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    • 2. 发明授权
    • Disk brake
    • 盘式制动器
    • US06247561B1
    • 2001-06-19
    • US09362241
    • 1999-07-28
    • Kazuhiro DoiTadashi TamashoTsutomu HamabeHideaki IshiiTakahiro Tokunaga
    • Kazuhiro DoiTadashi TamashoTsutomu HamabeHideaki IshiiTakahiro Tokunaga
    • F16D6538
    • F16D55/227F16D55/22655F16D65/0006F16D65/0971F16D2055/0016
    • In the disk brake, mounting portions of the caliper of a disk brake extending toward the entrance side and the exit side with respect to the rotation direction of the disk. Relative to the rotation direction, the length of the mounting portion on the entrance side is greater than that of the mounting portion on the exit side so that the cylinder portion is offset toward the exit side. Further, the mounting portion on the entrance side has thickenings formed to extend in a longitudinal direction thereof, so that with respect to the direction of the axis of the disk, the thickness of the mounting portion on the entrance side is greater than that of the mounting portion on the exit side. During braking, when a bending moment acts on the caliper, which can cause inclination of the caliper relative to the disk, flexural rigidity of the mounting portion on the entrance side is higher than that of the mounting portion on the exit side.
    • 在盘式制动器中,盘式制动器的卡钳的安装部分相对于盘的旋转方向朝向入口侧和出口侧延伸。 相对于旋转方向,入口侧的安装部分的长度大于出口侧的安装部分的长度,使得气缸部分朝向出口侧偏移。 此外,入口侧的安装部分具有形成为沿其纵向方向延伸的加厚部,使得相对于盘的轴线方向,入口侧的安装部分的厚度大于 出口侧的安装部分。 在制动时,当弯曲力作用在卡钳上时,卡钳相对于盘的倾斜,入口侧的安装部的弯曲刚度高于出口侧的安装部的弯曲刚度。
    • 5. 发明授权
    • Disk brake
    • 盘式制动器
    • US5975252A
    • 1999-11-02
    • US79858
    • 1998-05-15
    • Shinji SuzukiHideaki IshiKazuhiro DoiTadashi Tamasho
    • Shinji SuzukiHideaki IshiKazuhiro DoiTadashi Tamasho
    • F16D65/095F16D55/227F16D65/092F16D65/097F16D65/04
    • F16D65/0971F16D55/227F16D65/092
    • Two shim plates provided for a friction pad are arranged to be slidable relative to each other in the circumferential direction of a disk, thereby suppressing the transmission of rotational force from the disk to a caliper through the friction pad and so forth during a braking operation. A friction pad including a lining and a backing plate is disposed between the disk and an outer leg portion of the caliper. An inner shim plate is integrally mounted on the back of the backing plate. An outer shim plate is disposed between the inner shim plate and the outer leg portion of the caliper in such a manner as to be slidable relative to the inner shim plate in the circumferential direction of the disk. During a braking operation, when the friction pad pressed by the caliper is circumferentially displaced by being dragged by the disk, the inner shim plate, together with the friction pad, slides relative to the outer shim plate, thereby reducing rotational force transmitted from the disk to the caliper.
    • 设置有用于摩擦垫的两个垫片布置成在盘的圆周方向上相对于彼此滑动,从而在制动操作期间通过摩擦垫等抑制从盘到卡钳的传递。 包括衬里和背板的摩擦垫设置在盘和卡钳的外腿部分之间。 内垫片一体地安装在背板的背面。 在垫片的内垫片和外腿部之间设置有外垫片,使其相对于盘片的圆周方向相对于内垫片滑动。 在制动操作期间,当由卡钳挤压的摩擦垫通过被盘拖动而周向位移时,内垫片与摩擦垫一起相对于外垫片滑动,从而减小从盘传递的旋转力 到卡尺
    • 8. 发明授权
    • Suspension device for vehicle
    • 车辆悬挂装置
    • US07793955B2
    • 2010-09-14
    • US11995245
    • 2006-06-12
    • Takuma SuzukiTadashi TamashoYutaka Mikuriya
    • Takuma SuzukiTadashi TamashoYutaka Mikuriya
    • B60G3/18B60G3/20
    • B60G3/26B60G7/008B60G2200/144B60G2200/18B60G2200/46B60G2204/148B60G2204/422
    • To control a camber angle to an adequate value by the use of a lateral force acting on a wheel, without causing a displacement of a tire ground contact point.A suspension device includes a link mechanism replaceable by a first virtual link 11 which, when a lateral force acts at a tire ground contact point, inclines a wheel in a camber angle direction with respect to a vehicle body so as to increase the lateral force, and a second virtual link 12 which is connected virtually and rotatably between the first virtual link 11 and the vehicle body 1 and which is arranged to allow the wheel 2 to move in the up-and-down direction with respect to the vehicle body 1 in accordance with a load variation of the wheel in the up-and-down direction. A rotation center A in the camber angle direction and a rotation center B in the up-and-down direction, of the wheel with respect to the vehicle body are arranged so that a lateral movement amount of the tire ground contact point due to a change in the position of the first virtual link 11 is canceled by a lateral movement amount of the tire ground contact point due to a change in the position of the second virtual link 12.
    • 通过使用作用在车轮上的横向力来将外倾角控制在适当的值,而不会引起轮胎地面接触点的位移。 悬挂装置包括可由第一虚拟连杆11替代的连杆机构,当第一虚拟连杆11在侧向力作用于轮胎接地点时,相对于车身以相对于车体的外倾角方向倾斜车轮以增加横向力, 以及第二虚拟连杆12,其虚拟地和可旋转地连接在第一虚拟连杆11和车身1之间,并且被布置成允许车轮2相对于车身1在上下方向上移动 根据车轮在上下方向上的负载变化。 车轮相对于车身的外倾角方向的旋转中心A和上下方向的旋转中心B被配置为使得轮胎接地点由于变化而产生的横向移动量 由于第二虚拟连杆12的位置的变化,第一虚拟连杆11的位置被轮胎接地点的横向移动量所抵消。
    • 10. 发明授权
    • Electric brake system
    • 电动刹车系统
    • US06748310B2
    • 2004-06-08
    • US10300781
    • 2002-11-21
    • Tadashi TamashoMasahiro KubotaYukito Iwata
    • Tadashi TamashoMasahiro KubotaYukito Iwata
    • B60T800
    • B60T13/741B60T17/22F16D55/226F16D2066/005F16D2121/24F16D2125/40
    • In an electric brake system with at least an electric wheel brake mechanism having a pair of brake friction pads to produce a braking force based on a brake manipulated variable, and a brake friction pad thrust sensor detecting a pressure of either one of the brake friction pad pair against a disk rotor, an electric brake control unit causing a temporary movement of the brake friction pad pair into contact with the disk rotor when a predetermined time period has expired from a time when a brake pedal has been recovered to an inoperative state. In the system, a position of the brake friction pad pair, at which the pressure becomes greater than a predetermined threshold value during the temporary movement of the brake friction pad pair into contact with the disk rotor, is detected or determined as a braking initiation position.
    • 在具有至少一个电动车轮制动机构的电动制动系统中,具有一对制动摩擦垫以产生基于制动器操作变量的制动力,以及制动摩擦垫推力传感器,其检测制动摩擦片中的任一个的压力 与制动踏板已经恢复到非工作状态时的预定时间段已经到期,使得制动摩擦垫对与盘形转子接触的电动制动控制单元与盘形转子对置。 在该系统中,将制动摩擦垫对与盘转子接触的临时移动期间的制动摩擦瓦对的位置变得大于预定阈值,被检测或确定为制动起始位置 。