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    • 4. 发明授权
    • Gear machines with improved kinematics
    • 齿轮机具有改进的运动学
    • US5908289A
    • 1999-06-01
    • US804942
    • 1997-02-24
    • Dietmar SchwuchowKarl-Heinz HirschmannGisbert LechnerKlaus Riedl
    • Dietmar SchwuchowKarl-Heinz HirschmannGisbert LechnerKlaus Riedl
    • F04C2/08F01C1/20F03C2/08F04C2/20
    • F04C2/084
    • The gear machine according to the invention includes a driving gear wheel (1) and a driven gear wheel (2) having meshing gear teeth (21,22) having a special novel shape designed to provide improved gear wheel kinematics as well as minimal volume flow rate fluctuations. A correction of the gear teeth side geometry is performed by local limited adjustment of the basic transmission function i for eliminating volume flow rate fluctuations so that a discontinuity-free transmission is attained which results in an improved motion of the driven gear wheel with reduced acceleration changes. In order to accomplish this improvement in kinematics, the shape of the flanks or sides (25,26) of the engaging or meshing gear teeth (21,22) is such that the transmission function i depends on a spacing (g.sub..alpha.y) of an instantaneous contact point (Y) from a pitch point (C) of the two gear wheels (1,2) and changes continuously with a continuous derivative with a zero derivative at a gear tooth engagement change point occurring at a maximum value of that spacing (g.sub..alpha.y).
    • 根据本发明的齿轮机包括具有啮合齿轮齿(21,22)的驱动齿轮(1)和从动齿轮(2),该啮合齿轮具有特殊的新颖形状,其设计用于提供改进的齿轮运动学以及最小体积流量 速率波动。 通过对基本传动功能i进行局部有限的调整来消除体积流量波动来实现齿轮齿面几何形状的校正,从而获得不连续的传递,这导致从动齿轮的运动减小,加速变化减小 。 为了实现运动学的这种改进,接合或啮合的齿轮齿(21,22)的侧面或侧面(25,26)的形状使得传递函数i取决于 来自两个齿轮(1,2)的节点(C)的瞬时接触点(Y),并且以在该间隔的最大值处发生的齿轮啮合变化点处的零导数的连续导数连续变化 (g alpha y)。