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    • 2. 发明授权
    • Method for making a master cylinder and master cylinder obtained by said method
    • 通过所述方法制造主缸和主缸的方法
    • US06494040B2
    • 2002-12-17
    • US09787037
    • 2001-03-13
    • Henry PagotFelix MasjuanTomas Leon
    • Henry PagotFelix MasjuanTomas Leon
    • B60T1120
    • B60T11/20
    • In a process for manufacturing a master cylinder (23) wherein a piston (9) that carries a valve (37) is assembled within a cylinder to define a chamber (41). The piston (9) moving in the chamber (9) in such a way that initial forward travel in cylinder defines a dead stroke as the valve (37) moves from an opened position to a closed position and with further forward travel with the valve (37) in the closed position defines a useful stroke wherein a lessening of an inner volume of the chamber (41) occurs as fluid is pressurized to effect a brake application, characterized in that the process further comprises the steps of: a) installing a first adjusting part (51,55,57) between the valve (37) and piston (9); b) measuring the dead stroke; c) determining from the measurment of the dead stroke an effect that the geometry of the first adjusting part (51,55,57) has on the closure of the valve (37) during the initial forward travel of said piston (9); d) comparing the measured dead stroke with a desired dead stroke for a master cylinder (23); and e) replacing the first adjusting part (51,55,57) with a second adjusting part (51,55,57) to modify the closure of the valve (37) and alter said dead stroke when the measured dead stroke exceeds a predetermined value such thah the resulting dead stroke matches the desired dead stroke.
    • 在制造主缸(23)的过程中,其中携带阀(37)的活塞(9)组装在气缸内以限定室(41)。 活塞(9)在腔室(9)中移动,使得当气缸(37)从打开位置移动到关闭位置并随着进一步向前行进时,气缸中的初始向前行程限定死区行程( 37)在闭合位置限定有用的冲程,其中当流体被加压以产生制动应用时,发生腔室(41)的内部容积的减小,其特征在于,所述方法还包括以下步骤:a)安装第一 在阀(37)和活塞(9)之间的调节部分(51,55,57); b)测量死区行程; c)根据死区行程的测量确定第一调节部件(51)的几何形状 ,55,57)在所述活塞(9)的初始向前行进期间关闭所述阀(37); d)将所测量的死区行程与主缸(23)的期望的死冲程进行比较; 和),用第二调节部件(51,55,57)代替第一调节部件(51,55,57),以改变阀门(37)的关闭并且当所测量的死冲程超过预定值时改变所述死冲程 这样造成的死亡行程与期望的死亡行程相匹配。