Arch-Shaped Connection Chamber for Storm Water
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Solution Overview
Problem
Traditional septic systems using concrete structures are heavy, difficult to install, and restrict fluid flow between rows of molded chamber structures, leading to uneven distribution and potential undermining of the chamber base, while interconnecting pipes compromise structural integrity.
Innovation Solution
The introduction of arch-shaped connection chambers with cutouts for row connectors allows for even fluid distribution between rows without compromising structural integrity, using arch-shaped cutouts at the bottom of side walls to facilitate continuous connections and prevent lateral movement of connectors.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If interconnecting pipes are used to connect rows of chambers, then fluid flow between rows is enabled, but structural integrity of chambers is compromised
Solution Approach 1:
The invention merges the connection function into the chamber structure itself by providing connection chambers with arch-shaped cutouts that receive row connectors. This integrates the interconnecting element directly with the chamber, eliminating the need for separate pipes that would compromise structural integrity while maintaining fluid flow between rows.
Solution Approach 2:
The arch-shaped row connector acts as an intermediary element that connects adjacent rows of chambers through the arch-shaped cutouts. This mediator provides a strong mechanical connection that maintains structural integrity while enabling fluid flow, replacing the weak point created by pipe penetrations.
2Ease of manufacture
If interconnecting pipes are positioned high on chambers, then installation is simplified, but fluid distribution becomes uneven
Solution Approach 1:
The invention moves the connection point from a high vertical position to a lower position by providing arch-shaped cutouts at the bottom of side walls. This dimensional change in connection location enables fluid to flow more evenly across the chamber floor to distribution manifolds, improving fluid distribution uniformity while maintaining installation simplicity.
3Ease of operation
If fluid flows through high-positioned interconnecting pipes, then connection is easier, but base undermining occurs
Solution Approach 1:
The invention performs preliminary action by providing arch-shaped cutouts at the bottom of side walls that direct fluid flow along the chamber floor to distribution manifolds before discharge. This preliminary routing of fluid flow prevents the harmful effect of base undermining by eliminating the waterfall effect that occurs with high-positioned connections.
4Manufacturing precision
If arch-shaped cutouts are provided at bottom of side walls, then fluid distribution is improved, but chamber structure is weakened
Solution Approach 1:
The invention uses arch-shaped cutouts with curved geometry that maintain structural strength while providing adequate opening for connector reception. The arch shape distributes structural loads effectively around the opening, minimizing the weakening effect on the chamber structure while still enabling improved fluid distribution through lower-positioned connections.
Data Source
AI summary
A connection chamber for waste water and storm water collection, the connection chamber including an arch-shaped cut out in a side thereof, the arch-shaped cut out sized to receive an arch-shaped row connector, which is provided to couple rows of chambers to each other. The coupling of various rows of chambers to each other facilitates to relatively even flow of fluid throughout the field of chambers.