Hybrid Interlocking Floor Tiles Alignment
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Solution Overview
Problem
Existing modular floor tiles face challenges in alignment during installation due to lack of sufficient interlocking structure, leading to uneven surfaces and water ingress issues.
Innovation Solution
The use of teeth with cap and stem shapes, along with male and female portions on the edges of tiles, provides a hybrid interlocking system that aligns tiles during installation and creates a strong, waterproof seam, enhancing both interlock strength and water resistance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If interlocking channels are used to connect adjacent tiles, then the tiles can be connected, but the tiles lack proper alignment during installation and the interlock is insufficient
Solution Approach 1:
The interlocking system is divided into multiple independent elements: teeth for primary interlocking, cap-and-stem structures for alignment, and male-female portions for secondary interlocking. Each segment performs a specific function, collectively resolving both alignment and strength requirements
Solution Approach 2:
The cap-and-stem structures act as intermediary alignment features between adjacent tiles. The caps on one tile fit over the stems of adjacent tiles, serving as a mediating mechanism that guides proper alignment before the main interlocking engages
2Strength
If a single interlock structure is used between tiles, then the structure is simple, but the interlock is insufficient to withstand heavy use
Solution Approach 1:
Multiple interlocking mechanisms are merged into a single integrated system: teeth interlocking, cap-and-stem alignment, and male-female portion engagement all work together simultaneously. This combination provides cumulative strength while maintaining a unified structural approach
Solution Approach 2:
The interlocking system engages in multiple dimensions: teeth provide horizontal interlocking, cap-and-stem structures provide vertical alignment, and male-female portions provide overlapping engagement. This multi-dimensional approach increases interlock strength without proportionally increasing complexity
3Object-affected harmful factors
If traditional tile edges are used without additional structures, then the tile design is simple, but water can seep beneath the tiles
Solution Approach 1:
The male and female portions create an overlapping edge structure that forms a barrier against water ingress. The female portions (cavities) on one tile receive the male portions (protrusions) from adjacent tiles, creating a interlocked seal that prevents water from penetrating beneath the tiles
Data Source
AI summary
A floor tile system for protecting a substrate is described. The system includes two tiles or mats that interlock with one another along numerous axes to provide a tight, high-strength seam. Specifically, the tiles include teeth that interlock with teeth of the other tile in a side-by-side manner. The tiles also include male and female portions that interlock when the tile edges overlap with one another.