Abstract: A power strip hanging device and structure are provided. The hanging device includes a hanger element and a positioning seat. The hanger element has a pulling portion for being pulled by a user and a shoulder extended outward from the periphery of one end thereof. The positioning seat has an upper opening on one side and a lower opening on the opposite side communicating with the upper opening to form a receiving space therein, and is positioned firmly in an installation hole of a table, so that the hanging element can pass through the upper opening and be received in the receiving space with the shoulder resting on the rim of the upper opening. Thus, the hanging element is supported by the positioning seat, and the power strip can pass through the positioning seat and be secured under the table without occupying the space on a top of the table.

Abstract: A power strip hanging device and structure are provided. The hanging device includes a hanger element and a positioning seat. The hanger element has a pulling portion for being pulled by a user and a shoulder extended outward from the periphery of one end thereof. The positioning seat has an upper opening on one side and a lower opening on the opposite side communicating with the upper opening to form a receiving space therein, and is positioned firmly in an installation hole of a table, so that the hanging element can pass through the upper opening and be received in the receiving space with the shoulder resting on the rim of the upper opening. Thus, the hanging element is supported by the positioning seat, and the power strip can pass through the positioning seat and be secured under the table without occupying the space on a top of the table.

Abstract: A rack illumination device is disclosed, wherein a casing is provided with an opening and has a receiving space extending from the opening into the casing, a power module is disposed in the casing and connected to an external power source, and a rotatable lampshade has one end pivotally connected to the casing at a position adjacent to the opening and can be rotated into or out of the casing. When the rotatable lampshade has been rotated into the casing, a switch element is switched to an OFF state to disconnect a light-emitting element from the power module electrically. Once the rotatable lampshade is rotated out of the casing, the switch element is switched to an ON state to make electrical connection between the light-emitting element and power module, thus allowing the light-emitting element to emit light.

Abstract: A power strip has a stationary base, at least one rotating base, at least one pintle and a power cable. The at least one rotating base is mounted rotatably on the stationary base. Each of the at least one rotating base has a top surface facing along a Z-axis and at least one socket mounted on the top surface and selectively covered by the stationary base by rotating each of the at least one rotating base to align with the stationary base. The at least one pintle faces along the Z-axis and rotatably connects the at least one rotating base to the stationary base. The power cable is mounted on the stationary base. The socket may be covered to prevent malfunction and shorting problems due to dust accumulation on the socket and prevent penetration by objects.

Abstract: A power receptacle device has a stationary base and at least one rotating base. The at least one rotating base is mounted rotatably in the stationary base and has at least one socket. The at least one socket is covered when the rotating base is rotated to a position to prevent users from touching the at least one socket and getting electric shock. Further, because the at least one rotating base is rotatable, the at least one socket on the at least one rotating base is exposed and accessible when the at least one rotating base is turned out from the at least one rotating base.

Abstract: An enclosure for a socket having plugs electrically connected to the socket and each plug having a wire extending out from the plug, includes a neck adapted to be integrally extending out from a bottom of the socket, and a skirt detachably connected to a distal end of the neck. The skirt is deformable so as to define a receiving space and a hole communicating with the receiving space. The neck is provided for having the wires wound therearound so as to enhance the connection between the plugs and the socket. The deformation of the skirt conceals a portion of the wires inside the receiving space and then the wires extend out from the hole.

Abstract: An enclosure for a socket having plugs electrically connected to the socket and each plug having a wire extending out from the plug, includes a neck adapted to be integrally extending out from a bottom of the socket, and a skirt detachably connected to a distal end of the neck. The skirt is deformable so as to define a receiving space and a hole communicating with the receiving space. The neck is provided for having the wires wound therearound so as to enhance the connection between the plugs and the socket. The deformation of the skirt conceals a portion of the wires inside the receiving space and then the wires extend out from the hole.

Abstract: A wall outlet has two trenches respectively defined in two opposite sides in the housing of the wall outlet to corresponding to the grounding blade of a plug so that the wall outlet is compact.

Abstract: A rotatable plug has a mediate disk received in the housing and having at least two connecting blades securely connected thereto, a mediate connector placed on top of the mediate disk, and a top disk received in the housing and placed on top of the mediate connector. A mediate slip ring is mounted around a periphery of the mediate connector and having a first end electrically connected to the securing element. A top slip ring is mounted around a periphery of the top connector and having a first end electrically connected to the securing element. A first screw is provided to secure engagement among the top connector, the top disk, the mediate connector and the mediate disk inside the housing.

Abstract: A repelling device for a bird feeder has a repelling disk rotatably and movably mounted around the central shaft and having an annular extension mounted around the central shaft of the retainer and an annular flange integrally formed on an inner face of the repelling disk and extending downward. A housing is securely engaged with the central shaft to receive therein a driving device to selectively drive the repelling disk to rotate. Multiple sensors each is securely mounted in the housing and partially extends out of the housing to be detachably engaged with the annular flange.