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Mortice lock assembly having electronic control module
The invention is directed to a mortice lock assembly for use with a door. The mortice lock assembly includes a housing, a bolt movable relative to the housing between an extended position and a retracted position, a manual actuator including an inner hub and an outer hub each being operable from an inner side or an outer side of the housing respectively to move the bolt from at least the extended position to the retracted position, and a lock mechanism which interacts with the manual actuator to render each of the inner hub and outer hub of the manual actuator independently inoperable or operable. The lock mechanism is configurable to operate in one or more operating states, including a first operating state in which the inner hub is rendered operable and the outer hub is rendered operable, a second operating state in which the inner hub is rendered inoperable and the outer hub is rendered operable, a third operating state in which the inner hub is rendered inoperable and the outer hub is rendered inoperable, and/or a fourth operating state in which the inner hub is rendered operable and the outer hub is rendered inoperable. The mortice lock assembly includes an electronic control module for controlling operations of the lock mechanism. The electronic control module is configured to receive input signals including a control signal for causing movement of the lock mechanism to operate in one of the operating states, and a power signal for providing power to the electronic control module, wherein the power signal is provided separately to the control signal.
Mortice lock assembly having electronic control module
The invention is directed to a mortice lock assembly for use with a door. The mortice lock assembly includes a housing, a bolt movable relative to the housing between an extended position and a retracted position, a manual actuator including an inner hub and an outer hub each being operable from an inner side or an outer side of the housing respectively to move the bolt from at least the extended position to the retracted position, and a lock mechanism which interacts with the manual actuator to render each of the inner hub and outer hub of the manual actuator independently inoperable or operable. The lock mechanism is configurable to operate in one or more operating states, including a first operating state in which the inner hub is rendered operable and the outer hub is rendered operable, a second operating state in which the inner hub is rendered inoperable and the outer hub is rendered operable, a third operating state in which the inner hub is rendered inoperable and the outer hub is rendered inoperable, and/or a fourth operating state in which the inner hub is rendered operable and the outer hub is rendered inoperable. The mortice lock assembly includes an electronic control module for controlling operations of the lock mechanism. The electronic control module is configured to receive input signals including a control signal for causing movement of the lock mechanism to operate in one of the operating states, and a power signal for providing power to the electronic control module, wherein the power signal is provided separately to the control signal.
Mortice lock assembly having electronic control module
SPENCER PAUL (author) / LEVY GIL JONOTHAN (author) / YE STEVEN (author) / WILLIAMS ANDREW (author)
2023-08-10
Patent
Electronic Resource
English
IPC:
E05B
LOCKS
,
Schlösser
MORTICE LOCK ASSEMBLY HAVING ELECTRONIC SWITCHING ELEMENT
| European Patent Office | 2019