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    • 1. 发明授权
    • Starting motor device
    • 启动电机装置
    • US4440033A
    • 1984-04-03
    • US301115
    • 1981-09-11
    • Norimitsu KuriharaKatsuharu KinoshitaMasao WatanabeToyohiro SatoTakashi Kawazoe
    • Norimitsu KuriharaKatsuharu KinoshitaMasao WatanabeToyohiro SatoTakashi Kawazoe
    • F02N15/06
    • F02N15/06Y10T74/131Y10T74/132Y10T74/137
    • A compact starting motor device for an engine of improved durability capable of ensuring a smooth and quick engagement of a pinion gear, operatively connected to an electric motor, with a driven gear of the engine upon actuation of an electromagnetic device without generating any substantial shock. The motor is connected through a one-way clutch to an output shaft so that a driving force is transmitted unidirectionally from the motor to the output shaft. The pinion gear is splined to a projecting end of the output shaft for relative axial movement and axially moved thereon to engage and disengage the driven gear by means of a rod which extends coaxially within the output shaft. The rod is connected through an over-load spring to the electromagnetic device having a stationary core and a movable core. A switch for energizing the electric motor is provided on the movable core. Upon actuation of the electromagnetic device, the movable core is magnetically drawn to the stationary core to axially move the pinion gear via the rod to engage the engine driven gear. At this time, if the teeth of the pinion gear are not in alignment with those of the driven gear, the movable core is further moved under magnetic attraction toward the stationary core with deformation of the over-load spring to turn on the switch to energize the electric motor whereby the pinion gear is rotated to align its teeth with those of the driven gear for complete meshing engagement therebetween.
    • 一种用于发动机的紧凑起动电动机装置,其具有改进的耐久性,其能够确保在致动电磁装置的同时可操作地连接到电动机的小齿轮与发动机的从动齿轮的平滑和快速接合,而不产生任何实质的冲击。 电动机通过单向离合器连接到输出轴,使得驱动力从电动机单向地传递到输出轴。 小齿轮花键连接到输出轴的突出端,用于相对轴向移动并在其上轴向移动,以通过在输出轴内同轴延伸的杆来接合和分离从动齿轮。 杆通过过载弹簧连接到具有固定铁芯和可动铁芯的电磁装置。 在可动铁芯上设置用于激励电动机的开关。 在电磁装置致动时,可动铁心被磁力拉伸到固定铁心,以便通过杆轴向移动小齿轮以接合发动机从动齿轮。 此时,如果小齿轮的齿不与从动齿轮的齿相对准,则可动铁芯进一步在磁性吸引力的作用下朝向固定铁心移动,使过载弹簧变形,使开关转动, 电动马达,由此小齿轮旋转以将其齿与从动齿轮的齿对准,以在它们之间完全啮合。
    • 2. 发明授权
    • Electromagnetic switch device
    • 电磁开关装置
    • US4404533A
    • 1983-09-13
    • US362997
    • 1982-03-29
    • Norimitsu KuriharaKatsuharu KinoshitaMasao WatanabeToyohiro Sato
    • Norimitsu KuriharaKatsuharu KinoshitaMasao WatanabeToyohiro Sato
    • H01H9/04H01H50/02H01H51/06
    • H01H51/065H01H50/023H01H9/047
    • At least one yoke member and a bobbin carrying a solenoid are accommodated within a housing, with one end wall of the housing, the yoke member and the bobbin being in axial alignment. An air passage extends through the yoke member, the bobbin and the end wall of the housing to establish communication between the atmosphere and an internal space defined within a cap member which is fixed to the other end of the housing and in which switch contacts are positioned. A sleeve is clamped at its one end between the end wall of the housing and a yoke member, and its other end terminates at an intermediate portion of the bobbin. Said other end of the housing has an annular tip caulked to the cap member along its entire circumference. Further, a stopper is disposed for pressure contact with a portion of the movable core to prohibit movement of the movable core in a direction away from the stationary core beyond a predetermined position.
    • 至少一个轭构件和承载螺线管的绕线管容纳在壳体内,壳体的一个端壁,轭构件和线轴处于轴向对准。 空气通道延伸穿过轭构件,线轴和壳体的端壁,以建立大气与限定在盖构件内的内部空间之间的连通,所述内部空间固定到壳体的另一端并且开关触点位于该内部空间 。 套筒的一端夹在壳体的端壁和轭构件之间,并且其另一端终止于线轴的中间部分。 所述壳体的所述另一端具有沿其整个圆周铆接到所述盖构件的环形末端。 此外,设置有用于与可动铁芯的一部分压力接触的止动件,以防止可动铁心沿远离固定铁心的方向移动超过预定位置。
    • 6. 发明授权
    • Exhaust gas purifying apparatus for automobile diesel engine
    • 汽车柴油机废气净化装置
    • US5263317A
    • 1993-11-23
    • US953194
    • 1992-09-29
    • Shigeo WatanabeKatsuharu KinoshitaNiichi HayashiHisashi Matsunaga
    • Shigeo WatanabeKatsuharu KinoshitaNiichi HayashiHisashi Matsunaga
    • B03C3/70B03C3/74F01N3/01F02B3/06F01N3/02
    • F01N3/01B03C3/70B03C3/74B03C3/743F02B3/06Y02T10/20Y10S55/30
    • Disclosed is an exhaust gas purifying apparatus for an automobile diesel engine including a pair of electrodes disposed at a predetermined interval in an exhaust path of an automobile diesel engine, and a high voltage power source for applying a high voltage to the pair of electrodes whereby an electric field is generated in a space between the pair of electrodes so as to collect diesel particulates. Since the diesel particulates emitted from a diesel engine are charged heavily in negative, and since the exhaust gas purifying apparatus forms an electric field between the pair of electrodes, the diesel particulates are collected on one of the pair of electrodes. Hence, in accordance with the exhaust gas purifying apparatus, it is possible to purify the exhaust gas without substantially increasing the exhaust gas pressure loss of the diesel engine, without deteriorating the output of the diesel engine resulting from the pressure loss and without deteriorating the combustion reaction in cylinders of the diesel engine. In addition, it is possible to down-size the exhaust gas purifying apparatus remarkably compared with a conventional apparatus employing a ceramic filter.
    • 公开了一种用于汽车柴油发动机的废气净化装置,其包括在汽车柴油发动机的排气路径中以预定间隔设置的一对电极以及用于向该一对电极施加高电压的高压电源,由此, 在一对电极之间的空间中产生电场,以收集柴油微粒。 由于从柴油发动机排出的柴油微粒被大量负荷地填充,并且由于排气净化装置在一对电极之间形成电场,所以柴油微粒被收集在该对电极之一上。 因此,根据废气净化装置,能够在不会使柴油发动机的排气压力损失大幅度地增加的同时净化废气,而不会由于压力损失而导致柴油机的输出恶化,而不会使燃烧恶化 柴油发动机气缸反应。 此外,与使用陶瓷过滤器的传统装置相比,可以显着地减小废气净化装置的尺寸。