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    • 1. 发明申请
    • ELECTRIC SOCKET
    • 电源插座
    • US20090156066A1
    • 2009-06-18
    • US12179908
    • 2008-07-25
    • Fu-Hsiang HUANGChang-Chin YangChih-Pin YangDe-Lin Jan
    • Fu-Hsiang HUANGChang-Chin YangChih-Pin YangDe-Lin Jan
    • H01R13/02
    • H01R13/4536H01R13/7031
    • An electric socket includes a base provided with two electrodes and conduction members beside the electrodes. Each of the conduction members is connected to a power source and keeps a predetermined distance away from the electrodes. An upper casing has two apertures corresponding to the electrodes respectively. A power control unit includes a control block beside the conduction members and a control shaft having an end connected to the control block and an opposite end extended out of the upper casing. Two shutter members are pivoted on the base to shut the aperture. When a plug is inserted into the electric socket of the present invention, prongs of the slug will move away the shutter first, and then press the control shaft to make the control block bending the conduction members toward the electrodes that makes the conduction members contacting the electrodes respectively.
    • 电插座包括在电极旁边设置有两个电极和导电构件的基座。 每个导电构件连接到电源并且与电极保持预定的距离。 上壳体具有分别对应于电极的两个孔。 功率控制单元包括在导通构件旁边的控制块和具有连接到控制块的端部的控制轴和从上壳体伸出的相对端。 两个活门构件在基座上枢转以关闭孔。 当将插头插入到本发明的电插座中时,插头的尖头将首先移动快门,然后按压控制轴以使控制块将导电构件朝向电极弯曲,使导电构件接触 电极。
    • 2. 发明申请
    • ASSEMBLY RECEPTACLE CAPABLE OF SEPARATING
    • 装配分离器的装配容器
    • US20120184119A1
    • 2012-07-19
    • US13350566
    • 2012-01-13
    • Fu-Hsiang HUANGChang-Chin Yang
    • Fu-Hsiang HUANGChang-Chin Yang
    • H01R13/62
    • H01R25/00H01H23/08H01R13/70H01R29/00
    • An assembly receptacle capable of separating includes an assembly set which has a first assembling slot, a second assembling slot and a third assembling slot, a first connection set with a first connecting element which is installed in the first assembling slot and includes a connecting portion and at least one plug connecting portion, a second connection set with a first connecting portion installed in the second assembling slot and a second connecting portion installed in the third assembling slot, and an actuation portion to control electric connection or disconnection between the first connecting portion and the second connecting portion. The second connecting portion is connected to the plug connecting portion. Thus higher assembly costs and poor positioning problem of the receptacle can be reduced, and other problems of production, material preparation and stocks incurring to different types of casings can also be eliminated.
    • 能够分离的组装插座包括具有第一组装槽,第二组装槽和第三组装槽的组件组,第一连接组,其具有安装在第一组装槽中的第一连接元件,并且包括连接部分和 至少一个插头连接部分,具有安装在第二组装槽中的第一连接部分的第二连接组件和安装在第三组装槽中的第二连接部分,以及用于控制第一连接部分与第二连接部分之间的电连接或断开的致动部分 第二连接部。 第二连接部分连接到插头连接部分。 因此,可以降低容器的组装成本和位置问题,并且还可以消除生产,材料准备和产生不同类型壳体的库存的其他问题。
    • 3. 发明申请
    • ELECTRIC SOCKET HAVING AUTOMATIC APERTURE SHUTTER
    • 具有自动孔径开关的电插座
    • US20090325410A1
    • 2009-12-31
    • US12181523
    • 2008-07-29
    • Fu-Hsiang HUANGChang-Chin Yang
    • Fu-Hsiang HUANGChang-Chin Yang
    • H01R13/44
    • H01R13/4534
    • An electric socket includes a casing having two apertures and a shutter member, which has two bores, provided under the casing. The shutter member may be moved between a first position, in which the shutter member closes the apertures of the casing, and a second position, in which the bores of the shutter member are aligned with the apertures of the casing by a driving device. The shutter member is moved downward when a plug is inserted, and the shutter member will be moved to the second position at the same time. When the plug is pulled out, two biasing members will urge the shutter member upward, and a return device will return the shutter member back to the first position that the shutter member will close the apertures automatically when the plug is pulled out.
    • 一个电插座包括一个具有两个开口的壳体和一个活门构件,它具有设置在壳体下面的两个孔。 活门构件可以在其中活门构件封闭壳体的孔的第一位置和第二位置之间移动,在第二位置中,活门构件的孔通过驱动装置与壳体的孔对准。 当插头插入时,活门构件向下移动,并且活门构件将同时移动到第二位置。 当插头被拉出时,两个偏置构件将向上推动闸门构件,并且返回装置将使快门构件返回到第一位置,当插头被拉出时,挡板构件将自动关闭孔。