Modular Flooring Tile With Lattice Grid And Snap-Fit Connectors

The tile combines rigid plastic material for the body with resilient rubber or foam inserts at the connection points. This composite construction allows the majority of the tile to be made from cost-effective rigid plastic while incorporating resilient elements only where needed to absorb lateral forces, thereby maintaining strength without requiring entirely rigid construction throughout the whole tile.

Instead of making the entire tile rigid, the invention applies rigidity locally to the main body while introducing resilience locally at the connection points. The rigid plastic provides structural integrity for the tile surface, while the resilient inserts are strategically placed only at the edges where lateral forces are applied, optimizing both performance and manufacturing cost.

The resilient rubber or foam inserts are positioned specifically at the connection points between tiles, providing shock absorption and energy dissipation only where lateral forces are applied. The majority of the tile structure remains rigid to maintain stability and prevent relative movement, thus balancing shock absorption with structural stability.

The combination of rigid plastic and resilient rubber/foam creates a composite structure where the rigid portions maintain tile stability and prevent excessive movement, while the resilient inserts absorb shock and lateral forces. This composite approach allows the system to achieve both shock absorption and minimal relative movement simultaneously.

The tile incorporates its own resilient inserts directly into its structure, allowing it to absorb wear and mechanical stress independently without requiring additional protective layers. The resilient rubber or foam elements are integrated within the tile itself, enabling the tile to protect its own connection points from wear while being installed directly on the ground surface.

The composite construction with integrated resilient inserts provides wear resistance and mechanical stress protection directly within the tile, eliminating the need for separate protective layers. The rigid plastic body combined with resilient inserts creates a self-protecting structure that reduces wear at connection points while maintaining direct installation capability.

The connector is divided into distinct functional segments: rigid plastic portions for structural connection and resilient rubber or foam inserts for absorption. This segmentation allows each portion to perform its specific function efficiently, with the rigid parts providing connection strength and the resilient inserts absorbing shock, thereby achieving strong connections without excessive overall complexity.

The snap-fit connector utilizes composite materials by combining rigid plastic and resilient rubber/foam in a single integrated structure. This composite connector achieves high connection strength through the rigid plastic while the resilient elements provide shock absorption, creating a functionally optimized connector that balances strength with manageable complexity.