Abstract: A connector plug includes a metallic shielding cover which is comprised of a first tubular body having a tip side and a second tubular body having a base side, the base side of the second tubular body being partially connected to the tip side of the first tubular body through a continuous connecting part, a plurality of contacts arranged in the shielding cover, and a coupling structure for fixedly coupling the second tubular body to the first tubular body. The structure includes at least one aperture provided in the first tubular body and at least one projection provided in the second tubular body so as to engage with the aperture, and a tip part of the projection is bent for locking the engagement between the aperture and the projection.

Abstract: A connector 11 for a memory card comprises a housing 12, a plate 14, a guide plate 16, a lock mechanism 18, and a connector pin keeping part 20. When a memory card 24 is inserted in the full-lock position, a connector pin of the memory card 24 contacts a contacting part 40d of a connector pin 40 so as to press the contacting part 40d of the connector pin 40 downward. Thus, a reading and writing of data available a loading operation of the memory card 24. At this time, after a lock member 56 of the lock mechanism 18 moved in the inserting direction while fitting in the concavity 32 of the memory card 24, the memory card 24 is prevented from being pulled out since the lock member 56 of the lock mechanism 18 is restricted from the moving in the lock releasing direction by a restriction part 14o of the plate 14.

Abstract: A connector for a memory card 11 comprises the housing 12, the plate 14, the guide plate 16, the lock system 18, and the connector pin keeping part 20. Because the connector pin keeping part 20 is formed as horizontally bridged to a rear surface of the housing 12, and also the press-fitting part 40d of the connector pin 40 is press-fitted with a perpendicular state, the connector for a memory card 11 not only can be miniaturized but also can achieve a reduced thickness by restricting an amount protruding to a rear side within a small volume. Therefore, because a shape of the connector pin 40 is bent like a L-shape and the fixing hole 20a of the connector pin keeping part 20 is extended in an up-down direction and formed in the housing 12, it can promote the miniaturization and reduced thickness of the connector for a memory card 11. As a result, reducing a weight of the connector for a memory card 11 can also be attained.

Abstract: A connector 11 for a memory card comprises a housing 12, a plate 14, a guide plate 16, a lock mechanism 18, and a connector pin keeping part 20. When a memory card 24 is moved from the full-lock position by being pushed in an insertion direction (Ya direction) then further moved to the maximum insertion position, a mobile section 42B provided on a slider 54 contacts a fixed section 42A mounted on the connector pin keeping part 20. Accordingly, an eject operation detecting switch 42 turns on so that an eject operation detecting signal is output. Thus, a control circuit recognizes the eject operation of the memory card 24.

Abstract: In a PC card connector 10, a base 12 forms a PC card insertion section into which a PC card can be inserted. An arm 21 is pivotably supported in the region of the rear end of the base. An end 21a of the arm 21 is disposed in the PC card insertion section at one side of the PC card insertion section, and an other end 21b is projected sideways from the other side of the PC card insertion opening. An ejector member is disposed at the side edge of the other side of the PC card insertion section so that it can move forward and back. The other end of the arm engages with the ejector member. A projection 21c is formed on the arm 21. A shaft opening 12a is disposed on the base. The arm is interposed between a pushing section 12b and the base.

Abstract: A miniature connector has an inner insulated body, which supports a plurality of contact conductors which contact conductors on a companion connector, the inner insulating body being surrounded on the outside by a shield case, and an outer surface of a connection cord side end of the shield case is covered by an external insulated mold, adjacent contact conductor housing holes, in which connection ends of the contact conductors are placed, have differing depths, a connecting part cover, formed in unitary manner with the inner insulated body preventing a connection cord core wire, which is soldered onto each of the connection ends, from popping out of its corresponding contact conductor housing hole.

Abstract: A flexibly mounted miniature circuit board moves slightly within an electrical connector preventing electrical failure when subjected to improper forces. The miniature circuit board is electrically connected to an inner connector. The inner connector has a plurality of electrical connectors for connecting to external contacts. The miniature circuit board and inner connector are surrounded by an electrically insulating resin case. The inner connector is rigidly mounted to the insulating case. The miniature circuit board is soldered to the inner connector.

Abstract: Mutually engaging interlocking elements disposed on abutting left and right bottom walls of a shield case interlock to resist metal spring back. The shield cases are formed by bending sheet metal into rectangular shaped columns. The shield cases surround the plug and socket in a miniature electrical connector. The socket has fixing wings and fixing legs which are soldered to a printed circuit board. The plug is removably inserted within the socket.

Abstract: An electronic device having a contact point unit that protrudes from the casing but is protected without the use of a cap is provided. This electronic device includes a contact point unit having at least one contact point protruding from the surface of the casing of the device. This contact point unit includes a main body rotatable supported by a rotational axis extending from both side surfaces of the casing, and at least one contact point attached to the surface of the main body. The main body is rotatively moved so that the contact point moves from a contact point exposing position to a contact point accommodating position. When the contact point unit is not used, the main body of the contact point unit is rotatively moved so that the contact point is accommodated in the casing.

Abstract: A miniature connector has an inner insulating body, which supports a plurality of contact conductors which contact other contact conductors on the companion connector, the inner insulating body being surrounded on the outside by a shield case, and an external insulated mold covering an outer surface of a connection cord side end of the shield case, wherein: a flap is formed in a unitary manner via a thin-walled hinge on the internal insulating body; a plurality of plug protrusions are formed on the internal insulating body; resin leakage during formation of the external insulated mold being prevented by inserting each of the plug protrusions into contact conductor passage holes.

Abstract: An insulative housing has grooves disposed on an upper surface. The lower surface is closed to protect the electrical connectors from solder flux when soldering the housing to a printed circuit substrate. The enclosed electrical connectors make electrical contact with the corresponding connectors in an insertable plug. The grooves are open along a top surface and allow the enclosed electrical connectors to connect with the corresponding connectors disposed on a bottom surface of the insertable plug. The insulative housing is disposed within a socket that is soldered to a printed circuit substrate. The insertable plug, insulative housing and socket together comprise a miniature connector.

Abstract: A connector, even when miniaturized, can reliably prevent incorrect insertion of the connector plug with respect to the connector socket and that has no risk of breaking the inner insulated housing and the like when an outside force is applied during insertion, the connector including a connector socket 2, having a shield case 4, which is a metal plate bent and formed into a rectangular tube, and an insulating housing 6, which supports a plurality of contact pins 5 and is built into the interior of shield case 4, a connector plug 3, having a plug part 3a which is inserted into an insertion opening 11 of connector socket 2; a pair of L-shaped depression parts 16, where both lower corners of shield case 4 are indented towards insertion opening 11.

Abstract: A “small” or “miniature connector comprises: a connector socket 2, having a shield case 4, which is a metal plate bent and formed into a rectangular tube, and an insulating housing 6, which supports a plurality of contact pins 5 and is built into the interior of shield case 4; a connector plug 3, having a plug part 3a which is inserted into an insertion opening 11 of connector socket 2; a contact member 26, which has a shallow “V” shaped cross-section and is flexible, being formed by cutting out and offsetting on a top wall of shield case 4; and a protrusion 27 of inverted “V” shape, which engages with contact member 26, being placed on an upper surface of plug part 3a.

Abstract: Fixing L-shaped wings, extending downward along a front side of an electrical socket, are soldered to a substrate. Fixing legs, extending downward along a back side of the socket, are also soldered to the substrate. Bridge projections extend downward from the bottom of the socket toward the substrate to brace the socket during insertion and removal. Slots along the side of the socket match projections along the sides of the plug and guide the plug as it is inserted into the socket.

Abstract: A T-shaped groove is cut out from a section of a guide wall of a memory card connector. The groove also defines an interior T-shaped portion. The bar portion of the interior T-shaped portion is bent back 180 degrees so that it extends over the groove from which it was cut out. The bar portion of the interior T-shaped portion makes contact with the edges of the groove preventing the interior T-shaped portion from moving through the groove. The interior T-shaped portion also has an arcuate portion that resiliently holds a memory card in place. The memory card connector also includes a connection part and at least one other guide wall arraigned to from a U-shaped slot for holding a memory card.