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All-in-one stereo socket

  • US 10,389,059 B1
  • Filed: 07/18/2018
  • Issued: 08/20/2019
  • Est. Priority Date: 06/01/2018
  • Status: Active Grant
First Claim
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1. An all-in-one stereo socket, comprising a housing, characterized in that the housing is in the shape of a cube provided with six faces, with adjacent faces transitioned spherically;

  • the housing has a top face provided with a power switch and a USB jack, three continuous side faces provided with three-prong outlet modules each having an outlet, another side face provided with a power line, and a bottom face acting as a support face;

    the housing is internally provided with a circuit board and a support frame assembly;

    the circuit board is provided with a USB plugging terminal corresponding to the USB jack;

    the support frame assembly is internally provided with live-line conductive terminals, null-line conductive terminals and grounding conductive terminals, which are arranged corresponding to respective outlets; and

    the back face of each three-prong outlet module is provided with a protective door device fixed to the support frame assembly;

    the support frame assembly is internally provided with live-line conductive strips, null-line conductive strips and grounding conductive strips;

    the respective live-line conductive terminals and live-line conductive strips are in an all-in-one structure;

    the respective null-line conductive terminals and null-line conductive strips are in an all-in-one structure; and

    the respective grounding conductive terminals and grounding conductive strips are in an all-in-one structure;

    the support frame assembly comprises a first support block, a second support block, a third support block and a fourth support block, which are arranged from top to bottom in turn;

    the first support block and the fourth support block are fixed in a buckling way; and

    the second support block and the third support block are clamped and fixed between the first support block and the fourth support block;

    the live-line conductive strips are fixed between the first support block and the second support block;

    the null-line conductive strips are fixed between the third support block and the fourth support block; and

    the grounding conductive strips are fixed between the second support block and the third support block;

    the protective door device comprises a fixed cover, which is provided with through holes corresponding to the live-line conductive terminals and the null-line conductive terminals respectively;

    the fixed cover is internally provided with a movable door, which is in the shape of a framework with two ends provided with bevel sections arranged corresponding to the through holes;

    a spring is disposed between the movable door and the fixed cover to press against the movable door to close the through holes;

    two sides of the fixed cover are provided with elongated through slots respectively; and

    the movable door is provided with projecting posts, which correspond to the through slots and are snapped into the through slots;

    the fixed cover is internally provided with a first limiting projection and a second limiting projection for limiting the horizontal sliding of the movable door after the movable door is rotated; and

    the first limiting projection abuts against the inner edge of the framework of the movable door when the movable door rotates towards one direction, and the second limiting projection abuts against one end face of the movable door when the movable door rotates towards the other direction;

    the fixed cover is internally provided with a fixed block, on which a first mounting post is disposed, the movable door is provided with a second mounting post, and two ends of the spring are fixed to the first and second mounting posts respectively.

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