JPH09256862A - Rotary engine with plug - Google Patents

Abstract

PROBLEM TO BE SOLVED: To suppress leakage of compression gas so as to provide high toque and high output and to improve fuel consumption by installing an ignition plug in the respective sides of a triangular rotor stored in a cocoon shaped housing freely rotationally. SOLUTION: In a cocoon type housing, a triangular rotor is stored freely rotationally, and according to the rotation of the rotor, intake and compression of fresh air and combustion and exhaust of fuel are repeated in a plurality of chambers dividedly formed between the housing and a roller, and consequently, rotational force is generated. In this kind of rotor engine, an ignition plug, which is arranged in a housing conventionally, is installed in the respective sides of the rotor. As the ignition plug is installed in the rotor, leakage of gas to another chamber via a plug hole in the housing can be prevented, so that high torque and high output can be obtained, and at the same time, fuel consumption can be reduced.

Description

DETAILED DESCRIPTION OF THE INVENTION According to the present invention, a triangle-shaped rice ball-shaped rotor is rotated in an eyebrow-shaped housing while rotating, while repeating suction, compression, combustion, and exhaust in each chamber. A rotor of a gasoline internal combustion engine that produces power. The engine spark plug is attached to a rotating rotor from a conventional housing. Conventional rotary. Two spark plugs of the engine were attached to the housing side, but when the seal at the top of the rotor passed through the spark plug hole of the housing, the seal could not close the spark plug hole, so it could be blocked. High temperature, high pressure explosive gas enters the spark plug hole in search of a spillway, and is blocked by a seal into the next chamber. The hole makes the seal look into the face as it moves. At that moment, the high temperature accumulated in the plug hole,
The high-pressure gas flows into the compression side all at once, like a cough. If the compression side and the explosion side sandwich the seal,
If they are connected by plug holes, the amount will increase.
Further, due to the gas flowing in, the air-fuel mixture is no longer in a good condition with the expanded gas. Also, the high explosive force is weakened, and the rotational force generation in the expansion stroke is also reduced. Similarly, in the compression stroke, when passing through the plug hole, a bypass phenomenon should occur and good compression should not be performed. If the spark plug is attached to the rotor of the present invention, the plug hole in the housing will disappear, and it will no longer occur, and it should be possible to obtain higher torque and higher output than ever before. The proof was that fuel consumption was high. However, if this happens, this engine will become a very high-power engine with the same displacement as before. Therefore, if you reduce the displacement to a level that is similar to that of an ordinary car, the engine will become smaller. A small displacement engine consumes less fuel, consumes less oil, and can value its limited resources. Also, a small displacement engine requires less material to make an engine, and a smaller engine will result in a cheaper car overall.

Claims (1)

[Claims] 1. A rotor for a gasoline internal combustion engine in which a spark plug is attached to each side of a triangular diaper-shaped rotor in a cocoon-shaped housing. engine