A door-equipped housing includes a box body having an opening formed on one side thereof, and a door to close the opening, the door being supported by the box body to be rotatable about a rotational axis. The box body has a projecting portion formed on an inside of a wall of the box body extending from the opening toward a deep side of the box body. The door includes a hook portion to engage the projected portion for preventing the door from opening, the hook portion being located on a deeper side of the box body than the projecting portion as the door closes the opening, and a flexible part extending in a direction away from a surface of the wall having the projected portion formed thereon as the door closes the opening. The flexible part bends together with a movement of the hook portion to climb over the projecting portion during an opening/closing operation of the door.

A gravity gate latch that is sized and configured to be positioned in the gap between the free end of a gate and a stationary object when the end of the gate is adjacent the stationary object to automatically engage a strike member on the gate. The gate latch has a pair of side plates that are spaced apart to define a space that encloses a lever actuating mechanism and a hook plate. The hook plate has a hook member that engages the strike member of the gate. The lever actuating mechanism has a pair of lever arms, which can be accessed from either side of the gate, that move the hook plate upward to disengage the strike member. A lock receiving member at the bottom of the gate latch receives a padlock to lock the gate latch. The padlock can also be accessed from either side of the gate.

There is provided a closing device for a filler port. This closing device for the filler port comprises a fuel passage forming portion configured to include a first engagement element; a first open-close mechanism configured to include a first cover that is opened toward an upstream side; and a second open-close mechanism configured to open and close a second opening and include a second cover that is opened toward the upstream side. The first open-close mechanism further comprises a disengagement portion located on the upstream side of a second engagement element when the second engagement element is engaged with the first engagement element, and configured to disengage the second engagement element from the first engagement element when receiving a force in a closing direction from the second cover.

The invention relates to a child lock 10 for a sliding window or door 7, 37 arranged in a frame or support 6, 36, comprising a base part 11, 21 and a wing part 13, 22 pivotally arranged on a side of the base part 11, 21; the base part 11, 21 including a means of attachment to the existing frame or support 6, 36 by adhesive or screws or like, and a spring 14, 24 is provided acting on the wing part 22 and which urges the wing part 22 into a first position out of alignment with the base part 11,21 and in which first position it impedes the movement of a window or door when the lock is fitted by a user into a location adjacent to the edge of the window or door which is desired to be locked, and which wing part 13, 22 is movable by the user in a first direction against the action of the spring 14, 24 to a second position in which is does not impede the movement of the window or door 7, 37 and the door or window 7, 37 may then be opened and whilst open retains the wing part 13, 22 in the second position, wherein a secondary lock wing part 15, 27 is provided and arranged on the wing part 13, 22 the secondary lock wing part 15, 27 being urged by means of a secondary lock spring 16, 28 which urges the secondary lock wing part into a locked position which acts to prevent movement of the wing part 13, 22 the secondary lock wing part 15, 27 being movable by the user in a second direction to an unlocked position in which movement of the winged part 13, 22 is permitted enabling the wing part 13, 22 to be pressed to the second position in which the movement of the window or door, 6,7, 37 is not impeded. The secondary lock wing part 15, 27 can be pivotally arranged on the wing part 13, 22. The second direction is approximately orthogonal to the first direction.

The invention relates to a child lock 10 for a sliding window or door 7, 37 arranged in a frame or support 6, 36, comprising a base part 11, 21 and a wing part 13, 22 pivotally arranged on a side of the base part 11, 21; the base part 11, 21 including a means of attachment to the existing frame or support 6, 36 by adhesive or screws or like, and a spring 14, 24 is provided acting on the wing part 22 and which urges the wing part 22 into a first position out of alignment with the base part 11,21 and in which first position it impedes the movement of a window or door when the lock is fitted by a user into a location adjacent to the edge of the window or door which is desired to be locked, and which wing part 13, 22 is movable by the user in a first direction against the action of the spring 14, 24 to a second position in which is does not impede the movement of the window or door 7, 37 and the door or window 7, 37 may then be opened and whilst open retains the wing part 13, 22 in the second position, wherein a secondary lock wing part 15, 27 is provided and arranged on the wing part 13, 22 the secondary lock wing part 15, 27 being urged by means of a secondary lock spring 16, 28 which urges the secondary lock wing part into a locked position which acts to prevent movement of the wing part 13, 22 the secondary lock wing part 15, 27 being movable by the user in a second direction to an unlocked position in which movement of the winged part 13, 22 is permitted enabling the wing part 13, 22 to be pressed to the second position in which the movement of the window or door, 6,7, 37 is not impeded. The secondary lock wing part 15, 27 can be pivotally arranged on the wing part 13, 22. The second direction is approximately orthogonal to the first direction.

A vehicle hood latch and method of unlatching a vehicle hood is provided. The vehicle hood latch includes a housing; a ratchet pivotally mounted on the housing; a pawl pivotally mounted on the housing and biased into engagement with the ratchet; a pin fixed for conjoint movement with the pawl; a double pull lever operably mounted to the housing and having an abutment surface configured for operable engagement with the pin, and a primary safety catch lever operably mounted to the housing. The primary safety catch lever is configured to pivot from a locked first position to an unlocked second position. The primary safety catch lever moves from the first locked position to the second unlocked position in response to translational movement of the double pull lever caused by engagement of the pin with the abutment surface of the double pull lever.

The present invention relates to a Door-locking device (1) for a household appliance (E), said household appliance (E) being of the type comprising a door provided with a lug (14), said door locking device (1) comprising a containment casing (10), fixable to said household appliance (E), a hook (11), arranged into said containment casing (10), capable of moving from a disengagement position, in which said lug (14) does not contact said hook (11), to an engagement position, in which said lug (14) is engaged with said hook (11) and said hook (11) is free to move along the movement direction of said lug (14), an abutment element (15) fixed on said containment casing (10), and elastic means (13), interposed between said hook (11) and said abutment element (15), wherein when said hook (11) is in said disengagement position, said elastic means (13) are compressed, and when said hook (11) is in said engagement position, said elastic means (13) expand, so that said hook (11) moves.

The present invention provides a cover structure, which includes a body, a first cover and a second cover. The body is provided with a first opening and a second opening. The first opening and the second opening are adjacent and are configured at an interval from each other so as to form a frame between the first opening and the second opening. The first cover includes a first cover plate and a first seat plate. The second cover includes a second cover plate and a second seat plate. The first and second seat plates are disposed in a protruding manner on side edges of the first and second cover plates, and are fixedly connected to the frame. The first and second cover plates cover the first and second openings, and are turnable relative to the first and second seat plates so as to open the first and second openings.

A locking device for a door located at a door frame having a door strike. The locking device includes an actuator having a neutral position and a displaced position, and a latchbolt assembly having an extended position configured to engage the door strike, and a retracted position configured to move past the door strike. The latchbolt assembly includes a latchbolt link configured to move the latchbolt in response to movement of the actuator. A first dampening device is disposed adjacent to the latchbolt link, with the dampening device resiliently engaging the latchbolt link as the latchbolt link moves from the retracted position to the extended position. The first dampening device limits movement of the latchbolt link. A second dampening device is configured to restrain movement of the latchbolt during movement from the retracted position to the extended position.

A locking device for a door located at a door frame having a door strike. The locking device includes an actuator having a neutral position and a displaced position, and a latchbolt assembly having an extended position configured to engage the door strike, and a retracted position configured to move past the door strike. The latchbolt assembly includes a latchbolt link configured to move the latchbolt in response to movement of the actuator. A first dampening device is disposed adjacent to the latchbolt link, with the dampening device resiliently engaging the latchbolt link as the latchbolt link moves from the retracted position to the extended position. The first dampening device limits movement of the latchbolt link. A second dampening device is configured to restrain movement of the latchbolt during movement from the retracted position to the extended position.