FIELD: transportation.
SUBSTANCE: invention relates to compressed airflow vehicles. Disclosed is a system for controlling a small vessel on a compressed airflow, the bottom of which is made of parts at different angles, in the aft part of the body there are steering devices with shields installed at a given distance from each other, and directly above steering devices horizontal flow-guiding element in the form of U-shaped shield is made, located above rotary shields, with horizontal axes of rotation, with formation of slot hole between edge of shield and two steering devices, wherein the apron end is arranged inclined towards the rotary shields, which are fixed to back wall of stern and arranged at level of bottom of pneumatic channel, in which air pressure is created due to delivery device in form of impeller and differentiated air flow outlet from additionally created channel at output between steering devices, wherein in open area of pneumatic channel at end of confusor-nozzle at some distance in bottom there made is niche with curved surface with concavity and fixed in recess turning reverse bowl attached to horizontal axis of rotation with possibility of rotation in vertical plane, at that, reverse movement and / or braking is carried out by means of controlled rotation of reversing bucket with the help of vertical thrust with its extension downwards from niche, and the generated reactive gas mixture from the confusor-nozzle is directed under the flat bottom with aeration holes towards the open bow of the ship. There are described versions of control system implementation by small-size vessel on compressed airflow.
EFFECT: technical result of invention implementation consists in improvement of ship controllability on compressed airflow.
6 cl, 7 dwg
