Weighted Cervical Curve Pad for Core Muscle Resistance Training
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Solution Overview
Problem
Existing exercise devices fail to effectively improve and maintain proper cervical curve posture, which is crucial for overall posture, as they do not specifically target the core muscle groups responsible for maintaining correct cervical alignment.
Innovation Solution
A core exercising device comprising a cylindrical steel bar element and a high memory foam pad element, where the bar is received coaxially within the pad, providing resistance training that strengthens core muscles by matching the user's cervical curve, thus improving and maintaining correct cervical curve posture.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If existing exercise devices are used for core muscle training, then general core muscle groups are targeted, but specific cervical curve posture improvement is not achieved
Solution Approach 1:
The device applies local quality by featuring a cervical curve pad with a specific curved surface geometry that matches the anatomical cervical curve. This localized adaptation ensures that the resistance training specifically targets the muscle groups responsible for cervical posture, rather than providing general core training. The curved pad creates a precise interface with the user's cervical region, making the device adaptable to this specific anatomical feature.
2Force
If a weighted bar is used for resistance training, then core muscles are exercised, but tactile feedback for cervical curve adjustment is not provided
Solution Approach 1:
The device incorporates feedback by using a padded cervical curve interface that provides tactile information to the user during exercise. As the user performs resistance training with the weighted bar, the curved pad contacts the cervical region and provides tactile feedback that helps the user sense and adjust their cervical curve alignment. This feedback mechanism allows users to self-correct their posture based on tactile sensation, eliminating the loss of positional information.
3Ease of operation
If standard exercise bars are used, then general upper body exercise is achieved, but proper cervical alignment is not maintained
Solution Approach 1:
The device applies spheroidality (curvature) by incorporating a cervical curve pad with a specifically designed curved surface that conforms to the natural cervical spine alignment. This curved interface maintains proper cervical alignment stability during exercise by providing a stable, anatomically-correct contact point. The curvature ensures that the device supports rather than disrupts the natural cervical curve, allowing users to perform exercises while maintaining proper posture.
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 device effectively strengthens core muscles associated with cervical curve posture by providing resistance training against the weight of the bar, offering tactile feedback to adjust the cervical curve, thereby improving and maintaining correct posture.
Implementation Method 1
a high memory foam pad element, where the bar is received coaxially within the pad
Implementation Method 2
The pad element is preferably constructed from a high memory foam material
Implementation Method 3
providing resistance training that strengthens core muscles by matching the user's cervical curve
Data Source
AI summary
An apparatus for improving posture comprises a bar element and a pad element centered along the length of the bar element. The bar element is constructed from a weighty material so as to provide a significant and constant downwardly directed weight. The pad element is constructed from a relatively lightweight material as compared to the bar material, but has a very specific cervical curve-accommodating, outer pad diameter or outer pad radius of curvature. The outer pad diameter or outer pad radius of curvature substantially matches that of a normal cervical curve. Together, the radius of curvature of the pad element and the weight of the bar element provide the user with a weighted template against which the user may align the cervical portion of his or her spine and commence resistance muscle training against the downwardly directed weight for improving core muscle groups for improving and/or maintaining one's posture.