MODELLING OF TIME CHARACTERISTICS OF THE DEVICE OF RESCUE OF PEOPLE FALLING FROM HEIGHT

The patented saving device representing pneumatic escape-mat is considered. This class of saving means is the most effective and possesses the big throughput. This saving device is used at occurrence of a fire in buildings and the constructions which have been not equipped with means of evacuation is more often. It is possible to attribute a small amount of fighters to advantages of this device for preparation of means for work, simplicity of installation and small time of reduction of the saving device in a working condition. In this saving device are absent delivery fans as the original method of submission of air is used. The mechanism of filling is shown by air of an internal cavity of the saving device. Analytical dependence for definition of time of filling by air of volume of an internal cavity is received. This formula can be used at designing pneumatic saving mats.