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    • 1. 发明授权
    • Speed-changing device
    • 变速装置
    • US07416503B2
    • 2008-08-26
    • US10556843
    • 2004-04-30
    • Hikosaburo HirakiTakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • Hikosaburo HirakiTakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • F16H47/04
    • F16H47/04F16H2037/0866F16H2037/088
    • A transmission is provided which has a very compact system configuration and is capable of exerting high energy efficiency over all speed regions from a low speed region to a high speed region, while providing improved operability free from a torque shortage. To this end, the transmission has an input shaft 3, an intermediate output shaft 8, a planetary gear mechanism 9, a first pump-motor 7, and a second pump-motor 15 connected to the first pump-motor 7, the input shaft 3 being coupled to a first element (planetary carrier 12) of the planetary gear mechanism 9, the second pump-motor 15 being coupled to a second element (sun gear 19) of the planetary gear mechanism 9, the intermediate output shaft 8 being coupled to a third element (ring gear 16) of the planetary gear mechanism 9, and the transmission further comprising a switching mechanism (synchromesh mechanism 6) for selectively coupling the first pump-motor 7 to either the input shaft 3 or the intermediate output shaft 8.
    • 提供了一种具有非常紧凑的系统配置并且能够在从低速区域到高速区域的所有速度区域施加高能量效率的传输,同时提供了没有扭矩不足的改进的可操作性。 为此,变速器具有连接到第一泵电动机7的输入轴3,中间输出轴8,行星齿轮机构9,第一泵电动机7和第二泵电动机15,输入轴 3联接到行星齿轮机构9的第一元件(行星架12),第二泵电动机15联接到行星齿轮机构9的第二元件(太阳齿轮19),中间输出轴8被联接 到行星齿轮机构9的第三元件(环形齿轮16),并且变速器还包括用于选择性地将第一泵电动机7联接到输入轴3或中间输出轴8的切换机构(同步啮合机构6) 。
    • 2. 发明申请
    • SPEED-CHANGING DEVICE
    • 变速装置
    • US20080108467A1
    • 2008-05-08
    • US11961918
    • 2007-12-20
    • Hikosaburo HIRAKITakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • Hikosaburo HIRAKITakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • F16H47/04
    • F16H47/04F16H2037/0866F16H2037/088
    • A transmission is provided which has a very compact system configuration and is capable of exerting high energy efficiency over all speed regions from a low speed region to a high speed region, while providing improved operability free from a torque shortage. To this end, the transmission has an input shaft, an intermediate output shaft, a planetary gear mechanism, a first pump-motor, and a second pump-motor connected to the first pump-motor, the input shaft being coupled to a first element of the planetary gear mechanism, the second pump-motor being coupled to a second element of the planetary gear mechanism, the intermediate output shaft being coupled to a third element of the planetary gear mechanism, and the transmission further comprising a switching mechanism for selectively coupling the first pump-motor to either the input shaft or the intermediate output shaft.
    • 提供了一种具有非常紧凑的系统配置并且能够在从低速区域到高速区域的所有速度区域施加高能量效率的传输,同时提供了没有扭矩不足的改进的可操作性。 为此,变速器具有输入轴,中间输出轴,行星齿轮机构,第一泵电动机和连接到第一泵电动机的第二泵电动机,输入轴与第一元件 所述第二泵电动机联接到所述行星齿轮机构的第二元件,所述中间输出轴联接到所述行星齿轮机构的第三元件,并且所述变速器还包括用于选择性地联接的切换机构 第一个泵马达到输入轴或中间输出轴。
    • 3. 发明授权
    • Speed-changing device
    • 变速装置
    • US07448976B2
    • 2008-11-11
    • US11961918
    • 2007-12-20
    • Hikosaburo HirakiTakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • Hikosaburo HirakiTakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • F16H3/72F16H48/30
    • F16H47/04F16H2037/0866F16H2037/088
    • A transmission is provided which has a very compact system configuration and is capable of exerting high energy efficiency over all speed regions from a low speed region to a high speed region, while providing improved operability free from a torque shortage. To this end, the transmission has an input shaft, an intermediate output shaft, a planetary gear mechanism, a first pump-motor, and a second pump-motor connected to the first pump-motor, the input shaft being coupled to a first element of the planetary gear mechanism, the second pump-motor being coupled to a second element of the planetary gear mechanism, the intermediate output shaft being coupled to a third element of the planetary gear mechanism, and the transmission further comprising a switching mechanism for selectively coupling the first pump-motor to either the input shaft or the intermediate output shaft.
    • 提供了一种具有非常紧凑的系统配置并且能够在从低速区域到高速区域的所有速度区域施加高能量效率的传输,同时提供了没有扭矩不足的改进的可操作性。 为此,变速器具有输入轴,中间输出轴,行星齿轮机构,第一泵电动机和连接到第一泵电动机的第二泵电动机,输入轴与第一元件 所述第二泵电动机联接到所述行星齿轮机构的第二元件,所述中间输出轴联接到所述行星齿轮机构的第三元件,所述变速器还包括用于选择性地联接的切换机构 第一个泵马达到输入轴或中间输出轴。
    • 4. 发明申请
    • Speed-changing device
    • 变速装置
    • US20060217225A1
    • 2006-09-28
    • US10556843
    • 2004-04-30
    • Hikosaburo HirakiTakashi KuseToshikazu Okada
    • Hikosaburo HirakiTakashi KuseToshikazu Okada
    • F16H47/04
    • F16H47/04F16H2037/0866F16H2037/088
    • A transmission is provided which has a very compact system configuration and is capable of exerting high energy efficiency over all speed regions from a low speed region to a high speed region, while providing improved operability free from a torque shortage. To this end, the transmission has an input shaft 3, an intermediate output shaft 8, a planetary gear mechanism 9, a first pump-motor 7, and a second pump-motor 15 connected to the first pump-motor 7, the input shaft 3 being coupled to a first element (planetary carrier 12) of the planetary gear mechanism 9, the second pump-motor 15 being coupled to a second element (sun gear 19) of the planetary gear mechanism 9, the intermediate output shaft 8 being coupled to a third element (ring gear 16) of the planetary gear mechanism 9, and the transmission further comprising a switching mechanism (synchromesh mechanism 6) for selectively coupling the first pump-motor 7 to either the input shaft 3 or the intermediate output shaft 8.
    • 提供了一种具有非常紧凑的系统配置并且能够在从低速区域到高速区域的所有速度区域施加高能量效率的传输,同时提供了没有扭矩不足的改进的可操作性。 为此,变速器具有连接到第一泵电动机7的输入轴3,中间输出轴8,行星齿轮机构9,第一泵电动机7和第二泵电动机15,输入轴 3联接到行星齿轮机构9的第一元件(行星架12),第二泵电动机15联接到行星齿轮机构9的第二元件(太阳齿轮19),中间输出轴8被联接 到行星齿轮机构9的第三元件(环形齿轮16),并且变速器还包括用于选择性地将第一泵电动机7联接到输入轴3或中间输出轴8的切换机构(同步啮合机构6) 。
    • 5. 发明授权
    • Speed change controller of working vehicle
    • 工作车辆变速控制器
    • US08182394B2
    • 2012-05-22
    • US12679556
    • 2008-08-27
    • Eiji YamaguchiMasaaki KumaTakashi Kuse
    • Eiji YamaguchiMasaaki KumaTakashi Kuse
    • F16H61/58
    • F16H61/143E02F9/202F16D48/06F16D2500/10412F16D2500/1112F16D2500/3108F16D2500/5043F16D2500/5048F16D2500/70426F16H61/0246F16H2061/145Y10T477/63525Y10T477/755
    • Provided is a device for performing speed change not leading to engine stall in a working vehicle such as a wheel loader while sustaining a required tractive force and reducing fuel consumption. When a speed (“forward”, “second speed”) suitable for a work is selected by a speed change operator, control means makes a modulation clutch engaged in response to the vehicle speed drop and makes a lock-up state where a lock-up clutch is engaged transit to a lock-up and modulation clutch slip state where the lock-up clutch is engaged while the modulation clutch slips. Subsequently, the control means performs a clutch control for causing a transition to both clutch slip state where the lock-up clutch and the modulation clutch slip in response to the vehicle speed drop, hence causing the transition to a torque converter operation state where the modulation clutch is engaged and the lock-up clutch is released.
    • 提供了一种用于在维持所需的牵引力并降低燃料消耗的同时执行不会在诸如轮式装载机的工作车辆中发动机失速的速度改变的装置。 当由变速操作者选择适合于作业的速度(“前进”,“第二速度”)时,控制装置使调节离合器响应于车速下降而接合,并产生锁定状态, 在调节离合器滑动时,锁止离合器被接合转移到锁定离合器打开状态,并且锁定离合器接合。 随后,控制装置执行离合器控制,以使得转向离合器打滑状态,其中锁定离合器和调制离合器响应于车速下降而滑动,从而转变到变矩器操作状态,其中调制 离合器接合并且锁止离合器被释放。
    • 9. 发明授权
    • Epicycloidal gear type speed change gear system
    • 齿轮齿轮式变速齿轮系
    • US5478292A
    • 1995-12-26
    • US199241
    • 1994-02-28
    • Masayuki SatoTakashi Kuse
    • Masayuki SatoTakashi Kuse
    • F16H3/62F16H3/66F16H59/08F16H61/02F16H63/24F16H63/34F16H63/40B60K41/26B60K17/08F16H57/10
    • B60W30/18036B60W10/10B60W10/115B60W10/18B60W30/1819F16H61/0246F16H2059/088Y10S475/90
    • In a speed change gear system (1) in accordance with the present invention for changing between forward movement and rearward movement of a vehicle and for changing a speed of the vehicle by selectively fixing sun gears, carriers and ring gears of a plurality of epicyclic gear devices with respective mating clutches (8, 14, 24, 28), a brake (29) is connected to an output shaft (21) of this speed change gear system (1) to share energy absorption of the respective clutches, and the hydraulic pressure for the brake (29) is controlled in accordance with a rotation rate of the output shaft (21). Therefore, these clutches (8,14,18,24,28) can be small-sized. When the brake (29) is released, a quantity of lubrication oil being supplied is reduced, and therefore the stirring resistance of the lubrication oil can be reduced, and the transmission efficiency can be satisfactory.
    • PCT No.PCT / JP92 / 01058 Sec。 371日期1994年2月28日 102(e)日期1994年2月28日PCT提交1992年8月21日PCT公布。 出版物WO93 / 04306 日本。在根据本发明的用于改变车辆的向前运动和向后运动的变速齿轮系(1)和通过选择性地固定太阳齿轮的载具和环形齿轮来改变车辆的速度 具有相应的配合离合器(8,14,24,28)的行星齿轮装置,制动器(29)连接到该变速齿轮系统(1)的输出轴(21),以共享各离合器的能量吸收,以及 根据输出轴(21)的旋转速度来控制制动器(29)的液压。 因此,这些离合器(8,14,18,24,28)可以是小尺寸的。 当制动器(29)被释放时,减少了供给的润滑油的量,因此可以降低润滑油的搅拌阻力,并且传动效率可以令人满意。
    • 10. 发明授权
    • Fluid operated transmission control system
    • 流体传动控制系统
    • US4535681A
    • 1985-08-20
    • US614479
    • 1984-05-29
    • Masaru NakamuraTakashi Kuse
    • Masaru NakamuraTakashi Kuse
    • F16H61/12F15B11/16F15B13/06
    • F16H61/12F16H2061/1204F16H2061/122F16H2061/1268
    • A hydraulic vehicular transmission has a plurality of drive speed establishing devices (e.g. clutches) to be actuated for selecting a drive speed, and a pair of similar drive direction establishing devices to be actuated for selecting a drive direction. The drive establishing devices are all actuated and deactuated hydraulically by respective solenoid operated control valves via respective pilot operated valves. Since the solenoid valves are susceptible to malfunctioning, as in the event of trouble in the associated electrical circuitry, emergency control valves are interposed respectively between the solenoid valves and the pilot operated valves. Each emergency control valve is to be hand operated in the event of the malfunctioning of the associated solenoid valve for actuating or deactuating the associated speed or direction establishing device via the associated pilot operated valve. Additional features are incorporated for the greater utility of the transmission control system.
    • 液压车辆变速器具有多个用于选择驱动速度的驱动速度建立装置(例如离合器)和用于选择驱动方向的一对类似的驱动方向建立装置。 驱动器建立装置都通过相应的先导操作阀由相应的电磁操作的控制阀液压驱动和停用。 由于电磁阀易于发生故障,因为在相关联的电路中出现故障的情况下,应急控制阀分别插在电磁阀和先导操作的阀之间。 在相关联的电磁阀发生故障的情况下,每个应急控制阀都要手动操作,用于通过相关联的先导操作阀致动或关闭相关联的速度或方向建立装置。 为了更好地实现变速器控制系统,结合了其他特征。