Drain Assembly Protrusions for Vortex Control
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Solution Overview
Problem
Water pooling and inefficient drainage occur due to excessive water flow rates and debris accumulation in drain assemblies, leading to minimized water flow efficiency and air flow obstruction.
Innovation Solution
A drain assembly with a drain plate featuring protrusions extending at various angles to direct water flow towards the periphery, controlling vortex formation and debris passage, while allowing air displacement, and optionally incorporating a cutting device to prevent clogging.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If water flow rate from shower head and faucet is increased, then water supply capability is improved, but water drainage efficiency deteriorates due to pooling and vortex formation
Solution Approach 1:
The drain assembly is segmented into multiple functional components: a drain plate with multiple openings arranged in a circular pattern, a separate strainer assembly, and a vortex control mechanism. This segmentation allows each component to perform its specific function optimally - the multiple openings distribute water flow to prevent pooling, while the strainer handles debris separately
Solution Approach 2:
A vortex control ring or baffle is introduced as an intermediary element between the water flow source and the drain openings. This intermediary structure guides the water flow to maintain a controlled vortex pattern that prevents angular momentum from forcing water to the center, thereby improving drainage efficiency while handling high flow rates
2Productivity
If drain openings are increased to improve water flow, then drainage capacity is improved, but debris accumulation on openings worsens, obstructing air flow and water flow
Solution Approach 1:
The drainage function is segmented from the filtration function. Multiple small openings in the drain plate provide adequate drainage capacity, while a separate strainer assembly with larger surface area handles debris interception. This segmentation prevents debris from blocking the drain openings while maintaining drainage efficiency
Solution Approach 2:
A strainer assembly with mesh or perforated structure is introduced as an intermediary between the water source and the drain openings. This strainer intercepts debris (hair, dirt, particles) before they can reach and block the drain openings, allowing both high drainage capacity and debris prevention
3Speed
If vortex formation is allowed to occur, then water flow through drain is facilitated, but angular momentum forces water to center, minimizing drainage efficiency
Solution Approach 1:
A vortex control ring or baffle is introduced as an intermediary element that modifies the vortex formation process. This structure guides the water flow to create a controlled vortex pattern that maintains centrifugal force distribution, preventing water from being forced to the center while still facilitating rapid drainage through gravitational and centrifugal forces
4Productivity
If air flow through drain is obstructed by debris, then drainage function is impaired, but removing debris increases drainage efficiency
Solution Approach 1:
The drain assembly is segmented into a drain plate for water flow and a separate strainer assembly for debris collection. This segmentation allows debris to be collected in the strainer without blocking the drain openings, maintaining both drainage efficiency and continuous operation
Solution Approach 2:
A strainer assembly with removable design is introduced as an intermediary that captures debris while allowing water and air to pass through to the drain openings. The removable strainer can be easily cleaned or replaced to maintain continuous operation without debris obstruction
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
Enhances water drainage efficiency by maximizing gravitational flow and preventing debris accumulation, ensuring continuous operation with unobstructed air flow through the drainage system.
Implementation Method 1
water can flow through openings or perforations of a drain assembly by gravity alone
Implementation Method 2
a vortex forms as water is attempting to pass through a drain assembly. However, because the angular momentum of water is unpredictable and can force water to the center of a drain assembly
Implementation Method 3
Flow of water is maximized by controlling the vortex to maximize water drainage while allowing adequate volumes of air to be displaced from the drain by the water flow
Data Source
AI summary
A drain assembly that aids in maximizing the flow of water through a drain. The assembly includes a first coupling element, a drain plate connected to the first coupling that includes a body with a plurality of protrusions that are spaced from each other and extend from the body at a plurality of angles and a drain cover that is connected to the drain plate.