Lightweight building assembly
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Solution Overview
Problem
Traditional building construction methods lack flexibility, requiring different materials and techniques for varying climates, are labor-intensive, and often inflexible, with prefabricated components limited to specific environments and difficult to transport.
Innovation Solution
Modular, lightweight building assemblies featuring an insulation blanket, frame, and tensioned elements that form a continuous tension circuit, allowing for easy installation and adaptation to diverse climates, with insulation materials and membranes providing thermal and moisture barriers.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional layered construction techniques are used, then building structures can be formed with different materials for various climates, but the process becomes labor intensive and time consuming
Solution Approach 1:
The building assembly is divided into distinct functional layers (insulation blanket, base layer, membrane layer, ventilation channels) that can be manufactured separately and assembled efficiently, reducing on-site labor while maintaining climate adaptability through modular design
Solution Approach 2:
The multi-layer assembly serves multiple functions simultaneously: thermal insulation, moisture barrier, ventilation, and structural support, allowing a single integrated system to address various climate requirements without requiring separate construction steps for each function
2Ease of operation
If prefabricated building components are used, then installation can be simplified, but the components are limited to certain environments and not easily transported
Solution Approach 1:
The assembly incorporates flexible membranes and adjustable ventilation channels that can adapt to different environmental conditions during installation, allowing the same prefabricated component to be deployed across diverse climates from arid to humid environments
Solution Approach 2:
The membrane layer and insulation blanket use flexible materials that can be easily transported in compact forms and then expanded or configured on-site to suit different building requirements and environmental conditions
3Strength
If heavy and inflexible building materials are used, then structural strength is improved, but the materials become difficult to transport and install
Solution Approach 1:
The assembly combines multiple lightweight materials (insulation blanket, base layer, membrane) into a composite structure that achieves adequate structural strength through the integrated system rather than relying on heavy individual materials, improving transportability while maintaining performance
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 assemblies are flexible, easily transportable, and installable in various shapes, offering thermal advantages and structural rigidity while being suitable for arid, humid, hot, cold, and hurricane zones, with fire-resistant and ventilated designs.
Implementation Method 1
The insulation blanket can define an insulation blanket axis about which the insulation blanket is configured to rotate. Also, the insulation blanket can have a peripheral wall portion positioned at a radial distance from the insulation blanket axis
Implementation Method 2
The insulation blanket can include an insulation material wrapped in a sealed membrane. The sealed membrane can be aluminum based in some arrangements
Implementation Method 3
In various arrangements, a first ventilation channel can be formed between the first membrane and the insulation blanket. In addition, a second ventilation channel can be formed between the second membrane and the insulation blanket
Implementation Method 4
The plurality of tensioned elements can be situated about the insulation blanket, and the each of the tensioned elements can extend tangentially from the peripheral wall portion of the insulation blanket to the second membrane
Data Source
AI summary
A lightweight building assembly can include an insulation blanket, an insulation base, a frame, and tensioned elements. The insulation blanket can define an insulation blanket axis about which the insulation blanket can rotate. The insulation blanket can have a peripheral wall portion positioned at a varying radial distance from the insulation blanket axis. The insulation base can have a first membrane and can be coupled to and support the insulation blanket. The frame can have a second membrane and can be coupled to and support the insulation base. The frame can be configured to move with respect to the insulation base. The tensioned elements can be wound about the insulation blanket, and each tensioned element can extend tangentially from the peripheral wall portion to the second membrane. The tensioned elements can combine to form a continuous tension circuit across the assembly, which assembly can be effective in multiple disparate climates.