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    • 1. 发明授权
    • Clutch master cylinder
    • 离合器主缸
    • US4716733A
    • 1988-01-05
    • US759313
    • 1985-07-26
    • Masami SugiharaOsamu OguraHajime AraiSatoru Maruyamano
    • Masami SugiharaOsamu OguraHajime AraiSatoru Maruyamano
    • F16D25/08B60T11/16B60T11/232F16D25/12B60T11/28
    • B60T11/232B60T11/16F16D25/12
    • A clutch master cylinder comprises a master cylinder body provided thereon with a fluid reservoir tank and therein with an inlet port in communication with the reservoir tank and an outlet port for connection to a slave cylinder, a piston axially slidably disposed within the cylinder body and arranged to be moved inward by a push-rod, a valve seat arranged between the inlet and outlet ports within the cylinder body to permit fluid flow passing therethrough, a valve body associated with the piston to cooperate with the valve seat in response to inward movement of the piston, a fixed plug mounted on the cylinder body, and an adjusting plug disposed within the cylinder body to adjust an axial space between the valve seat and the valve body, the adjusting plug having an outer end portion adjustably threaded into the fixed plug and fastened in place by a lock nut threaded thereon and being provided at an intermediate portion thereof with an annular flange engageable with the inner end of the fixed plug to restrict outward movement of the adjusting plug.
    • 离合器主缸包括主缸体,其上设置有流体储存箱,并且其中具有与储存箱连通的入口端口和用于连接到从动缸的出口端口,活塞轴向可滑动地设置在缸体内并且布置 通过推杆向内移动,阀座布置在缸体内的入口和出口之间,以允许流体流过其中;阀体,与活塞相关联,以响应于阀座的向内运动而与阀座配合 所述活塞,安装在所述缸体上的固定塞,以及调节塞,其设置在所述缸体内以调节所述阀座与所述阀体之间的轴向空间,所述调节塞具有可调节地拧入所述固定塞的外端部, 通过螺纹固定在其上的锁紧螺母固定在适当的位置,并在其中间部分设置有可与内侧端接合的环形凸缘 e固定塞以限制调节塞的向外运动。
    • 2. 发明授权
    • Brake booster apparatus for a vehicle
    • 车辆制动助力装置
    • US5904088A
    • 1999-05-18
    • US938834
    • 1997-09-26
    • Osamu OguraKenichi Sato
    • Osamu OguraKenichi Sato
    • B60T13/57F15B9/10
    • B60T13/57
    • A vehicle brake booster apparatus includes a housing, a movable wall positioned within the interior of the housing to divide the interior into a constant pressure chamber and a variable pressure chamber, a power piston connected to the movable wall for moving in response to movement of the movable wall, an axially movable input rod extending outwardly from the power piston for connection to a brake pedal, and an axially movable valve plunger mounted within the power piston and operatively connected to the input rod. A control valve is positioned within the power piston for controlling communication of the variable pressure chamber with atmospheric air. The control valve includes an air control valve and a vacuum control valve, with the air control valve including an air control seal arranged between the valve plunger and a valve body portion of the control valve. The air control seal has a radially outwardly located peripheral portion which possesses an elasticity that is greater than the elasticity of a radially inwardly located portion of the air control seal to thereby provide an effective air-tight seal.
    • 车辆制动助力装置包括壳体,位于壳体内部的可移动壁,以将内部分成恒定压力室和可变压力室,连接到可移动壁的动力活塞,用于响应于活塞的移动而移动 活动壁,从动力活塞向外延伸以连接到制动踏板的可轴向移动的输入杆,以及安装在动力活塞内并可操作地连接到输入杆的可轴向移动的阀柱塞。 控制阀位于动力活塞内,用于控制可变压力室与大气的连通。 控制阀包括空气控制阀和真空控制阀,空气控制阀包括布置在阀柱塞和控制阀的阀体部分之间的空气控制密封件。 空气控制密封件具有径向向外定位的外围部分,其具有大于空气控制密封件的径向向内定位的部分的弹性的弹性,从而提供有效的气密密封。
    • 3. 发明授权
    • Brake booster
    • 制动助力器
    • US4399735A
    • 1983-08-23
    • US194404
    • 1980-10-06
    • Masayoshi KatagiriOsamu OguraTakashi Fujii
    • Masayoshi KatagiriOsamu OguraTakashi Fujii
    • B60T13/573B60T13/24F15B9/10
    • B60T13/244
    • A brake booster of stroke-enlarging type which includes a casing, a power piston so disposed as to divide the interior of the casing into two chambers for being actuated by the difference of pressure in the two chambers, a control piston, containing therein a valve mechanism for controlling the difference of pressure in the two chambers and a transmission mechanism for transmitting an input of an input member to an output member, being coaxially fitted into a central bore of the power piston relatively movably thereto and a reaction lever, which is abutted at an output portion in the middle thereof by the output member, receiving output of the transmission mechanism and output of the power piston respectively as an input at a first input portion and a second input portion thereof located on either side of said output portion in the middle, whereby a greater stroke can be obtained at the output member than a stroke input at the input member. Between the control piston and the power piston a locking mechanism including a ball and a ball retainer is disposed. The ball retainer is for transmitting an output of the power piston to the reaction lever via the ball, through abutment on a first input portion of the reaction lever. After the ball has been locked between the power piston and the control piston a reactionary force which comes from the reaction lever back to the ball retainer is mostly transmitted from the ball to the control piston, not to the power piston. Therefore the power piston is not pushed back even after the peak of the assisting force given to the power piston by the pressure difference.
    • 一种行程放大型的制动助力器,其包括壳体,动力活塞,其被设置成将壳体的内部分成两个室,以由两个室中的压力差动力;控制活塞,其中容纳有阀 用于控制两个室中的压力差的机构和用于将输入构件的输入传递到输出构件的传动机构,其同轴地装配到相对于其移动的动力活塞的中心孔中,以及反作用杆 在其输出部分的输出部分的输出部分中分别接收传动机构的输出和动力活塞的输出作为输入,位于位于所述输出部分的任一侧的第一输入部分和第二输入部分 从而在输入构件处可以获得比在输入构件上的行程输入更大的行程。 在控制活塞和动力活塞之间设置包括球和球保持器的锁定机构。 球保持器用于经由球通过抵靠在反作用杆的第一输入部分上的方式将动力活塞的输出传递到反作用杆。 在球被锁定在动力活塞和控制活塞之后,从反作用杆返回到球保持器的反作用力大部分从球传递到控制活塞而不是动力活塞。 因此,即使在通过压力差给予动力活塞的辅助力的峰值之后,动力活塞也不被推回。
    • 4. 发明授权
    • Brake booster
    • 制动助力器
    • US4387625A
    • 1983-06-14
    • US223565
    • 1981-01-08
    • Masayoshi KatagiriOsamu Ogura
    • Masayoshi KatagiriOsamu Ogura
    • B60T13/573B60T13/569F15B9/10
    • B60T13/569Y10T74/18992
    • A brake booster of stroke-enlarging type which includes a power piston disposed in a casing for being actuated by a difference in pressure on opposite sides thereof, a control piston, having therein a control valve for controlling the difference in pressure, being coaxially fitted into a central bore of the power piston relatively movable thereto and a reaction lever, which is abutted at an output portion in the middle thereof by an output member, receiving the output force of the power piston and the output force of the transmission mechanism respectively as an input force at a first input portion and a second input portion thereof located on either side of said output portion, whereby a greater stroke can be obtained at the output member than a stroke applied at an input member.
    • 一种行程放大型的制动助力器,其包括设置在壳体中的动力活塞,用于由其相对侧的压力差动力;控制活塞,其中具有用于控制压力差的控制阀,同轴地装配到 动力活塞相对移动的中心孔和反作用杆,其通过输出构件抵靠在其中部的输出部分处,分别接收动力活塞的输出力和传动机构的输出力作为 位于所述输出部分两侧的第一输入部分和第二输入部分处的输入力,从而在输出部件处可获得比在输入部件施加的行程更大的行程。
    • 5. 发明授权
    • Brake booster
    • 制动助力器
    • US4416188A
    • 1983-11-22
    • US265224
    • 1981-05-19
    • Masayoshi KatagiriTakashi FujiiOsamu Ogura
    • Masayoshi KatagiriTakashi FujiiOsamu Ogura
    • B60T13/569B60T13/577F15B9/10
    • B60T13/577B60T13/569
    • A brake booster of the stroke-enlarging type which includes a power piston disposed in a casing for being actuated by a difference in pressure on opposite sides thereof. The brake booster includes a transmission device in the form of a ball and ball retainer which are biased by a spring while the ball is retained between a surface of the power piston and a control piston. The ball and ball retainer are limited in movement by a stopper coupled to the power piston. The ball and ball retainer forming the transmission device are advanced in response to the spring bias by the power piston and are operated such that when a brake clearance has been extinguished and a reactionary force from the output member becomes larger than the preload of the spring, the reactionary force blocks the advance of the ball and ball retainer so that the reaction force is partly transmitted to the control piston with a resultant reduction of the reactionary force transmitted to the power piston.
    • 一种行程放大型的制动助力器,其包括设置在壳体中的动力活塞,以通过其相对侧上的压力差来驱动。 制动助力器包括球和球保持器形式的传动装置,该传动装置在弹簧保持在动力活塞的表面和控制活塞之间时被弹簧偏压。 球和球保持器通过联接到动力活塞的止动器限制运动。 形成传动装置的球保持器响应于动力活塞的弹簧偏压而前进,并且被操作成使得当制动器间隙已经熄灭并且来自输出构件的反作用力变得大于弹簧的预载荷时, 反作用力阻止球和球保持器的前进,使得反作用力部分地传递到控制活塞,从而导致传递到动力活塞的反作用力的减少。
    • 6. 发明授权
    • Brake booster
    • 制动助力器
    • US4366744A
    • 1983-01-04
    • US192200
    • 1980-09-30
    • Masayoshi KatagiriOsamu Ogura
    • Masayoshi KatagiriOsamu Ogura
    • B60T13/573B60T13/569F15B9/10
    • B60T13/569
    • A brake booster of stroke-enlarging type wherein the brake feeling is improved. The brake booster includes a casing, a power piston disposed in said casing so as to divide the interior of the casing into two chambers for being actuated by the pressure difference in the two chambers, and a control piston having a built-in control valve for controlling the pressure difference due to the operation of an input member. The power piston is so disposed as to be relatively movable for a predetermined distance with respect to the control piston and able to be advanced at the initial stage of the braking operation relative to the control piston at a stroke, independently of the amount of advancement of the input member, for the predetermined distance in order to give an output member a larger output stroke than stroke input. At least on one of the mutual abutting surfaces abutting to each other for restricting the end position of the relative movement for the predetermined distance of the power piston to the control piston a shock-absorbing member of rubber material is fixed.
    • 一种行程放大型的制动助力器,其中制动感觉得到改善。 制动助力器包括壳体,设置在所述壳体中的动力活塞,以将壳体的内部分成两个室,以由两个室中的压差驱动;以及控制活塞,其具有内置的控制阀, 控制由于输入构件的操作引起的压力差。 动力活塞被布置成相对于控制活塞相对可移动预定距离,并且能够在制动操作的初始阶段相对于控制活塞在一个行程上前进,独立于前进的程度 输入构件,以使得输出构件具有比行程输入更大的输出行程。 至少在彼此邻接的一个相互抵接的表面上,将动力活塞的预定距离的相对运动的终止位置限制到控制活塞,橡胶材料的减震构件被固定。
    • 7. 发明授权
    • Brake booster
    • 制动助力器
    • US4386554A
    • 1983-06-07
    • US216654
    • 1980-12-15
    • Masayoshi KatagiriOsamu Ogura
    • Masayoshi KatagiriOsamu Ogura
    • B60T13/573B60T13/569F15B9/10
    • B60T13/569
    • A brake booster of stroke-enlarging type which includes a power piston moved in accordance with the difference of pressure on opposite sides thereof, a control piston having therein a control valve for controlling the pressure difference and slidably fitted in a central bore of the power piston, an anti-backdown transmission mechanism disposed between the two pistons, a reaction lever abutted at an output portion thereof on an output member and, at a pair of input portions located on opposite sides of the output portion, on the control piston and the anti-backdown transmission mechanism respectively, and a return spring backwardly biasing the power piston. The anti-backdown transmission mechanism transmits the output force of the power piston to the reaction lever and the reactionary force of the reaction lever to the power piston in an initial operation stage of the booster, and after an advancing of the power piston in relation to the control piston by a predetermined amount it transmits the reactionary force of the reaction lever not to the power piston but to the control piston. An abutting portion is disposed on the power piston for abutting on the front side of the anti-backdown transmission mechanism for retracting the same to the original position together with the power piston which is forcibly retracted by the return spring.
    • 一种行程放大型的制动助力器,其包括根据其相对侧上的压力差移动的动力活塞;控制活塞,其中具有用于控制压差的控制阀,并可滑动地装配在动力活塞的中心孔中 ,设置在两个活塞之间的防倒档传动机构,反作用杆在输出部件的输出部分处抵靠在输出部分的相对侧上的一对输入部分处于控制活塞上,反作用杆 - 后降传动机构,以及向后偏置动力活塞的复位弹簧。 反向降挡传动机构在助力器的初始运行阶段将动力活塞的输出力传递到反作用杆,并将反作用杆的反作用力传递给动力活塞,并且在动力活塞相对于 控制活塞以预定量传递反应杆的反作用力而不是动力活塞,而是传递给控制活塞。 动力活塞上设置有抵靠部,用于抵靠防倒退传动机构的前侧,用于将其与由复位弹簧强制缩回的动力活塞一起缩回到原来的位置。
    • 9. 发明授权
    • Brake booster
    • 制动助力器
    • US4287811A
    • 1981-09-08
    • US71489
    • 1979-08-31
    • Masayoshi KatagiriOsamu Ogura
    • Masayoshi KatagiriOsamu Ogura
    • B60T13/56B60T13/569F15B9/10
    • B60T13/569
    • A brake booster of the stroke enlarging type wherein a power piston operated by the pressure difference existing on opposite sides thereof is moveable relative to a control piston provided with a control valve for controlling the difference of the pressure, and the power piston and the control piston are engageable to be immovable relative to each other by means of a locking member after the pressure difference has reached a predetermined value. The power piston is so constructed as to be able to advance a larger distance than the control piston, while the pressure difference is small, to move the output member by a larger amount in comparison to a small amount of advancement of the input member of the booster. The locking member is normally retained at the retracted position by means of a spring and is advanced, against the action of the spring, when the pressure difference on opposite sides of the power piston has reached the predetermined value, to engage the power piston with the control piston so they move together and prevent the output member from remaining stationary upon advancement of the input member caused by to a retraction of the power piston relative to the control piston.
    • 一种行程放大式的制动助力器,其中由相对侧存在的压力差操作的动力活塞相对于设置有用于控制压力差的控制阀的控制活塞可动,并且动力活塞和控制活塞 在压力差已经达到预定值之后,借助于锁定构件能够相对于彼此不可移动。 动力活塞被构造成能够在压力差小的同时推进比控制活塞更大的距离,与输入构件的输入构件的少量推进相比,使输出构件移动更大的量 助推器。 锁定构件通常通过弹簧保持在缩回位置,并且当动力活塞的相对侧上的压力差达到预定值时,克服弹簧的作用而前进,以将动力活塞与 控制活塞,使得它们一起移动,并且防止输出构件由于动力活塞相对于控制活塞的缩回而进入输入构件而保持静止。