Abstract: An optical connector mechanism includes an abutting portion that applies a pressing force so as to cause an end surface of a first optical transmission and reception path and an end surface of a second optical transmission and reception path to abut against each other, a first case that houses the first optical transmission and reception path, a second case that houses the second optical transmission and reception path, a sleeve case slidably attached to the first case, an elastic bar member including one end portion fixed to the first case and another end portion to be inserted into the second case, an engagement portion that engages the other end portion of the elastic bar member with the second case, and an engagement releasing portion that presses the elastic bar member so as to release the engagement performed by the engagement portion when the sleeve case slides.

Abstract: A plug of a connector that performs optical transmission is provided with an optical connection unit. The optical connection unit includes a lens that is provided on a side surface of the optical connection unit and performs optical connection with a lens provided on an optical connection unit of a receptacle in a direction orthogonal to an inserting/removing direction of the plug, and a locating surface that is provided on the side surface of the optical connection unit and abuts on a locating surface of the receptacle to determine a position of the optical connection unit in a mating condition of the plug into the receptacle.

Abstract: A plug of a connector that performs optical transmission is provided with an optical connection unit. The optical connection unit includes a lens that is provided on a side surface of the optical connection unit and performs optical connection with a lens provided on an optical connection unit of a receptacle in a direction orthogonal to an inserting/removing direction of the plug, and a locating surface that is provided on the side surface of the optical connection unit and abuts on a locating surface of the receptacle to determine a position of the optical connection unit in a mating condition of the plug into the receptacle.

Abstract: An electrical connector having impedance necessary for high-speed signal transmission. A first plated film and a second plated film are located on an outer surface of an insulating shaft. A terminal section of the first plated film encircles the outer surface of the shaft near the tip of the shaft. A first circular conductor ring is forced onto the shaft from the tip and contacts the terminal section of the first plated film. A terminal section of the second plated film encircles the outer surface of the shaft with a gap from the terminal section of the first plated film that is closer to the base end than to the terminal section of the first plated film.

Abstract: A contact includes: an insulating housing, including a first face and a second face opposite to the first face, and formed with an insertion hole parallel to the first face and the second face, the first face formed with a first slit extending in an axial direction of the insertion hole, the insertion hole opening through the first slit; an electrically conductive case, formed with a second slit extending in the axial direction, and inserted into the insertion hole, the second slit facing the second face, a part of the case projected from the first face through the first slit; an electrically conductive plunger, disposed in the case, and having a distal end portion projected from the case; and a spring coil, disposed in the case, and urging the plunger in the axial direction.

Abstract: A contact includes: an insulating housing, including a first face and a second face opposite to the first face, and formed with an insertion hole parallel to the first face and the second face, the first face formed with a first slit extending in an axial direction of the insertion hole, the insertion hole opening through the first slit; an electrically conductive case, formed with a second slit extending in the axial direction, and inserted into the insertion hole, the second slit facing the second face, a part of the case projected from the first face through the first slit; an electrically conductive plunger, disposed in the case, and having a distal end portion projected from the case; and a spring coil, disposed in the case, and urging the plunger in the axial direction.

Abstract: An electric connector includes: a soldering portion, to be soldered to a substrate, and extending in a first direction; a rising portion, one end of which is connected to one end of the soldering portion, and extending in a second direction perpendicular to the first direction; an elastic portion, one end of which is connected to the other end of the rising portion, and including at least one bending part; and a receiving portion, adapted to receive a plug, and having a U-shape including an open end and a closed end, the open end provided with contact parts which are opposed to each other in a third direction perpendicular to the first and second directions, the closed end connected to the elastic portion. The soldering portion, the rising portion, the elastic portion and the receiving portion are integrally formed with each other.

Abstract: An electric connector includes: a soldering portion, to be soldered to a substrate, and extending in a first direction; a rising portion, one end of which is connected to one end of the soldering portion, and extending in a second direction perpendicular to the first direction; an elastic portion, one end of which is connected to the other end of the rising portion, and including at least one bending part; and a receiving portion, adapted to receive a plug, and having a U-shape including an open end and a closed end, the open end provided with contact parts which are opposed to each other in a third direction perpendicular to the first and second directions, the closed end connected to the elastic portion. The soldering portion, the rising portion, the elastic portion and the receiving portion are integrally formed with each other.

Abstract: A plug member is adapted to be fitted into a socket member in a first direction. The plug member includes: a plug body, formed with a plug groove extending in a second direction perpendicular to the first direction; and plug contacts each having a blade portion. A pressing member includes a first part extending in the first direction, and a second part extending in a third direction orthogonal to the first direction and the second direction. Each of sheathed wires includes a conductive core wire and an insulative first sheath covering the core wire. A tip end portion of the first part of the pressing member is formed with first grooves arranged in the second direction. One end of the second part of the pressing member is formed with second grooves arranged in the second direction.

Abstract: A plug member is adapted to be fitted into a socket member in a first direction, The plug member includes: a plug body, formed with a plug groove extending in a second direction perpendicular to the first direction; and plug contacts each having a blade portion. A pressing member includes a first part extending in the first direction, and a second part extending in a third direction orthogonal to the first direction and the second direction. Each of sheathed wires includes a conductive core wire and an insulative first sheath covering the core wire. A tip end portion of the first part of the pressing member is formed with first grooves arranged in the second direction. One end of the second part of the pressing member is formed with second grooves arranged in the second direction.

Abstract: An insulative casing has a bottom face to be mounted on a board member. A conductive pin is disposed in the casing so as to be slidable in a first direction parallel to the bottom face. A conductive terminal is disposed in the casing and has at least one elastic piece which is always brought into contact with an outer periphery of the pin from a second direction perpendicular to the first direction. An elastic member is disposed between the pin and the terminal so that a tip end of the pin is projected from the casing while being retractable in the first direction.

Abstract: An insulative casing has a bottom face to be mounted on a board member. A conductive pin is disposed in the casing so as to be slidable in a first direction parallel to the bottom face. A conductive terminal is disposed in the casing and has at least one elastic piece which is always brought into contact with an outer periphery of the pin from a second direction perpendicular to the first direction. An elastic member is disposed between the pin and the terminal so that a tip end of the pin is projected from the casing while being retractable in the first direction.

Abstract: A socket for a printed circuit board wherein the attachment and detachment of a printed circuit board can be easily and reliably performed without damaging the printed circuit board. The socket comprising a pair of guide portions extending from a header portion having an insertion opening which receives a printed circuit board to guide the sides of the printed circuit board in its extraction direction, an eject lever arranged at the guide portion to extract one end of the board from the insertion opening, and an elastic guide arm arranged at the guide portion to guide an end surface of the other of the board. When the eject lever extracts one end of the printed circuit board from the insertion opening, the guide arm rotates the board between the pair of guide portions.

Abstract: Providing a connector structure is obtained whose structure is simple, and whose release operation for the connector is easy even when the packing density of the connector cover with respect to the substrate is high. The connector structure according to the present invention is characterized in providing a connector cover 2 installed in a substrate 1, and a connector 3 mounted freely detachably on the connector cover 2, and in particular, the connector 3 is stopped from coming out of the connector cover 3 by the engagement of the latch means 21 and the connector 3 installed on the connector cover 2. At the same time, by moving the rod provided on the connector 3 in the direction of the mounting of the connector 3 of the connector cover 2, the latch means 33 engages the connector, and by moving the rod 33 in the direction of the release of the connector 3 from the connector cover 2, the engagement of the latch 21 and the connector 3 is released.

Abstract: A socket (10) for printed boards is provided which enables a plurality of printed boards to be mounted readily and positively and can be manufactured at low costs in a very simple way. The socket comprises a housing (14) having insertion holes (32, 34) opened on one side to allow printed boards to be received, a greater number of spring contacts (12) of an electroconductive material formed in contact arrays in the insertion holes and urging the printed boards in the same direction with their edges inserted relative to the respective contact arrays into the insertion holes and a plurality of latch arms (18) extending from near-end areas of the respective insertion holes and, when the respective printed boards are rotated in a direction to urge the contacts, latch the side edges of the printed boards in place.

Abstract: A socket for a printed circuit board which includes a housing having an insertion inlet defined between one pair of opposed walls to receive a printed circuit board. There are a plurality of spring contacts having their contact points extending at least from one wall into the insertion inlet to provide arrays of contact points along a longitudinal direction of the insertion inlet. A pair of latch arms also each extend from an area near each longitudinal end of the insertion inlet of the housing and each has an integral structure of a cam section and latch section. The cam section is configured so that when the printed circuit board is swung in a direction to press the contact points, each latch arm allows slide motion of a corresponding side edge of the printed circuit board to create a force along the direction of the array of contact points and the latch section latches the side edge of the printed circuit board to swing clear of the cam section.

Abstract: A connector which can connect a personal computer designed to use a memory card as an external memory medium to an external storage device or medium via the connection for the memory card. The housing (4) of a card type connector (2) is designed to have an external shape and size substantially the same as a standardized memory card. By inserting the housing (4) into a memory card connector (22) of a personal computer (200), the personal computer (200) and a hard disk drive (210) are connected by a cable (36) extending from the housing (4) of the card type connector (2), so that data transmission and reception can be performed between the personal computer (200) and the hard disk drive (210).

Abstract: A socket for a printed circuit board which includes a housing having an insertion opening for receiving the printed circuit board. This opening is provided between first and second opposed walls wherein the first wall is shorter than the second wall. A plurality of spring contacts having contacts project from both of the walls into the insertion opening and form rows extending along the axis of the insertion opening. A pair of latch arms extend from those portions of said housing which are close to the ends of the insertion opening so they may be pushed outwardly by the sides of the printed circuit board when the printed circuit board is rotated in such a direction as to press the contacts. They are returned to initial positions by virtue of their elastic force when the printed circuit board passes so as to then hold the board in position.

Abstract: The invention provides an electrical connector to which a metal latch can be easily attached. An attachment post (16a) mounted on an upper surface (18) of a housing (12) has a main wall (16b) and an outer side wall (30) opposed thereto. A front side wall (28), perpendicular to the main wall, is located at a front end of the main wall (16b). A central portion of the main wall (16b) has a rectangular engaging projection (40). A rear end of the main wall (16b) has a rear side wall (42) projecting outward to face the front side wall (28). A slot (46), having a rectangular cross section and defined by the main wall (16b), the outer side wall (30), the front side wall (28) and the rear side wall (42), is produced on the attachment post (16a). A base portion (62) of the metal latch (60), which is to be inserted in the slot (46), has forked portions (64) and (66) extending downward.

Abstract: An electrical connector (2) for interconnecting a plurality of printed circuit boards or the like. A circuit board (6) is disposed in a recess (22) in the connector housing such that the circuit board is electrically interconnected to another circuit board (4) on which the connector is mounted. A latch (28) provides a retentive force for maintaining the circuit board in the recess of the connector housing. Actuation of a lever (48) coupled with the latch provides an effective force to disengage the latch from the circuit board such that the circuit board can be removed from the connector housing. A projection (42) can be provided on a latch-forming member for securing the connector on a circuit board or the like.