초록 ▼

An unmanned submarine which is guided to the surface of the water in order to launch an air rocket contained therein and which is provided in its walls with closeable openings for the discharge of the rocket recoil gases into the surrounding water to conduct the impinging recoil gases of a launched

An unmanned submarine which is guided to the surface of the water in order to launch an air rocket contained therein and which is provided in its walls with closeable openings for the discharge of the rocket recoil gases into the surrounding water to conduct the impinging recoil gases of a launched air rocket directly out of the submarine. To create a lock for the recoil gas discharge openings which withstands high water pressures and is easily opened in the starting phase of the air rocket, the openings are disposed in the surfaces where the recoil gases impinge on the wall of the submarine, each opening is closed by a cover which is pressed out of the opening by the impinging gases, the seat for the cover in the opening is configured as an inwardly tapered conical surface, and the cover is held in the opening by a transport safety which is released by the action of the pressure of the recoil gases or the cover.

대표청구항 ▼

In an unmanned submarine which is guided to the surface of a body of water to launch an air rocket contained therein and is provided in its walls with closable openings for discharging rocket recoil gases formed during a launching operation into the surrounding water, and wherein the air rocket cont

In an unmanned submarine which is guided to the surface of a body of water to launch an air rocket contained therein and is provided in its walls with closable openings for discharging rocket recoil gases formed during a launching operation into the surrounding water, and wherein the air rocket contains launching drives which direct recoil gases laterally toward a sidewall of said unmanned submarine during a start-up phase; the improvement wherein: said openings are disposed at least in the surfaces of said sidewall of said submarine where said recoil gases impinge during said startup phase; each said opening is closed by a respective cover which can be pressed out of the respective said opening by the impinging recoil gases; the peripheral surface of each said cover is inwardly conically tapered and a seat for said cover, formed by a laterally extending surface of said sidewall defining the respective opening, is matingly configured; and each said cover is held in a respective said opening by a transport safety means for releasing the cover in response to pressure produced by the recoil gases.