Abstract: A conducting strip for a connection device comprises a first conducting strip, a second conducting strip, and an elastic clipping element. One side of the second conducting strip is contacted with one side of the first conducting strip, and the two contacted sides are clipped by the elastic clipping element so that the first conducting strip and the second conducting strip can be connected movably to provide conductive purpose and assembled easily to reduce costs.

Abstract: A foldable power supply device includes a first socket, a second socket, and a pivoting unit. The first socket has multiple sets of first plugging holes and first conductive plates. The second socket has multiple sets of second plugging holes and second conductive plates. The pivoting unit is located between the first socket and the second socket. The direction of the rotation shaft of the pivoting unit is not parallel to the plugging direction of the first plugging holes and the second plugging holes. Thereby, the foldable power supply device can be opened into a block type to lower its height and be used as a multi-hole type. Alternatively, the device can also be folded to become a vertical type so that one side of the device can align with the wall, and the plugs or the transformers can be plugged into the device in two face-to-face directions.

Abstract: An electric plate structure for a socket includes a baseplate and at least one contact piece. The contact piece defines a body portion and a protruding portion thereof, the body portion is connected with the baseplate, two sides of the body portion are bent inwards to form a clipping portion, the clipping portion extends towards one side to form a guide point, and the protruding portion is set on a surface of the body portion and the baseplate. Thereby, the electric plate structure of the socket is formed. The clipping portion is connected electronically with the pin of the plug, and the clipping portion is punched by a single baseplate. As such, it is unnecessary to set two baseplates to form the clipping portion. The quantity of copper can thereby be reduced, enhancing the profitability of products and their market competitiveness.

Abstract: A telescopic and adjustable electrically conductive device includes a first electrically conductive piece and a second electrically conductive piece. The second electrically conductive piece is movable contacted with the first electrically conductive piece. The present invention further provides a socket device including a socket and at least two electrically conductive devices. The socket comprises a base and a plurality of socket bodies and they are combined together in a slidable manner. The electrically conductive device comprises a first electrically conductive piece, a second electrically conductive piece and a plurality of contacting pieces. The contacting pieces movable contact with the second electrically conductive piece. The first electrically conductive piece is inside the base, and the second electrically conductive piece is inside the base and the socket bodies.

Abstract: A conducting strip for a connection device comprises a first conducting strip, a second conducting strip, and an elastic clipping element. One side of the second conducting strip is contacted with one side of the first conducting strip, and the two contacted sides are clipped by the elastic clipping element so that the first conducting strip and the second conducting strip can be connected movably to provide conductive purpose and assembled easily to reduce costs.

Abstract: The present invention relates to a rotary socket assembly comprising an upper casing having at least a set of insert slots at its top surface and a dummy cover on both sides; a terminal set having a terminal pillar for connecting the terminals, a circuit and a terminal plate extended from each corresponding terminal, and the terminal plate is pivotally coupled with the terminal; a terminal seat having a component for connecting each set of terminals, the upper casing and an external housing; a lower casing, being an arc plate for connecting each terminal seat with each terminal set. After the upper and lower casings are engaged, the insert slots can be rotated for adjusting the inserting direction.

Abstract: A freely rotational receptacle includes an upper casing member with a hollow space, a receptacle body, a terminal set, a first contact ring, a second contact ring, a relay seat and a lower casing member. When the freely rotational receptacle is assembled, the receptacle body, the terminal set, the first contact ring, the second contact ring, the relay seat and the upper casing member are capable of being assembled to the lower casing member to allow the receptacle body rotating freely in a space formed by the upper and lower casing member for performing power supply.

Abstract: A freely rotational receptacle includes an upper casing member with a hollow space, a receptacle body, a terminal set, a first contact ring, a second contact ring, a relay seat and a lower casing member. When the freely rotational receptacle is assembled, the receptacle body, the terminal set, the first contact ring, the second contact ring, the relay seat and the upper casing member are capable of being assembled to the lower casing member to allow the receptacle body rotating freely in a space formed by the upper and lower casing member for performing power supply.

Abstract: The present invention relates to a rotary socket assembly comprising an upper casing having at least a set of insert slots at its top surface and a dummy cover on both sides; a terminal set having a terminal pillar for connecting the terminals, a circuit and a terminal plate extended from each corresponding terminal, and the terminal plate is pivotally coupled with the terminal; a terminal seat having a component for connecting each set of terminals, the upper casing and an external housing; a lower casing, being an arc plate for connecting each terminal seat with each terminal set. After the upper and lower casings are engaged, the insert slots can be rotated for adjusting the inserting direction.

Abstract: The present invention discloses a link assembly for connectors, which comprises a main body, a live terminal, a neutral terminal, a ground terminal, and a push rod. The live terminal and the neutral terminal are bent directly under two wire sockets of the main body and turned round and extended out from the wire sockets to form a two-terminal connector, or pressed by the push rod to move a support member downward from a positioning channel at one end of a guide channel of the main body to push against the inner wall of the wire socket to move forward to another end of the positioning channel. The support member is latched by a resilient member, such that the ground terminal is extended out from the ground wire hole and the live and neutral terminals are turned round and extended out from the wire socket to drive the latch member and press on a blocking member to constitute a 3-termainal connector.

Abstract: The present invention discloses a link assembly for connectors, which comprises a main body, a live terminal, a neutral terminal, a ground terminal, and a push rod. The live terminal and the neutral terminal are bent directly under two wire sockets of the main body and turned round and extended out from the wire sockets to form a two-terminal connector, or pressed by the push rod to move a support member downward from a positioning channel at one end of a guide channel of the main body to push against the inner wall of the wire socket to move forward to another end of the positioning channel. The support member is latched by a resilient member, such that the ground terminal is extended out from the ground wire hole and the live and neutral terminals are turned round and extended out from the wire socket to drive the latch member and press on a blocking member to constitute a 3-termainal connector.

Abstract: An electric plug is constructed to include a housing having metal contact members for insertion into the insertion slots of an electric socket to obtain power supply, a front cover sealed to the front side of the housing, a follower member supported on the spring member inside the front cover, and a lever pivoted to the housing for pressing by hand to force the follower member out of the front cover against the electric socket for enabling the metal contact members to be easily removed from the insertion slots of the electric socket when separating the electric plug from the electric socket.

Abstract: An electric plug is constructed to include a housing having metal contact members for insertion into the insertion slots of an electric socket to obtain power supply, a front cover sealed to the front side of the housing, a follower member supported on the spring member inside the front cover, and a lever pivoted to the housing for pressing by hand to force the follower member out of the front cover against the electric socket for enabling the metal contact members to be easily removed from the insertion slots of the electric socket when separating the electric plug from the electric socket.

Abstract: A contact structure includes a fixed contact set, said fixed contact set having a stepped cap and a plurality of contact rings of different diameters respectively mounted in annular steps of the stepped cap and respectively connected to the conductors of a fixed cable, and a movable contact set, the movable contact set having a stepped shaft rotatably inserted into the stepped cap, spring members mounted in peripheral holes in the steps of the stepped shaft, and arched contact plates respectively connected to the conductors of a movable cable and respectively supported on the spring members and forced by the spring members into contact with the contact rings of the fixed contact set.