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    • 3. 发明公开
    • Balancers
    • Ausgleichsvorrichtung。
    • EP0348081A2
    • 1989-12-27
    • EP89305861.0
    • 1989-06-09
    • JAGUAR CARS LIMITED
    • Randle, Steven James
    • F16F15/26
    • F16F15/265F02B67/00F02B75/22Y10T74/2111Y10T74/2183
    • A balancer has a pair of shafts (11, 12) disposed parallel to one another and being adapted to be driven at the same speed in opposite directions, each shaft (11, 12) has a pair of axially separated weights (14, 15, 14′, 15′) mounted thereon, all four weights (14, 15, 14′, 15′) being of equal mass. The weights (14, 15, 14′, 15′) on each shaft (11, 12) are disposed at different angular positions, the disposition of weights (14, 15) on one shaft being the same as that on the other shaft (12), each weight (14, 15) on one shaft (11) being disposed at 180° to the corresponding weight (14′, 15′) on the other shaft (12) when the centres of mass of the weights (14 and 14′, and 15 and 15′) are disposed in the common axial plane of the shafts (11, 12).
    • 平衡器具有彼此平行设置并且适于以相反方向以相同速度被驱动的一对轴(11,12),每个轴(11,12)具有一对轴向分离的重物(14,15, 14分钟,15分钟),所有四个重量(14,15,14分钟,15分钟)等于质量。 每个轴(11,12)上的重物(14,15,14分钟,15分钟)设置在不同的角度位置,一个轴上的重物(14,15)的设置与另一个轴上的重物(14,15) 如图12所示,当一个轴(11)上的每个重物(14,15)设置在另一个轴(12)上的相对重量(14分钟,15分钟)的180度,当重物(14和 14分钟,15分钟和15分钟)设置在轴(11,12)的公共轴向平面中。
    • 4. 发明公开
    • Hydraulic tappets
    • 液压挺杆
    • EP0396279A1
    • 1990-11-07
    • EP90304187.9
    • 1990-04-19
    • JAGUAR CARS LIMITED
    • Randle, Steven James
    • F01L1/24
    • F01L1/25
    • A hydraulic tappet for an internal combustion engine has a collar (15) located axially on a valve stem (10), the outer periphery of the collar (15) slidably engaging a cylindrical bore (20) which is coaxial with the valve stem (10). A cap (25) having a central tubular formation (26) which slidingly engages over the end (17) of the valve stem (10) and an outer periphery which engages the cylindrical bore (20), is separated axially of the collar (15), to define a first chamber (30) between the cap (25) and collar (15) and a second chamber (35) between the cap (25) and the end (17) of valve stem (10). An inlet (31, 32) for hydraulic fluid is provided to the first chamber (30) and the first and second chambers (30, 35) one interconnected by a non-return valve (37) which prevents flow from the second chamber (35). A controlled leakage path is provided from the second chamber and a spring (40) biases the cap (25) into engagement with a cam formation (45).
    • 一种用于内燃机的液压挺杆具有轴向位于阀杆(10)上的轴环(15),轴环(15)的外周可滑动地接合与阀杆(10)同轴的圆柱形孔(20) )。 具有可滑动地接合在阀杆(10)的端部(17)上的中央管状结构(26)和接合圆柱形孔(20)的外周边的帽(25)沿轴向与套环 )以限定帽(25)和套环(15)之间的第一室(30)以及帽(25)和阀杆(10)的端部(17)之间的第二室(35)。 用于液压流体的入口(31,32)被提供到第一腔室(30)和第一和第二腔室(30,35),其中一个通过防止来自第二腔室(35)的流动的止回阀(37) )。 从第二腔室提供受控的泄漏路径,并且弹簧(40)偏压盖(25)与凸轮结构(45)接合。