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    • 2. 发明授权
    • Planar gear train
    • 平面齿轮系
    • US3943788A
    • 1976-03-16
    • US498367
    • 1974-08-19
    • Louis KummelRudolf MorhartErich Pollak-Banda
    • Louis KummelRudolf MorhartErich Pollak-Banda
    • F16H1/20F16H1/26F16H57/022F16H57/023F16H57/00
    • F16H57/022F16H1/26F16H57/023Y10T74/19633
    • A driving and a driven spur gear, lying in a common plane, are operatively coupled with each other through the intermediary of an idler gear in mesh therewith, the idler gear being radially shiftable against a resilient force in the common plane of rotation. The tangent to any tooth flank of both the driving and the driven gear at its point of contact with a tooth of the idler gear includes a pressure angle .alpha. with the common diameter of the meshing gears; the angle .delta. between the two common diameters should be so chosen that the two tangents are substantially perpendicular to each other, with .delta. - 2.alpha. = 90.degree. for rotation in one direction and .delta. +2.alpha. =90.degree. for rotation in the opposite direction.
    • 位于公共平面中的驱动和被驱动的正齿轮通过与其啮合的空转齿轮的中间可操作地联接,空转齿轮抵抗在公共旋转平面中的弹性力径向移动。 驱动齿轮和从动齿轮在与空转齿轮的齿接触点处的任何齿面的切线包括与啮合齿轮的共同直径的压力角α; 两个共同直径之间的角度角应该被选择为使得两个切线基本上彼此垂直,在一个方向上旋转的delta-2α= 90°,并且在相反方向上旋转delta +2α= 90° 。
    • 3. 发明授权
    • Drive system for connecting two drive shafts to a single output shaft,
as in a propeller drive for a watercraft
    • 用于将两个驱动轴连接到单个输出轴的驱动系统,如用于船舶的螺旋桨驱动器
    • US4022083A
    • 1977-05-10
    • US618060
    • 1975-09-30
    • Erich Pollak-BandaErich John
    • Erich Pollak-BandaErich John
    • F16H57/02F16H57/022F16H57/025F16H57/03F16H37/06
    • F16H57/025F16H57/022F16H57/03F16H2057/02008F16H2057/0206Y10T74/19056Y10T74/2186
    • A drive system securable to a base for connecting a pair of generally parallel drive shafts to a single output shaft has a rigid nondeformable housing supported on the base by primary supports lying in a plane perpendicular to the rotation axes of pinion and drive gears rotatably carried in this housing. Each of the pinion gears is connected through a flexible coupling to one of the drive shafts and the drive gear is connected to the output shaft. The supports are deformable so that stresses which normally misalign the pinion and drive gears are compensated for outside of the housing by these supports and the drive gears remain in perfect alignment. The output shaft may extend completely through the housing and be journaled in front of the housing in a fixed bearing, and the primary supports lying in the symmetry plane of the housing may be gudgeons received in journals and permitting tipping of the housing.
    • 可固定到基座的驱动系统,用于将一对大致平行的驱动轴连接到单个输出轴上,具有刚性不可变形的壳体,其通过主要支撑件支撑在基座上,主支撑件位于垂直于小齿轮和驱动齿轮的旋转轴线的平面中, 这个房子。 每个小齿轮通过柔性联轴器连接到一个驱动轴上,驱动齿轮连接到输出轴上。 支撑件是可变形的,使得通过这些支撑件对通常不对准小齿轮和驱动齿轮的应力补偿到壳体的外部,并且驱动齿轮保持完美对准。 输出轴可以完全延伸穿过壳体,并且被固定在壳体前面的固定轴承中,并且位于壳体的对称平面中的主支架可以是收纳在轴颈中的小舵并允许壳体倾斜。
    • 5. 发明授权
    • Hydrodynamic bearing assembly
    • 流体动力轴承总成
    • US4514099A
    • 1985-04-30
    • US522259
    • 1983-08-11
    • Erich JohnErich Pollak-Banda
    • Erich JohnErich Pollak-Banda
    • F16C17/02F16C23/04F16C33/10F16C37/00
    • F16C37/002F16C17/02F16C23/04F16C33/106
    • The invention relates to a hydrodynamic bearing assembly in which a relatively broad bearing is divided into two bearings (2, 3) placed axially side by side. Both bearings are connected together to an inner bearing member (1) which is mounted to swivel universally over a spherical sector surface (16) in a cylindrical bore (18) of a surrounding housing. Between the bearing surfaces of both bearings (2, 3) there is provided in the bearing bore (6) a flowing fluid medium passage shared by the bearings, such as an annular groove (10). Through this passage the outlet flow area for the flowing fluid medium is doubled and length of the flow path in the bearing bore (6) reduced by one-half. Concurrently, a more perfect load pressure equalization is achieved on both bearings (2, 3) owing to the ball-joint-type universal bearing arrangement between the inner bearing member (1) and the housing (20).
    • 本发明涉及一种流体动力轴承组件,其中相对宽的轴承被分成轴向并排放置的两个轴承(2,3)。 两个轴承都连接在一个内轴承件(1)上,内轴承件(1)被安装成在周围壳体的圆柱形孔(18)中的球形扇形表面(16)上普遍旋转。 在两个轴承(2,3)的轴承表面之间,在轴承孔(6)中设置有由诸如环形凹槽(10)的轴承共享的流动介质通道。 通过该通道,用于流动介质的出口流动面积加倍,并且轴承孔(6)中的流动路径的长度减小了一半。 同时,由于内轴承构件(1)和壳体(20)之间的球接头型通用轴承装置,在两个轴承(2,3)上都实现了更完美的负载压力平衡。