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    • 1. 发明授权
    • Transmission assembly for tractors
    • 拖拉机传动总成
    • US5058459A
    • 1991-10-22
    • US690812
    • 1991-04-23
    • Shusuke NemotoYoshiyuki KirihataKeisaku Hikishima
    • Shusuke NemotoYoshiyuki KirihataKeisaku Hikishima
    • B60K17/04B60K17/06F16H3/02F16H37/04F16H57/021F16H57/029
    • F16H37/043Y10T74/19167Y10T74/2186
    • An auxiliary speed change mechanism (10) disposed within a rear portion of a tractor clutch housing (1) is supported by a support frame (11) comprising axially spaced front and rear bearing support plate members (11a, 11b) which are integrally connected by upper and lower connecting plate members (11c, 11d). The change mechanism includes two sets of constant-mesh gears (8, 9, 12, 13) and is operated by a shifter fork (17) which is supported by the support frame through a guide shaft (16). This structure facilitates an easy pre-assembling procedure of the change mechanism which is then installed into the tractor by securing the support frame to a front of a transmission casing (3) to be secured to the rear of the clutch housing. An integral, internal partition wall (1a) is provided in the clutch housing for interrupting lubricant oil for the change mechanism from a main clutch (2) which is disposed within a front end portion of the housing.
    • 设置在拖拉机离合器壳体(1)的后部内的辅助变速机构(10)由支撑框架(11)支撑,所述支撑框架(11)包括轴向间隔开的前后轴承支撑板构件(11a,11b),所述前后轴承支撑板构件 上连接板构件(11c,11d)。 换档机构包括两套恒啮齿轮(8,9,12,13),并由一个通过导向轴(16)由支撑架支撑的换挡叉(17)操作。 这种结构有助于改变机构的容易的预组装过程,然后通过将支撑框架固定到变速器壳体(3)的前部以将其固定到离合器壳体的后部而被安装到拖拉机中。 在离合器壳体中设有一体的内部分隔壁(1a),用于从设置在壳体的前端部内的主离合器(2)中断用于换向机构的润滑油。
    • 4. 发明授权
    • Hydrostatic transmission and power transmission arrangement with the same for vehicle
    • 液压传动和动力传动装置与车辆相同
    • US06419041B1
    • 2002-07-16
    • US09702855
    • 2000-11-01
    • Shusuke Nemoto
    • Shusuke Nemoto
    • B60K1700
    • F16H47/02B60K17/28
    • An HST used for vehicle with a vehicle body, which includes a hydraulic pump, a hydraulic motor fluidly connected with the hydraulic pump, a housing accommodating the hydraulic pump and the hydraulic motor, a hydraulic pump block supporting the hydraulic pump and a hydraulic motor block separately arranged from the hydraulic pump block and supporting the hydraulic motor. The housing constitutes at least a part of the vehicle body. The hydraulic pump and the hydraulic motor are disposed along the vehicle longitudinal axis via the hydraulic pump block and the hydraulic motor block. The present invention also provides a power transmission arrangement with the HST for vehicle.
    • 用于具有车身的车辆的HST,其包括液压泵,与液压泵流体连接的液压马达,容纳液压泵和液压马达的壳体,支撑液压泵的液压泵块和液压马达块 与液压泵块分开设置并支撑液压马达。 壳体构成车体的至少一部分。 液压泵和液压马达通过液压泵块和液压马达块沿着车辆纵向轴线设置。 本发明还提供一种具有用于车辆的HST的动力传动装置。
    • 5. 发明授权
    • Transmission mechanism of vehicle with HST
    • HST车辆传动机构
    • US06363815B1
    • 2002-04-02
    • US09446148
    • 1999-12-15
    • Yoshitaka IshimaruShusuke Nemoto
    • Yoshitaka IshimaruShusuke Nemoto
    • B60K1710
    • B60K17/105B60K17/04B60K17/16B60K17/28B60K17/344Y10T74/19037Y10T74/19149
    • The invention provides a transmission mechanism for use in a vehicle including a vehicle body having one side toward a first direction along the length thereof and the other side toward a second direction opposite to the first direction, the vehicle comprising a differential gear unit 11, an HST 8 and an engine 7 which are arranged in the vehicle body from the first direction side toward the second direction. A transmission 10 is provided between the differential gear unit 11 and the HST 8, whereby the power of the engine 7 is transmitted through the transmission 10 and input to the HST 8 at the first direction side thereof. The transmission mechanism of simple construction serves to shorten the overall length of the vehicle while preventing the rise of the center of gravity of the vehicle.
    • 本发明提供了一种用于车辆的变速机构,该车辆包括车身,其一侧沿着其长度方向朝向第一方向,另一侧朝向与第一方向相反的第二方向,该车辆包括差速齿轮单元11, HST8和发动机7,其从第一方向侧朝向第二方向布置在车身中。 在差动齿轮单元11和HST8之间设置有变速器10,由此发动机7的动力通过变速器10传递到HST8的第一方向侧。 简单结构的传动机构用于缩短车辆的整体长度,同时防止车辆重心的上升。
    • 7. 发明授权
    • Transmission assembly for tractors
    • 拖拉机传动总成
    • US5001941A
    • 1991-03-26
    • US500747
    • 1990-03-28
    • Shusuke Nemoto
    • Shusuke Nemoto
    • F16H3/085F16H37/04F16H37/06
    • F16H37/043
    • An additional speed change mechanism (11) is incorporated in a vehicle-driving power transmission path of a tractor. The change mechanism is disposed within a main clutch housing (1) using axially spaced front and rear bearing support frames (6, 7) as supports for transmission shafts (9, 10, 11) associated to the mechanism. The front frame is fixedly mounted on a front surface of an internal flange (5) on the housing and may also be used as a support for preassembling the mechanism at the outside of clutch housing. The rear frame is fixedly mounted on a front surface of rear wall (1a) of the housing and may be varied in configuration in accordance with a given design of the change mechanism. An adaptability to various designs of the change mechanism is given while assuring an easy assemblage of the change mechanism into the clutch housing.
    • 在拖拉机的车辆驱动动力传递路径中并入附加的变速机构(11)。 改变机构设置在主离合器壳体(1)内,使用轴向间隔开的前和后轴承支撑框架(6,7)作为与该机构相关联的传动轴(9,10,11)的支撑件。 前框架固定地安装在壳体上的内部凸缘(5)的前表面上,并且还可以用作用于在离合器壳体的外部预组装机构的支撑件。 后框架固定地安装在壳体的后壁(1a)的前表面上,并且可以根据变化机构的给定设计而变化。 给出了改变机构的各种设计的适应性,同时确保将换档机构容易地组装到离合器壳体中。
    • 9. 发明授权
    • Transmission system for working vehicles
    • 工作车辆传动系统
    • US4809796A
    • 1989-03-07
    • US108927
    • 1987-10-15
    • Kojiro YamaokaShusuke Nemoto
    • Kojiro YamaokaShusuke Nemoto
    • B60K5/06B60K7/00B60K17/10B62D11/02
    • B60K17/105
    • Separate left and right hydrostatic transmission (15) for controlling rotation of left and right final drive wheels (11) of a working vehicle independently are disposed laterally inwardly of the drive wheels in a vertical posture such that, while an input shaft (23) extends upwardly, an output shaft (24) extends downwardly. To each of the hydrostatic transmissions is attached a L-shaped gear box (16) which extends over lower and outer sides of the hydrostatic transmission and supports the axle (17) of final drive wheel at its upstanding portion. within the box is housed first and second reduction gear trains which form a L-shaped transmission path between the output shaft and axle.
    • 独立地用于控制作业车辆的左右的最终驱动轮(11)的旋转的独立的左右静液压传动装置(15)以垂直姿势横向地设置在驱动轮的内侧,使得当输入轴(23)延伸 向上,输出轴(24)向下延伸。 每个静液传动装置都安装有L形齿轮箱(16),其在静液传动装置的下侧和外侧延伸,并在其直立部分支撑最终驱动轮的轴(17)。 在箱体内装有第一和第二减速齿轮系,其在输出轴和轴之间形成L形传动路径。