Abstract:
An electrical connector assembly consists of a first connector having a driven member rotatably supported thereon and a resilient member provided between the first connector and the driven member; and a second connector having a drive means which engages with and drives the driven member into rotation to bias the resilient member, wherein the resilient member, when biased, produces a repulsion force and a drawing force in order, the repulsion force and the drawing force acting through the driven member on the second connector in directions of repelling and drawing the second connector, respectively. A reliable coupling with a low force and an improved working efficiency are attained.
Abstract:
A connector includes a first connector and a second connector which are fitted to each other to be electrically connected. One of the first and second connectors is provided with shutters each of which is pivotally moved outwardly upon application of an external force to a front surface portion of the respective shutters. The other connector is provided with front end portions, and during the time when the two connectors are fitted together, each of the front end portions urges the front surface portion of the associated shutter.
Abstract:
A shielded connector is so designed that its inner housing can be used independently, and the core wires of a shielded cable can be directly connected to the inner housing which has been shielded. A female inner connector and a male inner connector, in which terminals are accommodated respectively, are so designed as to be used independently. A female outer housing which is electrically conductive and connected to the shielding braid of a shielded cable is detachably preset over the female inner connector. A male outer housing which is electrically conductive and is connected to the shielding braid of a shielded cable is detachably preset over the male inner connector so that the male outer housing is fixedly coupled to the female outer housing through electrically conductive fixing means with the former electrically connected to the latter.
Abstract:
A connector which includes a male connector housing (1), a female connector housing (2), and a rotary shaft (3) for camming the male connector housing (1) into engagement with the female connector housing. The male connector housing 1 includes flexible arms (6) having engagement claws (8) for alternatively engaging holes (19) and (20) provided in the female connector housing so as to retain the connector housings in a provisionally engaged position or a completely engaged position. The flexible arms also include a constrictive portion (7) for flexing the arms outwardly when the shaft is inserted into the connector housings. As a result, the engagement claws (8) are disengaged from the provisional engagement holes (19) so that the connector housings can be moved to the completely engaged position. After the connector housings have been moved to the completely engaged position as a result of rotation of the shaft, the shaft can than be removed from the connector housings so that the claws (8) engage holes (20).
Abstract:
A shielded connector is provided which directly grounds harmful noise in the connector to the mounting body at the same time that the connector is mounted to the body. A metal shell is interposed between the insulating inner housing accommodating a terminal and the insulating outer housing accommodating the inner housing. The metal shell is provided with a metal clamp for grounding which projects outwardly from the outer housing to be directly fixed to a grounding body by a bolt.
Abstract:
An apparatus for confirming the fitting of an electric connector in which a male connector housing is fitted in a hood of a female connector housing so as to connect together metal terminals received respectively in the terminal receiving chambers of the male and female connector housings. A lock lever, having a holder spring, is pivotally connected at one end to a first side portion of the hood. A locking plate, having a provisional locking groove and a complete locking groove, is formed on a second side portion of the hood. Both the provisional and complete locking grooves are engageable with the holder spring. A fitting confirmation projection is formed on a reverse surface of the lock lever, and interferes with the male connector housing when the fitting of the male connector housing is imperfect, thereby preventing the engagement between the holder spring and the complete locking groove. The apparatus also may be used when a hood of a female connector housing is fitted in an electronic unit case so as to provide an open window in the electronic unit case. In this embodiment, a manipulation press portion is formed on a second end of the lock lever. Additionally, a screen portion is formed on the press portion so as to close the window in the electronic unit case to prevent foreign matter from penetrating the electronic unit case.
Abstract:
A locking device for a connector assembly wherein a completely fitted or locked condition of connectors thereof can be confirmed clearly at a glance by way of an electric circuit. One of the connectors to be fitted with each other by the above locking device is provided with a locking plate for movement between a locking position and a releasing position, a holding element for holding the locking plate at the locking position, and also a means for confirming the connector fitted condition comprising a short-circuiting element and a pair of short-circuiting terminals so as to be connected with each other for assembling electric connection between the short-circuiting terminals.
Abstract:
A screw connector is manufactured with an injection metal mold. The screw connector includes a connector main body and a nut embedded in the connector main body. An axis of the nut extends in a forward and backward direction of the connector main body. The screw connector further includes a first opening located on a front side of the nut for receiving by a bolt of a mating connector and a first columnar space located on a rear side of the nut for receiving a distal end portion of the bolt. The method includes three steps. The first step is setting the metal mold in such a state that the nut is held by a front projection portion and a rear projection portion. This front projection portion projects rearwardly and has a small diameter portion and a portion having larger diameter than said small diameter portion. This rear projection portion projects forwardly so as to be in contact with a rear end face of said nut. The second step is injecting a melted resin in said metal mold. The third step is separating a resin molded product from said metal mold.