Layered Exercise Mat Structure for Wet Grip and Fast Drying
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Solution Overview
Problem
Conventional exercise mats lack effective moisture management, grip, and durability, particularly in wet conditions, and often fail to provide optimal cushioning and support for various yoga and exercise positions.
Innovation Solution
A multi-layered exercise mat design featuring a top layer with an open cell structure and antimicrobial properties, a middle layer for structural integrity and cushioning, and a bottom layer with textured surface and perforations for enhanced grip and traction, made from materials like polyurethane, thermoplastic elastomer, and natural rubber, bonded using heat or adhesives for improved flexibility and durability.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional exercise mats are used, then they provide basic cushioning, but they lack effective moisture management and grip in wet conditions
Solution Approach 1:
The mat is divided into three functional layers: a top layer (0.35-0.95mm) with open cell structure for moisture absorption, a middle layer (0.2-2.0mm) for structural integrity and cushioning, and a bottom layer (1.5-5.5mm) with textured surface for traction. This segmentation allows each layer to address specific problems independently.
Solution Approach 2:
The top layer utilizes an open cell structure with high porosity to absorb and wick away moisture quickly, preventing moisture accumulation on the exercise surface while maintaining breathability and rapid drying capabilities.
2Reliability
If the mat uses multiple layers for improved functionality, then moisture management and grip improve, but manufacturing complexity increases
Solution Approach 1:
The mat combines different materials with complementary properties: polyurethane or TPE for the top layer (moisture absorption), rubber foam or woven/non-woven fabric for the middle layer (cushioning and structure), and thermoplastic elastomer or rubber with textured surface for the bottom layer (traction). This composite approach integrates multiple functions in a unified structure.
Solution Approach 2:
Multiple functional layers are bonded together using heat bonding or adhesive lamination to create a single integrated mat structure, combining moisture management, cushioning, and traction functions into one cohesive product.
3Ease of operation
If the top layer is made thicker for better cushioning, then comfort improves, but moisture absorption and drying speed may decrease
Solution Approach 1:
Different thicknesses are assigned to different layers based on their specific functions: the top layer is kept relatively thin (0.35-0.95mm) to maintain moisture absorption efficiency and drying speed, the middle layer provides the primary cushioning (0.2-2.0mm), and the bottom layer is thickest (1.5-5.5mm) for stability and traction. This distributes cushioning function across layers rather than concentrating it in the top layer.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The mat provides superior grip, cushioning, and support in both wet and dry conditions, with quick drying properties and antimicrobial protection, ensuring effective performance and user safety during exercises.
Implementation Method 1
The top layer can have an open cell structure that allows the top layer to absorb or wick away moisture
Implementation Method 2
utilizing heat bonding to connect the at least one polyurethane layer and the at least one layer comprising synthetic rubber and natural rubber
Implementation Method 3
a bottom layer with textured surface for traction
Data Source
AI summary
An exercise mat comprising: at least one top layer, the at least one top layer comprising polyurethane; and at least one bottom layer adjacent to the at least one top layer, the at least one bottom layer comprising at least one thermoplastic elastomer.