Abstract: An electric power connector for a connective terminal to be plugged in, which includes a carrier, a clamping member, a driven element, a sliding element, and a gear. The clamping member is disposed in the carrier and clamps the connective terminal. The driven element is movably disposed in the carrier and is arranged correspondingly to the clamping member. The sliding element is slidably connected in the carrier and includes a rack and a pushing portion. The gear is rotatably connected to the carrier and engages with the rack. The sliding element is configured to slide relative to the carrier by controlling the gear to rotate. The pushing portion moves with the sliding element to push the driven element to shift to force the clamping member to latch the connective terminal.

Abstract: A signal cable structure includes a set of strands, an outer insulation tube and a water swellable powder. The set of strands includes a plurality of twisted pairs. The twisted pairs are enclosed to form a center portion, and each of the twisted pairs includes two wires intertwined with each other. The outer insulation tube sheaths the set of strands; an outer ring portion is surrounded outside the set of strands and formed between the outer insulation tube and the set of strands. The water swellable powder is distributed in the outer ring portion, and the center portion of the set of strands is not distributed with the water swellable powder. Thereby, a signal cable with waterproof performance is provided.

Abstract: A cable for integrated data transmission and power supply includes an insulative tube having a hollow chamber; an outer knitted shield disposed on an inner wall surface of the insulative tube; a first signal wire arranged inside the hollow chamber and including a plurality of first signal core lines and an inner knitted shield covering an outer thereof; a second signal wire penetrating through the hollow chamber and using the first signal wire as a center to be arranged at one side of the first signal wire; and a power wire penetrating through the hollow chamber and using the first signal wire as a center to be arranged at another side of the first signal wire and opposite from the second signal wire.

Abstract: A patch panel structure includes a circuit board, a plurality of first RJ45 sockets, and a plurality of second RJ45 sockets. The circuit board has a first end and a second end opposite to each other. A plurality of first conducting points are formed at the first end. A plurality of second conducting points are formed at the second end. Each of the first RJ45 sockets forms a first interface and is electrically connected to each of the first conducting points. Each of the second RJ45 sockets forms a second interface, is electrically connected to each of the second conducting points, and is disposed in a parallel and symmetrical manner with respect to each of the first RJ45 sockets. Each of the first interfaces of the first RJ45 sockets is disposed in a back-to-back and spaced-apart manner with respect to each of the second RJ45 sockets.

Abstract: A network connector socket includes an insulated body, first contacts, and second contacts. Each first contact includes a first fixed segment fixed in the insulated body. The first fixed segments are arranged in parallel on a first plane. Each second contact includes a second fixed segment fixed in the insulated body. The second fixed segments extend on a second plane spaced apart with the first plane and are arranged in parallel. One of the first fixed segments is bent and extends to cross at least one of the second fixed segments. For one of the first contacts, the corresponding first fixed segment has a larger transverse width than that of the rest. For one of the second contacts, the corresponding second fixed segment has a larger transverse width than that of the rest. Thus, the crosstalk noise between the contacts is reduced by capacitive compensation.

Abstract: A network connector socket includes an insulated body, first contacts, and second contacts. Each first contact includes a first fixed segment fixed in the insulated body. The first fixed segments are arranged in parallel on a first plane. Each second contact includesa second fixed segment fixed in the insulated body. The second fixed segments extend on a second plane spaced apart with the first plane and are arranged in parallel. One of the first fixed segments is bent and extends to cross at least one of the second fixed segments. For one of the first contacts, the corresponding first fixed segment has a larger transverse width than that of the rest. For one of the second contacts, the corresponding second fixed segment has a larger transverse width than that of the rest. Thus, the crosstalk noise between the contacts is reduced by capacitive compensation.

Abstract: A composite cable includes an insulating outer layer having a hollow chamber and a plurality of transmission lines passed into the hollow chamber, and each being used specifically for a plurality of transmission interfaces. The transmission line includes a first transmission line having a first wire covered onto the exterior of the first aluminum foil layer, a first metal braid covered onto the exterior of the first aluminum foil layer, a first ground wire installed between the first aluminum foil layer and the first metal braid, and a second transmission line having a second wire and a second metal braid covered onto the exterior of the second wire. Therefore, the same composite cable has the transmission lines and a multiple of functions that can reduce interference with each other during data transmissions, so as to assure and maintain the original high quality of video, audio or data signals.

Abstract: The present invention relates to a luminous electric wire comprising at least one conductor component and an outer sheath for surrounding the conductor component. The outer sheath has at least one recess. The recess is filled with luminous materials. Under the natural light, the fluorescent light and ultraviolet, the luminous electric wire of the present invention stores energy.

Abstract: A connector includes a front seat, an FPCB pin module, an FPCB, a plurality of terminals and a flexible support. The front seat has a socket and a room for receiving the socket. The flexible printed circuit board (FPCB) pin module is received in the room. The FPCB has a fixing portion, a connecting portion bendingly extending from an edge of the fixing portion and a terminal insertion portion extending from another edge of the fixing portion and corresponding to the socket. The terminals pass through and are fixed on the terminal insertion portion. The flexible support is attached on the fixing portion and the connecting portion for supporting the connecting portion.

Abstract: A connector includes a front seat, an FPCB pin module, an FPCB, a plurality of terminals and a flexible support. The front seat has a socket and a room for receiving the socket. The flexible printed circuit board (FPCB) pin module is received in the room. The FPCB has a fixing portion, a connecting portion bendingly extending from an edge of the fixing portion and a terminal insertion portion extending from another edge of the fixing portion and corresponding to the socket. The terminals pass through and are fixed on the terminal insertion portion. The flexible support is attached on the fixing portion and the connecting portion for supporting the connecting portion.

Abstract: A socket with an assembling and unloading mechanism comprises: a frame, having at least one installing hole; at least one holding member for assembling and unloading the frame and having a plate member and a pair of flexible clamping members disposed on the two sides of the plate member, the plate member has an accepting hole, each of the flexible clamping members has a pressing portion and a hook disposed on the one side of the pressing portion and driven by the pressing portion, each hook buckles the peripheral of the frame adjacent to the installing hole; and at least one connecting port, connecting to the inside of the accepting hole; wherein the hook is unloaded from the frame while pressing the pressing portion, and the holding member is withdrawn from the installing hole.

Abstract: A connector apparatus with indication function includes a first power line, a current-detecting resistor, a second power line, a ground line, a current-detecting unit, a first voltage comparator, a second voltage comparator, a first light-emitting unit, a second light-emitting unit, and a voltage division unit. The first light-emitting unit is lighting but the second light-emitting unit is not lighting when one side of the connector apparatus is connected to a computer and the other side of the connector apparatus is not connected to a smart 3C electronic product. The first light-emitting unit is not lighting but the second light-emitting unit is lighting when one side of the connector apparatus is connected to a computer and the other side of the connector apparatus is connected to a smart 3C electronic product.

Abstract: A socket with an assembling and unloading mechanism comprises: a frame, having at least one installing hole; at least one holding member for assembling and unloading the frame and having a plate member and a pair of flexible clamping members disposed on the two sides of the plate member, the plate member has an accepting hole, each of the flexible clamping members has a pressing portion and a hook disposed on the one side of the pressing portion and driven by the pressing portion, each hook buckles the peripheral of the frame adjacent to the installing hole; and at least one connecting port, connecting to the inside of the accepting hole; wherein the hook is unloaded from the frame while pressing the pressing portion, and the holding member is withdrawn from the installing hole.

Abstract: An electrical connector jack includes an insulation base, a separation piece, a first terminal group, a second terminal group, a third terminal group, and a fourth terminal group. The separation piece is provided in the insulation base. The first terminal group includes a first soldering end set located inside the separation piece. The second terminal group includes a second soldering end set located outside the separation piece. The third terminal group includes a third soldering end set located outside the separation piece. The fourth terminal group includes a fourth soldering end set located outside the separation piece.

Abstract: A keystone jack includes a main body, a printed circuit board, a terminal base, and a plurality of terminals. Both sides of the main body have two first troughs and two second troughs. The printed circuit board is inserted into the main body and has two first hooks engaged with the two first troughs on its both sides. The terminal base is disposed on the printed circuit board and assembled with the main body. Both sides of the terminal base are formed with two second hooks engaged with the two second troughs. Both ends of each terminal are fixedly inserted into the printed circuit board and the terminal base respectively. By these two engaging means, the engagement strength of the components of the keystone jack is increased to thereby prevent the keystone jack from suffering damage.

Abstract: An incorrect-circuit deactivation device of a magnetic GFCI outlet includes an electromagnetic coil seat, a magneto-conductive core driven by the electromagnetic coil seat to displace, and two magnetic elements located on both sides of the magneto-conductive core. The magneto-conductive core is connected to a first electrical conductive end. The first electrical conductive end is positioned to face a second electrical conductive end. Electric power is supplied when the first electrical conductive end is brought into contact with the second electrical conductive end. The electromagnetic coil seat senses a reverse current to make the magneto-conductive core to displace toward one of the magnetic elements when there is a ground fault, thereby departing the first electrical conductive end from the second electrical conductive end to cut off the electric current.

Abstract: A bendable patch panel structure installed on a chassis includes a patch panel and a fixing element. The patch panel includes a first panel, a second panel, a hinge pivotally coupled between ends of the first and second panels, and a connecting plate separately installed at other ends of the first panel and second panel and pivotally coupled to the chassis. After the first and second panels are bent and adjusted, a fixing element for the appropriate connection is selected according to the shape of the two unfolded metal plates of the hinge, such that the installer can adjust the bending condition of the patch panel in a time-saving, effort-saving, quick and easy manner.