Bedding System with Homogeneous Temperature-Regulating Fabrics
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Solution Overview
Problem
Consumers often purchase mattresses with specific temperature-regulating properties, such as cooling and breathability, but these properties are compromised by bed covers and pillow cases that do not match the mattress's environmental characteristics, leading to a loss of the intended benefits.
Innovation Solution
A bedding system where the mattress ticking, bed cover, and pillow cover are made from temperature-regulating performance-based fabrics that match the mattress's properties, ensuring that the mattress's benefits are maintained and not overridden by other bedding articles.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Temperature
If consumers purchase mattresses with temperature-regulating properties, then cooling and breathability benefits are provided, but these properties are compromised by bed covers and pillow cases that do not match the mattress's environmental characteristics
Solution Approach 1:
The patent applies homogeneity by requiring that the bed cover and pillow cover be made of the same or substantially the same temperature-regulating performance-based fabric as the mattress ticking. This ensures uniform thermal properties across all bedding components, preventing any single layer from disrupting the mattress's temperature-regulating effects. The consistent material composition throughout the bedding system maintains reliable thermal performance.
2Adaptability or versatility
If bed covers and pillow cases are made from different materials, then manufacturing variety and consumer choice are improved, but the mattress's environmental characteristics are overridden
Solution Approach 1:
The patent restricts material selection to the same or substantially the same temperature-regulating performance-based fabric for all bedding components. This homogeneity requirement eliminates incompatible materials that would override the mattress's environmental characteristics, ensuring that only materials preserving the intended thermal benefits are used in the bedding system.
3Reliability
If bedding articles have matching temperature-regulating properties, then the mattress's intended benefits are maintained, but consumer selection flexibility is reduced
Solution Approach 1:
The patent maintains reliability by requiring homogeneous material composition across all bedding articles. While this restricts selection to matching temperature-regulating fabrics, it ensures that any bedding chosen from this compatible material set will preserve the mattress's intended benefits, providing reliability through material consistency rather than through diverse incompatible options.
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 system allows consumers to fully utilize the temperature-regulating properties of their mattress by ensuring that the bedding articles have the same or similar properties, enhancing comfort and maintaining the mattress's intended cooling, heating, and breathability features.
Implementation Method 1
Phase change materials (PCMs) work by absorbing body heat and then releasing it at a certain temperature. PCMs continue to absorb heat until the heat source (a user's body) has reached that temperature.
Data Source
AI summary
A sleep system includes a ticking for a mattress, a bed cover, and a pillow cover. The ticking for a mattress is made of a first material. The ticking and the mattress together have a first set of temperature regulating performance-based properties associated therewith. The bed cover is made of the first material or of a second material having substantially the same temperature regulating performance-based properties as the first set of temperature regulating performance-based properties. The pillow cover is made of the first material, the second material, or of a third material having substantially the same temperature regulating performance-based properties as the first or second set of temperature regulating performance-based properties.