Curved Filter Media Assembly for Pitcher Filtration
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Solution Overview
Problem
Existing filter-as-you-fill systems are inefficient in contaminant removal, often requiring several minutes for water to be filtered and can result in fluid bypass, leading to consumption of unfiltered water due to improper seating of filter media within the housing.
Innovation Solution
A filter assembly with a housing featuring a frame and optional casing, where the filter media is secured in a partially curved configuration, utilizing gravitational force for filtration, achieving faster contaminant removal with less media than alternative systems and preventing fluid bypass.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If filter media is placed in traditional flat configuration within filter housing, then filtration function is provided, but fluid bypass occurs due to improper seating resulting in consumption of unfiltered water
Solution Approach 1:
The filter media is configured in a curved or cylindrical shape that conforms to the curved inner surface of the filter housing, ensuring proper seating and contact between the filter media and housing walls. This curved configuration eliminates gaps and prevents fluid bypass while maintaining effective filtration across the entire water flow path.
2Productivity
If traditional filter as you fill systems are used, then filtration is achieved, but filtration time is several minutes which is inefficient
Solution Approach 1:
The filter media transitions from a traditional flat two-dimensional configuration to a curved three-dimensional cylindrical configuration. This dimensional change increases the effective surface area of the filter media in contact with water, allowing faster filtration throughput while maintaining contaminant removal efficiency.
3Reliability
If more filter media is used to ensure proper filtration, then contaminant removal improves, but device complexity and media quantity increase
Solution Approach 1:
The curved cylindrical configuration of the filter media maximizes the use of available space within the filter housing, allowing the filter media to conform to the housing geometry and utilize the full volume efficiently. This configuration achieves effective contaminant removal with optimized media quantity by eliminating wasted space and ensuring complete water-media contact.
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 solution enables efficient filtration as water is poured, reducing filtration time and ensuring all water is filtered before consumption, with contaminant removal efficiencies comparable to or exceeding traditional systems while using less filter media.
Implementation Method 1
a filter media within, connected to, or associated with the filter housing... water passes (under force of gravity and/or at atmospheric pressure) through a filter media within a filter housing situated at the bottom of the reservoir to remove contaminants from the water
Implementation Method 2
gravitational force(s) comprise the major forces that move the fluid through the system and/or filter media thereof
Data Source
AI summary
A filter housing can be configured to receive a filter media to form a filter assembly. Water filter media assemblies can be adapted for filter-as-you-pour filtration in the context of container (e.g., pitcher) systems where filtering is achieved as the user pours water from the container. The filter housing can have a frame and an optional casing securable about the frame. The filter assembly can include a filter media within, connected to, or associated with a filter housing. The filter media can be securable in an at least partially curved configuration and/or within, connected to, or associated with the filter housing.