Abstract: A cam-type wire connector includes a housing, a conductor, and a lever. The housing has a plurality of insertion holes; the conductor comprises a conductive member and a leaf spring, the leaf spring has a carrier plate and a wire clamping portion that is formed with a plurality of windows. Wherein an elastic member is formed with the wire clamping portion for blocking the window; the lever has an operating portion and a toggle portion for cooperating with the leaf spring, the operating portion is constructed with a cam to allow the lever to swing without a fixed axis. When the lever is changed from an initial position to an actuate position, the elastic member is moved away from the carrier plate and an insertion channel is formed for allowing the wire to enter the window. The insertion channel is located in the interval between the second positioning surface and the fixed surface.

Abstract: The present invention relates to an electrical conductor connector, comprises: an insulating body, a contact member and an actuation lever. A plurality of inserting openings are provided in the insulating body. The contact member comprises a busbar and a wire connection clamp. The actuation lever comprises an actuation portion for cooperating with the wire connection clamp and a flip portion, wherein the actuation portion is provided with a cam, a stop wall is provided inside the insulating body for contacting the cam. When the flip portion is flipped, the actuation lever swings and moves jointly through the contour of the cam and a contact surface of the stop wall, so a relative displacement is generated between the insulating body and the actuation lever. A contact point is generated between the surface of wire connection clamp and the actuation portion, and the position of the contact point will be changed continuously.

Abstract: A cam-type wire connector includes a housing, a conductor, and a lever. The housing has a plurality of insertion holes; the conductor comprises a conductive member and a leaf spring, the leaf spring has a carrier plate and a wire clamping portion that is formed with a plurality of windows. Wherein an elastic member is formed with the wire clamping portion for blocking the window; the lever has an operating portion and a toggle portion for cooperating with the leaf spring, the operating portion is constructed with a cam to allow the lever to swing without a fixed axis. When the lever is changed from an initial position to an actuate position, the elastic member is moved away from the carrier plate and an insertion channel is formed for allowing the wire to enter the window. The insertion channel is located in the interval between the second positioning surface and the fixed surface.

Abstract: A wire connection device includes a housing, a conductor, and a lever. The conductor is located inside the housing and has a leaf spring, a conductive member and a push-back block, and the lever is provided with a push-back notch and an actuating cam, and the lever is movably assembled in the housing so that the lever may swing against the housing so that the leaf spring is squeezed by the lever for generating a deformation. When the lever swings to an actuate position, the touch surface of the cam that touch the conductor will be changed so that the lever can be moved in a straight line against the housing simultaneously. Therefore, the push-back block can be inserted into the inside of the push-back notch.

Abstract: The present invention relates to an electrical conductor connector, comprises: an insulating body, a contact member and an actuation lever. A plurality of inserting openings are provided in the insulating body. The contact member comprises a busbar and a wire connection clamp. The actuation lever comprises an actuation portion for cooperating with the wire connection clamp and a flip portion, wherein the actuation portion is provided with a cam, a stop wall is provided inside the insulating body for contacting the cam. When the flip portion is flipped, the actuation lever swings and moves jointly through the contour of the cam and a contact surface of the stop wall, so a relative displacement is generated between the insulating body and the actuation lever. A contact point is generated between the surface of wire connection clamp and the actuation portion, and the position of the contact point will be changed continuously.

Abstract: The present invention relates to a wire connector for wire being inserted along an inserting direction, comprising: a cover, a conductor and a plurality of shift levers. The cover has a plurality of inserting holes along the inserting direction and a receiving space. The conductor is assembled in the receiving space, and comprising a conductive portion contacts the wire and a plurality of elastic portions that are located in an extended position of inserting holes respectively. The shift levers are pivoted on the cover and swing between a first position which non-contact the elastic portion and a second position which presses the elastic portion. Wherein a first fixed device is formed in the first position for fixing the shift levers, and a second fixed device is formed in the second position for fixing the shift levers. So that the fixed function of the shift levers will be strengthened in the first and second position.

Abstract: A disconnect has a pair of male and female connector housings and a pair of male and female connectors. The male connector housing has a male connector engagement socket. The female connector housing has a female connector engagement socket for sleeve-engagement with the male connector engagement socket. The male connector is inside the male connector housing and has a male connector engagement end. The female connector is inside the female connector housing and has a female connector engagement end. The female connector engagement end has a contact finger and a pressure finger for mechanically gripping engagement with the male connector engagement end when sleeve-engaged and the male connector engagement end is inserted between the contact and pressure fingers. The tips of the contact finger and the pressure finger are forced apart from each other by the engagement insertion and are pressed onto inner sidewalls of the female connector engagement socket.

Abstract: A double-blade, reusable push-in wire connector for electrically interconnecting together multiple wires has a guide and lock element, which is mated with a conduction and retention element and assembled inside an enclosing element. The guide and lock element has at least one separation wall extending along the direction of insertion of the wires. The conduction and retention element has at least one resilient spring leg and a conduction plate. A wire installation access port is opened in the guide and lock element for force-opening of the clamping between the at least one resilient spring leg and the conduction plate so as to remove an inserted wire from or to insert a multi-thread wire into the connector.

Abstract: A push-in wire connector for electrically interconnecting multiple wires together is disclosed to have a guide and lock element, which is mated with a conduction and retention element and assembled inside the enclosing space of an enclosing element. Multiple wire insertion channels are provided inside the connector for receiving the insertion of wires. Each of the insertion channels includes a main port section led in by an insertion port for guiding the insertion of a stripped end of a wire. A wire engagement segment follows the main portion section formed by the surrounding of a conduction plate at the bottom, an insertion channel separation wall at one or both sides, and the resilient spring legs on the top. The wire engagement segment prevents the bending or deflection of the inserted wire end thereby ensuring secure and good electrical conduction between the inserted wires.