Fuel engine capable of interfering in air intake amount and exhaust efficiency

Abstract

The invention provides a fuel engine capable of interfering in air intake amount and exhaust efficiency, and belongs to the technical field of automobiles. The fuel engine comprises an air inlet manifold hole and an air outlet manifold hole, wherein the air inlet manifold hole and the air outlet manifold hole are formed in a cylinder body; a rotor rotationally connected to the cylinder body is arranged at an opening of the top of the cylinder body; a gap is formed in the rotor and can communicate to the air inlet manifold hole and a combustion chamber or the air outlet manifold hole and the combustion chamber; a transmission gear is fixedly arranged on a rotating shaft; and a supercharging gear engaged with the transmission gear is connected to both an air inlet supercharging shaft and anexhaust supercharging shaft; the air inlet supercharging shaft is provided with an air inlet turbine capable of driving airflow in the air inlet manifold hole to flow towards the combustion chamber when the air inlet supercharging shaft is opposite to the rotation direction of the transmission gear; and the exhaust supercharging shaft is provided with an exhaust turbine capable of driving airflowin the exhaust manifold hole to flow away from the combustion chamber when the exhaust supercharging shaft is opposite to the rotation direction of the transmission gear. The fuel engine has the advantages of improving the air intake amount, the exhaust efficiency and the like.

Description

technical field [0001] The invention belongs to the technical field of automobiles and relates to a fuel engine capable of intervening in intake air volume and exhaust efficiency. Background technique [0002] Fuel engines are generally used in traffic equipment such as automobiles. Those skilled in the art know that the fuel supply of fuel engines (especially gasoline engines) is determined according to the intake air near the fuel injector. The larger the intake air, the greater the torque of the engine. In the prior art, the turbocharger method is used to increase the intake pressure at an appropriate time or under all working conditions, thereby increasing the engine torque. The turbocharger uses the exhaust gas pressure as the power source, and the exhaust pipe The exhaust gas turbine installed at the exhaust gas turbine is connected with the intake turbine installed at the intake manifold to make them synchronized, and the exhaust gas pressure is used to drive the inta...

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Problems solved by technology

[0002] Fuel engines are generally used in traffic equipment such as automobiles. Those skilled in the art know that the fuel supply of fuel engines (especially gasoline engines) is determined according to the intake air near the fuel injector. The larger the intake air, the greater the torque of the engine. In the prior art, the turbocharger method is used to increase the intake pressure at an appropriate time or under all working conditions, thereby increasing the engine torque. The turbocharger uses the exhaust gas pressure as the power source, and the exhaust pipe The exhaust gas turbine installed at the exhaust gas turbine is connected with the intake turbine installed at the intake manifold to make them synchronized, and the exhaust gas pressure is used to drive the intake turbine to rotate to increase the intake pressure at the intake manifold. Although this method is mature , but it also brings certain side effects and defects, such as the increase of exhaust gas exhaust resistance, resulting in incomplete exhaust exhaust, more exhaust gas residues in the combustion chamber, the negative pressure of the intake air in the combustion chamber is affected, and more combustion residues. There is a lot of carbon deposits. Although the exhaust gas recirculation is benef

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