Non-power-operated, non-tangled high-rise slow-descent rescue escape cabin

Liaoning Anmin Technology Industry Co., Ltd.'s power-free, non-tangled high-rise slow-descent rescue escape cabin was successfully installed and operated on a pilot basis at the University of Minzu of China in Beijing. The operating principle of the equipment is to convert the gravitational potential energy of the descending rescue cabin into descending kinetic energy, and the two rescue cabins run back and forth. There is a fixed-length safety wire rope between the two rescue cabins. The two steel wire ropes pass through the driving wheel and the driving wheel coaxially. The deceleration system and emergency braking system on the vehicle ensure the smooth operation of the descent speed, thereby realizing reciprocating rescue operations and allowing multiple people to be evacuated to the ground quickly and safely at the same time. Eight features of the escape cabin
Non-winding design for non-electric operation and load upward movement
Simple and fast operation method, safe and smooth descent speed, accurate layered docking
Efficient and stable rescue for multiple people at the same time Fast reciprocating operation
The power-free slow descent technology, centrifugal clutch speed braking technology, anti-drift rope automatic hook and various cutting-edge technologies are integrated to truly achieve safe, efficient, fast and reliable rescue.