Cheerleader Training Device With Deflectably Resilient Column
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Solution Overview
Problem
Current balance training devices for cheerleaders, particularly flyers, fail to accurately mimic the experience of being supported by a base, leading to inadequate balance training and increased risk of injury due to insufficient height, improper body alignment, and inability to practice advanced positions.
Innovation Solution
A training apparatus with a column and deflectably resilient member that provides a narrow, adjustable standing surface, mimicking the feel of being supported by a base, along with swivel means for rotational movement, ensuring proper alignment and dynamic instability, allowing for practice of advanced positions like the Liberty, Heel Stretch, and Bow and Arrow.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional balance training devices (balls, boards, discs) are used, then balance training is provided, but the devices fail to accurately mimic the feel of being supported by a base, providing insufficient training realism
Solution Approach 1:
The training device creates a simplified copy of the base support system using a column with a deflectably resilient member that replicates the essential characteristics of base support (upward force, limited degrees of freedom, dynamic response) without requiring an actual human base, thereby providing realistic training conditions
Solution Approach 2:
The deflectably resilient member is designed to provide specific mechanical parameters (spring constant, damping characteristics, degrees of freedom) that match the physical characteristics of a human base, transforming the training device from a static platform to a dynamically responsive support system
2Stability of the object's composition
If devices provide large standing surface area or require both feet, then stability is improved, but they fail to provide sufficient height above the floor and proper body alignment
Solution Approach 1:
The invention transitions from ground-level balance training to elevated balance training by positioning the standing surface above floor level on a column, adding the vertical dimension to the training experience and replicating the height at which flyers operate during actual stunts
3Ease of operation
If devices provide static support, then ease of operation is improved, but they fail to provide dynamic instability and rotational movement necessary for advanced position training
Solution Approach 1:
The deflectably resilient member transforms the static column into a dynamic support system that responds to applied forces with controlled deflection and rotation, enabling the standing surface to move in response to user input while maintaining stability through elastic restoration
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 apparatus effectively trains cheerleaders in balance and proper technique, reducing the risk of injury by simulating the experience of being lifted and rotated by a base, ensuring proper alignment and muscle memory development for advanced stunts.
Implementation Method 1
a deflectably resilient member that mimics the feel of a flyer cheerleader when supported by a base cheerleader
Implementation Method 2
the deflectably resilient member is in the form of at least one compression spring
Implementation Method 3
swivel means for rotational movement
Data Source
AI summary
A training apparatus for use by a user in learning balance when standing on one leg and having no external balance support includes a stable base assembly, a support column extending vertically from the stable base assembly, a rigid standing surface member, and means for providing rotation in a horizontal plane to the rigid standing surface member. Rotation may occur at a constant vertical height or as the apparatus is raising or lowering. The apparatus may also include a balancing assembly with a deflectably resilient member. The apparatus promotes proper alignment and mimics the feel that a flyer cheerleader experiences when being supported by a base cheerleader.