Abstract: The invention relates to a cascade activation method and mechatronic system for simultaneous generation and consumption. The system includes a non-return diode connected to an electric generator; a first voltage regulator connected to a microcontroller; a voltage converter; and an actuator, which has an activation voltage greater than the first activation voltage of the first voltage regulator. The actuator is configured to simultaneously consume a portion of the electrical energy generated by the electric generator. The method includes the steps of listing the elements of the mechatronic system that require power; calculating the activation sequence of the elements based on the minimum activation voltage and the activation time interval; selecting the electric generator based on the energy/power that needs to be provided to the mechatronic system; and programming the microcontroller with the activation sequence.

Abstract: Electronic lock with an actuation and cascade self-powering embedded mechatronic system (1) comprising an electric generator (2) that generates electrical energy of variable voltage from a minimum voltage to a maximum voltage from mechanical energy and is capable of communicating through the lock starter chip (3) with a near field, energizing and storing the identification data (4b) provided by the near field (4) in the local memory (3a) of the lock starter chip (3), allowing it to be recovered in a specific time through the energy generated by the electric generator (2).

Abstract: An access control system includes a control circuit (7), a push button (4) that can be moved from a distal position to a proximal position, aided by an elastic element (4.d) to keep it in the distal open position, a tab (3), configured to be moved by means of the push button (4), and establish the closure of the access, a locking device (5) for locking the closed position of the tab (3), an access identification element that communicates with the control circuit (7) that locks the closed position of the tab (3) when the control circuit (7) identifies the access element, characterized by comprising a rotating element that rotates when the push button (4) is actuated, a clutch mechanism (6.c) that transmits the rotating movement of the rotating element to a power-generating motor (6.a) to power the control circuit (7) when the push button (4) is actuated, avoiding the use of battery.

Abstract: An access control system includes a control circuit (7), a push button (4) that can be moved from a distal position to a proximal position, aided by an elastic element (4.d) to keep it in the distal open position, a tab (3), configured to be moved by means of the push button (4), and establish the closure of the access, a locking device (5) for locking the closed position of the tab (3), an access identification element that communicates with the control circuit (7) that locks the closed position of the tab (3) when the control circuit (7) identifies the access element, characterized by comprising a rotating element that rotates when the push button (4) is actuated, a clutch mechanism (6.c) that transmits the rotating movement of the rotating element to a power-generating motor (6.a) to power the control circuit (7) when the push button (4) is actuated, avoiding the use of battery.

Abstract: The present invention relates to a safety device for locks including a casing with a system for entering an opening code, a cylinder for activating the lock, and a dial, fixed to the casing with capacity of rotation, and firmly attached to a tab which blocks opening based on the position in which it is located by means of a connecting part and the cylinder, the tab being firmly fixed to the cylinder. The dial includes a drive bushing firmly fixed to the cylinder by means of a connecting part, and a cover bushing including a flange, for fixing to the inside of the casing, and a gripping area projecting from the casing to activate the tab, wherein the cover bushing is fixed to the drive bushing by pressure.

Abstract: The invention relates to a lock identifier assembly for locks with a cover with a main body, a hollow projection and a knob housed in the hollow projection and with a knob ramp. It includes a tongue, with a recess and a tongue ramp, linked to the knob ramp such that when the knob is actuated, the knob ramp moves, moving the tongue with it to lock/unlock the lock. There is an identification element housed in the hollow projection that has a guide element housed in the recess of the tongue and which is movable on the tongue ramp. When the tongue is moved by the knob, the identification element moves longitudinally in the hollow projection between a position in which it is hidden in said projection and a position in which it projects superiorly from an upper end of said hollow projection.

Abstract: A locking device for a lock including a box and a cover, such that the device can be isolated, which box includes therein a motor, a worm screw connected to the shaft of the motor, a locking shaft which is capable of sliding through a hole towards the outside of the box, and an elastic element with two ends, connecting the locking shaft with the worm screw, wherein one end of the elastic element is securely connected to the locking shaft and the other end is inserted between two threads of the worm screw such that, upon activating the motor, the worm screw rotates, moving the elastic element in order to drive the locking shaft, which transitions from being retracted to being extended and vice versa.

Abstract: The invention relates to a cascade activation method and mechatronic system for simultaneous generation and consumption. The system includes a non-return diode connected to an electric generator; a first voltage regulator connected to a microcontroller; a voltage converter; and an actuator, which has an activation voltage greater than the first activation voltage of the first voltage regulator. The actuator is configured to simultaneously consume a portion of the electrical energy generated by the electric generator. The method includes the steps of listing the elements of the mechatronic system that require power; calculating the activation sequence of the elements based on the minimum activation voltage and the activation time interval; selecting the electric generator based on the energy/power that needs to be provided to the mechatronic system; and programming the microcontroller with the activation sequence.

Abstract: The invention relates to a cascade activation method and mechatronic system for simultaneous generation and consumption. The system includes a non-return diode connected to an electric generator; a first voltage regulator connected to a microcontroller; a voltage converter; and an actuator, which has an activation voltage greater than the first activation voltage of the first voltage regulator. The actuator is configured to simultaneously consume a portion of the electrical energy generated by the electric generator. The method includes the steps of listing the elements of the mechatronic system that require power; calculating the activation sequence of the elements based on the minimum activation voltage and the activation time interval; selecting the electric generator based on the energy/power that needs to be provided to the mechatronic system; and programming the microcontroller with the activation sequence.

Abstract: A method and system for activating electronic lockers is provided which is carried out by sending to a central access control unit an access request for at least one locker operated with an electronic lock; generating an access license which includes a user profile and the identifier of at least one electronic lock; obtaining, through an application of a mobile device, the contents of the access license; manually activating the electronic lock; detecting the activation and sending, with the electronic lock, a BLE signal containing an identifier of the electronic lock; automatically pairing through the BLE, the mobile device with the electronic lock; and wirelessly operating, through the BLE communication and the application of the mobile device, the previously-paired electronic lock.

Abstract: A lock (1) with an exterior activation sensor (2) includes an interior electromechanical mechanism (3) with a corresponding power supply unit (4) and an exterior activation sensor (2) situated on the external part of the locker, and which is used in community lockers or similar, wherein the exterior activation sensor (2) contains at least two respective internal electrical contacts (5) which, by means of a conductive circuit (6), reach the inside of the lock and connect in parallel to the interior poles of the circuit (4a) of the power supply unit (4).

Abstract: The invention relates to a lock with an improved locking system, including a lock block attached to a support by means of at least two fastening screws, with a door arranged between the lock block and the support, the lock including grub screws screwed into the support, which project from the support by a length according to the portion of grub screw screwed into the support, such that the length matches a clearance between the door and the support.

Abstract: Electronic lock and electronic locking system for furniture, cabinets or lockers are disclosed, the electronic lock having a case fixed to the inner part of a door of a piece of furniture, cabinet or locker; a locking element electronically activated; a power supply module; a wireless communication module; an electronic control module operating in different modes of operation: an offline mode to autonomously activate the locking element based on the access data received; an online mode where the access data received are sent to a central control unit and the activation of the locking element is performed based on the activating instructions remotely received from the central control unit, the lock automatically operating in an offline mode under conditions of a failure event in the communications with the central control unit.

Abstract: An electronic lock defines an open position and a closed position and includes a mobile carriage moveable in a linear manner. The mobile carriage is coupled to a closure element and to an actuation mechanism. A first spring is provided between the mobile carriage and the closure element and is configured to move in relation to the mobile carriage. A lock sensor is provided for controlling the position of the closure element. An electronic control module is connected to the sensor for identifying non-authorized manipulations of the lock when it should be closed. The lock sensor detects when the closure element is in the open position or, if it should be open, the lock sensor does not detect when the closure element is in the open position.