This technology features a table constructed with symmetrical primary and secondary top frames, multiple support frames serving as the tabletop, top connecting members, and modular leg frames using a snap-fit assembly structure. In the event of a disaster, the frames can be disassembled and reconfigured into a cubic housing structure, which is then covered with a screen to serve as temporary shelter.
While various modular temporary housing systems for disasters or events have been proposed, most are dedicated structures that occupy storage space during normal times. There has been a lack of solutions that function as everyday furniture while being readily convertible into living spaces when needed, limiting their overall utility.
This technology uses a snap-fit method where stepped coupling ends on each frame are inserted into grooves and secured with bolts or pins, allowing a small team to disassemble and reassemble the unit quickly without specialized tools. The tabletop connecting members include storage slots for the screen and components, keeping all necessary materials within the table itself. Suitable for emergency furniture in schools, government offices, and sports facilities, it eliminates wasted space during normal times while enabling the rapid deployment of living quarters immediately following a disaster.
This invention was developed with support from the Ministry of Land, Infrastructure and Transport for the development of eco-friendly indoor and outdoor temporary housing facilities for disaster relief.
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