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    • 22. 发明授权
    • Differentials
    • 差异
    • US4667535A
    • 1987-05-26
    • US688777
    • 1985-01-04
    • David J. Knight
    • David J. Knight
    • B60K17/16F16H1/16F16H48/29F16H1/38
    • F16H48/29
    • A limited slip differential for a vehicle having a gear carrier mounted for rotation about its longitudinal axis. A pin extends within the carrier and has it axis transverse to the carrier axis, the pin being mounted by its ends in the carrier. First and second worm wheels are rotatably mounted on the pin. Four helically toothed worm members are rotatably mounted in the carrier with the axis of each worm member extending longitudinally in the carrier. The first and third worm members mesh with a one of the worm wheels on opposite portions of the circumference thereof, and the second and fourth worm members mesh with the other worm wheel on opposite portions of the circumference thereof. A spacer block is mounted on the pin and has on two opposed faces thereof worm wheel locating surfaces each to engage a first side surface of a respective one of the worm wheels. The carrier has two further worm wheel locating surfaces to engage second side surfaces of the worm wheels. First and second helical sun gears are coaxial with the carrier axis, each sun gear being rotatably mounted with respect to the carrier. The first sun gear meshes with extension portions of the helical teeth on the second and third worm members, and the second sun gear meshes with extension portions of the helical teeth on the first and fourth worm members. The spacer block spaces the sun gears from each other.
    • 具有安装用于围绕其纵向轴线旋转的齿轮架的车辆的限滑差速器。 销在载体内延伸并且具有横向于载体轴线的轴线,该销的端部被安装在载体中。 第一和第二蜗轮可旋转地安装在销上。 四个螺旋齿状蜗杆构件可旋转地安装在载体中,每个蜗杆构件的轴线在载体中纵向延伸。 第一和第三蜗杆构件在其圆周的相对部分上与一个蜗轮啮合,并且第二和第四蜗杆构件在其圆周的相对部分上与另一个蜗轮啮合。 间隔块安装在销上,并且在其两个相对的表面上具有蜗轮定位表面,每个表面接合相应一个蜗轮的第一侧表面。 载体具有两个另外的蜗轮定位表面以接合蜗轮的第二侧表面。 第一和第二螺旋太阳齿轮与托架轴线同轴,每个恒星齿轮相对于托架可旋转地安装。 第一太阳齿轮与第二和第三蜗杆构件上的螺旋齿的延伸部啮合,第二太阳齿轮与第一和第四蜗杆构件上的螺旋齿的延伸部啮合。 间隔块将太阳齿轮彼此隔开。
    • 26. 发明申请
    • PERMANENT DIFFERENTIAL WITH TOROIDAL WORMS
    • WO2022235222A1
    • 2022-11-10
    • PCT/SK2021/000003
    • 2021-05-05
    • ŠUCHTER, Stanislav
    • ŠUCHTER, Stanislav
    • F16H48/29F16H13/08F16H48/38
    • By transformation of the worm of the self-locking worm gear are created two planetary worms (5,6), mutually mirror symmetrical, mounted on coaxial half-axles (3,4) of the driving axle. Worms have on their surface a toroidal gutter (13) and in it created thread grooves with semicircular cross-section (15) in a spiral shape. Between worms, the split carrier disc (9+10) is located, rigidly attached to the differential body, which has in the circular formation created holes for beddings, for placing of the satellite worm wheels, created from large balls (12) with half-sunk tooth-balls (14). Satellite wheel is in the carrier hole fixed by two shaft-balls, half-sunk in beddings in the carrying ball (12) and by the other half in a bedding of the carrier (9+10), thus enabling rotation of the wheel around its axis (23), tangential to the circle circumscribed by satellite centres during carrier rotation. The satellite wheels (12) with the tooth-balls (14) standing out of both carrier sides, mesh the spiral groves (15) in the toroidal gutters (13) of the planetary worms (5,6), thus differentiating their rotations and permanently transferring to them the torque from the carrier.