An electrical connector assembly includes a cable connector equipped with a locking device essentially composed of an operation part pivotally mounted to the case, and a locking part pivotally mounted to the operation part, and a host connector equipped with a locking ear for locking with the locking part wherein the host connector forms a forward protrusion to form an outer region and an inner region each provided with a sealing member adapted to be compressed in the front-to-back direction by locking mechanism.

An input device may include a wire element and a moveable substrate coupled to the wire element. The moveable substrate may include various wire alignment features. The input device may further include an input surface disposed above the moveable substrate. The input device may further include various sensor electrodes coupled to the input surface. The input device may further include a haptic actuator coupled to the moveable substrate. The haptic actuator may displace the moveable substrate in a direction substantially parallel to a plane of the input surface. The wire element may return the moveable substrate to an original position. The wire alignment features may allow, in response to an applied force by the haptic actuator and to the moveable substrate, a displacement of the moveable substrate in the direction that is substantially parallel to the plane of the input surface.

The present invention is a housing comprising of a female power receptacle. The housing may have one or more electrical contacts inside. The housing may have a raised flat, circular surface. Said raised surface may have one or more openings on it corresponding to the location of the electrical contacts inside. The raised circular surface may have a rotatable ring around it with wedge shaped features on its interior surface which, when rotated, apply pressure to elongated pins on the interior of the housing, which then apply pressure to the electrical contacts inside. In another embodiment the housing may have an outer sleeve which when moved along the housings longitudinal surface may apply pressure to the interior pins which may then apply pressure to the electrical contacts inside.

An electrical distribution center includes a housing, an electronic device, an upper fixing member, a printed circuit board (PCB), a lower fixing member and a connector. The upper fixing member has a first inserting hole. Pin terminals of the electronic device pass through the first inserting hole and are connected to the PCB. A connector mounting slot for fixing the connector is arranged on the lower fixing member. A second inserting hole and a guide rod member are arranged in the connector mounting slot. A TPA member is sheathed on the guide rod member. The TPA member has a third inserting hole. Pin terminals of the connector pass through the third inserting hole and the second inserting hole and are fixed in the connector mounting slot with the TPA member. The pin terminals of the connector are connected to the PCB after passing through the first inserting hole.

A connector includes a lever (50) to connect a male housing (20) and a female housing (10) by rotating from an initial position to a connection position. The male housing (20) includes a receptacle (22) and a moving plate (30) movable in a connecting direction of the housings (10, 20). The lever (50) includes plates (51) extending along an outer surface of the male housing (20). The moving plate (30) includes a wall (33) extending along an inner surface of the receptacle (22). The plate (51) of the lever (50) includes an initial lock (54) to limit rotation of the lever (50) toward the connection position by being locked to the receptacle (22). The wall (33) includes unlocking portions (38) to push the initial locking portions (54) in an unlocking direction by contacting the female housing (10). The unlocking portion (38) is separated from surroundings by long narrow slits (39).

An electrical connector includes a first housing with two axle posts. A second housing is moveable relative to the first housing and includes two travel pegs. A lever includes two lever arms that are joined by a handle and each of the lever arms has an axle opening with one of the axle posts located therein. The lever is mounted on the first housing for relative rotational movement about a lever axis from a pre-stage position to a final position. The lever engages the travel pegs to move the second housing linearly in an insertion direction from a pre-stage position to a seated position relative to the first housing. Flanges extend from the axle posts generally perpendicular to the lever axis and opposite the insertion direction. The lever arms are located between the first housing and the respective flange when the lever is moved away from the pre-stage position.

The present disclosure includes: housing for housing terminals; first lever which is mounted in housing to allow change of position between an initial position and a lock position, and which allows locking a mating lock member of a mating connector in the lock position; and second lever which is mounted in housing to allow change of position between an initial position and an auxiliary lock position, and which allows locking first lever at the lock position in the auxiliary lock position.

A connector includes a connector body including an opening to which a substrate is to be inserted; guide posts provided at both sides of the connector body; and latches being rotatably connected to the guide posts, respectively, wherein each of the latches includes a lock plate configured to support the substrate from both surfaces of the substrate, when the substrate is inserted in the opening, and a presser configured to enter a notch provided at a side of the connector body.

A first connector has the rockable lever for engaging with a second connector. The lever has a working part, the operating part, and the regulating part. When a second connector is pressed downward toward the first connector, the working part is pressed by the second connector. As a result, the lever rocks and the regulating part regulates the upward movement of the second connector. At this time, the operating part moves upward. When an operator subsequently presses the operating part downward, the lever rocks in the opposite direction, and the regulating part allows the second connector to move upward. At this time, the first working part moves upward thus pressing the second connector upward.

A connector includes a lever (50) to connect a male housing (20) and a female housing (10) by rotating from an initial position to a connection position. The male housing (20) includes a receptacle (22) and a moving plate (30) movable in a connecting direction of the housings (10, 20). The lever (50) includes plates (51) extending along an outer surface of the male housing (20). The moving plate (30) includes a wall (33) extending along an inner surface of the receptacle (22). The plate (51) of the lever (50) includes an initial lock (54) to limit rotation of the lever (50) toward the connection position by being locked to the receptacle (22). The wall (33) includes unlocking portions (38) to push the initial locking portions (54) in an unlocking direction by contacting the female housing (10). The unlocking portion (38) is separated from surroundings by long narrow slits (39).