect to the reactionary direction of rotation.
    • 一种用于流体动力学变矩器的定子结构,其定子结构包括固定地设置在支撑毂上的多个定子叶片。 支撑毂适于不可旋转地固定在液力变矩器的反向旋转方向上。 至少一个额外的定子叶片布置在两个相邻的固定定子叶片之间,并且沿着与轮轴线同心的旋转路径可移动地引导到支撑轮毂之间的中心部分载荷位置和在固定定子之一附近的离合器位置之间 相对于反转旋转方向位于后方的叶片。
    • 6. 发明授权
    • Fluid friction clutch with reserve chamber in the primary disk
    • 流体摩擦离合器与主盘中的储备室
    • US4667791A
    • 1987-05-26
    • US807952
    • 1985-12-12
    • Hans MartinAndreas Braatz
    • Hans MartinAndreas Braatz
    • F16D35/00F01P7/08F16D35/02F16D43/25
    • F16D35/022
    • Disclosed is a fluid friction clutch which comprises an input shaft, a primary disk connected to the shaft, and a secondary drive part, i.e., the clutch housing. The primary disk rotates in a work chamber arranged in the clutch housing and includes a reserve chamber in its interior. A fluid stream, which circulates between the work chamber on the secondary side and the reserve chamber on the primary side, is controlled via a valve attached to the primary disk. The valve is actuated via a tappet arranged coaxially in the input shaft. The orifice of the valve is arranged on the end face of the primary disk, and the associated valve closure element is located in the interior of the reserve chamber. An overflow orifice is present on the circumference of the primary disk in conjunction with a baffle, whereby pumping of the fluid from the work chamber into the reserve chamber is achieved. This fluid friction clutch is used, preferably, as the fan drive means for a radiator in motor vehicles.
    • 公开了一种流体摩擦离合器,其包括输入轴,连接到轴的主盘,以及副驱动部分,即离合器壳体。 主盘在布置在离合器壳体中的工作室中旋转,并且在其内部包括备用室。 在次级侧的工作室和初级侧的储存室之间循环的流体流通过附接到主盘的阀来控制。 阀通过同轴地布置在输入轴中的挺杆致动。 阀的孔口布置在主盘的端面上,并且相关联的阀关闭元件位于储备室的内部。 结合挡板在主盘的圆周上存在溢流孔,从而实现将流体从工作室泵送到储备室中。 该流体摩擦离合器优选地用作机动车辆中的散热器的风扇驱动装置。
    • 7. 发明授权
    • Fluid-friction clutch
    • 流体摩擦离合器
    • US4467747A
    • 1984-08-28
    • US429675
    • 1982-09-30
    • Andreas BraatzJohann WeintzWolf-Dieter Kurz
    • Andreas BraatzJohann WeintzWolf-Dieter Kurz
    • F01P5/12F01P7/04F16D35/02F01P5/02
    • F01P7/042F16D35/021F01P5/12
    • A fluid-friction clutch for a cooling fan of an internal combustion engine, the clutch being fitted on the water-pump shaft which drives the impeller of a water pump for the internal combustion engine and being controlled by an expansion-type thermostat element which is located in a longitudinal bore through the water-pump shaft. Cooling water of the internal combustion engine is applied directly to the expansion-type thermostat element, this water being continuously conveyed through the longitudinal bore in the water-pump shaft by utilizing the pressure-difference created in the cooling water by the impeller of the water pump. In order to cool both the working chamber of the fluid-friction clutch and the clutch-bearing, a cooling line is arranged inside the working chamber and connected to the cooling-water circulation inside the longitudinal bore through the water-pump shaft.
    • 一种用于内燃机的冷却风扇的流体摩擦离合器,该离合器安装在驱动内燃机的水泵的叶轮的水泵轴上,并由膨胀型恒温元件控制 位于穿过水泵轴的纵向孔中。 将内燃机的冷却水直接施加到膨胀型恒温元件上,利用水中的叶轮在冷却水中产生的压差,连续输送到水泵轴的纵向孔内 泵。 为了冷却流体摩擦离合器和离合器轴承的工作室,冷却管线布置在工作室的内部,并通过水泵轴连接到纵向孔内的冷却水循环。