Automated door lock
An automated door lock includes a bolt and bolt housing. A lock interior part is attachable to an inside portion of a door. The lock interior part includes control logic that controls operation of automated door lock including movement of the bolt into and out of the bolt housing. A first lock plate is attachable to a door frame. The first lock plate includes a magnet. The second lock plate is attachable to a door. The second lock plate includes a sensor electrically connected to the control logic. The sensor detects magnetic field strength. The magnet is located on the first lock plate and the sensor is located on the second plate so that when the door is closed, the sensor and the magnet are aligned to maximize strength of the magnetic field detected by the sensor.
1. An automated door lock, comprising:
a bolt;
bolt housing configured for placement within a door;
a mounting plate that is attachable to an interior facing surface of the door;
a lock interior part configured to be mounted on the mounting plate, the lock interior part including control logic that controls operation of automated door lock including movement of the bolt into and out of the bolt housing, the control logic including a connector receptor;
a first lock plate attachable to a door frame, the first lock plate including a magnet; and,
a second lock plate attachable to a door, the second lock plate including a sensor electrically connected through wires to a connector, the sensor detecting magnetic field strength;
wherein the magnet is located on the first lock plate and the sensor is located on the second plate so that when the door is closed, the sensor and the magnet are aligned to maximize strength of the magnetic field detected by the sensor; and
wherein the mounting plate includes a hole sized to allow the connector to be placed through the hole and inserted into the connector receptor when the lock interior part is ready to be mounted on the mounting plate.
2. An automated door lock as in claim 1 , wherein the bolt is a dead bolt.
3. An automated door lock as in claim 1 , wherein the bolt is a spring bolt.
4. An automated door lock as in claim 1 , additionally comprising:
a lock exterior part attachable to an out portion of a door, the lock exterior part including a key panel and a lock body having a keyhole.
5. An automated door lock as in claim 1 , additionally comprising:
a back knob located on an outside of the lock interior part so as to allow the automated door lock to be manually locked by an interior located user.
6. An automated door lock as in claim 1 , wherein when input from the sensor indicates to the control logic that the door is completely shut, the automated door lock automatically locks the door.
7. An automated door lock as in claim 1 , wherein when input from the sensor indicates to the control logic that the door is not completely shut, the automated door lock notifies a user through an indicator on a smart phone application.
8. An automated door lock as in claim 1 , wherein the sensor is a reed switch.
9. A method for automating a door lock, comprising:
providing a bolt;
placing a bolt housing within a door;
attaching a mounting plate to an interior facing surface of the door
mounting an interior lock port on the mounting plate, the lock interior part including control logic that controls operation of the door lock including movement of the bolt into and out of the bolt housing, the control logic including a connector receptor,
attaching a first lock plate to a door frame, the first lock plate including a magnet; and,
attaching a second lock plate to a door, the second lock plate including a sensor electrically connected to through wires to a connector, the sensor detecting magnetic field strength;
locating the magnet on the first lock plate and locating the sensor on the second plate so that when the door is closed, the sensor and the magnet are aligned to maximize strength of the magnetic field detected by the sensor
inserting the connector through a hole in the mounting plate and inserting the into the connector receptor before the lock interior part is mounted on the mounting plate.
10. A method as in claim 9 , wherein the bolt is a dead bolt.
11. A method as in claim 9 , wherein the bolt is a spring bolt.
12. A method as in claim 9 , additionally comprising:
attaching a lock exterior part to an out portion of a door, the lock exterior part including a key panel and a lock body having a keyhole.
13. A method as in claim 9 , additionally comprising:
placing a back knob on an outside of the lock interior part so as to allow the automated door lock to be manually locked by an interior located user.
14. A method as in claim 9 , wherein when input from the sensor indicates to the control logic that the door is completely shut, the automated door lock automatically locks the door.
15. A method as in claim 9 , wherein when input from the sensor indicates to the control logic that the door is not completely shut, the automated door lock notifies a user through an indicator on a smart phone application.
16. A method as in claim 9 , wherein the sensor is a reed switch.