Connector Assembly Pre-Stage Locking for High Blocking Force

The patent changes the blocking force parameter from 30-40 newtons in conventional designs to greater than 100 newtons in the improved design. This is achieved by modifying the pre-stage lock geometry and material properties to provide sufficient blocking force to prevent premature release during shipping and handling, while still allowing controlled disengagement during mating through the camming action of the angled rib features.

The patent employs a dynamic locking mechanism where the pre-stage locking arm can transition between locked and unlocked states. The angled rib features create a camming action that allows the lock to disengage controllably during mating while maintaining a secure locked state during shipping. The flexible retention arm also provides dynamic engagement/disengagement based on applied forces.

The patent divides the locking function into separate modular components: the pre-stage locking arm with angled rib features, the pre-stage stop tab on the stabilizer, and the flexible retention arm with hook feature. This segmentation allows each component to be manufactured using standard tooling and assembly processes, avoiding the need for complex monolithic features while achieving the required blocking force through the interaction of simpler geometric elements.

The patent achieves greater blocking force (greater than 100 newtons) by optimizing parameters of simple geometric features rather than adding complex shapes. The angled rib features are designed with specific angles and dimensions that create mechanical advantage through camming action, allowing standard manufacturing processes to produce the required force without increasing tooling costs.

The patent creates a dynamic locking system where the pre-stage locking arm remains rigid and locked during shipping but can transition to an unlocked state during mating. The angled rib features act as camming surfaces that, when engaged by the mating connector, create a leveraged disengagement motion that overcomes the high blocking force and allows the stabilizer to move smoothly from pre-staged to full staged position.

The patent designs the angled rib features to provide preliminary anti-action by creating a camming mechanism that resists premature disengagement during shipping while being pre-configured to allow controlled disengagement during mating. The geometry of the angled ribs is designed so that normal handling forces cannot overcome the blocking force, but the mating connector's engagement with the ribs creates the necessary mechanical advantage for controlled transition.