| 摘要 |
The said motor is a motor comprising a stator 1 (1) in the center which enables the piston (3-1) to reciprocate during intake and compression and to remain fixed in its maximum compression position during combustion and exhaust processes, and which comprises three separate surfaces around it with different inclinations; a rotor (3) which circularly rotates around the axis of the stator 1 (1) with its radius rRt, and comprises a piston stroke (cylinder in our example), a piston (3-1) for each piston stroke and also a pallet (3-2); and a stator 2 (5) which surrounds the rotor (3) and which is coaxial with the stator 1 (1) and the rotor (3). While the rotor is rotating, with the function of the piston (3-1), pallet (3-2), and rings (sg); intake, compression, combustion and exhaust events take place between the rotor (3) and the stator 2 (5); and with the gas pushing the pallet during combustion (expansion) process, the rotor with the radius rRt rotates with Md = Fo x r moment without being subjected to the moment reduction of cos a x cos ß which is observed in a conventional motor. Here, Fo is the force pushing the pallet, r = rRt + BB' / 2, and BB' is the height of the pallet in expansion state. When pallet (3-3) is used surface (2) of the stator 1 and when pallet (3-4) is used continuation of the ceiling surface of the stator 2 (5) or a surface parallel to this surface from the outside are used; and in these embodiments, there is at least a ring space (dt) between the pallet (3-3 or 3-4) and the ceiling of the stator 2 (5) (3-3, a; 3-4, a). Although practically pallet type (3-2) is used when describing operation of the motor, in addition to the pallet types (3-2), (3-3), (3-4), there are very important pallets which are (3-6) pallets which bear compression ring (7) and lubricate by rolling and (3-7) pallets which only lubricate by rolling. |
