Abstract:
The invention concerns a selector device in the form of a manual selector with a key, badge or magnetic card, in particular for automatic closing systems, that is to say powered, which are managed by a powered and overall control unit and which comprises its own operating mechanism run by a relative circuit (14). The selector incorporates a transmitter circuit (15) configured to recognise the operating/non-operating command of said mechanism and to emit and transmit corresponding signals in radiofrequency towards an electronic control card (12) connected to or incorporated in the powered overall control unit (13), in order to control at least the partial or total opening/closing movements of the system.
Abstract:
The invention concerns a radio control system for automated equipment, which comprises at least a radio frequency transmitter and at least one radio receiver device, and where the radio transmitter is set to transmit a simultaneous transmission of at least one fixed code and one variable code system whereas the radio receiver is set to receive and selectively recognise the former, the latter or all the coded systems arriving from said transmitter to activate equipment required to be controlled.
Abstract:
The invention concerns a communication system for managing a motorized closing system (23) by means of a general control station having one or more peripheral control (15, 16), protecting (18, 20) and signaling (21 ) devices. The general control station (23) is associated with an electronic control card (22) set up to communicate, using a wireless radio frequency transmission, with each of the peripheral control, protection and signaling devices interfaced with it. Each of said control, protection and signaling peripheral devices is autonomously provided with an electric feed means.
Abstract:
The invention relates to an anti-intrusion device for closing systems operated by an actuator group managed by an electrically powered controller. The device includes a means (14) sensitive to a thrust applied to the closing system in the opening direction and able to cause the actuator to start in the direction to oppose the opening thrust and to automatically hold the closing system closed, and at least an acoustic warning (15) activated in reply to a signal arriving from the sensitive means.
Abstract:
The invention concerns a protection device in particular for the control of accesses, powered closing systems and the like having a general control centre (14). The device may comprise a photoelectric cell transmitter (11 ) an infrared photoelectric receiver (12) or a unit incorporating both a sender and an infrared receiver in association with a remote reflecting surface. In any case it is provided with a transmitter/receiver circuit (19) arranged to communicate, by means of a wireless (WI-FI) radiofrequency transmission, with an electronic management card (13) associated with the general control centre (14) of the system to be protected.
Abstract:
The invention concerns an automatic two operator type powered closing system for the individual operating of two moving parts of closing systems such as gates, doors or two wing main doors, sliding gates with a moving double part, automatic double barriers operating contemporaneously, shutters and the like. The system comprises a safety radio-frequency communication system between the control unit of a first motor provided for the operation of a first moving part and the control unit of a second operation motor of the other mobile part, so that the second motor carries out and can validate the manoeuvre that from time to time is requested and which must be carried out, with the first motor operating system.
Abstract:
The invention concerns a signaling or flashing light device, in particular for moving parts of automatic opening/closing systems. The device comprising at least a flashing light source governed by a relative circuit (14) and preset to indicate the operating and movement state of closing under the control of a general control centre (13) and incorporates, in connection with the circuit (14) of a luminous source, a transmitter/receiver circuit (15) configured to emit and transumi corresponding radiofrequency signals towards an electronic control card (12) associated with the general powered and general control unit (13), so as to visibly signal both the movement, the insecurity and/or faults in the system and the stop of the moving parts and the correct set-up of said system.
Abstract:
The invention concerns an electromechanical safety device, or sensitive edge, in particular a sensitive edge for moving parts of any automatic closing system controlled by a general control centre (13), the safety device comprising a pressure sensitive mechanism (14) provided to emit a block and/or alarm signal in reply to a contact of a moving part with another adjacent part. The protection device incorporates a transmitter/receiver circuit (15) designed to receive and recognise the signals emitted by said sensitive mechanism and to communicate via radio with a management electronic card (12) associated with the general control centre, so as to enable or stop the movements of the moving parts in response to the signals arriving from the protection device.
Abstract:
This invention relates to a management and authentication system of the radio transmission codings in remote control devices which use radio frequency transmitters to dialogue with the fixed radio receivers. The system includes a personal computer loaded with a programme for storing at least the codings of the remote controls, and a portable, electronic device (Memory Box) for storing and programming, connectable to the personal computer. The stored codings of the remote controls are transferred from the personal computer to the electronic device (Memory Box) and from said electronic device to the radio receivers to be configured, wherein thy may be authenticated by an authentication and loyalty electronic device.
Abstract:
A door (1) which comprises a closure element (2) moveable on command, by way of drive means, between an open condition and a closed condition in which at least one end element (2a) which extends at right angles with respect to the direction of movement (100) of the closure element (2) is designed to be brought proximate to an abutment portion (3a) formed on a fixed structure (3), the end element (2a) being associated with sensor means (4) which are functionally connected to the drive means in order to interrupt the operation of the drive means in the presence of an obstacle along the path of the end element (2a), the sensor means (4) comprising at least one first, emission sensor (4a) which is adapted to emit an infrared signal (200) and extends in parallel to the end element (2a) and a respective second, reception sensor (4b) which is adapted to receive the infrared signal (200); the first, emission sensor (4a) and the second, reception sensor (4b) are supported by a respective supporting body (5) which extends in parallel to the direction of movement (100) of the end element (2a) and is made of elastically yielding material in order to allow an elastic deformation of the supporting body (5) following an impact against an obstacle during the transition of the closure element (2) from the open condition to the closed condition or vice versa.