Combustible gas engine

Abstract

The invention relates to a combustible gas engine. Pairs of rotating cavities are formed in a shell; rotors are rotatably installed in the rotating cavities, and a rotating shaft of at least one rotor is used for outputting torque; the rotors are provided with at least one concave part in the circumferential direction, the concave parts and the corresponding rotating cavities are sealed to form rotor air cavities, and the rotor air cavities are correspondingly filled with combustible gas and oxygen, or are correspondingly used for being filled with the combustible gas and oxygen; when the rotor air cavities formed in the rotating cavities formed in pairs are rotated to the adjacent position of the two rotating cavities, the rotor air cavities are communicated by a communicating channel; and when the rotors are rotated to the position where the rotor air cavities sequentially communicate with an inlet channel, the communicating channel and an exhaust channel, the air inflation, deflagration and exhaust processes are carried out, and the deflagration of the mixed gas drives the rotors to rotate. The rotation of the rotors only changes the position of the rotor air cavities, and thevolume of the rotor air cavities cannot be changed, so that it is ensured that the combustible gas cannot be deflagrated under pressure before reaching the deflagration position, and the stable and reliable operation of the combustible gas engine is ensured.

Description

technical field [0001] The invention relates to a combustible gas engine. Background technique [0002] Since the mechanical revolution, engines based on steam engines and fuel engines have been widely and widely used. However, these two engines use non-renewable mineral energy such as coal and fuel oil as their main energy sources, which brings these two types of engines. Greater limitations. First of all, with the gradual depletion of non-renewable resources such as coal and oil, it will have a great impact on the continued use of steam engines and fuel engines, and secondly, steam engines. When the fuel engine is in use, it emits more harmful gases, which causes great damage to the atmospheric environment. Therefore, based on such problems, people continue to develop new new energy engines to gradually replace traditional steam engines and fuel engines. [0003] At present, there are gradually emerging different forms of engines that use hydrogen and oxygen as fuel and...

AI Technical Summary

Problems solved by technology

[0003] At present, there are gradually different forms of engines that use hydrogen and oxygen as fuel and produce water, but these hydrogen-oxygen engines mostly draw on the existing traditional engine form, and compress the hydrogen-oxygen mixture during operation. The chemical properties of hydrogen are relatively active, and it is easy to deflagrate under pressure, and the impact force generated by hydrogen deflagration is more than 20 times that of gasoline of the same volume, which is difficult for the engine block to bear.

In other words, it is difficult for traditional fuel engines to work with hydrogen and oxygen as fuel

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