Abstract: A terminal crimping device 1 comprises a terminal cutting device 260 configured to cut off a terminal 130 provided on a band-shaped terminal carrier 140 from the terminal carrier, a terminal carrying unit 270 configured to carry the terminal 130 separated from the terminal carrier 140 by the cutting unit 260 to a terminal crimping work unit 14, a cable carrier 210 for carrying the electric cable 110 to the terminal crimping work unit 14, a crimping device 280 configured to crimp the terminal 130 carried to the terminal crimping work unit 14 by the terminal carrying unit 210 to the tip end of the electric wire 112 of the electric cable 110 carried to the terminal crimping work unit 14 by the cable carrying unit 210.

Abstract: A terminal crimping device 1 comprises a terminal cutting device 260 configured to cut off a terminal 130 provided on a band-shaped terminal carrier 140 from the terminal carrier, a terminal carrying unit 270 configured to carry the terminal 130 separated from the terminal carrier 140 by the cutting unit 260 to a terminal crimping work unit 14, a cable carrier 210 for carrying the electric cable 110 to the terminal crimping work unit 14, a crimping device 280 configured to crimp the terminal 130 carried to the terminal crimping work unit 14 by the terminal carrying unit 210 to the tip end of the electric wire 112 of the electric cable 110 carried to the terminal crimping work unit 14 by the cable carrying unit 210.

Abstract: A method for manufacturing an electronic component embedded connector includes a first step for fixing a terminal to a fixing means; a second step for fixing electronic components to the fixing means; a third step for cutting connecting sections of the terminal fixed to the fixing means; a fourth step for connecting the electronic components fixed to the fixing means, to the terminal in which the connecting sections are cut off; and a fifth step for covering a section of the terminal other than terminal sections, and the electronic components by an insulating cover.

Abstract: A method for manufacturing an electronic component embedded connector includes a first step for fixing a terminal to a fixing means; a second step for fixing electronic components to the fixing means; a third step for cutting connecting sections of the terminal fixed to the fixing means; a fourth step for connecting the electronic components fixed to the fixing means, to the terminal in which the connecting sections are cut off; and a fifth step for covering a section of the terminal other than terminal sections, and the electronic components by an insulating cover.

Abstract: A flat multi-conductor cable connector comprises a main body and a back plate. Arc-shaped cross-section flat-multi-conductor-cable holding grooves extending parallel to each other are formed in the main body and the back plate in a symmetrical manner. The opposing faces of a flat multi-conductor cable are held in the grooves of the main body and the back plate, so that the cable is sandwiched between the main body and the back plate for electric connection between intended conductors of the flat multi-conductor cable and a device mounted on an upper face of the main body. The number of grooves of either of the main body and the back plate is at least one or more greater than the number of poles of the flat multi-conductor cable. Protrusions are provided in middle portions of alternate grooves of the back plate except the two endmost grooves, and block the alternate groove.

Abstract: A card system according to the present invention comprises a card connector 10, which is provided in an electronic device, a wireless communication card 20, which is inserted removably into the card connector 10, and an antenna unit, which is provided in the electronic device and connected electrically to the card connector 10. In the card system, the card connector 10 comprises connector-side device terminals 12, which are connected electrically to the electronic device, and a connector-side antenna terminal 13, which is connected electrically to the antenna unit. Accordingly, the wireless communication card 20 comprises card-side device terminals 22 and a card-side antenna terminal 23, which are connected electrically with the connector-side device terminals 12 and with the connector-side antenna terminal 13, respectively, when the wireless communication card 20 is inserted into the card connector 10.

Abstract: A card system according to the present invention comprises a card connector 10, which is provided in an electronic device, a wireless communication card 20, which is inserted removably into the card connector 10, and an antenna unit, which is provided in the electronic device and connected electrically to the card connector 10. In the card system, the card connector 10 comprises connector-side device terminals 12, which are connected electrically to the electronic device, and a connector-side antenna terminal 13, which is connected electrically to the antenna unit. Accordingly, the wireless communication card 20 comprises card-side device terminals 22 and a card-side antenna terminal 23, which are connected electrically with the connector-side device terminals 12 and with the connector-side antenna terminal 13, respectively, when the wireless communication card 20 is inserted into the card connector 10.

Abstract: In a connector terminal into which a cooperating male contact terminal can be smoothly inserted and a movable contact strip can be prevented from being buckled while a desired contact pressure can be attained, a connecting portion 11 is formed into a substantially box shape by folding a bottom plate 13, side plates 14, 15 (14 is not shown) continuously extending from respective sides of the bottom plate and a top plate 16 continuously extending from one of the side plates. A movable contact strip 17 is formed by folding back the top plate 16 around a gently curved portion 17a into a resilient spring having an inverted triangular shape including a contact portion 17b near an inwardly bent middle portion of the movable contact strip 17. A hole 17c is formed at an end portion of the movable contact strip 17 into which an engagement tip 16b formed by folding a part of the top plate 16 inwardly is inserted.

Abstract: A connection-retaining unit comprises a connection-retaining body, which includes a through-hole, a plate-like memory card, which is inserted into and extracted from the connection-retaining body, and a flexible printed board, which is also attached to and detached from the connection-retaining body. A plurality of connection terminals are provided in the through-hole, each connection terminal having a print side terminal portion and a memory side terminal portion. The print side terminal portions of the connection terminals are connected with the electrically conductive pathways of the flexible printed board, which are exposed at an end thereof, while the memory side terminal portions are connected with the terminals of the memory card, which are provided at a front end thereof.

Abstract: A card connector 1 comprising a card member 3 having card-side terminals 9 on the leading edge thereof, a card holding member 5 which has mother-apparatus-side terminals on the leading edge thereof and which the card member 3 can be inserted in and extracted from, and a slider 7 which slides inside the card holding member 5 along with the insertion and extraction of the card member 3. An oscillating member 27 which can oscillate freely is provided in the slider 7, an engaging protrusion 29 which engages with the engaging indention on the card member 3 is formed in the mid section of the oscillating member 27, and a cam protrusion 31 is provided at the tip of the oscillating member 27. A cam groove 19 is provided on the inside side wall of the card holding member 5 in opposition to the tip of the cam protrusion 31.

Abstract: A connection-retaining unit 1 comprises a connection-retaining body 5, which includes a through-hole 3, a plate-like memory card 7, which is inserted into and extracted from the connection-retaining body 5, and a flexible printed board 9, which is also attached to and detached from the connection-retaining body 5. A plurality of connection terminals 23 are provided in the through-hole 3, each connection terminal 23 having a print side terminal portion 23b and a memory side terminal portion 23c. The print side terminal portions 23b of the connection terminals 23 are connected with the electrically conductive pathways 13 of the flexible printed board 9, which are exposed at an end thereof, while the memory side terminal portions 23c are connected with the terminals of the memory card 7, which are provided at a front end thereof.