Abstract: A cold cathode fluorescent lamp connector includes a holding base and a plurality of terminals. The holding base has a base board and a plurality of terminal housings which are integratedly molded with the base board as a single piece, each of the terminal housings is perpendicularly interweaved in the base board, two opposite ends of the base board respectively define a first locking portion and a second locking portion matchable with the first locking portion for making the first locking portion of one cold cathode fluorescent lamp connector can be engaged with the second locking portion of another cold cathode fluorescent lamp connector so as to series-connect a plurality of the cold cathode fluorescent lamp connectors together. The terminals are respectively received in the terminal housings of the holding base.

Abstract: A connector has a top housing, a plurality of terminals mounted in the top housing. The top housing forms a plurality of receiving passages therethrough. Two sides of a bottom of the receiving passage are recessed outward to form two pairs of fixing recesses. One end of the receiving passage has a top portion protruding inward to form a resting portion. The terminal has a holding slice having lateral sides extended outward to form two pairs of fixing slices. The holding slice connects with an elastic arm of substantially inverted-V shape with an opening facing to the holding slice. The holding slice is located at a bottom of the receiving passage with the fixing slice received in the holding recess for fix the terminal in the top housing. The elastic arm rests against the resting portion for preventing the deformation of the terminal by the pulling of the terminal.

Abstract: A hinge includes a second connector having a pintle of which a locating rib is protruded at a peripheral outside, and a first connector which has a pivotal sleeve sleeved to the pintle and defining a slot to break off the pivotal sleeve for locking the locating rib therein. The locating rib can further slide along and abut against a peripheral inside of the pivotal sleeve to produce a friction resistance force therebetween for positioning the first connector at any desired angle relative to the second connector. A reinforcing sleeve is worn around the pivotal sleeve of the first connector for biasing the pivotal sleeve to strengthen the friction resistance force between the locating rib and the peripheral inside of the pivotal sleeve.

Abstract: A hinge includes a first connector which has a hollow pivotal sleeve with a channel penetrating therethrough, a coupling flap and a locating strip spaced from each other in a parallel relation and connected with two opposite edges of the channel respectively, a resilient tube pivotally received within and circumferentially biasing against the pivotal sleeve to produce a friction resistance force therebetween, two second connectors fastened to two opposite ends of the resilient tube, and a fastening element for holding the locating strip and the coupling flap closely together and adjust a space between the locating strip and the coupling flap to further regulate the friction resistance force. So the first connector may be positioned at any desired angle relative to the second connectors by means of the friction resistance force between the resilient tube and the pivotal sleeve.

Abstract: A power jack connector for receiving a power plug connector has an insulating housing, a middle pin, a first shell surrounding a rear end of the insulating housing and a second shell having a supporting plate for covering the rear surface of the insulating housing and being connected with the first shell. The insulating housing defines a chamber passing through a front surface and a rear surface thereof for receiving the power plug connector. The middle pin has an inserting portion inserted into the chamber for contacting the power plug connector and a connecting portion. The first shell has a soldering portion for being connected to ground. A middle of the supporting plate defines a window. A plurality of contacting pieces at intervals are extended towards one side from an edge of the window and extended into the chamber for abutting against the power plug connector.

Abstract: A connector has an insulating housing of which two opposite ends extended frontward to form a pair of supporting arms, terminals mounted in the insulating housing having soldering portions projected out of a bottom of the insulating housing, a positioning member. The positioning member has a base slice received in a through slot formed at the supporting arm. A top slice and a bottom slice are extended from top and bottom edges of the base slice respectively and perpendicular to the base slice. The top slice is located above a top of the supporting arm, the bottom slice is located under a bottom of the supporting arm for being soldered on the PCB. As the height of the base slice is bigger than that of the through recess, intervals are accordingly formed between the supporting arm and positioning member to achieve an up-and-down movement of the positioning member.

Abstract: A hinge includes a second connector having a pintle of which a locating rib is protruded at a peripheral outside, and a first connector which includes a pivotal sleeve sleeved to the pintle and defining a slot to break off the pivotal sleeve for locking the locating rib therein, a coupling flap and a locating strip spaced from each other in a parallel relation and connected with two opposite edges of the slot respectively. The locating rib can further slide along and abut against a peripheral inside of the pivotal sleeve to produce friction resistance force therebetween for positioning the first connector at any inclined angle relative to the second connector. A fastening element holds the locating strip and the coupling flap together and can adjust a space between the locating strip and the coupling flap to further regulate the friction resistance force.

Abstract: A hinge includes a second connector having a hollow pivotal device of which a peripheral outside protrudes outward to form a locking rib, and a first connector having a pivotal sleeve which is pivotally sleeved to the pivotal device to make the first connector rotatable relative to the second connector. The locking rib is able to slide along and abut against a peripheral inside of the pivotal sleeve to produce friction resistance force therebetween for positioning the first connector at any inclined angle relative to the second connector. A fastening pin is disposed in the pivotal device of the second connector and spaced from a peripheral inside of the pivotal device so that can make the pivotal device pressed inward to produce an outward elasticity to strengthen the friction resistance force between the locking rib and the peripheral inside of the pivotal sleeve.

Abstract: An electrical connector includes an insulating housing having a front frame and a rear frame engaged with the front frame. The front frame defines at least two receiving grooves at a top portion and a bottom portion thereof respectively. The rear frame defines at least one fixing groove passing through a front portion thereof. At least one latch member has a hollowed bearing portion extending from both distal ends thereof to form two resilient arms. The bearing portion and the resilient arms are received in the fixing groove of the rear frame. A tip end of each resilient arm extending into the corresponding receiving groove protrudes to form a limiting portion which is exposed out of the receiving groove of the front frame, and a plurality of terminals is disposed in the insulating housing respectively.

Abstract: An electrical connector includes an insulating housing having a front frame and a rear frame engaged with the front frame. The front frame defines at least two receiving grooves at a top portion and a bottom portion thereof respectively. The rear frame defines at least one fixing groove passing through a front portion thereof. At least one latch member has a hollowed bearing portion extending from both distal ends thereof to form two resilient arms. The bearing portion and the resilient arms are received in the fixing groove of the rear frame. A tip end of each resilient arm extending into the corresponding receiving groove protrudes to form a limiting portion which is exposed out of the receiving groove of the front frame, and a plurality of terminals is disposed in the insulating housing respectively.

Abstract: A card connector is disclosed that includes an insulating housing and a plurality of contacts. The insulating housing defines a plurality of contact slots. Each of the contact slots extends outwardly and laterally from two opposite side edges thereof to form two resisting protrusions respectively, wherein each of the resisting protrusions forms a resisting surface extending obliquely and inwardly from one side thereof. The contacts are respectively received in the contact slots of the insulating housing. Each of the contacts has a contact portion protruding upwardly for being pressed by a card and the contact portion is connected with a bearing portion resisting against the resisting surface for preventing the contact portion from flipping upwardly out of the insulating housing.

Abstract: A card connector is disclosed that includes an insulating housing and a plurality of contacts. The insulating housing defines a plurality of contact slots. Each of the contact slots extends outwardly and laterally to opposite sides to form two resisting protrusions respectively, wherein each of the resisting protrusions forms a resisting surface extending obliquely and inwardly from one side thereof. The contacts are respectively received in the contact slots of the insulating housing. Each of the contacts has a contact portion protruding upwardly for being pressed by a card and the contact portion is connected with a bearing portion resisting against the resisting surface for preventing the contact portion from flipping upwardly out of the insulating housing.

Abstract: A memory card connector adapted for selectively receiving one of a first and second types of cards therein. It includes a dielectric housing having a base and at least four surrounding walls disposed at circumference of the base. The base and the four surrounding walls define a recess therebetween in combination. A plurality of terminals is positioned in the recess of the dielectric housing. At least one resilient element is positioned in the recess of the dielectric housing. The resilient element is such that it can be elastically pressed downwardly by the first type of the card during insertion of said type of the card and thus is retracted in the base or urge against an edge of the second type of the card during insertion of the second card. The memory card connector of the present invention has a relatively small size and can selectively receive the first and second types of the cards.