EPS Power Pack Connector Plate With Metal Ring Press Fit

The connector plate uses a composite structure combining plastic and metal components. The plastic body provides structural support and insulation, while integrated metal features (such as metal inserts or coated surfaces) provide grounding and conductivity pathways. This composite approach maintains electrical reliability while eliminating the need for separate metal fasteners and reducing assembly complexity.

The invention merges multiple functions into the connector plate itself. The plate integrates structural support, electrical grounding, thermal conduction, and mechanical fastening capabilities into a single component. By combining these functions, the design eliminates the need for separate studs and nuts, reducing the number of parts and simplifying assembly while maintaining grounding and heat transfer through the integrated metal features.

The connector plate combines multiple components into a single integrated part. The structural strength previously provided by metal studs and nuts is now incorporated into the plate itself through integrated metal fastening features or reinforced结构设计. This reduction in part count simplifies manufacturing processes, reduces assembly steps, and decreases shipping volume and complexity.

The use of composite materials (plastic with metal reinforcements or inserts) allows the connector plate to achieve structural strength comparable to all-metal designs. The metal inserts or coated regions provide the necessary mechanical strength for fastening, while the plastic matrix provides structural support and insulation. This composite approach maintains strength requirements while simplifying the overall assembly and reducing part count.