Abstract: A programmable electronic lock with a closing tongue is actuated with an actuating mechanism formed by a mobile knob acting as a button joined to the closing tongue. Actuation of the mobile knob generates a movement of the closing tongue and closure of the lock. Recovery of the mobile knob to its initial position generates an opening of the lock. Furthermore, an electronics board is activated with a transponder key and controls operation of the lock by deactivating and subsequently activating a blocking mechanism formed by a motor that actuates a punch via a gear mechanism. When the punch is in a blocking position it is located against the actuating mechanism. When the punch is in an unblocking position, it is separated from the actuating mechanism and allows the movement of the closing tongue by unblocking the actuating mechanism.

Abstract: A programmable electronic lock with a closing tongue is actuated with an actuating mechanism formed by a mobile knob acting as a button joined to the closing tongue. Actuation of the mobile knob generates a movement of the closing tongue and closure of the lock. Recovery of the mobile knob to its initial position generates an opening of the lock. Furthermore, an electronics board is activated with a transponder key and controls operation of the lock by deactivating and subsequently activating a blocking mechanism formed by a motor that actuates a punch via a gear mechanism. When the punch is in a blocking position it is located against the actuating mechanism. When the punch is in an unblocking position, it is separated from the actuating mechanism and allows the movement of the closing tongue by unblocking the actuating mechanism.

Abstract: The invention relates to an electronic blocking module for closing systems with a casing (1) internally having a blocking mechanism (2) which prevents or allows the opening of a closing system, and which is controlled by an electronics board (3), which communicates with an external electronic control system which transmits signals to it for blocking and unblocking the closing system, and receives from it signals of the position of the blocking mechanism (2). The electronics board (3) comprises at least a first microswitch (4) and a second microswitch (5) which detect the movement towards the blocking and unblocking position of the blocking mechanism (2), and a third microswitch (6) detecting the blocking and unblocking position of the blocking mechanism (2), transmitting it to the electronic control system.

Abstract: Programmable electronically closing lock, with knob of the type which incorporates programmed electronic elements which make possible bidirectional communication between lock and key without contact between the two is disclosed. It consists of an electronic board (7) with a microcontroller (17) which controls its opening/closing and communicates with an antenna (8) built into a knob block, made up of a knob (3) joined permanently to a push button/mounting hole piece (5) which has an upper surface (s), lateral slots/guides (13) and a fixed knob guide (4) carrying the antenna (8) and in which the knob (3) moves up and down under the action of a coaxial spring (11) on the knob guide (4) and pins (14) of a tongue block (6) sliding on the slots (13) causing movement in the tongue block. The microcontroller (17) operates a bi-stable solenoid (9).

Abstract: Programmable electronically closing lock, with knob of the type which incorporates programmed electronic elements which make possible bidirectional communication between lock and key without contact between the two is disclosed. It consists of an electronic board (7) with a microcontroller (17) which controls its opening/closing and communicates with an antenna (8) built into a knob block, made up of a knob (3) joined permanently to a push button/mounting hole piece (5) which has an upper surface (s), lateral slots/guides (13) and a fixed knob guide (4) carrying the antenna(8) and in which the knob (3) moves up and down under the action of a coaxial spring (11) on the knob guide (4) and pins (14) of a tongue block (6) sliding on the slots (13) causing movement in the tongue block. The microcontroller (17) operates a bi-stable solenoid (9).