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    • 4. 发明授权
    • Vehicular brake control apparatus and control method of vehicular brake apparatus
    • 车辆刹车控制装置及车辆制动装置的控制方法
    • US07198336B2
    • 2007-04-03
    • US10381702
    • 2001-09-28
    • Takayuki YamamotoNaoki Sawada
    • Takayuki YamamotoNaoki Sawada
    • B60T8/64B60T13/00
    • F16D51/48B60T7/042B60T8/17616B60T8/3255B60T8/50B60T13/741F16D65/18F16D2066/003F16D2066/005F16D2121/24F16D2125/40F16D2127/02
    • A vehicular brake control apparatus includes a braked member that rotates together with a wheel, a braking member, an electric driving device that presses the braking member against the braked member to apply a braking torque to the wheel, when being supplied with electric current, an operational state detector that detects an operational state of the vehicle and provides a quantity of state representative of the operational state of the vehicle, a braking torque change request determiner that selectively determines that the braking torque is to be increased and that the braking torque is to be reduced, based on the quantity of state, and a current controller that controls supply of electrical current to the electric driving device so that the electric driving device is caused to drive in a predetermined direction if it is determined that the braking torque is to be increased, and so that the electric driving device does not drive in the predetermined direction if it is determined that the braking torque is to be reduced.
    • 车辆制动控制装置包括与车轮一起旋转的制动部件,制动部件,电动驱动装置,其在被​​供给电流时将制动部件压靠在制动部件上以对车轮施加制动转矩, 操作状态检测器,其检测车辆的操作状态并提供代表车辆的运行状态的状态量;制动转矩变更请求确定器,其选择性地确定制动转矩将增加,并且制动转矩为 根据状态量减少电流控制器,以及控制向电动驱动装置供给电流的电流控制器,以便如果确定制动转矩将被设定为使驱动装置沿预定方向驱动 如果确定的话,电驱动装置不能沿预定方向驱动 制动力矩要降低。
    • 5. 发明授权
    • Braking torque control apparatus and method
    • 制动力矩控制装置及方法
    • US06607253B1
    • 2003-08-19
    • US09702730
    • 2000-11-01
    • Takayuki YamamotoKeiji MurashimaNaoki Sawada
    • Takayuki YamamotoKeiji MurashimaNaoki Sawada
    • H02K710
    • B60T13/74B60T7/042B60T8/3255B60T8/52B60T13/662
    • A pair of shoes are expanded by driving an electric brake motor. Due to the friction engagement of the shoes with a drum inner peripheral surface, a braking force is applied to a wheel. An actual braking torque is detected by a strain sensor that detects the load applied to an anchor pin. Through a feedback control using the actual braking torque, the electric motor is driven and controlled so that the actual braking torque becomes equal to a target braking torque that is determined in accordance with the amount of operation of a brake pedal. When the actual braking torque is undetectable, for example, during a stop of a vehicle, the electric motor is driven and controlled through an actuating force control using the current through the electric motor that is detected by a motor current sensor. The braking torque control apparatus controls the actual braking torque to a magnitude corresponding to brake operation, regardless of the magnitude of the coefficient of friction between a friction engagement member and brake rotor. Even when the braking torque is undetectable, the apparatus executes brake control in a good manner.
    • 通过驱动电动制动马达来扩展一双鞋。 由于鞋与滚筒内周面的摩擦接合,对车轮施加制动力。 通过应变传感器检测实际的制动转矩,该应变传感器检测施加到锚销的负载。 通过使用实际制动转矩的反馈控制,电动机被驱动和控制,使得实际制动转矩等于根据制动踏板的操作量确定的目标制动转矩。 当实际制动转矩不可检测时,例如在车辆停止期间,通过使用由电动机电流传感器检测的电动机的电流的驱动力控制来驱动和控制电动机。 制动转矩控制装置将实际的制动转矩控制到与制动操作相对应的幅度,而与摩擦接合构件和制动转子之间的摩擦系数的大小无关。 即使在制动转矩不可检测的情况下,该装置以良好的方式执行制动控制。
    • 7. 发明授权
    • Hydraulic brake system
    • 液压制动系统
    • US09533663B2
    • 2017-01-03
    • US13508818
    • 2010-03-03
    • Tetsuya MiyazakiTakayuki YamamotoYoshito Tanaka
    • Tetsuya MiyazakiTakayuki YamamotoYoshito Tanaka
    • B60T8/40B60T8/88B60T8/94
    • B60T8/4081B60T8/885B60T8/94B60T2270/402
    • A hydraulic brake system including: (a) a first hydraulic-pressure generating device including a manual hydraulic pressure source; (b) a second hydraulic-pressure generating device including a power hydraulic pressure source; (c) a manual-operation-associated brake line including a communicating device that is to be brought into communication with the manual hydraulic pressure source and brake cylinder or cylinders of the plurality of hydraulic brakes; (d) an output hydraulic-pressure control device and a flow restraining device disposed in parallel with each other between the manual-operation-associated brake line and the second hydraulic-pressure generating device; and (e) a power hydraulic pressure source control device for activating the power hydraulic pressure source such that the hydraulic pressure is supplied to the manual-operation-associated brake line via the flow restraining device, when the output hydraulic-pressure control device cannot control the hydraulic pressure outputted by the second hydraulic-pressure generating device.
    • 一种液压制动系统,包括:(a)包括手动液压源的第一液压发生装置; (b)包括动力液压源的第二液压发生装置; (c)手动操作相关的制动线,其包括与所述手动液压源和所述多个液压制动器的制动缸或气缸连通的连通装置; (d)在与手动关联的制动管路和第二液压发生装置之间并联设置的输出液压控制装置和流量限制装置; 以及(e)动力液压源控制装置,用于当输出液压控制装置不能控制时启动动力液压源,使得液压通过流量限制装置供给到与手动关联的制动管路 由第二液压发生装置输出的液压。