Rotating Lock Mechanism with SMA Actuator for Secure Device Connection

The rotating lock is nested within the locking receptacle, with the locking protrusion fitting into the rotating lock's aperture. This nested arrangement allows multiple locking components to occupy minimal space while working together to resist tensile forces through rotational engagement and mechanical interlocking.

The patent replaces traditional complex mechanical locking systems with a simplified rotating lock mechanism that uses rotational motion to engage and disengage the locking protrusion. This substitution reduces the number of mechanical components needed while maintaining the strength to resist tensile forces.

The locking mechanism incorporates a rotating lock that can dynamically transition between locked and unlocked states through rotational motion. This dynamic element allows the system to maintain reliable connection when locked while enabling easy disengagement when rotated, balancing reliability with operational simplicity.

The rotating lock serves multiple functions: it provides the locking engagement through its aperture, acts as a release mechanism through rotation, and potentially provides tactile feedback to the user. This multi-functionality reduces the need for separate components, thereby reducing overall complexity while maintaining reliability.

The patent replaces manual mechanical actuation with a thermal actuation system using shape memory alloy (SMA) wire. When electrical current flows through the heating element, it heats the SMA wire, causing it to change shape and automatically trigger the unlocking mechanism. This substitution provides ease of operation through simple electrical activation while reducing the need for complex mechanical linkages.

The shape memory alloy wire undergoes a phase transition when heated by the heating element. This phase change causes the SMA wire to change its physical shape, which in turn actuates the unlocking mechanism.利用材料本身的相变特性实现解锁功能，避免了复杂的机械传动结构。