Cushion for posture correction
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Solution Overview
Problem
The increasing prevalence of turtle neck syndrome and straight waist syndrome, caused by prolonged use of electronic devices in prone positions, leads to cervical disc damage and chronic pain due to improper spinal support.
Innovation Solution
A cushion designed to support the upper body with an upwardly inclined cushion body, featuring a cervical vertebra support part and concave areas for the neck and armpits, along with a chest seating part and auxiliary 'C' shaped cushion for optimal posture correction.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a conventional cushion or pillow is used for prone position, then comfort is provided, but proper spinal alignment is not achieved leading to turtle neck syndrome and straight waist syndrome
Solution Approach 1:
The cushion incorporates specific localized structures including a cervical vertebra support part with a first concave portion for neck support, a chest support part with a second concave portion, and an armpit support part with a third concave portion. Each local area is designed with specific curvature and support characteristics to address particular anatomical requirements, transforming a generic cushion into a specialized posture correction device.
Solution Approach 2:
The cushion utilizes multiple concave portions with specific curvatures designed to match human anatomical curves. The first concave portion supports the cervical vertebrae, the second concave portion supports the chest, and the third concave portion supports the armpits, creating a series of curved surfaces that guide the body into proper alignment while maintaining comfort.
2Ease of operation
If people use electronic devices in prone position, then convenience is achieved, but cervical and lumbar spine damage occurs
Solution Approach 1:
The cushion is designed to pre-establish proper spinal alignment before the user begins using electronic devices. By incorporating the cervical vertebra support part, chest support part, and armpit support part in advance, the cushion creates a ready-made ergonomic structure that guides the user into a healthy prone position, preventing spine damage before it can occur during prolonged device usage.
3Reliability
If the cushion body is made complex with multiple support parts, then posture correction effectiveness is improved, but manufacturing complexity increases
Solution Approach 1:
The cushion integrates multiple support functions into a single unified structure. The body cushion includes the cervical vertebra support part, chest support part, and armpit support part as integrated components rather than separate pieces. This merging approach maintains the effectiveness of multiple localized supports while simplifying manufacturing and usage compared to multiple separate cushions or pillows.
Data Source
AI summary
Proposed is a cushion for posture correction capable of obtaining a corrective effect of a turtle neck syndrome and a straight waist syndrome just by taking a prone position. The cushion for posture correction includes: a cushion body (A) formed to be upwardly inclined toward a front and configured to support a user's upper body, wherein the cushion body (A) is formed with a cervical vertebra support part (100) protruding upward at a front end thereof so that user's neck and chin are seated and with an area concavely formed between opposite side ends where user's armpits are seated.