Watersports Device Flexible Cape Water Barrier
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Solution Overview
Problem
Many individuals, especially children and those lacking balance, coordination, strength, or skill, are deterred from participating in traditional watersports due to the required balance, water awareness, and control over devices like water skis and wakeboards. Additionally, traditional devices are often large, making them difficult for small children to master and challenging to store on a boat.
Innovation Solution
A watersports device featuring a buoyant deck with a flexible cape that extends rearwardly, forming a barrier between the rider's lower body and the water. The cape moves with the water, providing a sensation similar to dragging in the water, while the deck supports the rider's upper body, allowing for easier engagement with watersports without the need for extensive skill or balance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional watersports devices are used, then water sports performance is achieved, but balance and coordination skills are required which many individuals lack
Solution Approach 1:
The cape is made of flexible material that trails behind the deck, creating water resistance that helps control the device's movement and direction without requiring the rider to exert force, thus aiding individuals with limited strength and coordination
Solution Approach 2:
The cape acts as an intermediary between the rider and the water, providing controlled water resistance that assists steering and stability, allowing riders with limited skills to maintain control of the watersports device
2Ease of operation
If traditional watersports devices are used, then water sports engagement is achieved, but fear of water prevents participation
Solution Approach 1:
The flexible cape trails gracefully in the water rather than creating harsh impacts or splashes, providing a gentle introduction to water interaction that reduces fear while still engaging the rider in watersports
Solution Approach 2:
The cape serves as a cushioning element between the rider and the water, absorbing and softening water interactions before they can cause discomfort or fear, allowing beginners to participate confidently
3Reliability
If traditional watersports devices are used, then water sports control is achieved, but multiple skills must be performed in parallel including balance, coordination, and strength
Solution Approach 1:
The cape extracts the steering and stability control functions from the rider, handling these tasks passively through water resistance on the trailing edge, thereby reducing the skill requirements for the rider
Solution Approach 2:
The cape provides self-service control by automatically responding to water conditions and device orientation, adjusting the water resistance to maintain stability and direction without requiring active rider intervention
4Reliability
If traditional watersports devices are used, then water sports performance is achieved, but large device size makes storage on boat difficult
Solution Approach 1:
The watersports device is segmented into a compact deck and a flexible cape that can be folded or rolled when not in use, reducing storage volume while maintaining full performance capabilities during operation
Solution Approach 2:
The flexible cape can be collapsed into a compact form when not in use, dramatically reducing the device's storage volume while maintaining its full functional size and performance characteristics during water sports activity
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 watersports device encourages participation by providing a supportive and engaging experience, allowing fearful individuals and those lacking skills to enjoy watersports while developing confidence and skills over time. The device's compact design and ease of use make it accessible to small children and easier to store on a boat.
Implementation Method 1
a buoyant deck having a top surface for supporting an upper body of a rider
Implementation Method 2
the flexible cape may form a sheet that moves with the water
Data Source
AI summary
Watersports devices can be configured to provide managed engagement with the water. A watersports device may include a deck and a cape that extends rearwardly from the deck. The cape forms a barrier between the rider and the water while the rider is supported on the deck. Furthermore, the cape may move and flow with the water to approximate the sensation of dragging in the water. Accordingly, such watersports devices can encourage individuals to participate in watersports even when they may be fearful or may lack the skills necessary for mastering traditional watersports devices.