Abstract:
An electronic closure system (10) for doors and the like, comprising a standalone electronic code lock (12), associated with a door (14), and a code input device (18a, 18b), operated by a user (20), wherein the standalone electronic code lock (12) comprises an electronic control unit (22), a memory (24), and an electronically controlled mechanism (26). The electronic control unit (22) of the standalone electronic code lock (12) is configured to: receive in input an opening code (16) which originates from the code input device (18a, 18b); - convert the opening code (16) into a corresponding binary number (30) which comprises a bit sequence (30); - divide the bit sequence (30) into a plurality of portions (32a-32g), each portion (32a-32g) comprising one or more bits selected according to a bitmask (32), each portion (32a-32g) being an information item (36a-36g) of an ordered set of information items (36); and - verify whether the ordered set of information items (36) meets one or more access conditions and, in case of a positive outcome of this verification, actuate the opening or release of the electronically controlled mechanism (26), opening the standalone electronic code lock (12).
Abstract:
A cylinder lock (1) and a key (2) thereof, the lock (1) comprising a stator (3) within which a rotor (4) can rotate which is provided with a longitudinal channel (5) inside which respective pins (6, 7) are arranged substantially mutually opposite. The channel (5) is adapted for the insertion of a key (2) provided with a seat (8) for the accommodation of a respective lever (9) which can be oriented freely and is adapted to actuate the pins (6, 7). At least one of the pins (6) is constituted by a concave ogive (10) and a contoured grub (11) which has an end (12) whose shape and dimensions are complementary to those of the internal cavity (13) of the ogive (10). Axially acting elastic means (14) are interposed between the ogive (10) and the grub (11) for their respective mutual spacing in conditions of absence of external forces applied to the grub (11) toward the ogive (10). The stator (3) comprises a recess (15) whose shape and dimensions are complementary to those of the terminal front of the ogive (10) for the temporary accommodation of the front; the recess (15) is aligned with the hole (16) of the rotor (4) within which the ogive (10) and the grub (11) are arranged. At least one elastic element (17) is interposed between the stator (3) and the at least one additional pin (7) for the forcing thereof within the longitudinal channel (5). Following the insertion of the key (2) in the longitudinal channel (5), the end of the pin (7) and a head (18) of the grub (11) abut against the lever (9), with consequent partial inclination thereof with respect to the key (2) in the configuration for free translation of the pin (6) within the hole (16) of the rotor (4), without protrusion of the front of the ogive (10) with respect to the contour of the rotor (4) during the rotation thereof.
Abstract:
A modular cylinder (1) comprising at least one main unit (2) provided with a stator (3), designed to be coupled rigidly to the seat of a leaf, and a rotor (4), which can rotate within the stator (3) by virtue of the action of a respective key designed for the alignment of respective coding pins which is accommodated within a seat (5) of the rotor (4). The cylinder (1 ) comprises: at least one transmission element (6), which can be coupled in series to the main unit (2) optionally with the interposition of other transmission elements (6); at least one actuation device (7), which is provided with a bit (8) which is functionally associated, when the cylinder (1) is installed in the respective leaf, with at least one component chosen between a spring latch and a bolt; the actuation device (7) is interposed between at least two components chosen between the main unit (2) and a transmission element (6); at least one connecting bar (9), which is arranged in a substantially longitudinal direction and can be coupled rigidly and detachably to all the components of the cylinder (1); at least one spacer (10), which is coupled to the connecting bar (9) and is aligned with the actuation device (7); at least one means (1 1) for locking the at least one main unit (2) on the connecting bar (9), for the compaction in the configuration for use of the unit constituted by the at least one unit (2), the at least one transmission element (6) and the at least one actuation device (7). (Figure 3)
Abstract:
An automatic security lock (1 ) comprising a box-like body (2) containing respective actuation lever systems for at least one bolt (3); the lever systems are controlled by a respective security cylinder (6) associated with a key and with at least one movement actuator; the lever systems comprise an actuation rod (8) for the at least one bolt (3). A sliding slider (9) is arranged above the cylinder (6) in substantial alignment with the respective bit (10). The slider (9) comprises a seat (1 1) for the bit (10) and an end head (12) suitable to abut against an inclined plane (13) formed on a surface of the actuation rod (8); upon a rotation of the bit (10), the slider (9) translates up to abutment and forcing on the inclined plane (13) of the rod (8) with consequent translation of the rod (8) in the configuration of complete extraction of the at least one bolt (3).
Abstract:
An anti-intrusion cylinder (1) for locks, comprising a stator (2) provided with a substantially cylindrical longitudinal cavity (3) for accommodating a rotor (4) with a longitudinal recess (5) for the insertion of a key (6); the rotor (4) and the stator (2) comprise a plurality of channels (7), which are substantially aligned and face each other when the cylinder (1) is in the closed configuration; the channels (7) accommodate respective coding pins (8), driver pins (9) and optional elastic means (7a) preset to prevent the rotation of the rotor (4) in the stator (2) in the absence of the key (6) in the longitudinal recess (5); at least one of the driver pins (9) comprises a stem (10), which is accommodated slidingly with mechanical play in the portion of the stator (2) of a respective channel (7); the stem (10) is provided with a mushroom-shaped tip (11) that has a smaller diameter than the stem (10). The tip (11) faces and is proximate to the corresponding coding pin (8); at least one contoured annular body (13) has a diameter substantially similar to the diameter of the channel (7) and is fitted with mechanical play on the mushroom-shaped tip (11).
Abstract:
An anti-intrusion cylinder (1) for locks, comprising a stator (2) provided with a substantially cylindrical longitudinal cavity (3) for accommodating a rotor (4) with a longitudinal recess (5) for the insertion of a key (6); the rotor (4) and the stator (2) comprise a plurality of channels (7), which are substantially aligned and face each other when the cylinder (1) is in the closed configuration; the channels (7) accommodate respective coding pins (8), driver pins (9) and optional elastic means (7a) preset to prevent the rotation of the rotor (4) in the stator (2) in the absence of the key (6) in the longitudinal recess (5); at least one of the driver pins (9) comprises a stem (10), which is accommodated slidingly with mechanical play in the portion of the stator (2) of a respective channel (7); the stem (10) is provided with a mushroom-shaped tip (11) that has a smaller diameter than the stem (10). The tip (11) faces and is proximate to the corresponding coding pin (8); at least one contoured annular body (13) has a diameter substantially similar to the diameter of the channel (7) and is fitted with mechanical play on the mushroom-shaped tip (11).
Abstract:
An anti-intrusion security device (1) for frame fittings of the type of doors (A), windows (B), skylights and moveable leaves in general, which comprises a box-like body (3) provided with means (4) for coupling to a fixed frame (C, D) of a door or window (A, B). The box-like body (3) accommodates a processor (5), provided with a memory unit and connected to a transceiver antenna (6) and to an electric servomotor (7); the moveable element (8) of the electric servomotor (7) is integral with a bolt (9) which can move, by the action of the servomotor (7), between a first, retracted configuration, of non-interference with a leaf (E, F) of the door or window (A, B), and a second, extracted configuration, of interference with the leaf (E, F) and its locking in the closed configuration.
Abstract:
An indicator assembly (1) for ordinary and extraordinary maintenance of panic handles and bars (2). The handles and bars (2) comprise a frame (9), which is integral with the installation leaf (3), for supporting an actuation device (10) that controls a closure element (5). The assembly (1) comprises at least one sensor (12) for detecting the configuration of the actuation elements (10), the sensor (12) being controlled by a control and management unit provided with at least one memory element for storing the number of events that correspond to a configuration change. The control and management unit is connected to an indicator (11), which can be activated upon reaching a preset number of configuration transitions. The actuation elements (10) have an active configuration, which corresponds to the retraction of the element (5), and a passive configuration, which corresponds to the element (5) extracted for closure.
Abstract:
An antipanic kit (1) for doors (2) of the type comprising an antipanic lock (3) provided with a push-operated handle (4) for retraction, by means of suitable guiding mechanisms, of at least one respective latch (5) which is substantially parallel to the longitudinal direction of the lock (3), and of at least one retractable protrusion (6). The latch (5) protrudes from one end of the lock (3) and the at least one retractable protrusion (6) is connected to the lock (3) by means of a cable (8). Inside the lock (3), the end (9) of the guiding mechanisms is stably connected to one end (10) of the cable (8), the opposite end (1 1) is stably connected to means (12) for the retraction of the at least one retractable protrusion (6).
Abstract:
A break-in resistant cylinder (1) for locks, of the type which comprises a stator (2) provided with a substantially cylindrical longitudinal cavity (3) for accommodating a rotor (4) with a longitudinal recess (5) for the insertion of a key (6). The rotor (4) and the stator (2) comprise a plurality of multiple channels (7) which are substantially aligned and face each other when the cylinder (1) is in the closed configuration, channels (7) for accommodating respective coding pins (8), tumbler pins (9) and any elastic means (7a) designed to prevent the rotation of the rotor (4) within the stator (2) if the key (6) is not present in the longitudinal recess (5). At least one of said elements accommodated within a respective channel (7), i.e., the coding pin (8) and the tumbler pin (9), is constituted by at least two sleeves (10, 11), which have a closed end (10a, 11a) and an open end (10b, 11b) for access to an internal seat (12, 13). The open ends (10b, 11b) of the two sleeves (10, 11) face each other and rest against each other by way of the action of at least one elastic element (14) which is accommodated within the seats (12, 13) and is rigidly coupled to the bottom (12a, 13a) of the seats (12, 13).