Packaging Frame With Slotted Panel And Retention Sheet

The packaging structure is divided into distinct functional segments: a base layer, a retention frame with four separate flaps (front, rear, left, right), and a closure flap. Each segment performs a specific function, allowing the structure to provide comprehensive protection while using minimal material. The frame segments work together to create retention pockets that secure the product without requiring excessive packaging materials.

The patent employs a thin sheet material (such as plastic film or flexible polymer) to create the retention frame and flaps. This flexible thin film structure provides sufficient mechanical support for product retention while dramatically reducing material consumption compared to rigid traditional packaging. The thin film can be molded into three-dimensional retention pockets that adapt to product shapes.

The packaging structure concentrates material only where protection is needed - at the corners and edges of the product - rather than uniformly distributing material throughout. The retention frame places thin film material strategically at critical retention points, providing enhanced protective qualities at locations most susceptible to damage while minimizing overall material usage.

The patent combines different material properties within the thin film structure, potentially using multi-layer composite materials that integrate strength, flexibility, and cushioning properties. This allows the reduced material quantity to still provide comprehensive protection by leveraging the synergistic effects of composite material characteristics.

The retention frame is pre-formed with four flaps and retention pockets before product insertion. This preliminary structuring allows the simple frame to provide complex retention functionality - the flaps are already positioned to create secure pockets that adapt to the product, eliminating the need for complex assembly steps while maintaining high retention effectiveness.

The frame structure incorporates flexible flaps that can dynamically adjust to different product shapes and sizes. The flaps move and conform during product insertion, then lock into position to provide secure retention. This dynamic adaptability allows a simple frame design to achieve effective retention across multiple product types without increasing manufacturing complexity.