Adjustable-Dome Poultry Brooder With Automated Water Replenishment
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Solution Overview
Problem
Traditional poultry brooders require manual replenishment of water and may become too small for growing hatchlings, necessitating frequent relocation and inadequate heat management.
Innovation Solution
A brooder with an adjustable dome and controlled liquid supply system, featuring a rotatable tube for automated water dispensing and a heater assembly for temperature control, allowing for adjustable height and automated water replenishment.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If manual water replenishment is used in traditional brooders, then the water supply can be maintained, but the management becomes time-intensive and labor-intensive
Solution Approach 1:
The brooder system automatically replenishes water using a vacuum-powered pump that draws water from a reservoir and delivers it to the trough without human intervention. The system self-regulates water levels and operates on demand, eliminating the need for manual water replenishment while maintaining adequate water supply for hatchlings.
Solution Approach 2:
The patent replaces manual mechanical water replenishment with an automated vacuum-based fluid delivery system. The vacuum pump creates negative pressure to draw water through tubing and deliver it precisely to the trough, substituting human labor with an automated mechanical system that operates independently.
2Adaptability or versatility
If the brooder size remains fixed, then the structure is simple, but the brooder becomes too small for growing hatchlings requiring relocation
Solution Approach 1:
The brooder incorporates an adjustable dome component that can be repositioned to different heights using a tube mechanism. This dynamic adjustment allows the internal volume and head space to accommodate hatchlings at different growth stages within the same brooder unit, providing size adaptability without requiring relocation to different brooders.
Solution Approach 2:
The brooder is divided into adjustable segments, particularly the dome portion that can be repositioned along vertical tubes. This segmentation allows independent adjustment of the upper chamber height while maintaining the base structure, enabling the brooder to adapt its internal volume to match the growing needs of hatchlings without changing the overall footprint or requiring complete restructuring.
3Reliability
If the water supply level is visually inspected manually, then the water level can be monitored, but frequent manual intervention is required
Solution Approach 1:
The automated water replenishment system incorporates level sensing that detects when water in the trough is low and automatically triggers the vacuum pump to replenish water. This feedback mechanism continuously monitors water levels and responds automatically, eliminating the need for manual visual inspection and intervention while maintaining reliable water level monitoring.
Solution Approach 2:
The system performs self-monitoring and self-replenishment of water levels through automated sensors and vacuum-powered delivery. The brooder manages its own water supply without human intervention, detecting low water conditions and automatically restoring adequate levels, thereby improving ease of operation while maintaining reliable monitoring.
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
Provides automated water replenishment and adjustable heat management, reducing manual intervention and accommodating growing poultry hatchlings without the need for frequent relocation.
Implementation Method 1
inserting a plug cap into the tube creating a vacuum within the tube
Data Source
AI summary
According to certain aspects of the present disclosure, a brooder is provided. The brooder includes a heater assembly comprising a heater base. A trough is disposed on the heater base and is formed by an inner wall and an outer wall. A tube is rotatably supported by the inner wall. A dome is adjustably supported on the tube.