FIELD: engine technology.
SUBSTANCE: invention relates to heat engines. A gas turbine internal combustion engine, which is under microprocessor control, contains several, for example four, combustion chambers, which are an egg-shaped vessel having two electrodes of an electric discharge located next to each other in the upper part on the axis and with some offset from the axis two inputs blocked by needle-shaped electromagnetic valves, and one of them has a connection with a natural gas cylinder, and the other with a cylinder containing compressed air in contact with the atmosphere through a compressor, in the lower part of the combustion chamber there is an outlet in the form of a vertical pipe with a horizontal nozzle, the engine shaft is vertically fixed in ball bearing supports, in its lower part there is a bevel gear that performs mechanical communication with an electric starter, a horizontal turbine is rigidly fixed even higher, and the upper the end of the shaft is connected to the electric generator, moreover, the outlets in the form of a vertical pipe of all combustion chambers are located relative to the shaft at the same distance and with equal angular pitch in the horizontal plane, and their horizontal nozzles, equipped with a locking solenoid valve inside, are directed at the turbine blades. The engine body forms a chamber, the walls of which repeat the shape of the turbine in the transverse direction with the minimum allowable gaps, in the lower wall of the chamber in the area of the turbine blades with an equal angular pitch relative to the engine shaft, several, for example four, holes are made connecting the chamber with a silencer, which is an annular vessel, internally separated by corrugated partitions and grids and in its side wall there is a tubular connection with the atmosphere for the exhaust of combustion products.
EFFECT: invention provides a rotational motion with a torque, which is further used, for example, for generating electricity, implementing traction in ground transport installations.
1 cl, 1 dwg
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Authors
Dates
2022-04-29—Published
2021-05-25—Filed