Elastomer Tag Assembly for Secure Product Retention

The patent applies the dynamics principle by making the panel aperture elastic and capable of deforming. The aperture transitions from a rigid fixed opening to a dynamic structure that can stretch and flex. When a product is inserted, the elastic material deforms to accommodate the product, reducing insertion force. After insertion, the material returns to its original shape, providing secure retention without requiring excessive insertion pressure.

The patent changes the physical parameter of the panel aperture from rigid to elastic. By using elastic material with specific tensile and compressive properties, the aperture can dynamically adjust its dimensions. The material's elastic modulus and tensile strength are selected to allow easy insertion while maintaining secure retention, effectively changing the mechanical parameters of the retention structure.

The patent extracts the protective and display functions from traditional separate packaging materials and integrates them directly into the tag assembly itself. The tag panel with its elastic aperture serves both as the retention mechanism and as the protective/display element. This eliminates the need for additional outer packaging boxes or protective wrappers, reducing packaging material while maintaining product protection and display quality.

The tag assembly serves multiple functions simultaneously: it retains the product, protects it, displays product information, and provides a secure mounting mechanism. The single integrated structure replaces multiple separate packaging components, reducing overall packaging material while achieving the same or better protective and display effects.

The patent uses changes in the elastic material's physical state to achieve both easy insertion and secure retention. The material's elasticity allows it to deform during insertion for easy accessibility, then return to its original taut state to provide secure retention. The tensile strength and elastic recovery properties are specifically selected to maintain both accessibility and security.

The retention mechanism is dynamic rather than static. The elastic aperture continuously adapts its shape and tension based on the inserted product's dimensions and weight. This dynamic adjustment allows the same mechanism to accommodate various products while maintaining secure retention and aesthetic display for each specific product.