Poultry Drinker With Sieve and Float Valve
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Solution Overview
Problem
Existing poultry drinkers are cumbersome and prone to contamination due to their design, which includes a continuous connection between the water tank and drinking dish, making them difficult to move and leading to water contamination from saliva and feed debris.
Innovation Solution
A poultry drinker system featuring a liquid container with a top opening, a drinking trough connected to the container via a float valve assembly that regulates water flow, and wheels and a handle for easy portability, along with a sieve to filter debris, preventing contamination and improving mobility.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If the water tank and drinking dish are continuously connected via a hole, then water can flow freely to the drinking trough, but the water becomes contaminated by saliva and feed debris
Solution Approach 1:
A sieve is introduced as an intermediary component between the water tank and drinking trough. The sieve allows water to pass through while blocking saliva and feed debris, thus preventing contamination while maintaining water flow. This directly resolves the contradiction by providing a selective barrier that permits useful flow while blocking harmful substances.
Solution Approach 2:
The continuous connection between water tank and drinking trough is segmented into controlled sections through the sieve structure. Instead of a direct open connection, the water flow is divided and filtered through the sieve mesh, creating separate functional zones that prevent direct contact between water and contaminants while maintaining hydraulic connectivity.
2Quantity of substance
If larger drinkers are used to accommodate more chickens, then capacity increases, but the drinkers become heavier and cumbersome to move
Solution Approach 1:
The drinker system is divided into separate modular components: a removable drinking trough and a water tank. This segmentation allows the water tank to be detached and moved independently, reducing the weight burden on the user during relocation while maintaining large capacity when assembled. The modular design enables flexible configuration where capacity and mobility requirements can be balanced.
3Manufacturing precision
If a float valve assembly is added to regulate water flow, then water level control is improved, but device complexity increases
Solution Approach 1:
The float valve assembly is designed to automatically regulate water flow based on the water level in the drinking trough. The float mechanism self-activates when water reaches a certain level, closing the valve without requiring external control systems. This self-regulating design provides precise water level control while minimizing operational complexity, as the system manages its own water distribution based on simple physical principles.
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 system maintains a predetermined water level in the drinking trough, reduces contamination by sealing the water container, and allows for easy movement and cleaning, addressing the issues of size, weight, and contamination in traditional drinkers.
Implementation Method 1
a float valve assembly, which can be configured to regulate a flow of the liquid from the liquid container into the drinking trough, such that the float valve assembly can be opened to release the liquid from the liquid container and can be closed to stop the liquid from flowing from the liquid container; and wherein the float valve assembly can be configured to close when the liquid in the drinking trough has reached a predetermined maximum liquid level
Implementation Method 2
along with a sieve to filter debris, preventing contamination and improving mobility
Data Source
AI summary
A poultry drinker system includes a liquid container, which is filled with water; a drinking trough, which is fluidly connected to the liquid container; a float valve assembly, which is configured to regulate the flow of the liquid from the liquid container into the drinking trough; such that the float valve maintains the water level in the drinking trough as poultry drink the water.