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    • 1. 再颁专利
    • Vehicle transmission assembly
    • 车辆传动组件
    • USRE34833E
    • 1995-01-17
    • US119264
    • 1993-09-09
    • Toshiyuki HasegawaShigenori SakigawaRyota Ohashi
    • Toshiyuki HasegawaShigenori SakigawaRyota Ohashi
    • B60K17/10B60K17/28B60K25/00F16H37/08
    • B60K17/105B60K17/28B60K2025/026
    • In a vehicle transmission assembly which includes a hydrostatic transmission (14) and mechanical transmission mechanism (21) for driving rear wheel axles (20) of the vehicle at a variable speed, a hydraulic pump (16) and hydraulic motor (17) of the hydrostatic transmission are mounted on a plate member (30), secured to a front of a transmission casing (15), at an upper and lower locations such that only the motor is disposed within the transmission casing at a location above the mechanical transmission mechanism. The mechanical transmission mechanism includes plural transmission shafts (31, 32, 33) all extending laterally of the transmission casing and is connected drivenly to the motor. Pump shaft (18) of the hydraulic pump is adapted to drive at least one of a rear-PTO shaft (23) and mid-PTO shaft (24) through a drive shaft (41) disposed co-axially with the pump shaft, a fluid-operated PTO-clutch (42) mounted on the drive shaft, and a gear train (43; 143; 243) disposed at a rear end portion within the transmission casing. A compactness of the transmission assembly and turnability of the vehicle with a small radius of turn are assured.
    • 在一种包括用于以可变速度驱动车辆的后轮轴(20)的液压传动装置(14)和机械传动机构(21)的车辆传动组件中,液压泵(16)和液压马达(17) 液压传动装置安装在上部和下部位置处固定到变速器壳体(15)的前部的板构件(30)上,使得只有电动机在机械传动机构上方的位置处设置在变速器壳体内。 机械传动机构包括多个传动轴(31,32,33),它们全部在变速器壳体的侧面延伸并且被驱动地连接到电动机。 液压泵的泵轴(18)适于通过与泵轴同轴设置的驱动轴(41)驱动后PTO轴(23)和中PTO轴(24)中的至少一个, 安装在驱动轴上的流体操作的PTO离合器(42)和设置在变速器壳体内的后端部分的齿轮系(43; 143; 243)。 确保传动组件的紧凑性和转弯半径小的车辆的转动性。
    • 2. 发明授权
    • Vehicle transmission assembly
    • 车辆传动组件
    • US5046994A
    • 1991-09-10
    • US607864
    • 1990-11-01
    • Toshiyuki HasegawaShigenori SakigawaRyota Ohashi
    • Toshiyuki HasegawaShigenori SakigawaRyota Ohashi
    • B60K17/10B60K17/28B60K25/00
    • B60K17/105B60K17/28B60K2025/026
    • In a vehicle transmission assembly which includes a hydrostatic transmission (14) and mechanical transmission mechanism (21) for driving rear wheel axles (20) of the vehicle at a variable speed, a hydraulic pump (16) and hydraulic motor (17) of the hydrostatic transmission are mounted on a plate member (30), secured to a front of a transmission casing (15), at an upper and lower locations such that only the motor is disposed within the transmission casing at a location above the mechanical transmission mechanism. The mechanical transmission mechanism includes plural transmission shafts (31, 32, 33) all extending laterally of the transmission casing and is connected drivenly to the motor. Pump shaft (18) of the hydraulic pump is adapted to drive at least one of a rear-PTO shaft (23) and mid-PTO shaft (24) through a drive shaft (41) disposed co-axially with the pump shaft, a fluid-operated PTO-clutch (42) mounted on the drive shaft, and a gear train (43; 143; 243) disposed at a rear end portion within the transmission casing. A compactness of the transmission assembly and turnability of the vehicle with a small radius of turn are assured.
    • 在一种包括用于以可变速度驱动车辆的后轮轴(20)的液压传动装置(14)和机械传动机构(21)的车辆传动组件中,液压泵(16)和液压马达(17) 液压传动装置安装在上部和下部位置处固定到变速器壳体(15)的前部的板构件(30)上,使得只有电动机在机械传动机构上方的位置处设置在变速器壳体内。 机械传动机构包括多个传动轴(31,32,33),它们全部在变速器壳体的侧面延伸并且被驱动地连接到电动机。 液压泵的泵轴(18)适于通过与泵轴同轴设置的驱动轴(41)驱动后PTO轴(23)和中PTO轴(24)中的至少一个, 安装在驱动轴上的流体操作的PTO离合器(42)和设置在变速器壳体内的后端部分的齿轮系(43; 143; 243)。 确保传动组件的紧凑性和转弯半径小的车辆的转动性。
    • 4. 发明授权
    • Integral hydrostatic transaxle apparatus for driving and steering
    • 用于驾驶和转向的积分静液力驱动桥装置
    • US06312354B1
    • 2001-11-06
    • US09489678
    • 2000-01-24
    • Koji IrikuraNorihiro IshiiRyota OhashiKenichi TakadaHirohiko KawadaRobert AbendKeith J. AndrewsToshiyuki HasegawaHiroaki Shimizu
    • Koji IrikuraNorihiro IshiiRyota OhashiKenichi TakadaHirohiko KawadaRobert AbendKeith J. AndrewsToshiyuki HasegawaHiroaki Shimizu
    • B62D1106
    • B62D11/18
    • A transaxle apparatus is constructed so that left and right axles, two hydrostatic transmissions (HSTs), one for driving a vehicle and the other for steering it, and a differential unit for differentially connecting said axles with each other are together contained in a housing. The driving HST is disposed so that its hydraulic pump and motor are aligned along either a left or right side of the housing. The steering HST is disposed so that its hydraulic pump and motor are aligned along either a front or rear side of the housing. The differential unit is laterally opposite to the driving HST. Either the left or right axle crosses the driving HST between its hydraulic pump and motor. The two HSTs are provided with one or two flat center sections disposed in the housing. The cylinder blocks of the hydraulic pumps and motors of the two HSTs are mounted on either a top or bottom surface of the center section or sections. Power transmission mechanisms for transmitting output power from the hydraulic motors of the two HSTs into the differential unit are disposed on an opposite side of the center section(s) as the cylinder blocks. A charge pump may be attached onto the center section, and a conduit for sending fluid discharged from the charged pump into one or both HSTs may be partly extended outside the housing so as to be cooled by the atmosphere.
    • 传动桥装置被构造成使得左右轴,两个静液压变速器(HST),一个用于驱动车辆,另一个用于转向它,以及用于将所述轴彼此差分连接的差动单元一起被包含在壳体中。 驱动HST被布置成使得其液压泵和马达沿壳体的左侧或右侧对准。 转向HST被布置成使得其液压泵和马达沿壳体的前侧或后侧对准。 差速单元与驱动HST横向相对。 左或右轴与其液压泵和电机之间的驱动HST交叉。 两个HST设置有设置在壳体中的一个或两个平的中心部分。 两个HST的液压泵和马达的气缸体安装在中心部分的顶部或底部表面上。 用于将两个HST的液压马达的输出功率传递到差速单元的动力传递机构设置在与气缸体一致的中心部分的相对侧上。 电荷泵可以附接到中心部分,并且用于将从充电的泵排出的流体的一个或两个HST的导管部分地延伸到壳体外部,以便被大气冷却。
    • 6. 发明申请
    • Vehicle improved in steering
    • 车辆转向改善
    • US20050257983A1
    • 2005-11-24
    • US11189993
    • 2005-07-27
    • Koji IrikuraNorihiro IshiiRyota OhashiKenichi TakadaHirohiko KawadaRobert AbendKeith AndrewsToshiyuki HasegawaHiroaki Shimizu
    • Koji IrikuraNorihiro IshiiRyota OhashiKenichi TakadaHirohiko KawadaRobert AbendKeith AndrewsToshiyuki HasegawaHiroaki Shimizu
    • A01D69/03B60K17/00B60K17/10B62D11/00B62D11/04B62D11/18B62D11/24F16H39/14
    • A01D69/03B60K17/105B62D11/006B62D11/04B62D11/18B62D11/24F16H39/14
    • A vehicle is installed with an integral transaxle apparatus constructed so that a single housing contains left and right axles, a driving hydrostatic transmission (HST) having a variable displacement first hydraulic pump and a first hydraulic motor fluidly connected with each other, a steering HST having a variable displacement second hydraulic pump and a variable displacement second hydraulic motor fluidly connected with each other, and a differential unit differentially connecting the axles with each other so as to be driven regularly or reversely by the output of the driving HST and to differentially drive the axles while receiving the output of the steering HST, wherein the first hydraulic pump receives power of a prime mover and has a first movable swash plate, and the second hydraulic pump receives power of the prime mover independently of the first hydraulic pump and has a second movable swash plate. The vehicle is also provided with driving operating means for slanting operation of the first movable swash plate for switching the travelling direction between forward and backward and for changing the travelling speed, and steering operating means for slanting operation of the second movable swash plate so as to determine the leftward and rightward cornering angle. The second hydraulic motor has a third movable swash plate interlocking with the driving operating means so that the slanting direction of the third movable swash plate is changed oppositely with respect to its neutral position according to the travelling direction switching operation of the driving operating means, whereby the vehicle turns laterally in the same direction of leftward and rightward steering operation of the steering operating means whether the vehicle travels forward or backward.
    • 车辆安装有整体的驱动桥装置,其构造成使得单个壳体包含左轴和右轴,具有可变排量第一液压泵的驱动静液压变速器(HST)和彼此流体连接的第一液压马达,转向HST具有 相互流体连接的可变排量第二液压泵和可变排量第二液压马达,以及差动单元,其将轴彼此差分地连接,以便通过驱动HST的输出有规则地或相反地驱动,并差动驱动 同时接收转向HST的输出,其中第一液压泵接收原动机的动力并具有第一可动斜盘,并且第二液压泵独立于第一液压泵接收原动机的动力,并且具有第二 活动斜盘 车辆还设置有用于使第一可动斜盘倾斜操作的驱动操作装置,用于切换前后的行进方向和用于改变行驶速度;以及用于使第二可动斜盘的倾斜操作的转向操作装置,以便 确定左右拐角。 第二液压马达具有与驱动操作装置互锁的第三可动斜盘,使得根据驱动操作装置的行进方向切换操作,第三可动斜盘的倾斜方向相对于其中立位置相反地改变,由此 在车辆向前或向后行驶时,车辆在与转向操作装置的向左和向右转向操作相同的方向上横向转动。
    • 7. 发明授权
    • Vehicle improved in steering
    • 车辆转向改善
    • US06397966B1
    • 2002-06-04
    • US09489680
    • 2000-01-24
    • Koji IrikuraNorihiro IshiiRyota OhashiKenichi TakadaHirohiko KawadaRobert AbendKeith J. AndrewsToshiyuki HasegawaHiroaki Shimizu
    • Koji IrikuraNorihiro IshiiRyota OhashiKenichi TakadaHirohiko KawadaRobert AbendKeith J. AndrewsToshiyuki HasegawaHiroaki Shimizu
    • B62D1100
    • A01D69/03B60K17/105B62D11/006B62D11/04B62D11/18B62D11/24F16H39/14
    • A vehicle is installed with an integral transaxle apparatus constructed so that a single housing contains left and right axles, a driving hydrostatic transmission (HST) having a variable displacement first hydraulic pump and a first hydraulic motor fluidly connected with each other, a steering HST having a variable displacement second hydraulic pump and a variable displacement second hydraulic motor fluidly connected with each other, and a differential unit differentially connecting the axles with each other so as to be driven regularly or reversely by the output of the driving HST and to differentially drive the axles while receiving the output of the steering HST, wherein the first hydraulic pump receives power of a prime mover and has a first movable swash plate, and the second hydraulic pump receives power of the prime mover independently of the first hydraulic pump and has a second movable swash plate. The vehicle is also provided with driving operating means for slanting operation of the first movable swash plate for switching the travelling direction between forward and backward and for changing the travelling speed, and steering operating means for slanting operation of the second movable swash plate so as to determine the leftward and rightward cornering angle. The second hydraulic motor has a third movable swash plate interlocking with the driving operating means so that the slanting direction of the third movable swash plate is changed oppositely with respect to its neutral position according to the travelling direction switching operation of the driving operating means, whereby the vehicle turns laterally in the same direction of leftward and rightward steering operation of the steering operating means whether the vehicle travels forward or backward.
    • 车辆安装有整体的驱动桥装置,其构造成使得单个壳体包含左轴和右轴,具有可变排量第一液压泵的驱动静液压变速器(HST)和彼此流体连接的第一液压马达,转向HST具有 相互流体连接的可变排量第二液压泵和可变排量第二液压马达,以及差动单元,其将轴彼此差分地连接,以便通过驱动HST的输出有规则地或相反地驱动,并差动驱动 同时接收转向HST的输出,其中第一液压泵接收原动机的动力并具有第一可动斜盘,并且第二液压泵独立于第一液压泵接收原动机的动力,并且具有第二 活动斜盘 车辆还设置有用于使第一可动斜盘倾斜操作的驱动操作装置,用于切换前后的行进方向和用于改变行驶速度;以及用于使第二可动斜盘的倾斜操作的转向操作装置,以便 确定左右拐角。 第二液压马达具有与驱动操作装置互锁的第三可动斜盘,使得根据驱动操作装置的行进方向切换操作,第三可动斜盘的倾斜方向相对于其中立位置相反地改变,由此 在车辆向前或向后行驶时,车辆在与转向操作装置的向左和向右转向操作相同的方向上横向转动。
    • 8. 发明授权
    • Differential system
    • 差分系统
    • US08256558B2
    • 2012-09-04
    • US12912493
    • 2010-10-26
    • Toshiyuki HasegawaShuji Nishimoto
    • Toshiyuki HasegawaShuji Nishimoto
    • B60K17/34
    • B60K17/34Y10T74/2186
    • A power take-off support portion, including a shaft hole and an outer side surface formed around the shaft hole, is formed on a transaxle housing. The outer side surface of the power take-off support portion is shaped to fit a power take-off casing supporting a power take-off shaft in a first direction. A power take-off casing includes a power take-off main casing member and a base casing member joined to each other. The base casing member is formed with an inner side surface and an outer side surface. The inner side surface and the outer side surface of the base casing member are shaped so that the power take-off shaft supported by the power take-off main casing member is oriented in a second direction different from the first direction when the inner side surface of the base casing member is fitted to the outer side surface of the power take-off support portion, and the outer side surface of the base casing member is fitted to the inner side surface of the power take-off main casing member.
    • 包括轴孔和形成在轴孔周围的外侧表面的动力输出支撑部分形成在变速驱动桥壳体上。 动力输出支撑部分的外侧表面成形为在第一方向上配合支撑动力输出轴的动力输出壳体。 动力输出壳体包括动力输出主壳体构件和彼此接合的基座壳体构件。 基部壳体构件形成有内侧表面和外侧表面。 基座壳体部件的内侧面和外侧面成形为使得由动力输出主壳体部件支撑的动力输出轴在与第一方向不同的第二方向上定向, 所述底座壳体部件的外侧表面装配在所述动力输出支撑部的外侧面,并且所述基座壳体部件的外侧面嵌合在所述动力输出主壳体部件的内侧面。
    • 9. 发明授权
    • Vehicle
    • 车辆
    • US07601095B2
    • 2009-10-13
    • US11488665
    • 2006-07-19
    • Toshiyuki HasegawaTomoyuki EbiharaHideki KanenobuKazunari Koga
    • Toshiyuki HasegawaTomoyuki EbiharaHideki KanenobuKazunari Koga
    • B60W10/02F16H3/08F16H57/04
    • F16H3/093F16H3/006F16H57/0409F16H57/0447F16H57/045F16H57/0494F16H59/52F16H59/66F16H61/08F16H61/688Y10T74/19233Y10T74/19991Y10T477/78
    • A vehicle has an engine, an accelerator for controlling the rotary speed of the engine, an axle and a multi-speed transmission for transmitting power from the engine to the axle. The multi-speed transmission includes an odd-numbered speed drive train for an odd-numbered speed level, a first clutch for the odd-numbered speed drive train, an even-numbered speed drive train for an even-numbered speed level, and a second clutch for the even-numbered speed drive train. In correspondence to operation of the accelerator and an actual speed of the axle, either the odd-numbered speed drive train or the even-numbered speed drive train is selected so as to transmit power from the engine to the axle. A shift-up or shift-down timing between the odd-numbered speed level and the even-numbered speed level relative to variation of the actual speed of the axle is changed according to detection of a tilt angle of the vehicle or a weight of the vehicle.
    • 车辆具有发动机,用于控制发动机的转速的加速器,用于将动力从发动机传递到车轴的车轴和多速变速器。 多速变速器包括用于奇数档位的奇数速度传动系,用于奇数速度传动系的第一离合器,偶数速度级的偶数速度传动系,以及 用于偶数速度传动系的第二离合器。 对应于加速器的操作和车轴的实际速度,选择奇数速度传动系或偶数速度传动系,以便将动力从发动机传递到车轴。 相对于车轴的实际速度的变化,奇数速度等级与偶数速度等级之间的移位或偏移定时根据车辆的倾斜角度的检测或重量的变化而改变 车辆。