Leak detection system
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Solution Overview
Problem
Conventional leak detection systems for heating systems and condensate drainage lines fail to detect leaks that are obscured or confined within the system, leading to potential damage and unnecessary waste of neutralizing materials due to lack of real-time monitoring and maintenance alerts.
Innovation Solution
A leak detection system featuring a structure with a bottom-facing inverted depression and capillaries that draw leaked liquid to a detector, enabling early detection of leaks within the heating system and on supporting surfaces, including a condensate neutralizer device with sensors for pH monitoring and alerting stakeholders of depleting neutralizing material conditions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional leak detection systems are used, then the system structure remains simple, but leaks within closed heating systems and condensate drainage lines cannot be detected
Solution Approach 1:
The leak detector is nested within the inverted depression structure, which is itself integrated into the supporting surface. This nested arrangement allows the detection system to access confined spaces within the closed heating system while maintaining a compact overall structure that does not add significant external complexity.
Solution Approach 2:
The inverted depression creates a new spatial dimension for detection by forming a recessed cavity that extends downward from the supporting surface. This dimensional change allows the leak detector to access and monitor leaks from the bottom side of the supporting surface, enabling detection of leaks that would otherwise be obscured within the closed system.
2Reliability
If no leak detection system is installed, then the system complexity remains low, but leaks cause damage and waste of neutralizing materials
Solution Approach 1:
The leak detection system performs preliminary detection of leaks before they can cause significant damage or waste of neutralizing materials. By detecting leaks early through the inverted depression structure, the system enables timely intervention to prevent harmful effects, thus improving reliability while keeping the added complexity minimal.
3Measurement precision
If real-time monitoring is implemented, then leak detection effectiveness improves, but system complexity and cost increase
Solution Approach 1:
The inverted depression structure passively concentrates leaked liquids through its geometric design, eliminating the need for active pumping or complex sample collection mechanisms. The depression itself performs the function of gathering and directing leaks to the detector, achieving precise leak detection while minimizing system complexity through self-service functionality.
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 effectively detects leaks within closed heating systems and on supporting surfaces, preventing damage and optimizing maintenance schedules by alerting stakeholders to depleting neutralizing materials, thus reducing waste and labor costs.
Implementation Method 1
a bottom-facing surface comprising an inverted depression in which the leak detector is disposed, the inverted depression is configured to be suitable for inducing capillary actions in a liquid collected on the supporting surface
Data Source
AI summary
A structure for detecting a leak, wherein the structure is supported upon a supporting surface, the structure including a leak detector; and a bottom-facing surface comprising an inverted depression in which the leak detector is disposed, the inverted depression is configured to be suitable for inducing capillary actions in a liquid collected on the supporting surface, wherein when the inverted depression comes in contact with the liquid at its periphery, the liquid is drawn to the leak detector to be detected.