UV-Reflective Bird-Collision Additive for Transparent Barriers
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Solution Overview
Problem
Existing bird collision prevention methods, such as stickers and films, are ineffective due to birds' inability to recognize them using their ultraviolet vision, leading to frequent collisions with transparent materials, and they often require precise installation, are costly, and can peel off, impairing transparency and view.
Innovation Solution
An additive composed of an extract from animal urine, reflecting ultraviolet rays, is incorporated into materials like paints, glass, and films to make obstacles recognizable to birds through their ultraviolet vision, optionally enhanced with magnetic minerals for magnetoreception.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional stickers or films are applied to glass surfaces to prevent bird collisions, then bird collision prevention is attempted, but birds cannot recognize these materials due to their reflective nature and transparency, rendering the measures ineffective
Solution Approach 1:
The patent applies ultraviolet-reflective patterns or coatings to glass surfaces that are invisible or nearly invisible to human eyes but highly visible to birds in the ultraviolet spectrum. This allows the glass to maintain its transparency and aesthetic appearance while becoming detectable to birds, effectively preventing collisions without requiring complex structural modifications.
Solution Approach 2:
The patent introduces an intermediary substance or pattern (ultraviolet-reflective material) that mediates between the transparent glass surface and bird vision. This intermediary reflects ultraviolet light to create visible patterns for birds while remaining imperceptible to humans, thus preventing bird collisions without compromising the glass's aesthetic properties or requiring complex installation systems.
2Reliability
If bird collision reduction stickers are applied according to current standards (5×10 rule or 5×5 rule), then coverage is increased, but birds flying at high speeds still cannot meaningfully recognize these stickers
Solution Approach 1:
The patent changes the optical parameters of the glass surface by applying ultraviolet-reflective patterns that operate in a different spectral range than conventional visible-light stickers. This parameter change allows birds to detect the patterns at longer distances and higher speeds, eliminating the need for dense sticker placement according to conventional spacing rules while maintaining or improving collision prevention effectiveness.
3Illumination intensity
If transparent glass is used for buildings and windows, then aesthetic appearance and view quality are improved, but birds cannot perceive the glass due to its reflectivity and transparency, leading to frequent collisions
Solution Approach 1:
The patent applies ultraviolet-reflective patterns or coatings to transparent glass surfaces that are invisible to human eyes but highly visible to birds in the ultraviolet spectrum. This allows the glass to maintain its transparency and aesthetic appearance while becoming detectable to birds, effectively preventing collisions without compromising the glass's aesthetic properties.
4Reliability
If bird collision prevention stickers are applied to all glass surfaces at precise intervals, then collision prevention coverage is maximized, but construction costs and labor requirements increase significantly
Solution Approach 1:
The patent integrates ultraviolet-reflective patterns directly into the glass manufacturing process or applies them as durable coatings during construction, making the collision prevention feature inherent to the glass itself rather than a separate张贴able sticker. This multi-functional approach combines aesthetic transparency, structural integrity, and bird collision prevention in a single element, eliminating the need for separate sticker application processes and reducing overall construction complexity.
5Reliability
If conventional bird collision prevention stickers are used, then some level of protection is provided, but the stickers easily peel off due to environmental factors, making maintenance difficult
Solution Approach 1:
The patent merges the bird collision prevention function with the glass surface itself by applying ultraviolet-reflective coatings or patterns that become an integral part of the glass structure. This integration eliminates the separation between the substrate (glass) and the prevention mechanism (sticker), preventing peeling and degradation issues while maintaining long-term durability and effectiveness.
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 additive effectively prevents bird collisions by reflecting ultraviolet rays, maintaining transparency, and is stable under various weather conditions, reducing collisions with transparent materials.
Implementation Method 1
An additive composed of an extract from animal urine, reflecting ultraviolet rays, is incorporated into materials like paints, glass, and films to make obstacles recognizable to birds through their ultraviolet vision
Data Source
AI summary
The present invention relates to an additive for preventing bird collisions using animal urine, a composition for preventing bird collisions using same, and a material for preventing bird collisions. More specifically, the present invention is characterized by constituting various compositions and materials for preventing bird collisions by including an extract extracted from animal urine, wherein the extract has a function of reflecting ultraviolet rays. The additive for preventing bird collisions, the composition for preventing bird collisions using same, and the material for preventing bird collisions of the present invention have the advantage of stably preventing flying birds from colliding with a noise barrier made of a transparent material, an aircraft, and the like by reflecting ultraviolet rays to allow the flying birds to recognize the same as obstacles.