Abstract: Disclosed is a cable end connector. The cable end connector includes: a base; a circuit board fixedly disposed in the base; a cable connected to the circuit board; and a latch fixedly disposed in a mounting groove of the base. The latch has a body portion and a bent portion formed by bending downwards from a rear edge of the body portion, the bent portion can abut against the base, and the body portion has a plurality of hooks extending forwards. The cable end connector further includes a connecting shaft, a mounting space for the connecting shaft to penetrate through is formed between the body portion and the bent portion, and the connecting shaft penetrates through the mounting space and is inserted into a connecting hole of the base, which can prevent the latch from falling off and has better connection reliability.

Abstract: The present invention discloses a connector, including a base and a latch, the latch being one piece formed and disposed on the base, wherein one end of the latch having a strap hole portion, and another end of the latch having a pressing portion, wherein the pressing portion is located above the strap hole portion, and when the pressing portion is pressed and moves toward the base, the pressing portion drives the strap hole portion to move toward the base together. In this way, an operator applies force downward on the pressing portion, or pulls the strap horizontally backwards, or pulls the strap upwards in a vertical direction, the strap hole portion can be fully driven down to ensure smooth unlocking of the connector, so that the connector has improved in use reliability and a wider scope of application.

Abstract: A circuit board includes an insulating substrate layer, a ground layer, an insulating layer, insulating through holes, a signal transmission layer and a polymer conductive member. The ground layer is disposed between the insulating layer and the insulating substrate layer. The signal transmission layer is disposed on one side of the insulating layer opposite to the ground layer. The insulating through holes penetrate through the signal transmission layer and the insulation layer to connect to the ground layer. The polymer conductive member is disposed within the insulating through holes, and one part thereof is electrically connected to the ground layer, and another part thereof extends outwards from the signal transmission layer.

Abstract: A power connector has a casing, a first power terminal, and a second power terminal. The casing has at least one cable-in opening. The first power terminal has a first inner connecting portion and a first outer connecting portion. The first inner connecting portion is secured in the casing and has a first through hole matrix. The first through hole matrix faces the at least one cable-in opening and has multiple first through holes. The first outer connecting portion is located outside of the casing. The second power terminal is basically the same as the first power terminal. The first power terminal is located between the second power terminal and the at least one cable-in opening. The first power terminal shields part of the second power terminal and allows the second through hole matrix of the second power terminal to be exposed to the at least one cable-in opening.

Abstract: A plug connector for plugging with a mating connector includes a lower housing, an upper housing fixed on the lower housing, a disengaged member and a covering lid. The upper housing has a receiving cavity concaved from its top surface and a pivotal groove formed in the receiving cavity. The disengaged member has a main body, an elastic member disposed on the main body, a handle portion extending and inclining upwardly from the main body, and a hooking plate extending from the main body. The hooking plate is opposite to the handle portion and is exposed outside the upper housing. The main body forms a rod-shaped portion disposed movably in the pivotal groove. The hooking plate hooks elastically the mating connector. The covering lid is fixed on the upper housing and covers the receiving cavity. The elastic member is propped against a bottom surface of the covering lid.

Abstract: The present invention is a poppet comprising a stem and a body, with the body having a plurality of channels extending in an longitudinal direction along the periphery of the body. The channels are gas flow conduits that react to the orientation of the poppet and force the poppet to re-align itself during operation with the centerline of the regulator chamber surrounding the poppet. The plurality of channels greatly reduces the contact between the periphery of the poppet and the regulator body. The present invention further includes a bore beginning at the non-stem end of the body and extending in the longitudinal direction within the body of the poppet. The bore can receive a spring for guiding the poppet. By positioning the spring within the poppet, the spring will have minimal contact with the regulator body. The bore avoids the spring from guiding the poppet by its end and adjusts the poppet's center of gravity toward where the poppet sits on the seat.

Abstract: A connector has a first outer casing, a second outer casing, and a cable module. The first outer casing has a first front sectional portion. The second outer casing has a second front sectional portion. The cable module includes a printed circuit board, a cable, and an insulating member. The printed circuit board has a plurality of electric pads disposed at a front thereof. The cable has a front electrically connected to a rear of the printed circuit board. The insulating member retains the front of the cable and the rear of the printed circuit board. The printed circuit board is received between the first front sectional portion and the second front sectional portion. The front of the printed circuit board extends out of the first front sectional portion and the second front sectional portion. As such, the number of components of the connector of the present invention is reduced.