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    • 1. 发明申请
    • Vehicle front and rear wheels drive system and clutch changeover method
    • 车前后驱动系统和离合器切换方式
    • US20040106487A1
    • 2004-06-03
    • US10720168
    • 2003-11-25
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Atsushi MoriYasuji ShibahataTakehiko Furuya
    • F16H031/00
    • B60K23/0808B60K17/16B60K17/35F16H48/22
    • Changeover clutch discs for a direct coupling clutch and a change-speed clutch, respectively, are disposed in two stages in a radial direction across a movable element which can move in axial directions of an input shaft. A carrier and the movable element are brought into meshing engagement with each other such that the movable element does not rotate relative to the carrier. The changeover clutch discs mesh with clutch discs which are disposed on the input shaft and a casing, respectively. A coned disc spring and an electromagnetic actuator are disposed such that operating directions of the spring and the actuator are opposed to each other. The coned disc spring keeps the direct coupling clutch in normally engaged condition with its biasing force, and the electromagnetic actuator brings a change-speed clutch into engagement after it has released the engagement of the direct coupling clutch by virtue of its thrust.
    • 分别用于直接联接离合器和变速离合器的转换离合器盘沿径向方向分布成跨越可沿输入轴的轴向运动的可移动元件。 载体和可动元件彼此啮合,使得可移动元件相对于载体不旋转。 转换离合器盘与设置在输入轴和壳体上的离合器盘啮合。 盘形弹簧和电磁致动器设置成使得弹簧和致动器的操作方向彼此相对。 蝶形弹簧使直接联轴器离合器以其偏置力保持在正常接合状态,并且电磁执行器通过其推力释放直接联接离合器的接合而使变速离合器接合。
    • 2. 发明申请
    • Vehicle front and rear wheels drive system and clutch changeover method
    • 车前后驱动系统和离合器切换方式
    • US20030051935A1
    • 2003-03-20
    • US10237122
    • 2002-09-09
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Atsushi MoriYasuji ShibahataTakehiko Furuya
    • B60K017/344
    • B60K23/0808B60K17/16B60K17/35F16H48/22
    • Changeover clutch discs for a direct coupling clutch and a change-speed clutch, respectively, are disposed in two stages in a radial direction across a movable element which can move in axial directions of an input shaft. A carrier and the movable element are brought into meshing engagement with each other such that the movable element does not rotate relative to the carrier. The changeover clutch discs mesh with clutch discs which are disposed on the input shaft and a casing, respectively. A coned disc spring and an electromagnetic actuator are disposed such that operating directions of the spring and the actuator are opposed to each other. The coned disc spring keeps the direct coupling clutch in a normally engaged condition with its biasing force, and the electromagnetic actuator brings a change-speed clutch into engagement after it has released the engagement of the direct coupling clutch by virtue of its thrust.
    • 分别用于直接联接离合器和变速离合器的转换离合器盘沿径向方向分布成跨越可沿输入轴的轴向运动的可移动元件。 托架和可移动元件彼此啮合,使得可移动元件相对于托架不旋转。 转换离合器盘与设置在输入轴和壳体上的离合器盘啮合。 盘形弹簧和电磁致动器设置成使得弹簧和致动器的操作方向彼此相对。 碟形弹簧将直接联轴器离合器以其偏置力保持在正常接合状态,并且电磁执行器在通过其推力释放了直接联接离合器的接合之后使变速离合器接合。
    • 3. 发明申请
    • Method of estimating quantities that represent state of vehicle
    • US20030195689A1
    • 2003-10-16
    • US10409283
    • 2003-04-08
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Atsushi Mori
    • G06F019/00
    • G01L5/20G01M17/007
    • A method is provided capable of improving the accuracy of estimations of quantities that represent the state of a vehicle, such as vehicle speed, wheel slip ratio, wheel speed along the ground, longitudinal wheel force and the vehicle body sideslip angle, or values related to the quantities that represent the vehicle state, using a simple and inexpensive method. A tire longitudinal force computing unit 81 calculates longitudinal forces F1 to F4 of each of the wheels by substituting a coefficient of friction null, which is adjusted such that a deviation between a detected value of a longitudinal acceleration Gx and an estimated longitudinal acceleration Gxe is zero, an estimated vehicle speed Ve, slip ratios S1 to S4 of each of the wheels calculated based on detected values of sensors 11 and 31, loads W1 to W4 of each of the wheels, calculated based on detected values of sensors 12 and 61, and lateral forces Y1 to Y4, into an equation related to a predetermined tire dynamics model. A longitudinal acceleration estimating unit 82 calculates an estimated longitudinal acceleration Gxe based on the longitudinal forces F1 to F4 and a predetermined movement equation. An integrator 43 integrates with respect to time the estimated longitudinal acceleration Gxe, and calculates an estimated vehicle speed Ve.
    • 5. 发明申请
    • Method of estimating quantities that represent state of vehicle
    • 估计代表车辆状态的数量的方法
    • US20030089542A1
    • 2003-05-15
    • US10289680
    • 2002-11-06
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Atsushi Mori
    • B60T008/00
    • B60T8/172B60T2230/02B60W40/103B60W2510/20B60W2520/10B60W2520/125B60W2520/14
    • A method is provided capable of improving the precision of estimating a vehicle body sideslip angle and values associated with the vehicle body sideslip angle using a simple and inexpensive method. The sideslip angle differential value unit calculates a vehicle body sideslip angle differential value by substituting a front wheel cornering power, which varies depending on the lateral acceleration output from the lateral acceleration sensor, detected values of the sensors, fixed physical quantities of the vehicle and known values, and the vehicle body sideslip angle calculated during the previous processing into a formula obtained by eliminating the rear wheel cornering power from an equation of equilibrium for the moment of the vehicle around the vertical axis and the equation of equilibrium for the force in the lateral direction of the vehicle.
    • 提供了一种能够使用简单且便宜的方法来提高车身侧滑角度的估计精度和与车体侧滑角度相关的值的方法。 侧滑角差分值单元通过代替根据从横向加速度传感器输出的横向加速度变化的前轮转弯力来计算车体侧滑角差分值,检测到的传感器的值,车辆的固定物理量和已知的 值,以及在先前处理过程中计算出的车身侧滑角度,通过从车辆围绕垂直轴线的时刻的平衡方程式消除后轮转弯力而得到的公式以及侧向力中的力的平衡方程 车辆方向