Abstract: A key device includes a generally elongate shaft portion that has first and second oppositely directed side surfaces, at least one of which is cuttable to form key cuts that define a key combination surface. First and second key combination elements, disposed in the elongate shaft portion, are side-by-side one another at different lateral positions along the width of the elongate shaft portion and located at overlapping longitudinal positions along the length of the elongate shaft portion. The first and second key combination elements are each pivotable about a pivot axis.

Abstract: A key device (10) includes a generally elongate shaft portion (12), and at least one magnetic key combination element (20) disposed in the shaft portion (12), which is rotatable about a rotation axis (22).

Abstract: A key device includes a generally elongate shaft portion that has first and second oppositely directed side surfaces, at least one of which is cuttable to form key cuts that define a key combination surface. First and second key combination elements, disposed in the elongate shaft portion, are side-by-side one another at different lateral positions along the width of the elongate shaft portion and located at overlapping longitudinal positions along the length of the elongate shaft portion. The first and second key combination elements are each pivotable about a pivot axis.

Abstract: A lock assembly (10) includes a non-manual actuator (12) coupled to a drive member (37), and a clutch member (38) formed with a groove (39) in which an engagement element (62) is disposed. The engagement element (62) is movable towards and away from a cam surface (46) which is arranged to move a lock element (56). The lock element (56) is also connected to a manual actuator (60). In a first orientation, the engagement element (62) does not protrude out of the groove (39) and does not abut against the cam surface (46), so that the non-manual actuator (12) is disengaged from the lock element (56). In a second orientation, the drive member (37) is movable by the non-manual actuator (12) so that the drive member (37) causes the engagement element (62) to protrude out of the groove (39) and abut against the cam surface (46), so that the non-manual actuator (12) is engaged with the lock element (56).

Abstract: A lock assembly (10) includes a first member (12) and a second member (14) including complimentary shaped protrusions (13) and recesses (15) that mate with one another. A locking assembly is housed in the first member (12). The locking assembly includes an electromechanical actuator (18) with a shaft (20) and a locking element (22) arranged to move along the shaft (20) between a locked position and an unlocked position. The locking element (22) is formed with a recess. In the locked position, a locking bolt (16) passes through both first and second first member (12)s and a latch member (26) is received in the notch (28) but is not received in the recess of the locking element (22) so that the locking element (22) prevents movement of the latch member (26) and the locking bolt (16). In the unlocked position, the latch member (26) is received in the recess of the locking element (22), thereby permitting movement of the locking bolt (16).

Abstract: A method for waterproofmg a lock device includes applying a hydrophobic coating on internal components of a lock device, the components including a movable plug and plug pins.

Abstract: A key device (10) includes a generally elongate shaft portion (12) including a key combination surface (16) that has a plurality of key cut stations (18) for forming telescoping key cuts at each key cut station (18). Each key cut station (18) has a telescoping maximum adjacent cut specification (MACS) that defines a maximum depth of adjacent. The key device (10) also has a non-MACS key cut (20), formed at one or more of the key cut stations (18), for interfacing with a first pin (24) of a given telescoping plug pin. The non-MACS key cut (20) is dimensioned to leave material in the elongate shaft portion (12) for forming another key cut (20A) for interfacing with a second pin (26) of the given telescoping plug pin.

Abstract: A lock assembly (10) includes a first member (12) and a second member (14) including complimentary shaped protrusions (13) and recesses (15) that mate with one another. A locking assembly is housed in the first member (12). The locking assembly includes an electromechanical actuator (18) with a shaft (20) and a locking element (22) arranged to move along the shaft (20) between a locked position and an unlocked position. The locking element (22) is formed with a recess. In the locked position, a N locking bolt (16) passes through both first and second first member (12)s and a latch member (26) is received in the notch (28) but is not received in the recess of the locking element (22) so that the locking element (22) prevents movement of the latch member (26) and the locking bolt (16). In the unlocked position, the latch member (26) is received in the recess of the locking element (22), thereby permitting movement of the locking bolt (16).

Abstract: A cylinder lock (10) includes a cylinder lock body (9) with a cam (16), and an actuator (20) and a manual element (18) for operating the cam (16). A clutch (26) is contained in the cylinder lock body (9) and is selectively engaged with the cam (16) and with either of the actuator (20) and the manual element (18), and a coupler (34) contained in the cylinder lock body (9). Suitable movement of the coupler (34) engages the manual element (18) with the clutch (26).

Abstract: An assembly including a cylinder lock including a rotatable member for actuating an external locking element, and a reduction gear disposed inside the cylinder lock, the reduction gear mechanically linked to the rotatable member and operable to rotate the rotatable member, the reduction gear including an interface member for connection to an actuator for movement of the reduction gear.

Abstract: A lock assembly (10) including a plug (12) having a keyway (14) for inserting therein a key (16), the plug (12) arranged for movement in a bore (18) formed in a lock body (20) along a shear line (24) defined between an outer perimeter of the plug (12) and an inner perimeter of the bore (18), and at least one movable element (26, 28) slidingly disposed in an opening formed in the plug (12), wherein insertion of the key in the keyway (14) without movement of the plug (12) in the lock body (20) does not align the at least one movable element (26, 28) with the shear line (24), but movement of the plug (12) in the lock body (20) with the key (16) inserted in the keyway (14) aligns the at least one movable element (26, 28) with the shear line (24).

Abstract: A lock assembly (10) including a plug (12) having a keyway (14) for inserting therein a key (16), and a movable element (18) movingly disposed in the plug (12), the movable element (18) being divided into at least two separate magnetic portions (20, 22) arranged to move relative to one another and having identical magnetic polarity, wherein the magnetic portions (20, 22) are sufficiently near one another such that one of the magnetic portions (20, 22) applies a magnetic repelling force on the other magnetic portion (20, 22).

Abstract: A lock and key combination that uses a key device which includes a shaft portion, and at least one movable key combination element which is retained within the shaft portion and which includes first and second portions adjacent one another, the first portion of the at least one movable key combination element being located along on the shaft portion and the second portion of the at least one movable key combination element being located offset to the first portion.

Abstract: A status detector and communication unit (20) for a padlock (10) having a body (11) and a shackle (12) at least one end (14) of which can be latched to and released from the body. The status detector and communication unit includes a casing (21) adapted to be securely retrofitted to the padlock so as to form a compact assembly without obscuring an operating mechanism (17) of the padlock, and a battery powered circuit (22) contained within the casing for co-operating with the shackle of the padlock for transmitting a signal indicative of a status of the shackle to a remote monitoring unit (93). The invention allows remote monitoring of a conventional padlock with little or no modification of the padlock.

Abstract: A method for duplicating a key including receiving a key identification code indicative of key cuts in an original key, and duplicating the original key by forming key cuts in a duplicate key in response to the key identification code, wherein authorization to form the key cuts is restricted by means of a verification code that must be passed before forming the key cuts is permissible. The authorization to form the key cuts may be restricted in various ways, such as to a group of users, a geographic location of a user, or a group of key blanks. The authorization to form the key cuts may be restricted as a function of a physical characteristic of the original key. As another alternative, authorization to form the key cuts may be restricted as a function of whether the original key is a master key or a slave key.

Abstract: A key device for use with more than one lock, the key device including a shaft portion, and at least one movable key combination element retained within the shaft portion and including first and second portions adjacent one another, the first portion of the at least one movable key combination element being located along on the shaft portion and the second portion of the at least one movable key combination element being located offset to the first portion.

Abstract: A padlock hasp assembly including a first hasp member (12) and a second hasp member (14) including interface contours including complimentary shaped protrusions and recesses that mate with one another, and a locking assembly housed in the first hasp member (12), the locking assembly including a cylinder lock (10) including a tumbler adapted to bring a locking element into locking engagement with a notch formed in a locking bolt (16), the locking bolt (16) being arranged for sliding motion through a first bore formed in the first hasp member, and when the second hasp member (14) is aligned with the first hasp member (12), the locking bolt (16) is slidable into a second bore formed in the second hasp member (14) so as to lock the first and second hasp members (12, 14) together.

Abstract: A cylinder and key combination including a pin operated cylinder including a cylinder body, a plug rotatable within the cylinder body and defining a keyway and first pin assemblies and at least one second pin assembly communicating with the keyway and being selectably positionable by key cuts on a key inserted into the keyway for positioning the pin assemblies with respect to a shear line between the cylinder body and the plug to permit rotation of the plug with respect to the cylinder body and a key, including a shank defining at least one planar surface configured to define a longitudinally extending key-cut region thereon, the longitudinally extending region having formed thereon a plurality of first key cuts configured to position a plurality of first pins at a desired shear line position and having pre-formed thereon at least one second key cut configured to position a corresponding at least one second pin assembly at a desired shear line position.

Abstract: A key blank including a generally elongate shaft portion defining first and second generally flat oppositely directed side surfaces, joined by edge surfaces, at least one of the first and second side surfaces cuttable to form key cuts that define a key combination surface, and at least one key combination element movably disposed in the elongate shaft portion and adapted for touching a lock combination element disposed in a cylinder lock plug, wherein the at least one key combination element has inherent energy for applying an urging force against the lock combination element. A key formed from the key blank and lock therefore are also disclosed.

Abstract: A method for duplicating a key including receiving a key identification code indicative of key cuts in an original key, and duplicating the original key by forming key cuts in a duplicate key in response to the key identification code, wherein authorization to form the key cuts is restricted by means of a verification code that must be passed before forming the key cuts is permissible. The authorization to form the key cuts may be restricted in various ways, such as to a group of users, a geographic location of a user, or a group of key blanks. The authorization to form the key cuts may be restricted as a function of a physical characteristic of the original key. As another alternative, authorization to form the key cuts may be restricted as a function of whether the original key is a master key or a slave key.