CPA-Latched Electrical Connector for Vibration-Stable Mating

The patent applies preliminary anti-action by designing a latch mechanism with a retention feature that proactively prevents disengagement before vibration can cause failure. The retention feature engages with a corresponding feature on the mating connector to create a mechanical interlock that resists vibrational forces, addressing the harmful effect before it can compromise connectivity.

The patent applies dynamics by incorporating an elastic arm that can dynamically adjust its position in response to vibrational forces. The elastic arm moves between engaged and disengaged states, allowing the connector to absorb and adapt to vibration while maintaining electrical contact, thus transforming the rigid connection into a dynamic one that resists harmful vibrational effects.

The patent merges the latch mechanism with an additional retention feature and elastic arm to create a dual-function assembly. The retention feature works in conjunction with the latch to provide both easy engagement (through the simple latch operation) and secure retention (through the additional mechanical interlock), combining simplicity with reliability in a single integrated structure.

The patent introduces an elastic arm as an intermediary element between the latch and the mating connector. This elastic arm acts as a mediator that provides gradual engagement and maintains constant contact pressure, ensuring reliable latching without requiring complex assembly procedures. The elastic arm translates simple latch movement into sustained secure engagement.