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    • 11. 发明公开
    • Limited slip differential
    • Sperrdifferential
    • EP2169271A2
    • 2010-03-31
    • EP09170904.8
    • 2009-09-22
    • Horizon Hobby Inc.
    • Hissam, Daniel Stephen
    • F16H48/20F16H48/22F16H48/28
    • F16H48/28F16H48/08F16H48/22
    • A limited slip differential (10) for use in model cars includes a pair of pressure plates (40) installed within a housing (20) and a differential element (50) is located between the pressure plates (40), so that when the rotation speed of a drive wheel (60,70) of the model car increases, the differential element (50) will move toward against the pressure plates (40) causing gear racks of the differential element (50) to frictionally contact the shafts of the helical gears (54) on a cross shaft (52). This lowers the rotation speed of the helical gears (54), while at the same time separately lowers the rotation speed of the drive wheel (60,70), and raises the rotation speed of the other drive wheel (70,60) allowing the model car to be able to turn at high speed.
    • 用于模型车辆的限滑差速器(10)包括安装在壳体(20)内的一对压力板(40),并且差速元件(50)位于压力板(40)之间,使得当旋转 模型车的驱动轮(60,70)的速度增加,差速元件(50)将朝着压板(40)移动,导致差速元件(50)的齿轮架摩擦地接触螺旋 齿轮(54)在横轴(52)上。 这降低了螺旋齿轮(54)的转速,同时分别降低了驱动轮(60,70)的转速,并提高了另一驱动轮(70,60)的转速,从而允许 模型车能够高速转弯。
    • 16. 发明公开
    • Differential apparatus
    • 差动装置
    • EP0722056A3
    • 1996-09-04
    • EP96100366.2
    • 1996-01-11
    • TOCHIGI FUJI SANGYO KABUSHIKI KAISHA
    • Teraoka, MasaoAiba, SatoshiHiraishi, KenjiOno, ShuheiUgajin, Kazumitsu
    • F16H48/28F16H57/04
    • F16H48/285F16H57/0427F16H57/043F16H57/0483
    • A differential apparatus (7) comprises: a differential casing (21) rotated by an engine power; a plurality of pinion gears (65, 66) slidably housed in accommodation holes (63, 64) formed in the differential casing: a pair of side gears (35, 37) geared with each other via the pinion gears, two opposing end surfaces thereof being slid each other directly or via a thrust washer (61); and a block member (47, 91, 97) interposed between two inner circumferential surfaces of the two side gears so as to center the side gears, respectively. In particular, at least one oil sump (77, 79; 95; 101) is formed between the block member and the side gears, to supply lubricant to sliding portions between the block member (47, 91, 97) and the side gears (35, 37) and between two opposing end surfaces of the two side gears, by a centrifugal force generated by the rotating differential casing. Further, it is preferable to further form at least one central oil passage (301, 303, 305) at the centering portion (365) so as to extend from an inner circumferential side to an outer circumferential side of the boss portions (357, 359) of the two side gears (353, 355). Further, it is also preferable to form at least two radial oil passages (881, 885; 977, 978) between inner wall surfaces of the differential casing (821, 921) and the side gears (835, 837; 939, 941), respectively in such a way that a radially inward end thereof communicates with the helical oil passage (877, 879; 979L, 979R) and a radially outward end thereof communicates with sliding portion between the side gear and the differential casing, respectively.