Integrated Aerator Live Bait Storage
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Solution Overview
Problem
Existing live bait storage devices are ineffective in keeping live bait alive for prolonged periods due to lack of integrated aeration, susceptibility to water leaks, and external components that are cumbersome and expensive.
Innovation Solution
A live bait storage device with an integrated aerator component that includes an aerator, air stone, hose, and battery pack, eliminating the need for external components and ensuring efficient aeration without external hoses.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If separate or detachable aeration devices are used with live bait buckets, then aeration function is provided, but the device becomes cumbersome and expensive due to separate housing and attachment means
Solution Approach 1:
The aerator device is integrated directly into the live bait bucket, combining the aeration function with the storage container. The motor housing forms part of the bucket structure, eliminating separate attachment means and reducing overall device complexity while maintaining reliable aeration through the water.
2Use of energy by moving object
If batteries are placed in areas susceptible to water leaks, then power supply is provided, but corrosion occurs due to water exposure
Solution Approach 1:
The batteries are extracted from the main bucket compartment and placed in a separate waterproof battery box. This isolation protects the batteries from water exposure and corrosion while maintaining their power supply function to the aerator motor through sealed electrical connections.
3Reliability
If air is not disbursed at the bottom of the bucket, then aeration occurs, but oxygen distribution efficiency is reduced
Solution Approach 1:
The aerator motor is positioned at the bottom of the bucket rather than the top, changing the spatial dimension of air introduction. This bottom-mounted position allows air to be disbursed directly into the water at the lowest point, maximizing oxygen distribution throughout the water column and improving aeration efficiency.
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 keeps live bait alive and healthy for extended periods by providing adequate aeration, preventing leaks with waterproof battery storage, and offering easy access through a quick access hatch.
Implementation Method 1
The integrated aerator component comprises an aerator, air stone, hose, and battery pack that are built-in to eliminate the need for external components
Implementation Method 2
The batteries are protected inside a waterproof storage mechanism to help prevent corrosion
Data Source
AI summary
A live bait storage device is disclosed that keeps fishing bait alive and well for prolonged periods of time. The live bait storage device comprises a body component that is configured to store a plurality of live bait and is made from sturdy materials to prevent leaks or damage. The body component comprises an integrated aerator component that will keep the live bait healthy for fishing. The integrated aerator component comprises an aerator, air stone, hose, and battery pack that are built-in to eliminate the need for external components. The integrated aerator component is powered by rechargeable or replaceable batteries. The batteries are protected inside a waterproof storage mechanism to help prevent corrosion. Thus, users can keep their live bait safe, healthy, and easily accessible.