A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Electromechanical lock (1) comprising: an operating cylinder (2) extending between a first end (21) and an opposite second end (22); an inner knob (3) and an outer knob (4) rotatably connected to the operating cylinder (2) at the first end (21) and the second end (22), respectively; wherein the inner knob (3) comprises: an actuator (31) powered by a battery (32), a control unit (33) in signal communication with the actuator (31) and with the battery (32) and a detection device (34) in signal communication with the control unit (33) and connected to the outer knob (4); wherein the actuator (31) is configured to switch the operating cylinder (2) from a locking position, wherein the outer knob (4) rotates idle, to an unlocking position, wherein the rotation of the outer knob (4) results in the operation of the operating cylinder (2), upon receiving an unlocking signal from the control unit (33) and wherein the detection device (34) is configured to detect the rotations of the outer knob (4) and to send a detection signal to the control unit (33) for each rotation of the outer knob (4), the control unit (33) is configured to process the detection signals from the detection device (34) and to send wireless output signals to an outer device.
Electromechanical lock (1) comprising: an operating cylinder (2) extending between a first end (21) and an opposite second end (22); an inner knob (3) and an outer knob (4) rotatably connected to the operating cylinder (2) at the first end (21) and the second end (22), respectively; wherein the inner knob (3) comprises: an actuator (31) powered by a battery (32), a control unit (33) in signal communication with the actuator (31) and with the battery (32) and a detection device (34) in signal communication with the control unit (33) and connected to the outer knob (4); wherein the actuator (31) is configured to switch the operating cylinder (2) from a locking position, wherein the outer knob (4) rotates idle, to an unlocking position, wherein the rotation of the outer knob (4) results in the operation of the operating cylinder (2), upon receiving an unlocking signal from the control unit (33) and wherein the detection device (34) is configured to detect the rotations of the outer knob (4) and to send a detection signal to the control unit (33) for each rotation of the outer knob (4), the control unit (33) is configured to process the detection signals from the detection device (34) and to send wireless output signals to an outer device.
ELECTROMECHANICAL LOCK
ELEKTROMECHANISCHES SCHLOSS
SERRURE ELECTROMECANIQUE
SARASINI FRANCESCO (author)
2023-04-19
Patent
Electronic Resource
English
IPC:
E05B
LOCKS
,
Schlösser