会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Power transmitting system for vehicle
    • 车辆动力传动系统
    • US5692987A
    • 1997-12-02
    • US497557
    • 1995-06-30
    • Yasuji ShibahataKenji HondaTetsushi Asano
    • Yasuji ShibahataKenji HondaTetsushi Asano
    • B60K17/16B60K23/04F16H48/30B60K17/20
    • F16H48/22B60K17/16B60K23/04F16H48/30F16H48/36F16H2048/204F16H2048/368F16H48/10
    • A ring gear of a differential connected to an engine, and a sun gear and a planetary carrier are connected to left and right output shafts of the differential. A first pinion and a second pinion integrally formed and having different circle radii are carried on a carrier member which is rotatably fitted over the left output shaft. The first pinion is connected to the right output shaft, while the second pinion is connected to the left output shaft. When a hydraulic clutch is brought into an engaged state during clockwise turning of a vehicle, the carrier member is decelerated to accelerate a left front wheel, and a torque is transmitted to the left front wheel. When a hydraulic clutch is brought into an engaged state during counterclockwise turning of a vehicle, the carrier member is accelerated to accelerate a right front wheel, and a torque is transmitted to the right front wheel.
    • 连接到发动机的差速器的环形齿轮和太阳轮和行星齿轮架连接到差速器的左和右输出轴。 整体形成并且具有不同圆半径的第一小齿轮和第二小齿轮被承载在可旋转地装配在左输出轴上的承载构件上。 第一小齿轮连接到右输出轴,而第二小齿轮连接到左输出轴。 当液压离合器在车辆顺时针转动期间处于接合状态时,承载构件减速以加速左前轮,并且扭矩传递到左前轮。 当液压离合器在车辆的逆时针转动中处于接合状态时,载体构件被加速以加速右前轮,并且转矩传递到右前轮。
    • 8. 发明授权
    • Torque splitting device using hydraulic clutches
    • 使用液压离合器的扭矩分离装置
    • US6007453A
    • 1999-12-28
    • US944464
    • 1997-10-06
    • Shinji OhkumaNaoki YajimaTetsushi Asano
    • Shinji OhkumaNaoki YajimaTetsushi Asano
    • B60K23/04B60K23/08F16D48/12B60K41/02F16H59/60
    • B60K23/04B60K23/0808Y10T477/6395Y10T477/65
    • An improvement is made to a torque splitting device employing hydraulic clutches so as to avoid any discontinuity in the control even when the properties of the actuating oil such as the pressure and temperature thereof deviate from standard values. For instance, when the oil temperature is low, the target value of the oil pressure for each of the clutches is modified to a lower value. Thus, it becomes possible to make less pronounced any delay in the response of the torque splitting device which may arise due to the sluggishness of the oil as it flows out of the clutch cylinder. The oil pump is typically actuated by a member rotating at a speed proportional to the vehicle speed, and the pressure output of the pump may be inadequate in a low speed range. In such a case, the target value is again reduced so as to reduce any abrupt change in the property of the torque splitting device when the vehicle is accelerated from a low speed. Because the pressure output of the pump normally drops as the oil temperature rises, it is desirable to take into account the oil temperature in this control action as well.
    • 对使用液压离合器的扭矩分离装置进行改进,以便即使当诸如压力和温度的致动油的性质偏离标准值时,也避免了控制中的任何不连续性。 例如,当油温低时,将每个离合器的油压的目标值修改为较低的值。 因此,由于油流出离合器气缸时油的迟缓可能导致扭矩分配装置的响应的任何延迟变得不那么明显。 油泵通常由以与车速成比例的速度旋转的构件致动,并且在低速范围内泵的压力输出可能不足。 在这种情况下,再次降低目标值,以便在车辆从低速加速时减小转矩分配装置的特性的突然变化。 由于泵的压力输出通常随着油温的升高而下降,因此在该控制动作中也要考虑油温。