Therapy platform multi-layer anti-fatigue matting
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Solution Overview
Problem
Conventional anti-fatigue mats fail to effectively reduce musculoskeletal disorders and injuries caused by standing and walking on concrete floors, as they often lead to tripping hazards and do not adequately absorb stress loads, resulting in discomfort and increased risk of injuries.
Innovation Solution
A modular ergonomic work mat with a multi-layer platform and tapered synthetic border that raises the surface above the floor, providing a seamless transition and absorption of compression forces, reducing stress loads and preventing tripping hazards.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional anti-fatigue mats are placed on concrete floors, then cushioning is provided, but tripping hazards and tissue injuries occur due to foot sticking and compression
Solution Approach 1:
The mat is elevated from the floor plane to create a raised platform, transitioning from a two-dimensional surface layer to a three-dimensional structure. This elevation eliminates foot sticking by providing a continuous seamless surface and prevents tripping hazards by raising the mat above the floor level rather than placing it flat on the floor.
Solution Approach 2:
The mat is divided into modular sections that can be assembled together. Each module has interlocking features that create a seamless connection between sections, eliminating gaps that could cause tripping hazards while maintaining the cushioning benefits across the entire workspace area.
2Stability of the object's composition
If matting is permanently attached to the floor, then stability is improved, but tripping hazards are created by bolts, screws, and permanent fixtures
Solution Approach 1:
Interlocking features act as intermediaries between mat modules, providing stable connections without requiring external fasteners. The modular design uses integrated connection mechanisms that eliminate the need for bolts, screws, or adhesive, thereby removing tripping hazards associated with permanent attachment methods.
3Ease of manufacture
If concrete floors are used, then construction efficiency and cost-effectiveness are improved, but musculoskeletal disorders increase due to non-compressible surface
Solution Approach 1:
The mat combines multiple materials with different properties: a rigid support structure for stability, compressible cushioning layers for shock absorption, and a seamless surface layer for safety. This composite construction provides the ergonomic benefits of wood-like comfort while maintaining the durability and ease of installation associated with concrete, effectively resolving the contradiction between construction efficiency and worker health.
4Ease of operation
If matting is used for dynamic tasks, then comfort is improved, but soft tissue injuries increase due to foot sticking and twisting
Solution Approach 1:
By elevating the mat to a raised platform, the design provides a stable, continuous surface that moves with the worker during dynamic tasks. This three-dimensional approach allows the entire mat structure to flex and move together, preventing foot sticking and reducing the risk of soft tissue injuries during walking, twisting, and turning movements.
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 modular mat effectively mitigates cumulative trauma effects and associated lower extremity injuries by providing a comfortable, stress-reducing surface that absorbs shock and reduces the risk of tripping, enhancing worker safety and productivity.
Implementation Method 1
a middle layer of compressible material having a top surface even with the top surface of the wood base substrate
Implementation Method 2
providing cushioning and resilience for users thereof
Implementation Method 3
The flexing anti-fatigue platform or mat is raised off the floor to provide suspension thus promoting a spring effect for absorbing and returning compression forces
Data Source
AI summary
An ergonomic modular ergonomic multi-layer platform with a synthetic tapered marginal border including a non-compressible wood base covered with at least one compressible mat disposed between the wood base and a top non-slip mat to provide occupational workers with a therapeutic, forgiving work surface to protect them from the health risks of working, walking and standing on a concrete floor or common anti-fatigue mat used in many factories today. The therapy platform is raised off the floor to offer suspension, thus promoting a spring effect for absorbing and returning compression force resulting in reduced stress loads and compression force for people who work, walk or stand fort extended periods of time. The therapy platform is modular in design so that the tapered borders of separate modular sections connect for a snug fit. The vertical edges of the wood sections also have connection points that provide a leveling effect and further enhance the fit of the module sections.