Modular Habitation Module with Rigid Exoskeleton and Utility Rack
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Solution Overview
Problem
Current portable habitation modules are either not mobile enough for rugged terrain or too bulky for cross-country travel, and existing storage solutions do not provide both habitable space and adjustable storage for outdoor enthusiasts and professionals.
Innovation Solution
A compact, modular habitation module with a rigid exoskeleton structure and integrated storage racks that can be easily transported and reconfigured for various scenarios, including off-road use, and can be towed by small vehicles or transported via helicopter, with adjustable legs for ground-level use.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Volume of moving object
If habitable modules are made larger to provide more living space, then habitability is improved, but mobility and ability to traverse rugged terrain deteriorates
Solution Approach 1:
The habitation module is divided into separate components: a habitable space module and a utility rack module that can be transported independently or combined. This segmentation allows the habitable space to be larger while maintaining mobility by transporting only the necessary components.
Solution Approach 2:
The module incorporates adjustable legs that can be extended or retracted, allowing the habitable space to be deployed in various configurations. The utility rack can be attached or detached, providing dynamic adaptability between transport and use modes.
2Ease of operation
If habitable modules are made smaller to improve mobility, then ease of transport is improved, but living space and comfort deteriorate
Solution Approach 1:
By separating the habitable space from the utility rack into distinct modules, the system allows users to transport only the utility rack when minimal space is needed, while the habitable space can be deployed when more living area is required.
Solution Approach 2:
The utility rack serves multiple functions: it provides storage when attached to the habitable space, and can stand independently as a secure storage unit. This multi-functionality allows the same component to serve different purposes based on deployment needs.
3Quantity of substance
If separate storage units are added to habitable modules, then storage capacity is improved, but device complexity and weight deteriorate
Solution Approach 1:
The utility rack is designed to attach directly to the habitable space module, merging storage functionality with the existing structure. This integration provides additional storage capacity without requiring completely separate independent storage units.
Solution Approach 2:
The utility rack component serves both as an attachment to the habitable space for extended storage, and as a standalone storage unit when detached. This multi-functionality reduces the need for multiple separate storage solutions.
4Strength
If rigid structures are used to withstand rugged terrain, then strength and durability are improved, but ease of transport and mobility deteriorate
Solution Approach 1:
The rigid habitable space module can be separated from the utility rack, allowing the larger rigid structure to be transported in pieces. The habitable space maintains its rigid construction for durability while the utility rack can be attached or detached based on transport needs.
Solution Approach 2:
The adjustable legs provide a dynamic solution where the rigid habitable space can be stabilized on uneven terrain when deployed, but the same legs can be retracted or adjusted to facilitate transport, bridging the contradiction between rigidity and mobility.
Data Source
AI summary
The present invention is an easily mobilized compact module that combines habitable quarters and integrated interior and/or exterior multipurpose storage structures. Mobilization may be via trailer, truck bed, helicopter, adjustable jacks or other conveyance means. The module may be easily and quickly removed and reattached to one of the aforementioned mobilization means via attachable height-adjustable legs, hoist, crane, or forklift with locking turnbuckles, bolts, or other hold-downs. The module is built of a rigid exoskeleton designed for enclosure habitat and for utility as a base for attaching items or equipment. It has various end cap options such as doors, windows, or solid panels, as a user dictates. The interior of a module has modular panels that form many configurations for functional use and/or storage. The interior also has a useful endoskeleton or useful interior storage structure for attaching useful items such as soft stowage and electrical wires thereto. The module may be used as a single unit or attached together to form a larger habitable structure.