Abstract: An antistatic card connector includes a base frame, a cover shell, a plurality of terminals, and a grounding member. The base frame is made of insulative material. The cover shell is made of electrically conductive material and covered on the base frame. An opening is formed at a front end of the combination of the base frame and the cover shell. At least one card chamber is formed inside the combination of the base frame and the cover shell for receiving an electronic card. The terminals are mounted to the base frame and located inside the card chamber. The grounding member is made of electrically conductive material and located below the opening, extending transversally along a front edge of the base frame. Accordingly, the antistatic card connector can fully avoid the static.

Abstract: A drawer-type all-in-one card connector includes a housing defining an insertion chamber and an opening formed at an end of the insertion chamber and a plurality of terminal slots formed at the other end of the insertion chamber; a plurality of card contact terminals mounted at the terminal slots; a sliding box slidably mounted in the insertion chamber of the housing and having a card receiving chamber for receiving corresponding memory cards of different specifications; a cover covered on the housing; a first ejection spring having two ends contacting against an inner sidewall of the housing and the sliding box respectively; and a limiter provided between the housing and the sliding box.

Abstract: A drawer-type all-in-one card connector includes a housing defining an insertion chamber and an opening formed at an end of the insertion chamber and a plurality of terminal slots formed at the other end of the insertion chamber; a plurality of card contact terminals mounted at the terminal slots; a sliding box slidably mounted in the insertion chamber of the housing and having a card receiving chamber for receiving corresponding memory cards of different specifications; a cover covered on the housing; a first ejection spring having two ends contacting against an inner sidewall of the housing and the sliding box respectively; and a limiter provided between the housing and the sliding box.

Abstract: An ejecting device for a card connector includes a base, a slide member, a first ejecting spring, a second ejecting spring, and retaining means. The base has an insertion slot having an opening end. The slide member is slidably mounted in the insertion slot of the base. The first ejecting spring has two ends contacting against the base and the slide member respectively. The second ejecting spring has two ends fixed to the base and the slide member respectively. The retaining means is mounted between the base and the slide member. Accordingly, the first and second springs can cause double ejections of the slide member to lengthen the stroke of the slide member, thus enabling the user to operate the card connector conveniently.

Abstract: A card connector is comprised of a base, a stop member, an elastic member, and at least one retaining tongue. The base bilaterally includes two lateral frames and a plurality of terminals. The stop member is pivotably mounted to the two lateral frames for pivoting movement between a stopping position and an entrance position. The elastic member is mounted between one of said lateral frames and said stop member. The retaining tongue includes a retaining portion for movement between a releasing position and a retaining position by insertion or extraction of the card, thereby optionally jamming the stop member, namely, while the card is correctly inserted, the card can pass through the stop member; while the card is incorrectly inserted, the stop member stops the card from entrance to further protect the terminals from damage resulted from the impact of the card.

Abstract: A card connector is composed of a housing, a plurality of contact pins, a plurality of lead wires, and a card receiving connector. The housing includes an open base frame, which is bonded with two PC boards at top and bottom sides thereof and is provided with two receiving open chambers defined between the open base frame and the two PC boards for accommodating different cards. Each of the printed circuit (PC) boards has a circuit pattern and a plurality of slots. Each of the contact pins has an end connected to circuits of the PC boards and is partially received in the slots of the PC boards. The lead wires are symmetrically positioned at two sides of the housing and are electrically connected to the circuits of at least one of the PC boards. The card receiving connector is provided with a plurality of contact pikes, each of which has an end connecting to the circuits of one of the PC boards the other connected to the circuits of the PC board, and is fixedly mounted on the same PC board.

Abstract: A card connector is composed of a housing, a plurality of contact pins, a plurality of lead wires, and a card receiving connector. The housing includes an open base frame, which is bonded with two PC boards at top and bottom sides thereof and is provided with two receiving open chambers defined between the open base frame and the two PC boards for accommodating different cards. Each of the PC boards has a circuit pattern and a plurality of slots. Each of the contact pins has an end connected to circuits of the PC boards and is partially received in the slots of the PC boards. The lead wires are symmetrically positioned at two sides of the housing and are electrically connected to the circuits of at least one of the PC boards. The card receiving connector is provided with a plurality of contact pikes, each of which has an end connecting to the circuits of one of the PC boards the other connected to the circuits of the PC board, and is fixedly mounted on the same PC board.

Abstract: A multi-purpose card connector is composed of a housing, a front deck, a switching block, and a card receiving connector. The housing includes an open base frame, which is bonded with two PC boards at top and bottom sides thereof and is provided with two receiving open chambers for accommodating different cards. Each of the PC boards has a circuit pattern and a plurality of slots. An opening is positioned at a front end of one PC board, which is positioned above the other. The front deck is mounted on the PC board above the other and at a front end of the opening of the PC board at a top side of the open base frame. The switching is pivotally connected with the front deck and has first and second extension portions. The card receiving connector is mounted on the PC board above the other and at a rear side of the front deck and is provided with a plurality of contact pikes, each of which has an end connecting to circuits of the PC board.

Abstract: A card connector having a control integrated circuit IC therein is composed of a housing having an open base frame, two printed circuit boards (PCB) bonded to top and bottom sides of the open base frame and two receiving open chambers defined between the open base frame and the two PCBs for accommodating two different cards. The PCBs respectively has a circuit pattern, contact pads for connecting external devices, contact pins respectively received in the receiving open chambers for connecting an inserted card to be loaded in the receiving open chambers, a flex membrane circuit board electrically connected between the two PCBs, and a control IC installed in one of the PCBs and electrically connected to the circuits of the same PCB.

Abstract: An electrical connector is provided which includes an insulative housing with an electrical contact inserted therein. The electrical contact includes a solder tail at one end, a deflectable wiping element at the other end, and an elongate contact body therebetween. The contact body includes a deflectable tang acutely extending therefrom. The tang engages a locking shoulder in the cavity so as to prevent the removal of the contact from the cavity. An access aperture in the housing communicates with the cavity to allow deflecting engagement of the tang away from the locking shoulder so that the contact may be removed from the cavity.

Abstract: An electrical connector is provided which includes an insulative housing with an electrical contact inserted therein. The electrical contact includes a solder tail at one end, a deflectable wiping element at the other end, and an elongate contact body therebetween. The contact body includes a deflectable tang acutely extending therefrom. The tang engages a locking shoulder in the cavity so as to prevent the removal of the contact from the cavity. An access aperture in the housing communicates with the cavity to allow deflecting engagement of the tang away from the locking shoulder so that the contact may be removed from the cavity.

Abstract: A multi-storage deck connector apparatus having at least an upper and lower storage deck is connectable to a printed circuit board. Each deck has its own set of contact pins that must make electrical connection to the printed circuit board. A vertical connector is arranged between the storage decks so that the upper storage deck contact pins are connected to the vertical connector and the vertical connector is connected to the printed circuit board. The lower storage deck contact pins are connected directly to the printed circuit board.

Abstract: An electrical connector includes an insulative housing having at least one elongate aperture and an electrical contact insertable therethrough. The contact includes a first end extending externally through a first end of said aperture and an opposed second end extending externally through a second end of said aperture. The contact further includes a deformable flange adjacent said first end of the contact for expanded deformation so as to prevent removal of said contact from said housing aperture in a direction opposite said direction of insertion.

Abstract: A cover is employed with an edge mount electrical header connector to secure the header connector to a printed circuit board during soldering. The header connector includes plural electrical contacts supported in an insulative housing. The contacts include extending solder tails for engagement with solder pads of the printed circuit board. The cover includes an elongate insulative body for attachment to the header connector. The body of the cover includes gripper arms extending therefrom and being in spaced opposition to the extending solder tails. The solder tails and the gripper arms form a space therebetween for receiving an edge of the printed circuit board. The gripper arms and solder tails retain the printed circuit board edge so as to permit secure soldering of the solder tails to the solder pads of the printed circuit board.

Abstract: A cover is employed with an edge mount electrical header connector to secure the header connector to a printed circuit board during soldering. The header connector includes plural electrical contacts supported in an insulative housing. The contacts include extending solder tails for engagement with solder pads of the printed circuit board. The cover includes an elongate insulative body for attachment to the header connector. The body of the cover includes gripper arms extending therefrom and being in spaced opposition to the extending solder tails. The solder tails and the gripper arms form a space therebetween for receiving an edge of the printed circuit board. The gripper arms and solder tails retain the printed circuit board edge so as to permit secure soldering of the solder tails to the solder pads of the printed circuit board. The removable cover may be employed over a device bay plug to cover exposed contacts during the soldering process.

Abstract: A single-sided, straddle mount printed circuit board edge connector positively mechanically locks the connector to the circuit board using a plurality of gripper arm assemblies spaced along the connector housing. The gripper arm assemblies each include an upper and lower gripper arm defining therebetween a printed circuit board receiving space. The gripper arm assemblies positively mechanically lock the printed circuit board to the connector without the use of through holes and screws. The connector overcomes the disadvantages of connector tilt problems, manufacturability and simplicity in assembling the connector and printed circuit board.

Abstract: A cover is employed with an edge mount electrical header connector to secure the header connector to a printed circuit board during soldering. The header connector includes plural electrical contacts supported in an insulative housing. The contacts include extending solder tails for engagement with solder pads of the printed circuit board. The cover includes an elongate insulative body for attachment to the header connector. The body of the cover includes gripper arms extending therefrom and being in spaced opposition to the extending solder tails. The solder tails and the gripper arms form a space therebetween for receiving an edge of the printed circuit board. The gripper arms and solder tails retain the printed circuit board edge so as to permit secure soldering of the solder tails to the solder pads of the printed circuit board.

Abstract: A multi-storage deck connector apparatus having at least an upper and lower storage deck is connectable to a printed circuit board. Each deck has its own set of contact pins that must make electrical connection to the printed circuit board. A vertical connector is arranged between the storage decks so that the upper storage deck contact pins are connected to the vertical connector and the vertical connector is connected to the printed circuit board. The lower storage deck contact pins are connected directly to the printed circuit board.

Abstract: A connector apparatus for a card-like data processing medium comprises a frame (12) having opposing side walls (16a, 16b) that define a storage space (24a, 24b) of the connector apparatus. One end of the frame (12) defines an insertion inlet (22) for inserting a card-like data processing medium (30) in the storage space. A header containing a terminal array (32) is coupled to the end of the frame opposite the insertion inlet (22). An ejection mechanism (40a, 40b) is provided for ejecting the card-like data processing medium (30) from the storage space by manual operation of a push rod (48) that is coupled to the ejection mechanism (40). Means responsive to a control signal are provided for automatically decoupling the push rod (48) from the ejection mechanism to desable the ejection mechanism.

Abstract: A connector device includes a housing having a slide plate with a handle. By the manual operation of the handle, the slide plate is moved by a disengageable link mechanism along the length of the housing. When a data storage medium is fully inserted in the connector device and the handle is in a first position, the link mechanism is disengaged. The link mechanism becomes engaged, and thereby operable to move the slide plate, only after the handle is moved from the first position to an extended position. In this manner, inadvertent ejection of the data storage medium is prevented.