Waterproof Connector Drainage Path Design

The drainage path extracts the harmful water that enters through the wire insertion holes by providing a dedicated discharge route. The water inlet positioned below the holder's facing surface captures pooled water, and the drainage path guides it to the water outlet that opens to the exterior, effectively removing the harmful accumulation.

The drainage path acts as an intermediary structure between the interior clearance space and the exterior environment. It mediates the water flow by providing a controlled passage from the water inlet through the lower wall to the water outlet, preventing water from remaining in the harmful pooled state.

The drainage path design creates an equipotential drainage system where the water inlet position and drainage path geometry ensure that water can flow to the outlet regardless of the connector's inclination angle. The path is configured to maintain effective water discharge capability across different gravitational orientations.

The drainage path parameters (inlet position, path geometry, outlet position) are optimized to change the water flow behavior adaptively. By positioning the water inlet below the facing surface and the outlet closer to the back wall, the system adjusts to different inclination scenarios and maintains drainage effectiveness.

The water inlet is preliminarily positioned below the holder's facing surface during design and manufacturing, anticipating the water flow path. This pre-positioning ensures that water naturally drains toward the inlet without requiring complex active control mechanisms, simplifying both operation and manufacturing.

The drainage path geometry is designed with standardized proportions and shapes that are replicated from proven effective designs. This copying approach ensures adequate flow capacity while simplifying manufacturing precision requirements, as the geometry is optimized for self-similar scaling.