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IBL-26-1000

Emergency Escape Device

Listed on
2026-09-30
Emergency building escape device with a foldable exterior frame and load-linked speed control for easy use by anyone

This technology features an emergency escape device that combines an exterior frame, which remains folded against the building wall and unfolds during an emergency to create a vertical descent space, with a pivoting frame that rests on the floor and swings over the escape path when lowered. Users can step onto the platform attached to the pivoting frame and descend safely along guide rails supported by a descent device.

Conventional descent devices or fire ladders occupy space near windows, reducing usable floor area, and are difficult for children or the elderly to use alone as they require hanging from ropes or climbing down ladders. Furthermore, descent speeds vary based on the user's weight, posing risks of collision or falls.

This technology incorporates a speed regulator between the guide rail and the descent guide, increasing friction based on the user's weight. It uses leaf-spring-type assist members to absorb shock during deployment and interlocking wires to trigger sequential unfolding on lower floors. Ideal for mid-to-high-rise residential buildings, nursing homes, and daycare centers, it allows anyone to evacuate safely at a constant speed simply by stepping onto the platform.

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Key Features:
  • An exterior frame unit installed to fold between a retracted state against the building wall and a deployed state protruding outward to form a vertical descent space
  • A pivoting frame unit fixed to the floor, operating between a vertical standby state and a horizontal state aligned with the descent axis
  • A descent unit including a platform that moves along the vertical space and a descent device supporting the platform
  • A speed regulator installed between the guide rail and the descent guide to increase friction based on the user's weight

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Independent Inventor
Pyung-wook Kim
Document
Date of application:
2019-06-25
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Patent registration number:
10-2053083
Industry
construction
Technology
Construction•Environment
Mechanical engineering
Country
Korea
Family Patent

N/A

Price
Price negotiable
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