A high-rise building escape apparatus enables user to quickly exit a high-rise building in the event of an emergency. It mainly includes a damper which withstands impact of termination of descent and decreases terminal velocity due to its mushroomlike shape, a compartment, side and bottom nets, a pa
A high-rise building escape apparatus enables user to quickly exit a high-rise building in the event of an emergency. It mainly includes a damper which withstands impact of termination of descent and decreases terminal velocity due to its mushroomlike shape, a compartment, side and bottom nets, a parachute, an air source system, hoses, rotatable and fix frames, and a safety belt. The apparatus is operated following the procedure below. A user sets up the fix frame and rotatable frame attaching the dropping parts on the sill of a window or on the top of a balcony, makes the rotatable frame swing to the outside, opens the dropping part pack, fills the high pressure air to the airbags simultaneously through a number of internal hoses and an external hose, and disconnects the hoses. The user then moves from the inside of the building to the compartment in the middle of the damper through the rotatable frame with hands grabbing it, reaches the bottom portion of the compartment, fastens the safety belt, and releases the dropping parts. As a result, the user will move down with the damper, the parachute will be extended, released, and deployed, and the rotatable frame will rotate back. As soon as the user reaches the ground, the user will unbuckle the safety belt, get out of the damper, and release the high pressure air.
대표청구항▼
1. A high-rise building escape apparatus, for providing a user with a safety device to exit a high-rise building in the event of a fire, comprising: a damper having a concave shape, a middle and including a plurality of independent airbags, a plurality of center slots for making said damper more sta
1. A high-rise building escape apparatus, for providing a user with a safety device to exit a high-rise building in the event of a fire, comprising: a damper having a concave shape, a middle and including a plurality of independent airbags, a plurality of center slots for making said damper more stable during a descent, a plurality of side slots configured to stabilize said damper during said descent, and a plurality of internal hoses placed inside said airbags for distributing air to said airbags;a compartment in said middle of said damper and having an open top side;a side metallic net attached to a side of said damper that forms an inclined side wall;a bottom metallic net attached to a bottom of said damper and configured to reduce damage to said airbags upon landing;a parachute placed above said damper for reducing terminal velocity, said parachute including a canopy, a plurality of lines connecting said parachute to a top edge of said damper, and string attached to a bottom edge of said canopy for obtaining a circular edge of said canopy;an air source system comprising an air compressor powered by a battery, an inflator using stored gas, a pyrotechnic inflator, or combinations thereof;a support including a fix frame that is configured to attach to a sill of a window or on a balcony, a rotatable frame placed on said fix frame, a clip attached to said rotatable frame for holding a middle of said canopy until deployment of said parachute, a plurality of hinges about said rotatable frame connecting said rotatable frame to said fix frame, a plurality of springs affixed to said rotatable frame and said fix frame, a latch to fasten said rotatable frame to said fix frame, and a screw attached to said fix frame for setting said fix frame;an external hose connected to said air source system;a quick release hose coupler that couples said internal hose and said external hose;a safety belt attached to said compartment; anda plurality of packing belts connected to said rotatable frame for wrapping said parachute, said damper, said side metallic net, said bottom metallic net, and said safety belt. 2. The high-rise building escape apparatus of claim 1, further including a descent cord placed in said compartment. 3. The high-rise building escape apparatus of claim 1, wherein said damper has a check valve attached to each of said internal hoses, a plurality of escape valves attached to said airbags configured for releasing the air in said airbags, and foot slots placed on a wall of said compartment. 4. The high-rise building escape apparatus of claim 1, wherein said airbags are made of a fireproof and airtight material. 5. The high-rise building escape apparatus of claim 1, wherein said parachute has a center hole and a plurality of side holes configured to stabilize said parachute during said descent.
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이 특허에 인용된 특허 (6)
Giannakopoulos, Pavlos, Aircraft with a detachable passenger escape cabin and an aircraft with airbags.
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