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    • 33. 发明申请
    • BRAKING SYSTEM
    • 制动系统
    • US20110031804A1
    • 2011-02-10
    • US12937330
    • 2009-04-09
    • Michihito ShimadaKazuya Maki
    • Michihito ShimadaKazuya Maki
    • B60T8/32B60T13/12B60T13/58B60T8/34B60T8/94
    • B60T8/4072B60T8/266B60T8/267B60T8/348B60T8/94B60T2270/608
    • A braking system includes: a first connecting line (L18) that connects an upstream side of a 11-system valve (25b) and a 12-system valve (25c) within a first system (25) to any one of a position between a 21-system valve (26b) and a left front wheel cylinder (27c) or a position between a 22-system valve (26c) and a right rear wheel cylinder (27d); a second connecting line (L28) that connects an upstream side of the 21-system valve (26b) and 22-system valve (26c) within the second system (26) to any one of a position between the 12-system valve (25c) and a left rear wheel cylinder (27b) or a position between the 11-system valve (25b) and a right front wheel cylinder (27a); a first changeover valve (25d) that is provided in the first connecting line (L18); and a second changeover valve (26d) that is provided in the second connecting line (L28).
    • 制动系统包括:将第一系统(25)内的11系统阀(25b)的上游侧和12系统阀(25c)连接到第一系统(25)内的位置之间的任何一个的第一连接管线(L18) 21系阀(26b)和左前轮缸(27c)或22系阀(26c)和右后轮缸(27d)之间的位置; 将第二系统(26)中的21系阀(26b)的上游侧和22系阀(26c)连接到12系阀(25c)之间的任一位置的第二连接管(L28) )和左后轮缸(27b)或11系统阀(25b)和右前轮缸(27a)之间的位置; 设置在第一连接线(L18)中的第一切换阀(25d); 以及设置在第二连接线(L28)中的第二切换阀(26d)。
    • 35. 发明申请
    • Vehicle brake control device
    • 车辆制动控制装置
    • US20070114844A1
    • 2007-05-24
    • US11591494
    • 2006-11-02
    • Kazuya MakiYasuo Takahara
    • Kazuya MakiYasuo Takahara
    • B60T8/88
    • B60T8/4081B60T8/3655
    • During normal braking, a brake fluid supply route is used through which brake fluid is supplied from a master reservoir to wheel cylinders to using first to fourth pumps. When an abnormality occurs, a route is used through which a master cylinder pressure, which is generated by depressing a brake pedal, is transmitted through brake conduits to the wheel cylinders for both front wheels. First to fourth linear valves are provided in parallel with the first to fourth pumps, respectively, and during normal braking, the first to fourth linear valves are operated under duty control to adjust the wheel cylinder pressures that are generated in the wheel cylinders to, respectively.
    • 在正常制动期间,使用制动液供给路径,通过该制动液供给路径,制动液从主油箱向轮缸供给至使用第一至第四泵。 当发生异常时,使用通过制动踏板产生的主缸压力通过制动管道传递到两个前轮的轮缸的路线。 第一至第四线性阀分别与第一至第四泵平行设置,并且在正常制动期间,第一至第四直线阀分别在负载控制下操作以将轮缸中产生的轮缸压力分别调整为 。
    • 36. 发明授权
    • Master cylinder
    • 主缸
    • US06367254B1
    • 2002-04-09
    • US09561398
    • 2000-04-28
    • Yoshiyasu TakasakiYasushi MoriMamoru SawadaKazuya MakiHiroaki Niino
    • Yoshiyasu TakasakiYasushi MoriMamoru SawadaKazuya MakiHiroaki Niino
    • B60T1312
    • B60T13/165
    • A master cylinder which includes a primary piston and a thrust piston disposed within a housing, and defines an intensifying chamber at a location rearward of the thrust piston. An input shaft has a front end which is disposed within the intensifying chamber. The thrust piston is formed with a communication path (discharge passage), and a control valve is disposed between the thrust piston and the front end of the input shaft to open or close the communication path (discharge passage). When the input shaft is driven forward under the inoperative condition shown and the pump is operated to introduce a discharge pressure from the pump into the intensifying chamber, a liquid pressure is generated in the intensifying chamber and drives the primary piston forward, generating a liquid pressure in a liquid pressure chamber. In this manner, a master cylinder can be provided which has a simple and inexpensive construction with a reduced number of parts and which is compact in size. The master cylinder is capable of providing an increased braking force as required by intensifying a master cylinder pressure.
    • 主缸,其包括主活塞和设置在壳体内的推力活塞,并且在推力活塞的后方的位置处限定增压室。 输入轴具有设置在增压室内的前端。 推力活塞形成有连通路径(排出通道),并且控制阀设置在推力活塞和输入轴的前端之间,以打开或关闭连通路径(排放通道)。 当输入轴在所示的不工作状态下向前驱动并且泵被操作以将泵的排出压力引入增压室中时,在增压室中产生液体压力并将主活塞向前驱动,产生液体压力 在液压室中。 以这种方式,可以提供主缸,其具有简单且廉价的结构,其中部件数量减少,并且尺寸紧凑。 主缸能够通过增加主缸压力而提供增加的制动力。
    • 40. 发明授权
    • Brake control apparatus for vehicle
    • 车辆制动控制装置
    • US08042885B2
    • 2011-10-25
    • US11698914
    • 2007-01-29
    • Kazuya MakiHiroaki Niino
    • Kazuya MakiHiroaki Niino
    • B60T8/88
    • B60T8/4072B60T8/885B60T8/94B60T2270/414
    • A brake control apparatus for a vehicle includes a controlling device for actuating the pressure modulating device and the motor, calculating a target braking force corresponding to an operation amount, and driving the motor and the pressure modulating device, wherein, in an electric power supply stopped situation, in which electric power is not supplied by the battery, while an operation amount detected by the operation amount sensor increases, the controlling device starts driving the motor by means of electric power supplied by the capacitor, only when a target braking force corresponding to the operation amount reaches memorized target braking force memorized in the memorizing portion.
    • 一种用于车辆的制动控制装置,包括用于致动压力调节装置和电动机的控制装置,计算与操作量相对应的目标制动力,以及驱动电动机和压力调节装置,其中,停止电力供应 在由操作量传感器检测到的操作量增加的情况下,由电池不供电,在由电容器提供的电力的情况下,控制装置仅在对应于 操作量达到存储在存储部分中的存储的目标制动力。