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    • 3. 发明授权
    • Insulated type switchgear device
    • 绝缘式开关柜
    • US6005213A
    • 1999-12-21
    • US28640
    • 1998-02-24
    • Ayumu MoritaTakashi SatoYouichi OhshitaTooru TanimizuMasayoshi HayakawaToshio HorikoshiRyutaro Yamamoto
    • Ayumu MoritaTakashi SatoYouichi OhshitaTooru TanimizuMasayoshi HayakawaToshio HorikoshiRyutaro Yamamoto
    • H01H33/66H01H31/00H01H33/664
    • H01H33/664H01H2033/6668H01H31/003H01H33/66207H01H33/6661H01H33/6664
    • In an insulated type switchgear device in which a pair of arc electrodes are separably disposed in an opposing manner in a vacuum tube, and having a movable conductor extending from a back face of a movable one of the arc electrodes to the outside of the vacuum tube, the pair of arc electrodes are designed to be separated through a rotation of the movable conductor around a predetermined main axis. The movable arc electrode is structured in such a manner that an electrode center of the movable arc electrode, when the movable arc electrode is brought into its circuit breaking position, is to be located near a center axis of the stationary arc electrode, whereby the center of the movable arc electrode is offset from the center axis of the stationary arc electrode when the pair of arc electrodes are brought into their circuit making position, and whereby an insulation type switchgear device is provided which suppresses a possible offsetting of arc electrodes at a circuit breaking position thereof, improves circuit breaking performance thereof, and permits downsizing thereof.
    • 在一种绝缘型开关装置中,其中一对电弧电极以相对的方式可分离地设置在真空管中,并且具有从可动的一个电弧电极的背面延伸到真空管的外部的可动导体 一对电弧电极被设计成通过可移动导体围绕预定的主轴线的旋转分开。 可动电弧电极的结构使得当可动电弧电极进入其断路位置时,可动电弧电极的电极中心位于固定电弧电极的中心轴附近,由此中心 当一对电弧电极进入其电路制造位置时,可动电弧电极的距离偏离固定电弧电极的中心轴线,由此提供了一种绝缘型开关装置,其抑制了电路中的电弧电极的可能的偏移 断开位置,提高断路性能,并且能够实现小型化。
    • 4. 发明授权
    • Starting device for air bag
    • 气囊启动装置
    • US5398964A
    • 1995-03-21
    • US141745
    • 1993-10-27
    • Ryutaro Yamamoto
    • Ryutaro Yamamoto
    • B60R21/16B60R21/33F42B3/10F42C1/04G01P15/03B60R21/32
    • B60R21/33F42C1/04G01P15/036
    • A starting device for an air bag includes a mass body, a drive shaft and an ignition pin. The mass body detects a rapid deceleration of a vehicle by inertial movement of the mass body. An end portion of the mass body in the direction of inertial movement contacts a vicinity of one end portion of the drive shaft in a longitudinal direction thereof. The drive shaft is urged by an urging member and holds the mass body at a predetermined position due to urging force of the urging member. The drive shaft has an engaging member at a portion of the drive shaft in the longitudinal direction thereof, and is provided so as to be rotatable around the engaging member by the inertial movement of the mass body. The ignition pin includes a shaft member and a stepped collar member, the stepped collar member being formed at a portion of the shaft member in the longitudinal direction thereof. A relief portion is formed at the stepped collar member at a position corresponding to an abutting portion of the stepped collar member so as to prevent a tip end portion of the engaging member from abutting the abutting portion.
    • 用于气囊的启动装置包括质量体,驱动轴和点火销。 质量体通过质量体的惯性运动来检测车辆的快速减速。 质量体沿惯性运动方向的端部沿其长度方向接触驱动轴的一个端部附近。 驱动轴由推动构件推动,并且由于推动构件的推动力将质量体保持在预定位置。 驱动轴具有在驱动轴的纵向方向的一部分处的接合构件,并且被设置成可以通过质量体的惯性运动而围绕接合构件旋转。 点火销包括轴构件和阶梯式轴环构件,阶梯式轴环构件形成在轴构件的纵向方向的一部分处。 在阶梯状的轴环部件上形成有与阶梯式轴环部件的抵接部对应的位置的止挡部,以防止接合部件的前端部抵靠抵接部。