High altitude escape life jacket

Abstract

The invention disclose a high altitude escape life jacket, comprising: two baldrics, a jacket body, a power switch, two airbags, a forced switch, an inductive switch, a bottom band, two pneumatic cylinders. The beneficial effects are: The invention has the advantages that the invention can solve the global problem that the high-altitude and high-rise escape problem, and the inflated airbags can delay the falling speed and reduce the landing impact force, and ultimately protect the safety of human.

1 . High altitude escape life jacket, comprising: two baldrics, a jacket body, a power switch, two airbags, a forced switch, an inductive switch, a bottom band, two pneumatic cylinders, the baldrics are set on jacket body symmetrically and connected with the jacket body, and the power switch is arranged on the front side of the jacket body and connected with the jacket body, and the airbags are arranged on the both front and rear sides of the jacket body connected with the jacket body, and the forced switch is arranged on the front side of the jacket body and connected with the jacket body, the inductive switch is arranged on the front side of the forced switch and connected with the forced switch, the bottom band is arranged on the lower end of the jacket body and connected with the jacket body, the pneumatic cylinders are arranged on both sides of the jacket body and connected with the jacket body;
 The power switch is connected with the forced switch and the inductive switch by electric, the forced switch is connected with inflation valves set on the pneumatic cylinders, the inductive switch is also connected with inflation valves set on the pneumatic cylinders, the inflation valves is connected with the air inlet set on the airbags.   
     
     
         2 . High altitude escape life jacket according to  claim 1 , wherein the gas in the pneumatic cylinders are compressed air, helium or other gas lighter than air.