Inflatable Canyon Model Segmentation for Classroom Setup
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
There is a lack of effective models or real-life examples to teach students about the formation and changes of the Earth, making it difficult for them to understand and master state-mandated topics in educational settings.
Innovation Solution
An inflatable educational tool, referred to as the Big Canyon Balloon, which is a large, lightweight structure that can be easily transported and set up, featuring a flexible material with printed striations and erosion lines to represent canyon formations, including a tarp portion and inflatable sections to simulate a canyon environment, allowing for visual learning about geological changes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If traditional teaching methods are used to teach Earth formation and changes, then students can be taught basic concepts, but students lack visual understanding and engagement due to lack of models or real-life examples
Solution Approach 1:
The patent uses a flexible inflatable balloon structure to create a large-scale canyon model. The thin film material allows the model to be easily inflated and deflated, enabling quick setup and teardown while maintaining a complex visual representation of canyon formations, river sections, and contour portions that engage students visually
Solution Approach 2:
The inflatable model is divided into multiple independent sections including first contour portion, second contour portion, river section with top and bottom portions, and canyon floor section. Each section can be independently inflated or deflated, allowing the complex model to be assembled and disassembled in manageable segments, resolving the contradiction between model complexity and ease of setup
2Illumination intensity
If a large-scale realistic canyon model is created to provide visual learning experience, then student engagement and understanding improve, but the model becomes difficult to transport and set up
Solution Approach 1:
The use of flexible thin film material allows the large-scale canyon model to be folded and compressed into a compact form for easy transport, while maintaining its ability to expand into a large, visually clear model when inflated at the teaching location
Solution Approach 2:
The inflatable model transitions from a compact deflated state for transport to an expanded inflated state for visual display. This dynamic transformation allows the model to be easily moved and stored while providing a large-scale realistic visual experience when needed for teaching
3Strength
If the balloon material is made thick and rigid to maintain structural integrity, then the model maintains its shape better, but the balloon becomes heavier and harder to assemble and disassemble
Solution Approach 1:
The patent employs thin yet strong flexible material that provides sufficient structural integrity to maintain the canyon model shape when inflated, while keeping the overall weight low enough to allow easy assembly, disassembly, and transport by students and teachers
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 Big Canyon Balloon provides a realistic and engaging visual learning experience for students and adults, helping them understand Earth changes over time and aiding in mastering state-mandated educational objectives, supplementing traditional teaching methods.
Implementation Method 1
the balloon material may be expandable in response to fluid pressure applied generally to the interior surface of the balloon. In most cases, pressurized air is used to expand the balloon.
Data Source
AI summary
An educational tool for teaching students may include a tarp portion, an inflatable being positioned on the tarp portion, the inflatable portion including a first end section positioned on a first end of the inflatable portion, a river section connected to the first end section, a middle section connected to the river section, and a second end section connected to the middle section. The river section may include a top river section and a bottom river section, and the top river section may be independently inflatable with respect to the bottom river section. The first end section may include a first contour portion, and the middle section may include a second contour portion. The second end section may include a third contour portion to cooperate with the second contour portion, and the second end section may include a fourth contour portion. The river portion may include a pullout portion, and the educational tool may include a tunnel baffle adapted to allow users to walk in a passageway of the tunnel baffle. The tunnel baffle may cooperate with the middle and second end section in order to form a classroom.