Tile systems
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Solution Overview
Problem
Interlocking modular tile systems have limitations in applications traditionally using ceramic or stone tiles, such as swimming pool surrounds, due to reduced stability and lack of design flexibility when using smaller tiles, and larger tiles offer limited design options and reduced stability.
Innovation Solution
A tile system with interlocking, square tiles featuring a grid of recesses and inserts allows for robust and stable installation while enabling various decorative patterns, with built-in channels for cable management and heating/lighting, and flexible design options through modular assembly and interchangeable inserts.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If smaller tiles are used, then design flexibility and variety of patterns are improved, but installation time increases and stability decreases
Solution Approach 1:
The tile system divides the flooring surface into modular square tiles that can be independently installed and reconfigured. Each tile is a discrete unit with standardized dimensions and interlocking features, allowing the overall system to achieve design flexibility through various arrangement patterns while maintaining efficient installation through repetition of the same modular component.
Solution Approach 2:
The tiles are designed as universal modular units that can serve multiple functions: they provide structural flooring, enable various decorative patterns through different arrangements, accommodate cable routing through integrated channels, and support heating elements. This multi-functionality allows a single tile design to replace multiple specialized components.
2Adaptability or versatility
If smaller tiles are used, then design flexibility is improved, but stability and robustness worsen
Solution Approach 1:
The patent combines multiple functional elements into a single integrated tile structure: the square tile body, interlocking edge features, embedded cable channels, and heating element integration are merged into one unified component. This consolidation maintains stability by reducing the number of separate connection points while preserving design flexibility through the modular nature of the integrated unit.
Solution Approach 2:
The tile system employs composite construction combining rigid structural materials for the tile body with integrated flexible elements for cable channels and heating components. This composite approach creates a robust structure that maintains structural integrity while accommodating the flexible design arrangements and functional integrations needed for modern flooring applications.
3Productivity
If larger tiles are used, then installation time is reduced and stability is improved, but design flexibility and decorative options worsen
Solution Approach 1:
The flooring system segments the surface into standardized square tiles that can be rapidly installed through repetition. The modular segmentation allows large areas to be covered efficiently while the uniform tile dimensions and systematic arrangement patterns enable diverse decorative designs to be created from the same basic unit, thus maintaining design flexibility despite the efficiency gains from larger-scale modular installation.
Data Source
AI summary
A tile, which may be a component of a modular flooring system, includes a plurality of cells on its underside, adjacent cells being interconnected to form two sets of channels parallel to the upper surface and open to the underside of the tile. The tile may have recesses in its upper surface, into which inserts can be pressed to form a decorative pattern. The channels may be used as ducting for cables under the floor surface. The cables can be held in place by clips that bridge between a pair of the cells. The cables may include a lighting cable, which can be arranged to transmit light to the upper surface of the tile through inserts that are translucent.