Intermodal Container Building Kit for ISO-Compliant Self-Assembly
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Solution Overview
Problem
Existing intermodal containers modified for habitable structures often compromise ISO compliance, structural integrity, and require on-site assembly with skilled labor and local materials, making them costly and inaccessible to lower socioeconomic classes.
Innovation Solution
A kit for constructing a building using a repurposed intermodal container that includes structural building components and tools within the container, allowing for self-assembly into a habitable structure that retains ISO certification and includes a pre-wired baseboard and adjustable pile foundation system.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Area of stationary object
If intermodal containers are modified to create habitable structures with expanded floor area, then the usable living space is increased, but the container's structural integrity and ISO compliance are compromised
Solution Approach 1:
The container modification system divides the structure into modular components: the original container shell remains intact for transport, while separate wall panels, roof sections, and floor extensions are added on-site. This segmentation allows the container to maintain its structural integrity and ISO compliance for shipping, while the added modules expand the habitable area without compromising the original structure.
Solution Approach 2:
The invention employs dynamic, reconfigurable wall panels and roof sections that can be assembled and disassembled. These panels are designed to fold out or attach to the container exterior, allowing the structure to transition between a compact shipping configuration and an expanded habitable configuration. The dynamic nature of these components ensures they can be installed without permanently altering the container's structural integrity.
2Area of stationary object
If intermodal containers are modified with pivotal or mobile panels to expand structure, then the usable space is increased, but the container's structural integrity required for transport is compromised
Solution Approach 1:
The expandable wall panels and roof sections are extracted as separate, removable components rather than being permanently integrated into the container. These panels can be stored within or attached to the container exterior during transport, and only deployed when the container is stationary and intended for habitation. This extraction approach ensures the container meets ISO transport requirements while still providing expandable space when needed.
3Strength
If on-site mechanized equipment and skilled labor are required for assembly, then the structural integrity can be maintained, but the costs increase and accessibility to lower socioeconomic classes is reduced
Solution Approach 1:
The wall panels and construction components are designed with user-friendly connection mechanisms that require minimal tools and no specialized construction skills. Fasteners, clips, and interlocking features are engineered to be assembled by hand or with basic hand tools, enabling occupants or volunteers to complete the assembly themselves without requiring expensive mechanized equipment or skilled laborers. This self-service approach dramatically reduces assembly costs while maintaining structural integrity through thoughtful design.
Data Source
AI summary
A kit for constructing a building may include an intermodal container. The intermodal container may include four exterior walls forming a perimeter of the intermodal container, a floor connected to each of the four exterior walls, and a roof connected to each of the four exterior walls. The four exterior walls, the floor, and the roof collectively define an interior volume of the intermodal container. The kit may also include a plurality of structural building components disposed within the interior volume. When the building is constructed with the structural building components, at least one of the four exterior walls of the intermodal container is repurposed as an interior wall of the building.