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A smart lock system and method having a smart lock element, a data entry interface element; a mechanically operated power generator such as a dynamo as the sole power source; and an electronic control element. A separate controller is in communication with the smart lock element, only when the dynamo provides power to the smart lock. The controller element constantly receives and store updated key code information from a remote location source. With the providing of the operating energy to the smart lock the electronic control element receives and stores updated key code information from the controller, if any, prior to any unlocking activation of the locking mechanism. The electronic control element compares stored key code information with entered key codes and the locking mechanism is unlocked thereafter with entry of a valid key code corresponding to a key code stored in the electronic control element.
A smart lock system and method having a smart lock element, a data entry interface element; a mechanically operated power generator such as a dynamo as the sole power source; and an electronic control element. A separate controller is in communication with the smart lock element, only when the dynamo provides power to the smart lock. The controller element constantly receives and store updated key code information from a remote location source. With the providing of the operating energy to the smart lock the electronic control element receives and stores updated key code information from the controller, if any, prior to any unlocking activation of the locking mechanism. The electronic control element compares stored key code information with entered key codes and the locking mechanism is unlocked thereafter with entry of a valid key code corresponding to a key code stored in the electronic control element.
Battery free smart lock
RAIS ELLIOT (author)
2018-12-04
Patent
Electronic Resource
English