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    • 1. 发明授权
    • Fluid coupling having damped bimetallic spring
    • 具有阻尼双金属弹簧的流体联轴器
    • US4998607A
    • 1991-03-12
    • US463292
    • 1990-01-10
    • Kenichiro MizutaniSeiya TanakaAtsushi Ohmi
    • Kenichiro MizutaniSeiya TanakaAtsushi Ohmi
    • F16F15/08F16D35/00F16D35/02
    • F16D35/023
    • A fluid coupling includes a casing supported by a drive shaft, a cover fixed to the casing to form a chamber, a partition plate fixed to the cover to partition the chamber into a reservoir and an operation chamber, a rotor disposed in the operation chamber, a valve plate operated to open or close a passage provided in the partition plate, a stud supported by the cover and fixed to the valve plate and a bimetal spring fixed to the stud on an inner end and to the cover on an outer end thereof. A damper is disposed between the cover and the bimetal spring and includes a rubber block and a bracket fixed to a part of the cover. The damper prevents the vibration and breakage of the bimetal spring.
    • 流体联轴器包括由驱动轴支撑的壳体,固定到壳体以形成腔室的盖子,固定到盖子以将腔室分隔成储存器的隔板和操作室,设置在操作室中的转子, 操作用于打开或关闭设置在隔板中的通道的阀板,由盖支撑并固定到阀板的螺柱和在内端固定到螺柱的双金属弹簧及其外端上的盖。 阻尼器设置在盖和双金属弹簧之间,并且包括橡胶块和固定到盖的一部分的支架。 减震器可防止双金属弹簧的振动和破损。
    • 2. 发明授权
    • Mounting structure for clutch booster assembly
    • 离合器增压器组件的安装结构
    • US4567728A
    • 1986-02-04
    • US478102
    • 1983-03-23
    • Atsushi OhmiMasami SugiharaSatoru MaruyamanoIsao Tsuzuki
    • Atsushi OhmiMasami SugiharaSatoru MaruyamanoIsao Tsuzuki
    • B60K23/02B60T13/567F16D25/08F16D25/12B60T13/00
    • F16D25/12B60T13/567
    • A mounting structure for a clutch booster assembly to be arranged adjacent to and in front of a vacuum brake booster assembly fixed to a forward fire-wall structure of a vehicle body. A bracket member of a U-shaped cross-section fixed to the fire-wall structure opens toward one side of the brake booster assembly and supports the clutch booster assembly on its front end. A flexible tubular cover member has a front end secured to the front end of the bracket member to hermetically enclose a rear air suction opening of the clutch booster assembly and a rear end coupled within an opening of the fire-wall structure, and a flexible tubular sealing boot has a front end secured to the rear end of the cover member and a rear end secured to an operation rod of the clutch booster assembly. The sealing boot is provided with an annular lip in engagement with the front face of the fire-wall structure and at its rear end with a vent hole.
    • 用于离合器增压组件的安装结构,其布置成邻近固定在车身前部防火墙结构上的真空制动助力组件的前后。 固定在防火墙结构上的U形横截面的支架构件向制动助力器组件的一侧开口,并在其前端支撑离合器增压器组件。 柔性管状盖构件具有固定到支架构件的前端的前端,以气密地封闭离合器增压组件的后空气吸入口,以及联接在防火墙结构的开口内的后端,以及柔性管状 密封套具有固定到盖构件的后端的前端和固定到离合器增压器组件的操作杆的后端。 密封罩设置有与防火壁结构的前表面接合并且在其后端具有通气孔的环形唇缘。
    • 3. 发明授权
    • Brake servo-motor
    • 制动伺服电机
    • US3938424A
    • 1976-02-17
    • US419274
    • 1973-11-27
    • Atsushi Ohmi
    • Atsushi Ohmi
    • B60T13/573B60T13/577F15B9/10
    • B60T13/573B60T13/577
    • A differential servo-motor mechanism in which manual force is supplemented by power assistance, comprising, a housing, a pressure responsive wall in the housing, valve means associated with said wall and being movable relative thereto to control the differential pressure acting on said wall, an output member, a resilient element for normally urging the wall toward its rest position, and reaction means characterized by a plurality of reaction elements arranged to provide the reaction means in the form of levers each having first, second, third and fourth points spaced radially inward from each other and engageable with the resilient element, the wall, the output member and the valve means respectively. The wall is initially movable to transmit force through the second point under association of the resilient element to the output member independently of the valve means, the reaction element being distorted during initial movement of the wall in response to resistance of the output member to engage the reaction means with the valve means and transmit movement of the latter and the wall after the initial movement of the wall to the output member.
    • 一种差动伺服电机机构,其中手动力由动力辅助补充,包括壳体,壳体中的压力响应壁,与所述壁相关联并可相对于其移动的阀装置,以控制作用在所述壁上的压差, 输出构件,用于正常地将壁推向其静止位置的弹性元件,以及反应装置,其特征在于多个反作用元件,其布置成以杠杆的形式提供反应装置,每个杠杆具有径向间隔开的第一,第二,第三和第四点 彼此相对并分别与弹性元件,壁,输出构件和阀装置接合。 该壁最初是可移动的,以通过与弹性元件相关联的第二点将力传递到独立于阀装置的输出构件,反应元件在壁的初始运动期间被扭曲,响应于输出构件的阻力而啮合 具有阀装置的反应装置,并且在壁的初始移动到输出构件之后传递后者和壁的运动。
    • 6. 发明授权
    • Water pump apparatus having lubricating oil circulation and axial thrust
support
    • 具有润滑油循环和轴向推力支撑的水泵装置
    • US4936742A
    • 1990-06-26
    • US301717
    • 1989-01-26
    • Katsuhiko EguchiAtsushi Ohmi
    • Katsuhiko EguchiAtsushi Ohmi
    • F04D29/046F04D29/06F04D29/10
    • F04D29/061
    • A water pump apparatus has an impeller mounted on a driven rotational shaft rotatably supported by mutually spaced bearing portions in a body member. In order to lubricate the sliding bearing surfaces between the bearing portions and the rotational shaft, oil seals surrounding the rotational shaft define first and second oil tanks, while a third oil tank is defined between the bearing portions. Spiral oil circulating grooves pump oil from the first and second tanks along the sliding bearing surface to the third tank in order to lubricate the sliding bearing surfaces. Oil passages in the bearing portions permit oil to be returned to the first and second tanks. An annular flange fitted on the rotational shaft fits between the bearing portions to provide axial bearing support for the rotational shaft. Excess oil pressure arising due to heat build up is relieved by a check valve mounted in the body member.
    • 水泵装置具有安装在从动旋转轴上的叶轮,该从动旋转轴由主体构件中相互间隔的轴承部分可旋转地支撑。 为了润滑轴承部分和旋转轴之间的滑动轴承表面,围绕旋转轴的油封限定第一和第二油箱,而在轴承部分之间限定第三油箱。 螺旋油循环槽将油从第一和第二罐沿滑动轴承表面泵送到第三罐,以润滑滑动轴承表面。 轴承部分中的油通道允许油返回到第一和第二罐。 安装在旋转轴上的环形凸缘装配在轴承部分之间,以提供用于旋转轴的轴向轴承支撑。 通过安装在主体部件中的止回阀来减轻由于热量积聚而产生的过多的油压。
    • 7. 发明授权
    • Brake power multiplying device for automobile brake system
    • 用于汽车制动系统的制动功率倍增装置
    • US4472997A
    • 1984-09-25
    • US353519
    • 1982-03-01
    • Atsushi Ohmi
    • Atsushi Ohmi
    • B60T13/57F15B9/10
    • B60T13/57
    • Brake power multiplying devices for automobile brake systems include a housing having a pressure responsive flexible diaphragm for dividing the inside chamber of the housing into a suction pressure chamber and a counter-pressure chamber. A piston made of a plastic material is attached to the diaphragm and houses an air valve and a control valve which are adapted to be actuated by a push rod operated by a driver of the automobile through a brake pedal or like operating member. A key member made of a metallic material is provided for holding the air valve on the piston. The key member includes a pair of outer holding arms having tip ends attached with rubber members so that it does not damage the plastic piston.
    • 用于汽车制动系统的制动功率倍增装置包括具有压力响应柔性隔膜的壳体,用于将壳体的内腔分成吸入压力室和反压室。 由塑料材料制成的活塞连接到隔膜上,并容纳适于由驾驶员通过制动踏板或类似操作构件操作的推杆致动的空气阀和控制阀。 提供由金属材料制成的钥匙构件,用于将空气阀保持在活塞上。 该键构件包括一对具有附着橡胶构件的末端的外保持臂,从而不损坏塑料活塞。
    • 8. 发明授权
    • Control valve for brake booster
    • 制动助力器控制阀
    • US4368661A
    • 1983-01-18
    • US188143
    • 1980-09-17
    • Atsushi OhmiChiaki Ochiai
    • Atsushi OhmiChiaki Ochiai
    • B60T13/57F15B13/16
    • B60T13/57Y10T137/86919
    • Axially extending guide arms cooperate with the interior surfaces of an annular poppet member in the control valve of a brake booster for centering a resilient poppet member face against a succession of valve seats. The guide arms can be a tube contacting the inner annular poppet surfaces and slidingly engaging the inner periphery of the annular retainer that secures the poppet member to the valve housing. The tube can also be fixed to a plate backing the sealing face. Or, the guide arm can be a tubular extension of the retainer for slidingly engaging the poppet inner annular surfaces.
    • 轴向延伸的导向臂与制动助力器的控制阀中的环形提升阀构件的内表面配合,用于将弹性提升阀构件面对着一系列阀座。 引导臂可以是与内部环形提升阀表面接触的管,并且滑动地接合环形保持器的内周边,从而将提升阀构件固定到阀壳体。 管也可以固定到背面密封面的板上。 或者,引导臂可以是保持器的管状延伸部,用于滑动地接合提升阀内部环形表面。
    • 9. 发明授权
    • Power assist mechanism
    • 动力辅助机构
    • US4271670A
    • 1981-06-09
    • US63263
    • 1979-08-02
    • Atsushi Ohmi
    • Atsushi Ohmi
    • B60T13/573B60T13/20
    • B60T13/573
    • A brake booster mechanism comprising a casing, one or more pressure responsive power walls in the casing, valve mechanism associated with the power wall and being movable relative thereto to control the differential pressure across the power wall, an actuating member connecting the pedal for manually moving the valve mechanism, an output member for connecting the power wall to a brake master piston, a brake feel reaction member having a compressive member interposed between the actuating member and the output member with a play clearance with respect to the actuating member in the retracted position of the booster mechanism, and adjusting thread member for regulating the play clearance whereby during initial stage movement of the actuating member is opposed by no brake reaction force through the compressive member until the actuating member becomes in abutment against the compressive member past the clearance.
    • 一种制动助力机构,包括壳体,壳体中的一个或多个压力响应动力壁,与机动壁相关联并可相对于其移动的阀机构,以控制横跨动力壁的差压;致动构件,其连接踏板用于手动运动 阀机构,用于将动力壁连接到制动主活塞的输出构件,制动感觉反作用构件,其具有介于致动构件和输出构件之间的压缩构件,相对于处于缩回位置的致动构件具有游隙间隙 以及用于调节游隙间隙的调节螺纹构件,由此在致动构件的初始阶段移动期间,通过压缩构件没有制动反作用力直到致动构件与压缩构件抵接超过间隙相反。
    • 10. 发明授权
    • Method of manufacturing a vacuum booster housing
    • 制造真空助力器外壳的方法
    • US4409460A
    • 1983-10-11
    • US330503
    • 1981-12-14
    • Michiharu NishiiAtsushi Ohmi
    • Michiharu NishiiAtsushi Ohmi
    • B60T13/56B23K11/14B60T13/565
    • B60T13/565B23K11/14
    • An improved method of manufacturing a vacuum booster housing for use in a brake system of an automotive vehicle where the brake master cylinder is secured to an annular wall portion of the body of the booster housing by means of bolts passing through holes in the annular wall portion. The method comprises forming annular projections on the seating faces of the heads of the bolts coaxial with the bolt shafts and on the inside surfaces of the annular wall portion coaxial with the holes, disposing a reinforcing plate between and in contact with the annular projections, and simultaneously projection welding the reinforcing plate to the inside surface of the annular wall portion and the seating face of the bolt head to the reinforcing plate.
    • 一种制造用于机动车辆的制动系统的真空助力器壳体的改进方法,其中制动主缸通过穿过环形壁部分中的孔的螺栓固定到增压器壳体的主体的环形壁部分 。 该方法包括在与螺栓轴同轴的螺栓的头部的座面上和与孔同轴的环形壁部分的内表面上形成环形突起,在环形突起之间设置加强板并与环形突起接触;以及 同时将加强板投影焊接到环形壁部分的内表面和螺栓头的安置面到加强板。