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    • 1. 发明授权
    • Switchgear
    • 开关柜
    • US6025983A
    • 2000-02-15
    • US118915
    • 1998-07-20
    • Yoshinori UchidaCoichi ShichidaYoshihiro Ookawa
    • Yoshinori UchidaCoichi ShichidaYoshihiro Ookawa
    • H02B1/30H01H33/53H01H33/66H02B11/167H02B11/24H02B11/00
    • H02B11/24H01H2033/6665H01H33/666H02B11/167
    • A switchgear comprising an electrically insulating frame having an operating mechanism accommodated at its front portion and having a main circuit accommodated at its rear portion. The insulating frame defines a space surrounded at three sides by opposing side insulating walls and a rear insulating wall arranged substantially in a U-shaped cross section. The insulating frame also supports a switch portion within the space and supports a terminal conductor leads from the switch portion extending through the rear insulating wall to project toward the rear of the switchgear. The switchgear also comprises an electrically insulating cover covering at a front side of the insulating frame at least the rear end, the top end and the opposing side ends of the operating mechanism. Also, the switchgear may comprises a face plate disposed to a front portion of the switchgear and an operating mechanism disposed between the face plate and the insulating frame. Therefore, the insulating distance between the components can be made small and no metal casing is necessary, allowing the switchgear to be small-sized and simple in structure.
    • 一种开关装置,包括电绝缘框架,其具有容纳在其前部的操作机构,并且在其后部容纳有主电路。 绝缘框架通过相对的侧绝缘壁和基本上呈U形横截面布置的后绝缘壁限定了在三侧被包围的空间。 绝缘框架还支撑在该空间内的开关部分,并且支撑从延伸穿过后绝缘壁的开关部分的端子导体引线朝向开关装置的后部突出。 开关装置还包括电绝缘盖,其至少在操作机构的后端,顶端和相对侧端处覆盖绝缘框架的前侧。 此外,开关装置可以包括设置在开关装置的前部的面板和设置在面板和绝缘框架之间的操作机构。 因此,可以使部件之间的绝缘距离小,并且不需要金属外壳,从而允许开关柜体积小,结构简单。
    • 2. 发明授权
    • Terminal connection device
    • 端子连接装置
    • US6086398A
    • 2000-07-11
    • US113556
    • 1998-07-10
    • Yoshihiro OokawaCoichi ShichidaYoshinori Uchida
    • Yoshihiro OokawaCoichi ShichidaYoshinori Uchida
    • H01H1/38H01H31/02H01H33/02H01R13/18
    • H01R13/18H01H1/38
    • A terminal connection device comprising: a first terminal; a terminal contact member composed of a plurality of contact pieces, each contact piece having a first contact surface and a second contact surface, the plurality of contact pieces being arranged on an outer circumference of the first terminal so that the first contact surface and the first terminal can be contacted with each other; a guide plate located between the first contact surface and the second contact surface, recesses being formed on the guide plate at regular intervals in the outer circumferential direction; and a pushing means for pushing the terminal contact member from the outside of the terminal contact member, in that contact pieces are arranged in the recesses formed on the guide plate, the first terminal and the second terminal are electrically connected with each other when the second terminal is inserted into the terminal contact member so that the second contact surface and the second terminal can be contacted with each other, and a protrusion is formed on the side of the contact piece.
    • 一种终端连接装置,包括:第一终端; 由多个接触片构成的端子接触构件,每个接触片具有第一接触表面和第二接触表面,所述多个接触片被布置在所述第一端子的外周上,使得所述第一接触表面和所述第一接触表面 终端可以彼此接触; 位于所述第一接触表面和所述第二接触表面之间的引导板,在所述引导板上在所述外周方向上以规则的间隔形成凹部; 以及用于从端子接触构件的外侧推动端子接触构件的推动装置,其中接触片被布置在形成在导向板上的凹部中,第一端子和第二端子在第二 端子插入到端子接触构件中,使得第二接触表面和第二端子可以彼此接触,并且在接触片的侧面上形成突起。
    • 4. 发明授权
    • Operation mechanism of circuit breaker
    • 断路器的运行机理
    • US5723836A
    • 1998-03-03
    • US727297
    • 1996-10-08
    • Michiharu OkunoCoichi Shichida
    • Michiharu OkunoCoichi Shichida
    • H01H33/40H01H3/22H01H3/26H01H3/30H01H33/42F16H55/00
    • H01H3/30H01H2003/3063H01H3/227H01H3/26
    • An operation mechanism of a circuit breaker which is highly reliable and inexpensive and in which an intermittent meshing of toothed wheels and resultant noise do not occur. The operation mechanism includes a gear wheel for driving a cam shaft to store mechanical energy into a breaking spring, a pinion meshed with the gear wheel and a clutch driving element provided on the same axis as the pinion and constituting a clutch with the pinion. An operational driving electric motor is provided to drive the clutch driving element. Coupling between the pinion and the clutch driving element is disconnected by means of a cam mechanism composed of an end cam provided on an end face of the gear wheel and the clutch driving element, in the vicinity of the stationary positions of the cam and the gear wheel in the force storing state of a closing spring.
    • 断路器的操作机构是高可靠性和廉价的,其中不会发生齿轮的间歇啮合和产生的噪声。 操作机构包括用于驱动凸轮轴以将机械能存储到断裂弹簧中的齿轮,与齿轮啮合的小齿轮和设置在与小齿轮相同的轴线上并与小齿轮构成离合器的离合器驱动元件。 提供操作驱动电动机来驱动离合器驱动元件。 小齿轮和离合器驱动元件之间的联接通过由设置在齿轮的端面上的端部凸轮和离合器驱动元件构成的凸轮机构在凸轮和齿轮的固定位置附近断开 轮在关闭弹簧的力存储状态。