Device and methods for providing a lock for preventing unwanted access to a locked enclosure
A device for preventing unwanted opening of a locked enclosure includes a lock bolt moveable between a locked position and an unlocked position. A lever arm is movable between disengaged and engaged positions and moves the lock bolt between the locked and unlocked positions. A rotary element is engageable with the lever arm in the engageable position. The rotation of the rotary element when the rotary element is engaged with the lever arm moves the lock bolt between the locked and unlocked positions. A pin normally blocks the lever arm from moving from the disengaged position to the engageable position. A rotatable output gear moves a rack gear and the pin to unblock the lever arm and thereby allowing the lever arm to engage with the rotary element to allow a user to rotate the rotary element to move the lock bolt between the locked and unlocked positions.
1. A lock configuration, comprising:
a generator configuration configured to internally generate generator power for the lock configuration, wherein the internally generated power is consumed by the lock configuration when each of a plurality of features is executed by the lock configuration;
at least one additional power source configured to provide power to supplement the generator power for the lock configuration when the generator power is insufficient to execute at least one feature requested by a user to be executed by the lock configuration;
a controller configured to execute a plurality of actions in response to the at least one feature requested by the user to be executed by the lock configuration, wherein each of the plurality of actions ensures sufficient power is available for the lock configuration to execute the at least one feature requested by the user.
2. The lock configuration of claim 1 , further comprising:
a plurality of solar cells configured to capture solar power and store the solar power in a power storage device, wherein the solar power is a supplement to the generator power generated by the generator configuration.
3. The lock configuration of claim 2 , wherein the controller is further configured to:
monitor a current power level associated with the generator power;
assess a current power requirement of the lock configuration based on each of the features requested by the user to be executed by the lock configuration;
determine whether the current power level associated with the generator power is sufficient to execute each of the features requested by the user to be executed by the lock configuration; and
access the solar power stored in the power storage device to have the solar energy supplement the generator power generated by the generator configuration to execute each of the features requested by the user when the current power level of the generator power is insufficient to execute each of the features requested by the user.
4. The lock configuration of claim 1 , further comprising:
a battery source configured to store battery power and provide the battery power when requested by the controller for consumption by the lock configuration, wherein the battery power is a supplement to the generator power generated by the generator configuration.
5. The lock configuration of claim 4 , wherein the controller is further configured to:
monitor the current power level associated with the generator;
assess a current power requirement of the lock configuration based on each of the features requested by the user to be executed by the lock configuration;
determine whether the current power level associated with the generator power is sufficient to execute each of the features requested by the user to be executed by the lock configuration; and
access the battery power stored in the battery source to have the battery power supplement the generator power generated by the generator configuration to execute each of the features requested by the user when the current power level of the generator power is insufficient to execute each of the features requested by the user.
6. The lock configuration of claim 5 , wherein the controller is further configured to:
monitor the current power level of the lock configuration as provided by the generator power, the solar power, and the battery power to determine whether the current power level has exceeded a threshold, wherein the threshold is a power level that is necessary for the lock configuration to execute the at least one feature requested by the user;
maintain each of the features of the lock configuration in a deactivated state until the current power level of the lock configuration has exceeded the threshold; and
activate each necessary feature of the lock configuration to satisfy the request of the user when the current power level of the lock configuration has exceeded the threshold.
7. The lock configuration of 6 , wherein the controller is further configured to:
monitor the current power requirement of the lock configuration based on each of the features requested by the user to be executed by the lock configuration;
activate each required feature when required to satisfy a request by the user; and
deactivate each unnecessary feature when each unnecessary feature is no longer required to satisfy the request by the user to conserve overall power consumed by the lock configuration.
8. A method for providing power to a lock configuration, comprising:
internally generating, from a generator configuration, generator power for the lock configuration, wherein the internally generated power is consumed by the lock configuration when each of a plurality of features is executed by the lock configuration,
providing power, from at least one additional power source, to supplement the generator power for the lock configuration when the generator power is insufficient to execute at least one feature requested by a user to be executed by the lock configuration; and
executing a plurality of actions, by a controller, in response to the at least one feature requested by the user to be executed by the lock configuration, wherein each of the plurality of actions ensures sufficient power is available for the lock configuration to execute the at least one feature requested by the user.
9. The method of claim 8 , wherein the providing power comprises:
capturing solar power, by a plurality of solar cells; and
storing the solar power in a power storage device, wherein the solar power is a supplement to the generator power generated by the generator configuration.
10. The method of claim 9 , wherein the executing of the plurality of actions, comprises:
monitoring a current power level associated with the generator power;
assessing a current power requirement of the lock configuration based on each of the features requested by the user to be executed by the lock configuration;
determining whether the current power level associated with the generator power is sufficient to execute each of the features requested by the user to be executed by the lock configuration; and
accessing the solar power stored in the power storage device to have the solar energy supplement the generator power generated by the generator configuration to execute each of the features requested by the user when the current power level of the generator power is insufficient to execute each of the features requested by the user.
11. The method of claim 8 , wherein the providing power further comprises:
storing battery power; and
providing the battery power when requested by the controller for consumption by the lock configuration, wherein the battery power is a supplement to the generator power generated by the generator configuration.
12. The method of claim 11 , wherein the executing of the plurality of actions further comprises:
monitoring the current power level associated with the generator;
assessing a current power requirement of the lock configuration based on each of the features requested by the user to be executed by the lock configuration;
determining whether the current power level associated with the generator power is sufficient to execute each of the features requested by the user to be executed by the lock configuration; and
accessing the battery power stored in the battery source to have the battery power supplement the generator power generated by the generator configuration to execute each of the features requested by the user when the current power level of the generator power is insufficient to execute each of the features requested by the user.
13. The method of claim 12 , wherein the executing of the plurality of actions further comprises:
monitoring the current power level of the lock configuration as provided by the generator power, the solar power, and the battery power to determine whether the current power level has exceeded a threshold, wherein the threshold is a power level that is necessary for the lock configuration to execute the at least one feature requested by the user;
maintaining each of the features of the lock configuration in a deactivated state until the current power level of the lock configuration has exceeded the threshold; and
activating each necessary feature of the lock configuration to satisfy the request of the user when the current power level of the lock configuration has exceeded the threshold.
14. The method of claim 13 , wherein the executing of the plurality of actions further comprises:
monitoring the current power requirement of the lock configuration based on each of the features requested by the user to be executed by the lock configuration;
activating each required feature when required to satisfy a request by the user; and
deactivating each unnecessary feature when each unnecessary feature is no longer required to satisfy the request by the user to conserve overall power consumed by the lock configuration.