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    • 1. 发明授权
    • Viscous fluid coupling
    • 粘性流体耦合
    • US5853074A
    • 1998-12-29
    • US829236
    • 1997-03-31
    • Hideaki TakahashiRyuji NakamuraSeiya Tanaka
    • Hideaki TakahashiRyuji NakamuraSeiya Tanaka
    • F16D35/02
    • F16D35/023
    • A viscous fluid coupling which includes an input member having a rotatable shaft and a rotor secured to the shaft is disclosed. The viscous fluid coupling further comprises an output member rotatable disposed on the shaft and having a first chamber in which the rotor is disposed therein and a second chamber which is communicated to the first chamber through a passage, a torque transmitting mechanism for transmitting rotational torque from the input member to the output member through the viscous fluid and formed between an inner wall of the first chamber and an opposing surface of the rotor, a pumping mechanism pumping out the viscous fluid from the first chamber into the second chamber in accordance with the relative rotation between the input member and the output member and a valve device for opening and closing the passage according to an atmospheric temperature, wherein the torque transmitting mechanism is located in the diametrical direction so that amount of the viscous fluid in the torque transmitting mechanism varies when the shaft is rotated and based on the closing condition of the valve device.
    • 公开了一种粘性流体联轴器,其包括具有可旋转轴的输入构件和固定到轴的转子。 粘性流体联轴器还包括输出构件,其可旋转地设置在轴上并且具有第一室,转子布置在其中,第二腔室通过通道连通至第一腔室;扭矩传递机构,用于将旋转力矩从 所述输入构件通过所述粘性流体输送到所述输出构件,并且形成在所述第一室的内壁和所述转子的相对表面之间,泵送机构根据所述相对位置将所述粘性流体从所述第一室泵出到所述第二室中 输入构件和输出构件之间的旋转和用于根据大气温度打开和关闭通道的阀装置,其中扭矩传递机构位于直径方向上,使得扭矩传递机构中的粘性流体的量变化 轴旋转并基于阀装置的关闭状态。
    • 5. 发明授权
    • Viscous fluid coupling
    • 粘性流体耦合
    • US4702360A
    • 1987-10-27
    • US810258
    • 1985-12-18
    • Seiya Tanaka
    • Seiya Tanaka
    • F01P7/08F16D35/02F16D35/00F16D43/25
    • F16D35/023
    • A viscous fluid coupling especially used for driving the cooling fan of engines, changing the rotation speed of the fan smoothly according to the temperature. The smooth change of the rotation speed, that is, the smooth change of torque transmission by the coupling is performed by employing a valve device which has a slot for passing fluid and a specially shaped valve member movable to control the opening and closing of the slot so that the rate of increase of the opening area of the slot is smaller in a low temperature region than in a high temperature region.
    • 一种特别用于驱动发动机冷却风扇的粘性流体联轴器,根据温度平稳地改变风扇的转速。 旋转速度的平滑变化,即通过联接的扭矩传递的平滑变化通过采用具有用于通过流体的槽的阀装置和可移动以控制槽的打开和关闭的特殊形状的阀构件来执行 使得在低温区域中槽的开口面积的增加率比在高温区域中增加。
    • 6. 发明授权
    • Fluid coupling having damped bimetallic spring
    • 具有阻尼双金属弹簧的流体联轴器
    • US4998607A
    • 1991-03-12
    • US463292
    • 1990-01-10
    • Kenichiro MizutaniSeiya TanakaAtsushi Ohmi
    • Kenichiro MizutaniSeiya TanakaAtsushi Ohmi
    • F16F15/08F16D35/00F16D35/02
    • F16D35/023
    • A fluid coupling includes a casing supported by a drive shaft, a cover fixed to the casing to form a chamber, a partition plate fixed to the cover to partition the chamber into a reservoir and an operation chamber, a rotor disposed in the operation chamber, a valve plate operated to open or close a passage provided in the partition plate, a stud supported by the cover and fixed to the valve plate and a bimetal spring fixed to the stud on an inner end and to the cover on an outer end thereof. A damper is disposed between the cover and the bimetal spring and includes a rubber block and a bracket fixed to a part of the cover. The damper prevents the vibration and breakage of the bimetal spring.
    • 流体联轴器包括由驱动轴支撑的壳体,固定到壳体以形成腔室的盖子,固定到盖子以将腔室分隔成储存器的隔板和操作室,设置在操作室中的转子, 操作用于打开或关闭设置在隔板中的通道的阀板,由盖支撑并固定到阀板的螺柱和在内端固定到螺柱的双金属弹簧及其外端上的盖。 阻尼器设置在盖和双金属弹簧之间,并且包括橡胶块和固定到盖的一部分的支架。 减震器可防止双金属弹簧的振动和破损。