Rotary engine with explosion chamber pockets in the cylinder and power wheel

A rotary internal combustion engine, comprising:

• a cylinder seat and a power wheel, characterized in that the cylinder seat includes:
• a circular cylinder for accommodating the power wheel;
• at least one or more than one inwardly concave first explosion chamber formed on a peripheral surface of a cylinder wall;
• and
• at least an ignition system, a fuel supply system, a compression means, an exhaust, and an intake are installed for each first explosion chamber and are located at the external periphery of the cylinder seat and communicated with the cylinder;
• wherein the ignition system is connected to the first explosion chamber;
• the compression means includes an elastically actuated gas barrier member, and the gas barrier member elastically abuts and airtightly seals the peripheral surface of the power wheel;
• the power wheel is freely rotatable and slidably coupled to the circular cylinder of the cylinder seat, and at least one or more than one compression chamber and second explosion chamber disposed adjacent to one another on the peripheral surface of the power wheel;
• and
• the compression chamber and the second explosion chamber are rotated providing connection to the first explosion chamber, then, the fuel supply system, then the compression means, then the exhaust and then the intake of the cylinder seat;
• wherein, the compression chamber and the second explosion chamber are rotated and provided with fresh air supplied by the intake and the fuel gas inputted by the fuel supply system;
• and
• the elastically actuated gas barrier of the compression means contacts the compression chamber of the power wheel maintaining a mutual airtight contact.