T-Shaped Electronic Exercise Mat with Integrated Sensors
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Solution Overview
Problem
Traditional yoga and exercise mats are designed as straight strips, causing users and instructors to face away from each other during certain poses, leading to disrupted class flow, physical strain, and inadequate support, especially on hard floors, with existing solutions either impractical or creating tripping hazards.
Innovation Solution
An electronic exercise mat combining T-shaped and cross-shaped extensions with integrated sensors that allow wireless communication with personal devices, providing customizable foam thickness and vital feedback, ensuring users and instructors can face each other in all poses while offering comfortable and safe support.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a straight exercise mat is used, then the mat is simple to manufacture and store, but users and instructors cannot face each other during certain poses, disrupting class flow
Solution Approach 1:
The mat is divided into multiple functional zones including a central T-shaped zone and cross-shaped extensions, allowing users to maintain proper orientation during various poses while keeping the overall structure manageable
Solution Approach 2:
The mat transitions from a traditional one-dimensional straight strip to a two-dimensional expanded shape with T-shaped and cross-shaped extensions, providing multiple facing directions while maintaining continuous surface area
2Ease of operation
If users turn to face the instructor during poses, then face-to-face interaction is possible, but users move out of proper body alignment causing physical strain
Solution Approach 1:
The mat is pre-configured with extended zones positioned at optimal angles, allowing users to maintain proper body alignment while naturally facing the instructor without requiring active rotation or adjustment during poses
3Ease of operation
If multiple mats are placed around the exercise room, then instructors can access proper mat positions, but the atmosphere becomes messy and unsafe
Solution Approach 1:
The mat serves multiple functions simultaneously - providing proper orientation for various poses, enabling instructor-student interaction, and eliminating the need for multiple separate mats through its expanded T-shaped and cross-shaped design
4Ease of manufacture
If hard wood floors are used, then the exercise space is simple to maintain, but users experience discomfort during certain poses
Solution Approach 1:
The mat combines multiple materials including foam layers for cushioning and textured surfaces for grip, providing both comfort and safety while allowing the use of simple hard wood floors underneath
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
Facilitates uninterrupted class flow by ensuring face-to-face interaction, reduces physical strain, and provides real-time body feedback, while being easy to roll and store, thus addressing the limitations of traditional mats.
Implementation Method 1
The plurality of sensors 73 includes at least one pressure sensor that measures the amount of pressure applied on a specific portion of the electronic exercise mat
Implementation Method 2
The plurality of sensors 73 includes at least one vital sensor that detects the user's body vitals
Data Source
AI summary
An innovative electronic exercise or yoga mat, integrating a T-shaped mat with a cross-shaped mat, allows an instructor and users to see each other in all exercise/yoga postures during an exercise and/or yoga class session. The mat also prevents a user and/or the instructor from having to face sideways, from touching the floor during certain postures, and from having to turn and twist or otherwise moving about the room in order to see one another. The mat provides a structure for incorporating various body inserts and electronic sensors that wirelessly communicate with the user's personal computing (PC) device. Thus, the mat allows the user to customize the desired mat thickness and detects mat pressure and vitals along the entire surface of the mat during an exercise/class session, providing the user with useful and vital information. Further, the mat offers a mechanism rolling up the mat for travel/storage.