Side-Sleeping Mattress Topper Device
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Solution Overview
Problem
Side sleepers often experience aches and pains in their hips, shoulders, and back due to inadequate weight distribution, leading to disrupted sleep and fatigue.
Innovation Solution
A side-sleeping mattress topper device with distinct sections and adjustable cutouts that redistribute a user's weight, featuring a convex middle area and removable ends with fasteners for customizable fit, designed to align with the user's body shape.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a padded mattress topper is used to provide cushioning and support, then comfort is improved, but weight distribution remains inadequate causing persistent pain
Solution Approach 1:
The mattress topper is divided into multiple distinct sections including a head section, body section, and leg section, each with specific cutouts and contours. The body section includes a first cutout for the first hip area, a second cutout for the second hip area, a third cutout for the first shoulder area, and a fourth cutout for the second shoulder area. This segmentation allows each region to independently support and distribute weight appropriately, resolving the contradiction between comfort and weight distribution.
Solution Approach 2:
Different regions of the mattress topper have different structural properties tailored to specific body parts. The cutouts create localized areas of reduced material density for hip and shoulder relief, while the connecting bridges maintain structural support. This local differentiation enables the topper to provide both comfort through pressure relief and reliable weight distribution through strategically placed support zones.
2Ease of manufacture
If the mattress topper has a fixed design, then manufacturing is simplified, but it cannot accommodate different body sizes and shapes
Solution Approach 1:
The mattress topper incorporates adjustable elements including removable connecting bridges that can be taken away or repositioned to accommodate different body types. The bridges connect the head section to the body section and the body section to the leg section, and their adjustability allows the topper to adapt to various user preferences and body geometries while maintaining a relatively simple base manufacturing process.
3Strength
If the mattress topper provides firm support, then structural integrity is maintained, but pressure points on hips and shoulders increase causing pain
Solution Approach 1:
Material is strategically removed from the mattress topper to create cutouts in the form of depressions at the hip and shoulder locations. These extracted regions reduce material density precisely where pressure points occur, relieving discomfort on soft body parts. The cutouts are positioned to align with the first hip area, second hip area, first shoulder area, and second shoulder area, while the remaining structural portions maintain overall structural integrity and support.
Solution Approach 2:
The mattress topper utilizes foam material with varying density and porosity characteristics. The cutouts create localized porous or hollow regions that reduce pressure, while the connecting bridges and support zones maintain sufficient density for structural integrity. This variation in material properties allows the topper to simultaneously provide firm support and pressure relief.
Data Source
AI summary
A side-sleeping mattress topper device is provided. The device is comprised of comprised of a body with distinct sections—a first end, a middle area, and a second end—that are adaptable to accommodate a user's body while sleeping on their side. The body may be constructed from various materials such as memory foam or latex, and can include features like waterproofing, mold resistance, and perforations for breathability. The device includes cutouts and adjustable sections that align with a user's hip and shoulder areas, enhancing comfort and weight distribution while side-sleeping. Additionally, the invention comprises a method for using the device, which involves positioning and adjusting the device on a mattress to fit the user's body size and then lying on it in a manner that aligns with the cutouts for optimal support while side-sleeping.