Electronic storage cabinet lock
AssigneeXiamen Make Security Technology Co., Ltd.
InventorHongliang Lai
Life of this patent
Estimating the term…
Abstract
An electronic storage cabinet lock includes a lock housing, a lock core, a circuit board, a motor assembly, a clutch mechanism and a battery assembly that are installed in an outer shell. A button assembly and a handle are mounted on the outer side of the outer shell. A cam is mounted on the motor assembly. One end of the lock core is secured in a shaft hole of the handle. When a password is correctly inputted, the button assembly transmits information to the circuit board to control the motor assembly to operate. The cam is driven to rotate to control the open state or closed state of the clutch mechanism. The handle can rotate to drive the lock core to rotate, thereby rotating a lock tongue to open the lock.
Claims9
An electronic storage cabinet lock, comprising a lock housing, a lock core, a circuit board, a motor assembly, a clutch mechanism and a battery assembly that are installed in an outer shell;
- a button assembly being mounted on an outer side of the outer shell, the button assembly, the motor assembly and the battery assembly being electrically connected to the circuit board, wherein when a password is correctly inputted, the button assembly transmits information to the circuit board and the circuit board controls the motor assembly to operate, a cam being mounted on an output shaft of the motor assembly;
- a handle being mounted on the outer side of the outer shell, the lock core being installed in the lock housing, one end of the lock core, having a lock hole, being secured in a shaft hole of the handle, wherein the lock hole is formed in the one end of the lock core and exposed on an outer side of the handle, a lock tongue mounted on the lock core being exposed on an inner side of the outer shell;
- the clutch mechanism being located between the cam and the handle, the clutch mechanism being a mechanical clutch, wherein when the motor assembly drives the cam to rotate, the clutch mechanism is controlled by the cam to be in a disengaged state or an engaged state, the handle can be rotated to drive the lock core to rotate, so that the lock tongue is rotated to unlock the lock.
Dependencies are inferred from the claim text.