Atmospheric engine

Abstract

An atmospheric engine comprises a box body. A crankshaft, a belt pulley, an electrical starter, bearings, a crankshaft sprocket, a flywheel and a connecting rod are arranged on the box body. A cross head is connected with a piston rod. The box body is provided with a shaft seal and a cylinder. A piston is disposed inside the cylinder. The piston is connected with the piston rod. A cylinder cover is mounted on the end face of the cylinder. The cylinder cover and the cylinder bottom are provided with an air intake and an air vent. A gas control device: a chain connects the crankshaft sprocket and a chain wheel, which is arranged on a transmission shaft; two ends of the transmission shaft are respectively provided with a bearing; the bearings are disposed inside a bearing pedestal on a platen; a vacuum valve and an exhaust gas valve are also arranged on the platen; the transmission shaft is provided with a transmission gear; the vacuum valve and the exhaust gas valve are provided with valve gears, which engage with the transmission gear; the exhaust gas valve and the vacuum valve are respectively connected with the air intake and the air vent of the cylinder and the cylinder cover; the other end of the vacuum valve is connected with a heater, which is connected with a mass-energy converter; the mass-energy converter is connected with a vacuum source; and the exhaust gas valve is connected with an exhaust gas source. The engine is also equipped with an accumulator jar and a generator.

Description

Technical field [0001] The invention relates to a piston engine, in particular to an atmospheric engine which uses the difference between vacuum and atmospheric pressure as power. Background technique [0002] At present, the known piston engines are mostly internal combustion engines using natural fuels, which utilize the pressure generated by the compression, combustion and expansion of fuel and air to drive the engine, which produce exhaust gas and cause serious pollution to the environment. Internal combustion engines need natural fuels, and the world's energy resources are becoming more and more tense. Therefore, modern atmospheric engines that do not pollute the environment and use natural fuels but use exhaust gases are needed. Europe injects a large amount of carbon dioxide into seabed rocks for storage every year. Although it does not enter the atmosphere, carbon dioxide is still dissolved in the ocean, making seawater acidic and destroying marine ecology. If carbon...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the shortcomings of existing internal combustion engines that use natural fuels and discharge waste gas to pollute the environment, the present invention provides an atmospheric engine that does not require natural fuels, does not discharge waste gas to pollute the environment, and uses waste gas as energy at the same time , to drive the engine to work

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