Actuating Handle with Breakaway Point and Electromechanical Lock

The patent replaces the mechanical key-lock system with an electromechanical locking mechanism controlled by a breakaway point detection system. When the handle is forcibly moved, a breakaway point breaks, triggering an alarm and automatically locking the window, thus substituting manual key operation with an automated electromechanical system that provides both security and convenience.

The patent implements a dynamic locking system where the locking state is not fixed but can be changed based on detected conditions. The breakaway point detection system allows the window to be forcibly opened even when locked by breaking the detection point, which then triggers an alarm and changes the system state, providing adaptability for emergency situations while maintaining programmed security during normal times.

The patent segments the handle structure by introducing a predetermined breaking point that separates the handle into two functional parts: a main handle body and a breakaway section. This segmentation allows the handle to maintain overall structural integrity while having a specific weak point designed to break under forced entry conditions, triggering the security system without compromising the main structural components.

The patent implements periodic monitoring through the breakage detection system that checks for tampering at specific intervals or upon trigger events rather than continuous monitoring. The breakaway point is designed to break and trigger the alarm system periodically when force is applied, providing sufficient detection precision while minimizing energy consumption by avoiding constant active monitoring of the entire system.