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    • 1. 发明申请
    • Vehicular transmission
    • 车辆传动
    • US20060219035A1
    • 2006-10-05
    • US11394170
    • 2006-03-30
    • Takashi NomuraYoshiaki HoriSeiji Hamaoka
    • Takashi NomuraYoshiaki HoriSeiji Hamaoka
    • F16H55/18
    • F16H3/14Y10T74/19223Y10T74/19228Y10T74/19233Y10T74/19242Y10T74/19284Y10T74/19623Y10T74/19633
    • A vehicular transmission has a structure which enables a reverse idle gear to absorb and reduce excessive back torque inputted from drive wheels. At the time of reverse traveling motion, a counter shaft and a reverse gear are connected to each other through the intermediation of a clutch mechanism, whereby the power of the counter shaft is transmitted from the reverse gear, a driven gear, a hollow shaft, and a drive gear to the drive shaft by way of a final gear. When a large back torque is inputted to the final gear from the drive shaft, the inputted back torque is transmitted to the drive gear, and is then further transmitted to the driven gear by way of the hollow shaft. Since the hollow shaft is thin-walled and has reduced rigidity, it undergoes circumferential twisting due to the back torque inputted, whereby the back torque is reduced.
    • 车辆变速器具有能够使倒档怠速齿轮吸收并减少从驱动轮输入的过大后退扭矩的结构。 在反向行进运动时,通过离合器机构相互连接的副轴和倒车齿轮,从而使副轴的动力从倒档齿轮,从动齿轮,空心轴传递, 以及通过最终齿轮到驱动轴的驱动齿轮。 当从驱动轴向最终齿轮输入较大的后转矩时,输入的反向扭矩传递到驱动齿轮,然后通过中空轴进一步传递到从动齿轮。 由于空心轴是薄壁的并且刚性降低,所以由于输入的反向扭矩而发生周向的扭转,从而减小了后扭矩。
    • 2. 发明授权
    • Vehicular transmission
    • 车辆传动
    • US07467562B2
    • 2008-12-23
    • US11394170
    • 2006-03-30
    • Takashi NomuraYoshiaki HoriSeiji Hamaoka
    • Takashi NomuraYoshiaki HoriSeiji Hamaoka
    • F16H3/08
    • F16H3/14Y10T74/19223Y10T74/19228Y10T74/19233Y10T74/19242Y10T74/19284Y10T74/19623Y10T74/19633
    • A vehicular transmission has a structure which enables a reverse idle gear to absorb and reduce excessive back torque inputted from drive wheels. At the time of reverse traveling motion, a counter shaft and a reverse gear are connected to each other through the intermediation of a clutch mechanism, whereby the power of the counter shaft is transmitted from the reverse gear, a driven gear, a hollow shaft, and a drive gear to the drive shaft by way of a final gear. When a large back torque is inputted to the final gear from the drive shaft, the inputted back torque is transmitted to the drive gear, and is then further transmitted to the driven gear by way of the hollow shaft. Since the hollow shaft is thin-walled and has reduced rigidity, it undergoes circumferential twisting due to the back torque inputted, whereby the back torque is reduced.
    • 车辆变速器具有能够使倒档怠速齿轮吸收并减少从驱动轮输入的过大后退扭矩的结构。 在反向行进运动时,通过离合器机构相互连接的副轴和倒车齿轮,从而使副轴的动力从倒档齿轮,从动齿轮,空心轴传递, 以及通过最终齿轮到驱动轴的驱动齿轮。 当从驱动轴向最终齿轮输入较大的后转矩时,输入的反向扭矩传递到驱动齿轮,然后通过中空轴进一步传递到从动齿轮。 由于空心轴是薄壁的并且刚性降低,所以由于输入的反向扭矩而发生周向的扭转,从而减小了后扭矩。
    • 4. 发明授权
    • Oil pressure control mechanism for automatic transmission
    • 自动变速器油压控制机构
    • US06805655B2
    • 2004-10-19
    • US10283201
    • 2002-10-30
    • Yoshiaki HoriYoshihiro YoshidaSeiji Hamaoka
    • Yoshiaki HoriYoshihiro YoshidaSeiji Hamaoka
    • F16H5930
    • F16H61/20F16H61/0021F16H61/0206F16H2312/06Y10T477/638Y10T477/693Y10T477/693635Y10T477/69365Y10T477/69398
    • Many vehicles designed for running on rough terrain include an automatic transmission for performing speed change by connecting or disconnecting an oil hydraulic clutch provided alongside each speed change gear. However, depending on the posture of the driver, it may be impossible to step on the brake. As a result, it may be impossible to achieve creep prevention with a creep preventive mechanism dependent on a brake signal. Therefore, a creep preventive mechanism which operates independently from a brake signal is required. The present invention provides an oil pressure control system operating independently from a brake signal. The system includes an oil pressure supply source with a linear solenoid valve for supplying working oil or interrupting the supply of the working oil to the oil hydraulic clutches. The supply of the working oil to the clutches is interrupted when the vehicle is stopped under an idling condition of an engine.
    • 设计用于在崎岖地形上行驶的许多车辆包括通过连接或断开与每个变速齿轮一起设置的油压离合器来执行变速的自动变速器。 然而,根据驾驶员的姿势,可能不可能踩踏刹车。 结果,可能不可能通过依赖于制动信号的防蠕变机构来实现防蠕变。 因此,需要独立于制动信号工作的防蠕变机构。 本发明提供独立于制动信号工作的油压控制系统。 该系统包括具有线性电磁阀的油压供应源,用于供应工作油或中断向油压离合器供应工作油。 当车辆在发动机的怠速状态下停止时,将离合器的工作油的供给中断。
    • 5. 发明申请
    • Transmission
    • 传输
    • US20050183527A1
    • 2005-08-25
    • US11110758
    • 2005-04-21
    • Yoshiaki HoriSeiji Hamaoka
    • Yoshiaki HoriSeiji Hamaoka
    • F16H3/093F16H3/089F16H3/091F16H63/18F16H3/08
    • F16H3/091F16H3/089F16H63/18F16H2200/0039F16H2200/0091Y10T74/19219Y10T74/19223Y10T74/19233Y10T74/19605
    • In the transmissions of the background art, two larger-diameter gears are mounted on a final shaft thereby causing an increase in weight of the transmission. The present invention reduces the weight of a transmission by mounting only one larger-diameter gear on a final shaft. The transmission of the present invention includes an output shaft; a countershaft extending parallel to the output shaft; an intermediate shaft extending parallel to the output shaft; a forward drive gear rotatably supported relative to the countershaft; a reverse drive gear rotatably supported relative to the countershaft; a first intermediate gear rotatably supported relative to the intermediate shaft, the first intermediate gear normally meshing with the reverse drive gear; a second intermediate gear rotatably supported relative to the intermediate shaft, the second intermediate gear being interlocked with the first intermediate gear to rotate therewith; an output shaft driven gear fixed to the output shaft, the output shaft driven gear being normally meshing with the forward drive gear and the second intermediate gear; and a gear selecting and fixing device axially movably mounted on the countershaft for selectively fixing the forward drive gear and the reverse drive gear to the countershaft.
    • 在背景技术的变速器中,两个较大直径的齿轮安装在最终的轴上,从而导致变速器的重量的增加。 本发明通过在最终轴上安装仅一个较大直径的齿轮来减小变速器的重量。 本发明的变速器包括:输出轴; 平行于输出轴延伸的中间轴; 平行于输出轴延伸的中间轴; 相对于中间轴可旋转地支撑的前进驱动齿轮; 相对于中间轴可旋转地支撑的倒档驱动齿轮; 第一中间齿轮,其相对于所述中间轴可旋转地支撑,所述第一中间齿轮通常与所述倒档驱动齿轮啮合; 相对于所述中间轴可旋转地支撑的第二中间齿轮,所述第二中间齿轮与所述第一中间齿轮互锁以与其一起旋转; 输出轴从动齿轮固定到输出轴,输出轴从动齿轮通常与前进驱动齿轮和第二中间齿轮啮合; 以及可轴向移动地安装在中间轴上的齿轮选择和固定装置,用于选择性地将前进驱动齿轮和反向驱动齿轮固定到中间轴。
    • 8. 发明授权
    • Transmission
    • 传输
    • US07258031B2
    • 2007-08-21
    • US11110758
    • 2005-04-21
    • Yoshiaki HoriSeiji Hamaoka
    • Yoshiaki HoriSeiji Hamaoka
    • F16H3/08F16H57/00
    • F16H3/091F16H3/089F16H63/18F16H2200/0039F16H2200/0091Y10T74/19219Y10T74/19223Y10T74/19233Y10T74/19605
    • In the transmissions of the background art, two larger-diameter gears are mounted on a final shaft thereby causing an increase in weight of the transmission. The present invention reduces the weight of a transmission by mounting only one larger-diameter gear on a final shaft. The transmission of the present invention includes an output shaft; a countershaft extending parallel to the output shaft; an intermediate shaft extending parallel to the output shaft; a forward drive gear rotatably supported relative to the countershaft; a reverse drive gear rotatably supported relative to the countershaft; a first intermediate gear rotatably supported relative to the intermediate shaft, the first intermediate gear normally meshing with the reverse drive gear; a second intermediate gear rotatably supported relative to the intermediate shaft, the second intermediate gear being interlocked with the first intermediate gear to rotate therewith; an output shaft driven gear fixed to the output shaft, the output shaft driven gear being normally meshing with the forward drive gear and the second intermediate gear; and a gear selecting and fixing device axially movably mounted on the countershaft for selectively fixing the forward drive gear and the reverse drive gear to the countershaft.
    • 在背景技术的变速器中,两个较大直径的齿轮安装在最终的轴上,从而导致变速器的重量的增加。 本发明通过在最终轴上安装仅一个较大直径的齿轮来减小变速器的重量。 本发明的变速器包括:输出轴; 平行于输出轴延伸的中间轴; 平行于输出轴延伸的中间轴; 相对于中间轴可旋转地支撑的前进驱动齿轮; 相对于中间轴可旋转地支撑的倒档驱动齿轮; 第一中间齿轮,其相对于所述中间轴可旋转地支撑,所述第一中间齿轮通常与所述倒档驱动齿轮啮合; 相对于所述中间轴可旋转地支撑的第二中间齿轮,所述第二中间齿轮与所述第一中间齿轮互锁以与其一起旋转; 输出轴从动齿轮固定到输出轴,输出轴从动齿轮通常与前进驱动齿轮和第二中间齿轮啮合; 以及轴向可移动地安装在中间轴上的齿轮选择和固定装置,用于选择性地将前进驱动齿轮和反向驱动齿轮固定到中间轴。
    • 9. 发明授权
    • Hydraulic fluid feeder
    • 液压给料机
    • US07174996B2
    • 2007-02-13
    • US10265610
    • 2002-10-08
    • Yoshiaki HoriTohru NishiSeiji Hamaoka
    • Yoshiaki HoriTohru NishiSeiji Hamaoka
    • F16H57/04
    • F16H61/0009F16H57/043F16H57/0434F16H2061/0046Y10T74/2186
    • Supplying fluids different in pressure from one end of a revolving shaft without providing a diagonal hole in the revolving shaft for supply holes for feeding hydraulic fluid and lubricating oil. The time for manufacturing and the cost of providing a hydraulic fluid feeder to the revolving shaft is reduced. A hydraulic fluid feeder includes a central hole provided on the centerline of the revolving shaft. Hollow tubes having a smaller outside diameter than the inside diameter of the central hole are concentrically inserted into the central hole and the central hole is partitioned. Either of the passages formed by partitioning functions as a hydraulic fluid supply passage for the hydraulic equipment and the other functions as a hydraulic fluid supply passage for another piece of hydraulic equipment or a lubricating oil supply passage for a bearing provided on the revolving shaft.
    • 从旋转轴的一端供给不同压力的流体,而不会在旋转轴中设置用于供给液压油和润滑油的供给孔的斜孔。 减少制造时间和向旋转轴提供液压流体供给器的成本。 液压流体供给器包括设置在旋转轴的中心线上的中心孔。 具有比中心孔的内径小的外径的中空管同心地插入中心孔并且中心孔被分隔。 通过分隔形成的通道中的任一个作为用于液压设备的液压流体供应通道,并且另一功能用作用于另一液压设备的液压流体供应通道或设置在旋转轴上的用于轴承的润滑油供给通道。
    • 10. 发明授权
    • Lubrication unit for internal combustion engine
    • 内燃机润滑单元
    • US06823828B2
    • 2004-11-30
    • US10235540
    • 2002-09-06
    • Tohru NishiYoshiaki HoriSeiji HamaokaMasahiro Inoue
    • Tohru NishiYoshiaki HoriSeiji HamaokaMasahiro Inoue
    • F01M102
    • F02B61/02F01M11/064F01M2001/126
    • A dry-sump lubrication unit for an internal combustion engine for a vehicle. A crankshaft of the vehicle is disposed so as to be parallel with the direction of travel of the vehicle, and in a position offset from a center of the vehicle when viewed from the front or back of the vehicle. A transmission shaft is disposed on the other side thereof. An oil tank is disposed in a crankcase located substantially at the lower center of the crankcase when viewed from the front or back of the vehicle on the rear side with respect to the traveling direction, and/or in a space between the crankcase and a rear case cover. Oil pumps are disposed forwardly of the oil tank. An oil injection pipe extends from the oil tank toward the side surface thereof on the transmission side. The resulting configuration prevents variations in liquid surface of lubricating oil of the vehicle internal combustion engine due to shaking of the vehicle body, and makes it possible to downsize the entire power unit.
    • 一种用于车辆的内燃机的干式油底壳润滑单元。 车辆的曲轴配置成与车辆的行进方向平行,并且在从车辆的前方或后方观察时偏离车辆的中心的位置。 传动轴设置在其另一侧。 当从车辆前后相对于行驶方向的后侧观察时,和/或在曲轴箱与后部之间的空间中,油箱被布置在基本上位于曲轴箱的下部中心处的曲轴箱中 案例封面 油泵位于油箱的前方。 注油管从油箱朝传动侧的侧面延伸。 所得到的结构防止车体内燃机的润滑油的液面的变化,由于车身的晃动,能够使整个动力单元小型化。