Abstract: An electrical connector for a chargeable battery includes a housing, a number of pins, a number of springs and a number of terminals. The housing includes a mating surface, a mounting surface and a number of receiving holes defined between the mating surface and the mounting surface. Each receiving hole of the housing receives one pin, one spring and one terminal therein. Each pin has a contact portion for connection with the chargeable battery and a shoulder portion extending outward from the contact portion. Each spring has a first end abutting against the shoulder portion of the pin and a second end abutting against the terminal. Each terminal has a mounting base, first and second conductive arms extending from the mounting base connectable with the shoulder portion of the pin thereby defining a transmission path through the contact portion, the shoulder portion of the pin, the conductive arms and the mounting base of the terminal.

Abstract: An electrical connector for a chargeable battery includes a housing, a number of pins, a number of springs and a number of terminals. The housing includes a mating surface, a mounting surface and a number of receiving holes defined between the mating surface and the mounting surface. Each receiving hole of the housing receives one pin, one spring and one terminal therein. Each pin has a contact portion for connection with the chargeable battery and a shoulder portion extending outward from the contact portion. Each spring has a first end abutting against the shoulder portion of the pin and a second end abutting against the terminal. Each terminal has a mounting base, first and second conductive arms extending from the mounting base connectable with the shoulder portion of the pin thereby defining a transmission path through the contact portion, the shoulder portion of the pin, the conductive arms and the mounting base of the terminal.

Abstract: An electrical connector includes a housing, a number of terminals, a number of pins, and a number of springs. The housing defines a plurality of receiving chambers. The terminals are respectively received in the receiving chambers of the housing. Each terminal defines a receiving hole therein. Each pin has a first contact portion projecting from the housing and a second contact portion opposite the first contact portion and movably received in the receiving hole of the terminal. The springs are respectively received in the receiving holes of the terminals. Each spring has a first end abutting against the second contact portion of the pin. When the pin is pressed, the spring actuates the pin to be biased and contact the inner surface of the terminal thereby causing a stable electrical connection between the pin and the terminal.

Abstract: An automobile electrical connector comprises an elongated housing. The elongated housing includes a first housing and a second housing assembled together. A biasing spring, a contact spring and a compression spring are mounted on the elongated housing for elastically connecting with a socket of an automobile. A first groove is defined in a surface of the first housing and is enclosed by a photic panel. An opening is defined through the first groove. A lighting block is opposite to the opening and electrically connects with a circuit board for lighting, thereby indicating electrical connection.

Abstract: A connector assembled in a mobile phone for transmitting signals and battery charging comprises a dielectric housing, a plurality of conductive terminals, and a plurality of charge terminals. The mean feature of the present invention is: a pair of alignment holes is defined in the dielectric housing at a mating direction for being assembled to housings of the mobile phone. The terminals of the connector elastically contact with a circuit board of the mobile phone. Each terminal includes a first contacting portion for contacting with a mating connector and a second contacting portion. The second contacting portion has an elastic end for contacting with a corresponding pad on the circuit board for transmitting signals. A waterproof layer is fill in a side of the dielectric housing where the terminals are assembled. A waterproof gasket is assembled to surround mating portion of the dielectric housing. Therefore, the connector assembled in the mobile phone and the terminals thereof are reliably waterproofed.

Abstract: A charger plug of the present invention comprises an insulative casing, a terminal unit received within the insulative casing, a conductive terminal received in the terminal unit, and a shielding unit. The terminal unit includes a longitudinal length and defines an elongated opening along the longitudinal length. The shielding unit covers the longitudinal length and have a second terminal extended from the side of the longitudinal length, moreover, between the terminal and the insulative casing have a embedding groove and a projected jut, and which have a joining post and a joining groove disposed on the insulative casing, such structures can be securely assembled into the terminal unit and the insulative casing together.

Abstract: A mobile phone connector for connecting a DC charging plug (61) with a mobile phone has an insulating unit (1) and an integral enveloping unit (2) shielding the insulating unit therein. The insulating unit defines a plurality of terminal accommodating grooves (10) and contact point terminal accommodating grooves (11, 12). The insulating unit has a first charging terminal unit (13) and a second charging terminal unit (14) extending from an end of the first charging terminal unit. A pair of charging terminals (5) are respectively received in the first and the second charging terminal units. The enveloping unit, the first charging terminal unit and the second charging terminal unit defines a DC charging slot (16) for accommodating a portion of the DC charging plug. The second charging terminal unit is shorter than a transverse portion (130) of the first charging terminal unit for preventing misconnection of the mating external device with the mobile phone.

Abstract: A cable connector that includes an insulating casing, a plurality of terminals installed on the insulating casing, an obstruction unit covering the insulating casing, and an outer casing to accommodate the obstruction unit and the insulating casing. The cable connector includes on the obstruction unit a supporting arm that snaps into engagement with a matching connector. On the supporting arm is a check part that contacts the insulating casing of the cable connector. Also on the supporting arm is an activating part with a vertical height higher than that of the check part. Corresponding to the activating part is a pressing unit that drives the activating part downward when depressed, thereby moving the supporting arm down to release the cable connector.

Abstract: A charger plug connector, comprising: an insulating casing, a terminal unit accommodated in the insulating casing, a conductive terminal assembled to the terminal unit, and an shadowing unit, characterized in that: the terminal unit comprises a foundation and a square accommodating chamber that extends from the foundation, and on the accommodating chamber is a penetrating assembling hole; the shadowing unit enveloping the square accommodating chamber, and between the shadowing and the square accommodating chamber is a location identifying device, such structural characteristics composing a fully innovated structure of plug connector, and the location identifying device serving to ensure correct orientation of the charger plug connector and correct connection with the socket connector.

Abstract: A module connector, to be assembled onto a mobile phone, for the purpose of telecommunication with outside sources, comprising: an insulating unit and an enveloping unit, wherein the insulating unit is a flattened and elongated square shape, having terminal accommodating grooves and charging terminal units, the enveloping unit is a frame surrounding the insulating unit, characterized in that: the charging terminal unit accommodates switch-type charging terminals, in other words, the charging terminal involves at least a first charging terminal and a second charging terminal that are in contact or separated under normal conditions, but will activate the conduction between the two charging terminals when a charging plug is inserted, thus providing correct connection of the charging plug only when it is aligned correctly in position, to conduct electrical power and ensure steady charging efficiency.

Abstract: A plug connector, comprising: an insulating casing, a terminal unit accommodated in the insulating casing, a conductive terminal assembled to the terminal unit, and an obstruction unit, characterized in that: the terminal unit comprises a foundation and a square accommodating chamber that extends from the foundation, and on the accommodating chamber is a penetrating assembling hole; the obstruction unit enveloping the square accommodating chamber, and between the obstruction and the square accommodating chamber is a location identifying device, such structural characteristics composing a fully innovated structure of plug connector, and the location identifying device serving to ensure correct orientation of the plug connector and correct connection with the socket connector.

Abstract: A modular communication connector comprises an insulating base, a shielding member, a terminal, a contact terminal, and a battery-charging terminal are accommodated in the insulating base respectively, wherein the insulating base is a flat cuboid, which have a terminal receiving slot, a contact terminal receiving slot, and a battery-charging terminal base are disposed transversally on the insulating base, the shielding member is enclosed the insulating base and defines a charging slot with the battery-charging terminal base, on which the charging slot has an position-identifying portion that is a deviated bracket forming inwardly the battery-charging slot by pressing, so as to prevent incorrect installation with a DC connector.

Abstract: Disclosed herein is an automatic clasping connector for STM card characterized in that it comprises a metallic protecting cover and a read in recessed slot. The protecting cover is spendable and able to clasp the read-in recessed slot automatically after closing by means of combined function of a pair of movable hooks provided respectively at the top ends of two slots formed at two sides of the inner surface of the protecting cover for inserting a SIM card therein, a pair of fixed protruding blocks provided at top ends of the read-in recessed slot, and a spring installed at the bottom of the protecting cover, thereby the information in a securely and reliably held SIM card can be exactly read.