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    • 5. 发明申请
    • MOTION TRANSMISSION UNIT, DRIVE TRAIN AND HAIR CUTTING APPLIANCE
    • US20200180175A1
    • 2020-06-11
    • US16628698
    • 2018-07-02
    • KONINKLIJKE PHILIPS N.V.
    • Marcus Cornelis PETRELLIAlwin William DE VRIES
    • B26B19/28
    • The present disclosure relates to a motion transmission unit (40) for a drive train (30) of a hair cutting appliance (10) and to a hair cutting appliance (10), the unit (40) comprising an input shaft (42) defining a longitudinal axis (44) and comprising an eccentric portion (68) that is arranged to revolve about the longitudinal axis (44) when the input shaft (42) is rotated, a motion converter (44) comprising a motion converter input interface (74) and a motion converter output interface (76), and a tilting lever (46) that is pivotably mounted and comprises a tilting lever input interface (80) and a tilting lever output interface (82) that engages a driving portion (86) of a blade set (16) of the appliance (10), wherein the motion converter (44) is arranged between the input shaft (42) and the tilting lever, wherein the eccentric portion (68) of the input shaft (42) engages the motion converter input interface (74), wherein the motion converter output interface (76) engages the tilting lever input interface (80), and wherein the motion converter input interface (74) and the motion converter output interface (76) are arranged at the same longitudinal level (140) with respect to the input shaft (42), wherein the motion converter output interface (76) comprises a cylindrical portion (102) defining a cylinder axis (104) that is basically parallel to a swivel axis (58) of the tilting lever (46), wherein the tilting lever output interface (82) is arranged as a cylindrical portion (126) defining a cylinder axis (130) that is basically parallel to a swivel axis (58) of the tilting lever (46), and wherein the cylinder axis (130) of the head portion (126) of the tilting lever (46) and the cylinder axis (104) of the cylindrical portion (102) of the motion converter (44) are basically parallel to the swivel axis (58).