Intellegent lock mechanism and methods

An intelligent lock mechanism system comprising:

• a primary intelligent lock mechanism comprising a power source, a communication processor, an access control processor, a motor, shaft, and a bolt;
• wherein said power source is sufficient to operate said communication processor, said access control processor, and said motor;
• wherein said communication processor further comprises ethernet or WiFi internet connectivity to connect to an external database for confirmation of access control permission;
• wherein said access control processor further comprises at least one supervised input for electronically requesting the condition of the intelligent lock mechanism, a relay and a motor controller for controlling said motor, a temperature sensor for detecting the temperature of the motor, a humidity and temperature sensor for detecting the humidity and temperature inside the intelligent lock mechanism;
• a bolt sensor for detecting the position of the bolt, a first shaft sensor to confirm the position of the shaft in the locked position, a second shaft sensor to confirm the position of the shaft in the open position, Bluetooth connectivity for communicating with an external device;
• wherein the motor is selectively controlled through the motor controller to operate the intelligent lock mechanism or generate heat through the use of selective sequencing of coils in said motor and wherein the motor is connected to said shaft at a first end of the shaft;
• wherein said shaft is connected to a stop at a second end of said shaft and wherein said stop is connected to said bolt to selectively position the bolt in an open or closed configuration
• at least one secondary intelligent lock mechanism in communication with the primary intelligent lock mechanism comprising a motor, shaft, and a bolt;
• wherein the motor is selectively controlled through a motor controller governed by signals generated from the primary intelligent lock mechanism to operate the secondary intelligent lock mechanism or generate heat through the use of selective sequencing of coils in said motor and wherein the motor is connected to said shaft at a first end of the shaft;
• wherein said shaft is connected to a stop at a second end of said shaft and wherein said stop is connected to said bolt to selectively position the bolt in an open or closed configuration.

An intelligent lock mechanism system comprising:

• a primary intelligent lock mechanism comprising a power source, a communication processor, an access control processor, a motor, shaft, and a bolt;
• wherein said power source is sufficient to operate said communication processor, said access control processor, and said motor;
• wherein said communication processor further comprises ethernet or WiFi internet connectivity to connect to an external database for confirmation of access control permission;
• wherein said access control processor further comprises at least one supervised input for electronically requesting the condition of the intelligent lock mechanism, a relay and a motor controller for controlling said motor, a temperature sensor for detecting the temperature of the motor, a humidity and temperature sensor for detecting the humidity and temperature inside the intelligent lock mechanism;
• a bolt sensor for detecting the position of the bolt, a first shaft sensor to confirm the position of the shaft in the locked position, a second shaft sensor to confirm the position of the shaft in the open position, Bluetooth connectivity for communicating with an external device;
• wherein the motor is selectively controlled through the motor controller to operate the intelligent lock mechanism or generate heat through the use of selective sequencing of coils in said motor and wherein the motor is connected to said shaft at a first end of the shaft;
• wherein said shaft is connected to a stop at a second end of said shaft and wherein said stop is connected to said bolt to selectively position the bolt in an open or closed configuration
• a plurality of secondary intelligent lock mechanism in communication with the primary intelligent lock mechanism comprising a motor, shaft, and a bolt;
• wherein the motor is selectively controlled through a motor controller governed by signals generated from the primary intelligent lock mechanism to operate the secondary intelligent lock mechanism or generate heat through the use of selective sequencing of coils in said motor and wherein the motor is connected to said shaft at a first end of the shaft;
• wherein said shaft is connected to a stop at a second end of said shaft and wherein said stop is connected to said bolt to selectively position the bolt in an open or closed configuration;
• and
• wherein the opening of the system comprises opening said primary intelligent lock mechanism first and then sequentially opening the plurality of secondary intelligent lock mechanisms one at a time.