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    • 3. 发明授权
    • Rotary power mower with improved clutch and brake mechanism
    • 旋转割草机具有改进的离合器和制动机构
    • US4048788A
    • 1977-09-20
    • US703843
    • 1976-07-09
    • Igor KamlukinJoseph R. Harkness
    • Igor KamlukinJoseph R. Harkness
    • A01D34/68F16D67/02A01D69/08
    • A01D34/6812F16D67/02A01D2101/00Y10S56/04
    • A rotary power mower in which the cutter blade is fixed to the bottom of a cup-shaped rotor, freely rotatably suspended from a carriage that is slidably mounted for fore and aft movement beneath the deck of the mower chassis. The carriage is spring-urged to a position in which the outer face of the side wall of the cup-shaped rotor is frictionally engaged with a brake shoe fixedly carried by the mower chassis, to hold the cutter blade against turning; and a deadman control mounted on the handle of the mower and operatively connected with the carriage enables the operator to move the carriage against the force of the spring to a position in which the inner face of the side wall of the cup-shaped rotor is tangent to and frictionally engaged with the periphery of a drive wheel fixed to the engine drive shaft.
    • 一种旋转割草机,其中切割刀片固定到杯形转子的底部,可自由旋转地悬挂在可滑动地安装用于在割草机底盘的甲板下方前后运动的托架上。 托架被弹簧推动到杯形转子的侧壁的外表面与由割草机底盘固定承载的制动瓦片摩擦接合的位置,以保持切割刀片不转动; 并且安装在割草机的手柄上并与滑架可操作地连接的止动器控制使得操作者能够抵抗弹簧的力将托架移动到杯形转子的侧壁的内表面相切的位置 与固定在发动机驱动轴上的驱动轮的周边摩擦接合。
    • 4. 发明授权
    • Tractor vehicle structural arrangement that minimizes vibration
    • 拖拉机结构布置使振动最小化
    • US3951223A
    • 1976-04-20
    • US499085
    • 1974-08-20
    • Igor Kamlukin
    • Igor Kamlukin
    • B60K5/10
    • B60K5/10
    • In a tractor having front and rear pairs of wheels and an engine mounted over one of said pairs of wheels, the engine, said one pair of wheels, and implement hitch fittings comprise one module. The rest of the vehicle, including an operator's seat and steering wheel, comprises another module, connected with the first module by resilient vibration absorbing elements. In the first module the engine is rigidly mounted on a subframe to which the resilient elements are connected. The subframe and an axle for said pair of wheels can tilt relative to one another about a fore-and-aft extending axis, but such tilting is frictionally retarded to dampen vibratory engine movements about said axis.
    • 在具有前后成对的车轮的拖拉机和安装在所述一对轮子之一中的发动机之后,所述发动机,所述一对车轮和工具悬挂配件包括一个模块。 车辆的其余部分,包括操作员座椅和方向盘,包括通过弹性振动吸收元件与第一模块连接的另一个模块。 在第一模块中,发动机刚性地安装在弹性元件连接到的副架上。 所述一对轮子的子框架和轴可绕着前后延伸轴线相对于彼此倾斜,但是这种倾斜被摩擦地延迟以抑制围绕所述轴线的振动发动机运动。
    • 6. 发明授权
    • Riding mower chassis with floating steerable rear wheels
    • 骑行割草机底盘带浮动可转向后轮
    • US4787646A
    • 1988-11-29
    • US47870
    • 1987-05-07
    • Igor KamlukinJohn W. Schanz
    • Igor KamlukinJohn W. Schanz
    • A01D34/64A01D35/26
    • A01D34/64A01D2101/00Y10S56/22
    • The riding mower chassis of this invention has laterally spaced front traction wheels, attachment fittings for a mower that rides in front of those wheels, and laterally spaced rear wheels that can float up and down to accommodate terrain irregularities, For such floating a rear axle has at its midpoint a pivot connection with the frame whereby its ends can swing up and down, and the rear wheels are mounted on its ends for rotation and for swiveling relative to it. Swiveling of the rear wheels is controlled by an operator seated on the chassis from a steering wheel at its front. A pair of cable stretches that have their front ends connected with the steering wheel shaft extend rearwardly at the underside of the chassis frame to connections with a steering linkage on the rear axle. The cable stretches are guided past transmission elements on the underside of the chassis in guide tubes in which they are lengthwise slidable, but their rear portions are unconfined for flexing that accommodates swinging of the rear axle.
    • 本发明的骑马割草机底盘具有横向间隔开的前牵引轮,用于割草机的附接配件,其可以骑在这些车轮的前面,并且横向间隔开的后轮可以上下浮动以适应地形不规则。对于这种浮动,后轴具有 在其中点处具有与框架的枢轴连接,由此其端部可以上下摆动,并且后轮安装在其端部上用于旋转并相对于其旋转。 后轮的旋转由位于前座的方向盘的坐在底盘上的操作员控制。 其前端与方向盘轴连接的一对电缆延伸部在底盘框架的下侧向后延伸,以与后轴上的转向连杆相连接。 电缆延伸部通过引导管中的底盘上的传动元件引导,在导向管中它们可纵向滑动,但是它们的后部不受约束,以适应后轴的摆动。
    • 7. 发明授权
    • Planetary gear drive train
    • 行星齿轮传动系
    • US6080077A
    • 2000-06-27
    • US249898
    • 1999-02-15
    • Igor Kamlukin
    • Igor Kamlukin
    • B60K1/00B60K17/04B60K17/16F16H1/28F16H57/08
    • B60K1/00B60K17/046F16H1/28F16H57/082B60K17/16B60K2001/001F16H2001/2881
    • A differential drive train for driving two laterally opposite axially aligned driven units, for example wheel hubs, in the same rotational direction has a motor with a motor housing and motor shaft, with a shaft affixed to the housing so as to rotate in a direction opposite from the motor shaft. A planetary gear cluster is mounted adjacent an outer end of each of the shafts so as to provide a gear reduction between the shaft and an output gear. One of the planetary gear clusters drives its output gear, which is fixed to the driven unit, in a direction opposite from its input shaft. The input shafts extend through their respective planetary gear clusters so as to mount their respective driven units on bearings on the input shaft and drive the planetary gear cage. Between the motor and the planetary gear clusters, the input shafts extend through stationary tubes to which the stationary gears are affixed.
    • 用于驱动两个横向相对的轴向对准的从动单元(例如轮毂)沿相同旋转方向的差速传动系具有带有马达壳体和马达轴的马达,其轴固定到壳体上,以沿相反方向旋转 从电机轴。 行星齿轮组安装在每个轴的外端附近,以便在轴和输出齿轮之间提供齿轮减速。 其中一个行星齿轮组以与输入轴相反的方向驱动其输出齿轮,该输出齿轮固定在从动单元上。 输入轴延伸通过它们各自的行星齿轮组,以将它们各自的从动单元安装在输入轴上的轴承上并驱动行星齿轮箱。 在电动机和行星齿轮组之间,输入轴延伸穿过静止齿轮固定到的固定管。
    • 8. 发明授权
    • Self aligning planetary gear transmission & speed reducer
    • 自调心行星齿轮传动减速机
    • US5692989A
    • 1997-12-02
    • US659410
    • 1996-06-06
    • Igor Kamlukin
    • Igor Kamlukin
    • F16H1/28F16H57/08
    • F16H1/28F16H1/2827F16H57/082
    • This invention relates to high reduction planetary transmissions that do not use internal ring gears and particularly planet gears that are the support for the planet carrier and in some cases the planet carrier may be used as a support bearing for the input shaft relative to the stationary and output gears with which they mesh. The floating is accomplished by providing means to let the carrier move radially in response to unbalanced forces from the planet gears. The floating of the planet gears improves the alignment between the intermeshing gears and the balancing of the load between the planet gears. A speed reducing device placed between the input shaft of the transmission and the drive means is used to decrease the speed of the input shaft to decrease the centrifugal force on the planetary pinions as they rotate around the sun and output gears.
    • 本发明涉及不使用内部环形齿轮的特别是行星齿轮传动装置,特别是作为行星架支撑的行星齿轮传动装置,在某些情况下行星架可用作输入轴相对于固定装置的支承轴承, 输出齿轮与它们啮合。 通过提供使载体响应于来自行星齿轮的不平衡力而径向移动的装置来实现浮动。 行星齿轮的浮动改善了相互啮合的齿轮之间的对准以及行星齿轮之间负载的平衡。 使用放置在变速器的输入轴和驱动装置之间的减速装置来降低输入轴的速度,以降低行星小齿轮围绕太阳和输出齿轮旋转时的离心力。