Inflatable travel sleep aid
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Solution Overview
Problem
Conventional comfort devices are primarily designed for leaning back, which limits their effectiveness for travelers who need to rest or sleep in a forward position, as they often sit during travel.
Innovation Solution
An inflatable multi-cylinder travel pillow that allows adjustable height and detachable top section for support, enabling comfortable rest or sleep while leaning forward or backward, with easy deflation and portability for travel.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If conventional comfort devices are designed for leaning back, then they provide support for reclining positions, but they cannot support travelers who need to rest or sleep in a forward position
Solution Approach 1:
The pillow is designed to perform multiple functions by supporting both forward-leaning and backward-leaning positions. The conical shape with the wide base at the front and narrow end at the back allows it to effectively support the head in either orientation, making it universal for different travel positions without requiring multiple separate devices
Solution Approach 2:
The pillow inverts the conventional design approach by providing support from the front rather than the back. The wide base is positioned at the front to support the forehead and face when leaning forward, while the narrow end supports the back of the head when leaning backward, reversing the traditional support direction
2Strength
If the pillow is designed as a large firm support mechanism, then it provides firm support for resting, but it becomes difficult to transport
Solution Approach 1:
The pillow uses an inflatable design where air is pumped into the chamber to create firm support. When inflated, the pillow becomes rigid enough to support the head comfortably in various positions. When deflated, it collapses into a compact form that can be easily stored in a small pouch or bag, solving the portability problem
Solution Approach 2:
The pillow's physical parameters (volume, density, rigidity) are dynamically changed through inflation and deflation. By adjusting the amount of air inside the chamber, the pillow can transition between a compact state for transport and a firm, supportive state for use, allowing optimal performance in both conditions
Data Source
AI summary
The invention is a sleep aid, and more particularly an inflatable sleep aid utilizing a series of c-shaped inflatable bladders joined in series to such that the height of the sleep aid is adjustable and forming a generally c-shaped channel to allow the user to comfortably breath.


