Woven Mesh Liquid Control Apparatus Directional Spread
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Solution Overview
Problem
Existing liquid control apparatuses fail to effectively direct the spread of a liquid over a surface in a desired direction, despite using interfacial tension to distribute the liquid.
Innovation Solution
A liquid control apparatus featuring a mesh form body and a guiding member, where the mesh form body is woven to contact the supply subject surface and the guiding member contacts the opposite side, creating multiple interfaces to promote liquid spread through interfacial tension, allowing for directional control of the liquid's spread by adjusting the guiding member's arrangement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Area of stationary object
If a mesh form body is disposed to overlap on the heat storage plate to utilize interfacial tension for liquid spread, then the liquid can be supplied over a large surface area, but the liquid cannot be caused to spread preferentially in a desired direction
Solution Approach 1:
The guiding member is provided at specific locations (opposite side of the mesh form body) to create localized interfaces that generate interfacial tension forces in particular directions. This local addition of structural elements with specific surface properties enables directional control without compromising overall liquid distribution area
Solution Approach 2:
The guiding member acts as an intermediary element between the mesh form body and the liquid. By providing additional contact surfaces that the liquid must interact with, the guiding member mediates the liquid's spread path, using interfacial tension at the guiding member interfaces to steer the liquid in desired directions
2Quantity of substance
If minute irregularities are formed on the heat storage plate to generate interfacial tension, then the liquid can spread over the surface, but the spread direction cannot be effectively controlled
Solution Approach 1:
The guiding member is divided into multiple segments or struts arranged in specific patterns, creating multiple discrete interfaces. Each segment contributes to the overall directional control by generating localized interfacial tension forces that collectively guide the liquid along desired paths while maintaining broad distribution
Solution Approach 2:
The guiding member is positioned asymmetrically relative to the mesh form body, with specific arrangements that create unequal interfacial tension forces in different directions. This asymmetric configuration naturally steers the liquid spread toward preferred directions while maintaining coverage across the surface area
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 apparatus efficiently directs the liquid to spread preferentially in a desired direction, enhancing the coverage and distribution of the liquid over the surface, while also promoting evaporation and heating efficiency when used in applications like liquid vaporizers.
Implementation Method 1
a plurality of interfaces are formed between the supply subject surface and the mesh form body. As a result, the liquid supplied onto the supply subject surface is caused to spread over the supply subject surface by interfacial tension between the plurality of interfaces
Data Source
AI summary
A liquid control apparatus that controls a spread of a liquid has a main body that has a supply subject surface onto which the liquid is supplied. The apparatus also has a mesh form body that is woven into a mesh form and provided to contact the supply subject surface and a guiding member that is provided to contact an opposite side of the mesh form body to the main body side.