Abstract: The function of the device (100) is to lock, manually or automatically, separative elements (8a, 8b) which are mounted so as to be rotatably and/or laterally movable, specifically, doors, windows, partitions, shutters and coverings, which have a base profile (4) which serves to accommodate a support device (2) by which a locking element (14) is retained, which element may be shifted between an unlock position and a lock position in which the locking element (14) engages a receptacle (91) fixed outside the base profile (4). According to the invention, the function of the support device (2) is to support a lever (1) which is provided with the locking element (14) and a head-piece (15) enabling operation in such a way that this lever (1) is retained in a rotatable fashion and is able to be detachably fixed in at least one first position corresponding to the unlock position, and possibly in a second position corresponding to the lock position.

Abstract: A lock inhibitor mechanism for a fenestration member lock assembly. In one embodiment, the mechanism includes a cam member moveable between first and second positions. In the first position, the cam member engages a lock operator to prevent the lock operator from moving out of the unlocked position. In the second position, the cam member is disengaged from the lock operator so that the lock operator is moveable out of the unlocked position.

Abstract: The invention provides for an electromagnetic lock (10) for a door. The lock (10) includes a backing plate (12) which is connectable to a door frame, an electromagnet (14), a housing (30) for the electromagnet, and an armature plate (16) connectable to a door (32) which is displaceable relative to the housing (30) between a closed condition in which it engages the housing and an open condition in which it is spaced from the housing. The lock (10) also includes two locking arms (18) which are movable between an operative position in which they engage the armature plate (16) and the backing plate (12) to capture the armature plate in the closed condition and an inoperative position in which they allow the armature plate to disengage the housing (30).

Abstract: The device comprises a hook (2) connected to the door (5) and a support structure (1) in which is defined an aperture (4) for the introduction of the hook (2) and in which are mounted: a rotatable member (6) biased by a spring (12) and operable to retain a hook in a closure position of the door (5) and to release this hook (2); and a control device (14-16) including a pawl (15). When, with the door (5) closed, a force is applied to the hook (2) in the direction such as to open the door (5), the rotatable member (6) is initially free to turn, against the action of the spring (11), with respect to an auxiliary body (9), to a position in which the rotatable member (6) releases the auxiliary body (9) from the pawl (15, 19), and then to turn, together with the auxiliary body (9) and under the action of the spring (11), to release the hook (2).

Abstract: A closing device with selective locking for closing a frame includes a roughly flat lid selectively applied to the frame, a lock connected with the lid, and a key which has a socket and an arm, one end of the arm carrying the socket. The lid has an opening for access to the lock by the key, the lock has a latch which cooperates with a catch of the frame, and the key selectively assumes, with respect to an opening, a locking position which the key can leave freely and in which the latch is trapped by the catch, and an unlocking position in which the key is trapped in the opening and in which the latch is disengaged from the catch. The arm and the socket of the key are roughly perpendicular to one another, and the arm is roughly perpendicular to the lid when the key is in the unlocking position.

Abstract: A latch device intended for use with sliding and hung window systems. The latch device has a body (10) and a latch element (11) which is moveable between a latching position where it projects from the body (10) and a non-latching position where it is retracted into the body. A slide element (15) in a body (14) is coupled to a movable sub-housing (12) so that movement of the sub-housing (12) by the slide element (15) causes the latch element (11) to be moved. The body (10) is insertable into an opening in a window section and snap locks in place by the action of fingers (27) and face plate (18) acting on opposite sides of the window section adjacent the opening. The latch device can thus be fixed into a window section without any additional fasteners.

Abstract: The present invention relates to a gate latch comprising an integrated latch/handle assembly, a mounting bracket, a return spring and a flat head shoulder bolt. The integrated latch/handle assembly is a flat bar section comprised of various radiused and right angled bends allowing the assembly to wrap around the leading edge of the fence gate with one of the bends forming the actual latch bolt. The ends of the assembly are bent to form handles which operate the mechanism, the handles having radiused ends. The mounting bracket is a flat steel bar section with two holes provided for attaching the bracket to the gate. The return spring is held in place by the shoulder bolt which attaches the handle assembly, mounting bracket and spring firmly together.

Abstract: The present invention provides a latch device and method for securing a panel such as a door panel to a frame. The latch device has a housing mounted to the door panel with a catch having a contact portion pivotally mounted in the housing for rotation about a first axis while a handle assembly is mounted in the housing for rotation about a second axis. A strike is mounted on the frame such that the strike can receive the catch. The handle assembly is moveable between a first position where the contact portion of the catch is urged into contact against the strike and second position where the catch is retracted from the strike. A link is pivotally mounted to the catch at one point and to the handle assembly at a second point. An adjustment device is provided. The latch device also has a compliance element that absorbs forces resulting from the engagement of the latch assembly.

Abstract: A mechanism for use in latching a pivotable access door of a cabinet includes a latch housing within which is rotatably mounted a catch member between latching and unlatching positions upon a carrier which, in turn, is rotatably supported in the latch housing. The carrier is biased into engagement with a cam pin which acts as a pivot stop for the carrier. A cross pin extends through a pair of laterally spaced slots formed in the latch housing and terminal ends of the cross pin are adapted to depress electronic switches through movement of the carrier when the latching mechanism assumes the latched position. The catch member is rotated to the latching position upon engagement with a latch striker and can be rotated to release the latch striker, in accordance with various embodiments of the invention, either through the use of a handle or upon tugging on the access door.

Abstract: A latch assembly for installation in a recess along a side edge of a wing element, for covering or uncovering an aperture, the latch assembly being adapted to hold the wing element in a closed position. The assembly includes a housing having at least one wall, at least one espagnolette bolt and an espagnolette rod. The espagnolette bolt is slidingly arranged in the housing between a first open position, in which the espagnolette bolt is retracted into the housing, and a second latching position, in which the espagnolette bolt projects from the housing to engage with a catch. The espagnolette bar is operatively connected to the espagnolette bolt for maneuvering the espagnolette bolt between the first open position and the second latching position. A latching pin is arranged for displacement with the espagnolette bolt, during movement of the espagnolette bolt from the first open position to the second latching position and back.

Abstract: A vehicle sun roof fastening device, particularly for convertible vehicles, wherein a lever is fitted with a hinged latch element designed to mate with a fixed connecting element, and is hinged to a support so as to oscillate in relation to the support and by virtue of a crank mechanism interposed between the lever and the support and operated by a linear actuator, the output rod of which is connected to one end of a crank having the other end angularly integral with a crank (14) on the crank mechanism.

Abstract: A theft prevention device to be mounted on a parallelepipedic box, the device including a frame with an insert opening for enclosing the box. The frame is provided with a hook shaped lock tongue, displaceably and pivotally mounted to the frame. The hooked shaped lock tongue may be moved from an engaged position on the frame where it blocks the insert opening, to a position where it can be disengaged to not block the insert opening to allow removal of the box from the frame. A latch having a rotary bolt holds the hook shaped lock tongue in the engaged position. This latch can be adjusted to free the lock tongue, for it to be moved from the engaged position where it can be disengaged from the frame.

Abstract: A disturbance responsive magnetic latch comprises a latch arm having spring legs and mounted onto a first substantially planer mounting surface for engaging a door or door frame member. A screw or other fastening mechanism may be used to attach said first mounting surface and latch arm to the door. A second mounting surface is provided having a magnet coupled thereto and having a retainer for retaining and securing the latch arm thereto. The magnet is preferably of a substantially flat and elongated construction. The second mounting surface is secured to a predetermined area distant from the first base plate preferably by a screw or other mechanical fastening mechanism.

Abstract: A lock hook for a door of a computer cabinet is described. The lock hook is pivotable about a pivot axis into a closed and an open position. Commonly, locking devices project out of the main surface of the door of computer cabinets when the lock hooks thereof are in the open position. The present invention solves this problem by pivoting the lock hook completely into an opening in the main surface of the door.

Abstract: A vent window securing device adapted to be mounted on a van or truck door having a vent window. The securing device includes a flat support member that is attached to the inside of the front door by the same bolts that hold the window regulator to the door. An adjustable vertical gear member has a top portion having a U-shaped clamp that fits over the latch of the vent window in the horizontal position. The bottom portion of the vertical gear member has vertical gear teeth that mesh with the teeth of a circular gear that is connected to the flat support member by a shaft having a handle that can be rotated. The U-shaped clamp can be attached to a vertical steel rod having a threaded bottom that is adjustable with the vertical gear member by a flange and nut connector. An alternative embodiment provides an upwardly facing clamp under the vent window that is clamped to the window by a downwardly facing clamp attached to the top of the steel rod.

Abstract: The drive device for a locking mechanism of a motor vehicle door lock which can be fastened by means of a central locking installation comprises an operating element which is guided on a housing for linear displacement between a fastening position and an unfastening position and is coupled with the fastening mechanism. A motor drives the operating element in both directions of displacement. A locking lever mounted on the housing for pivoting about a spindle extending transversely of the direction of displacement of the operating element in its locking position blocks the operating element when it is situated in the fastening position. Thus the fastening mechanism in the locked condition cannot be unfastened manually. The locking lever is pivoted by a rotating drive through an eccentric. The eccentric engages in an aperture of the locking lever. The aperture permits a pivoting movement of the eccentric of more than 180.degree., while a stop face of the aperture limits the range of rotation of the eccentric.