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    • 6. 发明授权
    • Antiskid braking device
    • 防滑制动装置
    • US5673981A
    • 1997-10-07
    • US561235
    • 1995-11-21
    • Akira HigashimataYoshiki Yasuno
    • Akira HigashimataYoshiki Yasuno
    • B60T8/58B60T8/172B60T8/1761B60T8/1763B60T8/62
    • B60T8/17636B60T8/17616
    • In an antiskid braking system for increasing or decreasing a braking force according to a wheel speed and a vehicle speed, an algorithm applied to the determination of a braking force decrease amount is improved. Once a target braking force decrease amount is determined according to the wheel speed and vehicle speed, this is compared with a predetermined minimum decrease amount, and when the target decrease amount is less than the minimum decrease amount, braking force is decreased according to the minimum decrease amount. The minimum decrease amount is preferably determined according to the braking force immediately before the braking force decrease. In this way, braking force reduction insufficiencies in several conditions are prevented.
    • 在用于根据车轮速度和车速增加或减少制动力的防滑制动系统中,提高了用于确定制动力减小量的算法。 一旦根据车轮速度和车速确定目标制动力减小量,则将其与预定的最小减小量进行比较,并且当目标减小量小于最小减少量时,制动力根据最小值减小 减少量 最小减少量优选根据在制动力减小之前的制动力来确定。 以这种方式,可以防止在若干条件下的制动力降低不足。
    • 7. 发明授权
    • Antiskid braking device
    • 防滑制动装置
    • US5651592A
    • 1997-07-29
    • US554782
    • 1995-11-07
    • Yoshiki YasunoAkira Higashimata
    • Yoshiki YasunoAkira Higashimata
    • B60T8/58B60T8/172B60T8/1763B60T8/1764B60T8/66B60T8/32
    • B60T8/17636
    • In an antiskid brake system that increases or decreases a wheel cylinder pressure according to a wheel speed and vehicle speed, an algorithm applied to pressure increase after pressure decrease is improved. A first target pressure increase amount is computed based on the wheel speed and vehicle speed, and a second target pressure increase amount is computed based on a total pressure decrease amount when pressure is decreased. The wheel cylinder pressure is then increased according to the first target pressure increase amount when an elapsed time from the start of pressure decrease to the start of pressure increase, is longer than a predetermined value, and according to the second target pressure increase amount when the elapsed time is shorter than the predetermined value. In this way, increase of slip amount due to excessive pressure increase is prevented.
    • 在根据车轮速度和车速增加或减少轮缸压力的防滑制动系统中,提高了在压力降低之后压力增加的算法。 基于车轮速度和车速来计算第一目标压力增加量,并且当压力降低时基于总压力降低量计算第二目标压力增加量。 然后,当从压力降低开始到压力增加开始的经过时间时,轮缸压力根据第一目标压力增加量增加,比预定值长,并且根据第二目标压力增加量,当 经过时间比预定值短。 以这种方式,防止了由于过度的压力增加引起的滑移量的增加。
    • 10. 发明授权
    • Hydraulic modulator with working piston connected to control piston
    • 液压调节器,工作活塞连接控制活塞
    • US5161865A
    • 1992-11-10
    • US674914
    • 1991-03-26
    • Akira HigashimataTakeshi FujishiroShigeki Yoshioka
    • Akira HigashimataTakeshi FujishiroShigeki Yoshioka
    • B60T8/34B60T8/36B60T8/40B60T8/42B60T8/48
    • B60T8/4863B60T8/369B60T8/4018B60T8/4233
    • A system for controlling a fluid pressure such a brake fluid pressure of a vehicle includes a pressure control cylinder having a control piston for varying a pressure of a confined fluid, and a motor for producing a mechanical force for actuating the control piston. To reduce the load of the motor, a hydraulic assist circuit is interposed between the motor and the control piston. The hydraulic assist circuit creates a hydraulic assist pressure by receiving the force of the motor, and converting the assist pressure into a linear motion of the control piston. The mechanical force of the motor is converted to hydraulic assist pressure through a pressurizing piston. The hydraulic assist pressure created by the pressurizing piston is exerted against a working piston. The working piston is connected to the control piston. A reduced motor load is obtained by making the area of the working piston larger than the area of the control piston, and the area of the control piston larger than the area of the pressurizing piston.
    • 用于控制诸如车辆的制动流体压力的流体压力的系统包括具有用于改变受限流体的压力的控制活塞的压力控制缸和用于产生用于致动控制活塞的机械力的电动机。 为了减小电动机的负载,在电动机和控制活塞之间插入液压辅助回路。 液压辅助回路通过接收马达的力而产生液压辅助压力,并将辅助压力转换为控制活塞的直线运动。 马达的机械力通过加压活塞转换成液压辅助压力。 由加压活塞产生的液压辅助压力施加在工作活塞上。 工作活塞与控制活塞连接。 通过使工作活塞的面积大于控制活塞的面积,并且控制活塞的面积大于加压活塞的面积来获得减小的电动机负载。