Abstract: To prevent an inflow of resin at the time of integral molding and prevent the outer shape from upsizing, there is provided a cable connector including a connector body formed of an insulating material and formed with a plurality of terminal through holes; connecting terminals fitted into the terminal through holes; a cable including a plurality of leads having end portions that are crimped to base portions of the connecting terminals respectively; and a synthetic resin bushing configured to couple the connector body, a tip end portion of the cable including the leads exposed and diverged therefrom integrally by molding. Stoppers are disposed between end portions of the leads and the connecting terminals and inside the connector body and prevent intrusion of synthetic resin as the bushing material so as not to flow from ends of the leads toward ends of the connecting terminals when coupling by molding.

Abstract: To prevent an inflow of resin at the time of integral molding and prevent the outer shape from upsizing, there is provided a cable connector including a connector body formed of an insulating material and formed with a plurality of terminal through holes; connecting terminals fitted into the terminal through holes; a cable having a plurality of leads of which end portions being crimped to base portions of the connecting terminals respectively; and a synthetic resin bush configured to couple the connector body, a tip end portion of the cable including the leads exposed and diverged therefrom integrally by molding; wherein stoppers are disposed between end portions of the leads and the connecting terminals and inside the connector body and prevent intrusion of synthetic resin as the bush material so as not to flow from ends of the leads toward ends of the connecting terminals when coupling by molding.

Abstract: An electrical connector receptacle having a simple connector housing structure, a secure grounding connection of a metal shell to ground, and excellent durability, includes a connector housing having a pair of locking sections with nut-storing-sections formed therein, nuts stored in the nut-storing-sections, and a metal shell covering the connector housing. The nut-storing-section is open at an upper side, and formed in a vertically elongated, concave shape with a depth to receive the nut fully, and has a screw-insertion-hole running through the locking section across the nut-storing-section, and a shell-strip through-hole running through the locking section above the screw-insertion-hole. A retaining through-strip is formed in the shell and is inserted into the shell-strip through-hole and contacted to an upper part of the nut stored in the nut-storing-section, thereby preventing falling-off of the nut, and providing electrically conduction to the nut.

Abstract: To form a ground path to ground in a metal shell of an electrical connector plug with lock screws to have a simple structure of a connector housing having secure and durable performance, the connector plug includes an insulative connector housing having a rectangular body on which contacts are arranged, and locking sections extending out to two lateral portions of the body, metal lock screws inserted through screw holes formed in the locking sections, and a metal shell for electrically covering the connector housing. The shell covers the locking sections, through-holes for inserting the lock screws are formed in the shell in positions facing the screw holes, and a contact surface against which the relevant lock screw partially contacts is secured for electrical shielding around one side of each of the through-holes.

Abstract: To form an earth course to ground in a metal shell of an electric connector plug with lock screws to have a simple structure of a connector housing and secure and durable performance, the connector plug includes an insulative connector housing having a rectangular body on which contacts are arranged, and locking sections extending out to two lateral portions of the body, metal lock screws inserted through screw holes formed in the locking sections, and a metal shell for electrically covering the connector housing; wherein the shell covers the locking sections, and through-holes for inserting the lock screws are formed in the shell in positions facing the screw holes, and a contact surface to which the relevant lock screw partially contacts is secured for electric shield around one side of each of the through-holes.

Abstract: To provide an electric connector receptade with lock nut having a simple connector housing structure, a secure earth course of a metal shell to ground, and excellent durability, it indudes a connector housing having a pair of locking sections formed nut-storing-sections therein, nuts for locking by fitting-in stored in the nut-storing-sections, and a metal shell covering the connector housing. The nut-storing-section is opened at an upper side, and formed in a vertically elongated, concave shape with a depth to receive the nut fully, and has a screw-insertion-hole running through the locking section across the nut-storing-section, and a shell-strip through-hole running through the locking section above the screw-insertion-hole. A retaining through-strip is formed in the shell, which is inserted into the shell-strip through-hole and contacted to an upper part of the nut stored in the nut-storing-section, thereby prevents falling-off of the nut, and electrically conducts to the nut.

Abstract: The problem of the present invention is to provide a pop-up mechanism and a PC card having it, which enables the pop-up unit expands longer than past PC cards. A heart-cam 10 is formed inside the frame 20 along the direction of expanding and receding of the pop-up unit 3, and a locking plate 16 having the locking pin 16A, which circulates endlessly in the groove of the heart-cam 10 as the expanding and receding of the mentioned pop-up unit 3, is fitted movably in the storage part of the locking plate 36 formed at the side of the pop-up unit.

Abstract: Problems to be Solved