Continuous Rotation Detonation Tank

Abstract

The invention provides a continuously rotating detonation tank which comprises a power device and a tank body. The power device comprises a housing, a central body, a rotary detonation and combustion chamber, an oil way assembly, an igniter and a driving mechanism. The housing is provided with an air inlet and an exhaust port. The central body is provided with a middle through hole penetrating through the central body in the axial direction of the central body. The rotary detonation and combustion chamber is arranged on the central body in a sleeving mode and is fixedly connected to the housing, and the air inlet of the housing is communicated with the rotary detonation and combustion chamber. The oil way assembly is communicated with the rotary detonation and combustion chamber in a controlled mode. The igniter is fixedly arranged in the rotary detonation and combustion chamber and is used for igniting the fuel fed into the rotary detonation and combustion chamber and gas formed by air, and further the gas produces rotating detonation and combustion. The power turbine of the driving mechanism performs rotary motion under the gas driving after rotating detonation and combustion so as to facilitate acting of the tank body. Due to the fact that a rotating detonation technology is adopted, the continuously rotating detonation tank is high in combustion efficiency and god in stability and reliability, fuel is saved, and the service life is prolonged.

Description

technical field [0001] The invention relates to the technical field of power, in particular to a continuously rotating detonation tank. Background technique [0002] Tanks are important equipment for army operations, and the power system is the core of tanks. At present, the Russian T-80 series main battle tanks and the American M1 series main battle tanks have been equipped with gas turbines as the main power plant for nearly 50 years. A gas turbine for tanks was also tested in 2014 and achieved complete success. It can be seen that gas turbines are expected to become the main power unit for tank equipment in the future. With the emergence of high-power-density diesel engines, there is great controversy over the advantages and disadvantages of gas turbines and diesel engines. Traditional gas turbines have the advantages of high power, small size, light weight, etc., and have good starting performance. At the same time, tank gas turbines The disadvantage of high fuel consum...

AI Technical Summary

Problems solved by technology

With the emergence of high-power-density diesel engines, there is great controversy over the advantages and disadvantages of gas turbines and diesel engines. Traditional gas turbines have the advantages of high power, small size, light weight, etc., and have good starting performance. At the same time, tank gas turbines The disadvantage of high fuel consumption is also very obvious, which has caused great difficulties for continuous operations and logistical supplies, and has become the focus of controversy

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