Wire-Frame Holiday Motif with Translucent Fiberglass
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Solution Overview
Problem
Existing holiday decorations struggle to convey optimal aesthetic and artistic expression both during daylight and nighttime viewing, with daytime decorations lacking sufficient illumination and nighttime decorations losing expressive detail when viewed during the day.
Innovation Solution
A holiday motif combining a wire frame with translucent fiberglass portions and pinpoint lights, where the fiberglass portions are molded to correspond to expressive features and are translucent to a subset of pinpoint lights, enhancing visibility both day and night.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Illumination intensity
If solid or opaque panels are affixed to wireframe decorations to improve daytime visibility, then daytime aesthetic expression is improved, but nighttime lighting effect deteriorates because panels block pinpoint lights
Solution Approach 1:
The patent applies local quality by making the panels semi-transparent rather than fully opaque, allowing light to pass through while still providing daytime visibility. This localized modification of material property resolves the contradiction by enabling both daytime aesthetic expression and nighttime light transmission.
Solution Approach 2:
The patent uses color and transparency variations in the panels to achieve different visual effects during day and night. The semi-transparent panels with specific color properties allow daytime visibility while permitting nighttime lights to shine through, resolving the blocking issue.
2Object-generated harmful factors
If translucent fiberglass portions are used to allow light transmission, then nighttime lighting effect is improved, but daytime aesthetic expression deteriorates due to reduced visibility of expressive details
Solution Approach 1:
The patent applies local quality by making the panels semi-transparent rather than fully opaque, allowing light to pass through while still providing daytime visibility. This localized modification of material property resolves the contradiction by enabling both daytime aesthetic expression and nighttime light transmission.
3Illumination intensity
If blow-molded plastic decorations are used for daytime viewing, then daytime aesthetic expression is improved, but nighttime illumination capability deteriorates due to insufficient light transmission
Solution Approach 1:
The patent uses composite materials combining wireframe structure with semi-transparent fiberglass panels. This composite construction allows the decoration to maintain structural integrity and daytime aesthetic expression while enabling sufficient light transmission for nighttime illumination, resolving the contradiction between material opacity and light transmission.
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 combination of a wire frame with translucent fiberglass portions and pinpoint lights ensures that the holiday motif maintains aesthetic and artistic expression both during the day and at night, with fiberglass portions conveying expressive details through translucence and light patterns.
Implementation Method 1
The fiberglass portions have opposite inner and outer surfaces, and a corresponding thickness. The fiberglass portion has been molded so that its outer surface corresponds to a visible feature of the three-dimensional form and the fiberglass portion is secured to the wire frame at a location corresponding to the visible feature defined by the fiberglass portion.
Data Source
AI summary
A wire-frame and fiberglass holiday motif has multiple pinpoint lights secured and arranged on a wire frame so as to convey a three-dimensional form of the holiday motif. In addition, one or more molded fiberglass portions have been secured to the wire frame and present an outer surface corresponding to an expressive feature of the holiday motif, such as a face. The thickness of the fiberglass has been selected such that it becomes translucent when illuminated by a subset of the pinpoint lights at night proximate to such fiberglass portions. The combination of planar surfaces defined by a pattern of pinpoint lights visible to the user, and one or more portions of molded fiberglass conveying expressive features of the holiday motif enhance viewing of the holiday motif both by day and by night.