Electronic Tool Lock Codes for Battery Power Tool Theft Prevention

The patent applies preliminary anti-action by implementing an electronic locking system that prevents tool operation before authorization is verified. The lock code is generated and stored in memory, blocking the tool's operation until the correct code is entered through the communication interface, thereby preemptively countering theft rather than responding to it after occurrence.

The patent uses an electronic code verification system as an intermediary between the user and the tool's operation. The communication interface and processor act as mediators that authenticate the user through code verification before allowing power transmission to the motor, creating a barrier that prevents unauthorized use without affecting the tool's compact design.

The patent applies universality by integrating multiple functions into the existing power tool structure. The communication interface serves dual purposes: it communicates tool status information and receives lock codes for authentication. The processor both controls motor operation and verifies authentication codes, eliminating the need for separate dedicated locking components and minimizing added complexity.

The patent merges the locking mechanism with the existing control system. The electronic lock is combined with the motor control circuitry, where the same processor that controls tool operation also handles authentication. The memory unit that stores operational parameters also stores the lock code, consolidating multiple functions into existing components rather than adding separate systems.