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    • 2. 发明授权
    • Adjustable stroke mechanism
    • 可调节行程机构
    • US07694545B2
    • 2010-04-13
    • US11343404
    • 2006-01-31
    • Wenliang TangJohn B. BornhorstRichard J. OenCharles H. DickmanKevin J. EversRyan M. StoltzJoseph H. Hamberg
    • Wenliang TangJohn B. BornhorstRichard J. OenCharles H. DickmanKevin J. EversRyan M. StoltzJoseph H. Hamberg
    • B30B1/26
    • B30B1/263
    • An adjustment stroke connection for a mechanical press includes an eccentric bushing disposed within a press connection member and an eccentric crankshaft member disposed within the eccentric bushing. A rotatable crankshaft is connected to the eccentric member. A mechanism is provided for connecting the eccentric bushing with the press connection member in a manner that prevents rotation therebetween and concurrently permits rotation of the eccentric member relative to the eccentric bushing. When the mechanism is activated, driving rotation of the crankshaft produces a press stroke adjustment. A torque actuator delivers equal driving torque to plural eccentric crankshaft members to enable minimization of relative bushing angle slip. Suitable control of the bushing angle and slide position crank angle during bushing expansion and contraction also minimizes relative bushing angle slip.
    • 用于机械压力机的调节行程连接器包括设置在压力连接构件内的偏心衬套和设置在偏心衬套内的偏心曲轴构件。 可旋转的曲轴连接到偏心构件。 提供了一种机构,其以防止在其间旋转的方式连接偏心衬套和压力连接构件,同时允许偏心构件相对于偏心衬套旋转。 当机构被激活时,曲轴的驱动旋转产生压力冲程调整。 扭矩致动器向多个偏心曲轴构件提供相等的驱动扭矩,以使相对套管角度滑移最小化。 在套管膨胀和收缩期间适当控制套管角度和滑动位置曲柄角度也可使相对衬套角度滑移最小化。
    • 9. 发明授权
    • Dual high pressure rotary union for mechanical power press
    • 双重高压旋转接头用于机械动力压力机
    • US06862983B2
    • 2005-03-08
    • US10100951
    • 2002-03-19
    • John B. Bornhorst
    • John B. Bornhorst
    • F16L39/04B30B1/06F01M1/06
    • F16L39/04
    • A fluid delivery system supplies two or more fluids to a rotatable shaft integrated within a device such as a mechanical press and develops damped clearance spaces at the bearing surfaces of the fluid coupling device. In one arrangement, a rotary union is adapted for driving rotation by the shaft and provides two fluid pathways disposed in flow communication with a fluid access channel formed in the shaft. Bearing support is provided by an oil film present within a clearance space defined between the rotary union and a stationary housing disposed thereabout. In another arrangement, a stationary fluid transfer device is adapted for non-rotation and disposed within a crankshaft cavity to define a clearance space there between. A fluid pathway formed therein communicates fluid to the crankshaft access channel. Bearing support is provided by an oil film present in the clearance space. There are no sliding face seals in the arrangements.
    • 流体输送系统将两种或多种流体供应到集成在诸如机械压力机的装置内的可旋转轴,并在流体联接装置的支承表面处形成阻尼的间隙空间。 在一种布置中,旋转接头适于通过轴驱动旋转,并且提供两个流体通道,其设置成与形成在轴中的流体通道相通。 轴承支撑由存在于限定在旋转联轴器和设置在其周围的固定壳体之间的间隙空间内的油膜提供。 在另一种布置中,固定的流体输送装置适于不旋转并且设置在曲轴腔内以在其间限定间隙空间。 形成在其中的流体通道将流体传递到曲轴通道。 轴承支撑由存在于间隙空间中的油膜提供。 布置中没有滑动面密封。