Panel-Mount Electrical Connector Snap-Fit for Fast Secure Assembly

The patent replaces the traditional mechanical screwing system with a snap-fit connection system. The attachment device features a hook that engages with a latch mechanism, eliminating the need for screws, nuts, and external tightening tools. This mechanical substitution maintains connection security while dramatically reducing assembly time and personnel requirements.

The attachment device is designed to be self-assembling through a push-through action. The flexible hook automatically engages with the latch when the connector is inserted through the panel, and the connection is self-securing without requiring external tools or multiple persons to apply and control screwing forces.

The patent merges the attachment device with the connector housing into a single integrated component. The hook, latch, and spring mechanism are all built-in features of the attachment device itself, eliminating loose parts like separate washers, nuts, and clips that could be lost during assembly.

The attachment device is designed to be self-contained and self-securing. All necessary components for creating a secure connection are integrated into the single attachment device, which automatically engages with the panel without requiring external loose parts.

The patent incorporates a spring mechanism that provides elastic flexibility to the attachment device. The spring allows the hook and latch to dynamically adjust to different panel thicknesses within a range, accommodating variations without requiring multiple fixed-position designs or complex adjustment mechanisms.

The spring mechanism changes the physical state of the attachment device from rigid to elastic, allowing it to adapt to different panel thicknesses. The elastic deformation of the spring enables the hook to engage at varying depths behind the panel surface, providing adaptability without increasing overall device complexity.