Wave Pool Zoning for Skill-Specific Breaker Control
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Solution Overview
Problem
Conventional wave pools struggle to manage and control breaker waves effectively, leading to increased risk of injury from deep water surfers transitioning to shallower water, and they often have low throughput, making them economically inefficient.
Innovation Solution
The wave pool design features multiple wave-breaking zones with varying depths and slopes, separated by barriers that allow wave energy to pass through while preventing surfers from crossing zones. This design creates different wave formations with distinct characteristics, allowing for separate areas for intermediate/advanced and beginner surfers, and includes exit areas along the side walls to facilitate safe exit without interfering with wave progress.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional wave pool designs are used to create waves for surfing, then waves can be generated for recreation, but deep water surfers are carried forward into shallow water increasing injury risk
Solution Approach 1:
The wave pool is segmented into multiple distinct surfing zones separated by vertical barriers. Each zone has different wave characteristics and depth profiles, allowing surfers to remain in their appropriate skill-level zone without being carried into dangerous shallow water. The barriers physically divide the pool length into separate sections.
Solution Approach 2:
Vertical barriers act as intermediaries between different water zones. These barriers prevent direct transition from deep to shallow water, forcing surfers to exit through controlled pathways rather than being carried uncontrollably across the pool. The barriers mediate the wave flow while protecting surfers.
2Productivity
If conventional wave pool designs are used, then waves can be generated, but throughput is low reducing economic value
Solution Approach 1:
By dividing the pool into multiple independent zones, each zone can accommodate different types of surfers simultaneously. This segmentation increases throughput by allowing parallel usage of different pool sections rather than requiring all surfers to use the same wave conditions.
Solution Approach 2:
Each zone is designed with local quality - specific wave characteristics, depths, and barrier configurations tailored to different skill levels. This allows the pool to serve multiple functions and user groups simultaneously, increasing versatility and economic value without requiring multiple separate pools.
3Reliability
If wave generators create powerful waves for surfing, then wave quality improves, but pool size and generator power become cost prohibitive
Solution Approach 1:
The pool is divided into zones with different wave requirements. Smaller, less powerful wave generators can be used in each zone rather than requiring one large generator to create all wave types. This segmentation reduces overall equipment complexity and cost while maintaining high wave quality in each specific zone.
Solution Approach 2:
Each zone is optimized for specific wave characteristics appropriate to its purpose. Rather than using oversized generators to create all possible wave types throughout the entire pool, each section has locally optimized wave generation and depth characteristics matched to its intended use.
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
This design enhances safety by separating surfers by skill level and reduces the risk of collisions, while also increasing throughput by allowing multiple surfers to enjoy different wave conditions simultaneously, thus improving the economic value of the wave pool.
Implementation Method 1
the pool floor is preferably divided into multiple sections, each comprising at least one inclined floor section followed by at least one declined and/or level floor section, wherein by placing these sections back to back along the length of the wave pool, multiple wave breaking zones can be created
Implementation Method 2
Each wave breaking zone can have alternate reef designs... creating various wave breaking formations can be formed by the same wave, wherein they can break, reform and re-break again as they flow across the zones
Implementation Method 3
a barrier is provided that extends between the zones and helps prevent surfers from crossing over from one zone to another. At the same time, the special barrier enables the waves and wave energy to pass through
Data Source
Figure 1
Figure 2
Figure 3a~3b
AI summary
A wave pool having multiple wave breaking zones extending across the pool floor, wherein different wave breaking formations with different wave characteristics can be generated within each zone, using the same wave energy derived from the same original wave, wherein surfers with different abilities can surf in different locations within the same pool. Specific features are provided that enable breaker waves to be properly managed and controlled such that intermediate/advanced surfers can surf in one zone and beginner surfers can surf in another zone. Included are special dividers to prevent surfers from crossing from one zone to the next, while at the same time, allowing wave energy to pass through. An attenuating means is provided to help reduce the choppiness of the waves. Unique exit areas are provided along the sidewalls to enable surfers to exit from the wave pool at various locations, such as directly from the zones, so that surfers don't have to surf or traverse all the way to the shallow end to exit the pool.