| 摘要 |
Rotor for: 1) Compression units: 2) Internal combustion driving mechanisms; 3) Compressed air reverse scavenging with compressive force; 4) Crown disk transmission to shaft by traction force according to a new formula (see mathematical calculation on sheet 5). Mains claims: "Utilization of centrifugal force" to generate energy. A rotary reciprocating engine comprises a rotor (3) with three (combustion) chambers (2) which rotates in a stationary housing (1). The rotor is rigidly connected to the shaft (4) and can be set in motion by the action of a rotary piston (5) incorporated in the rotor. The central cavity (6) of the rotor (3) is designed as a dynamic supercharge pump. Compression, combustion and expansion occur in smooth succession at intervals of 120 DEG on the circumference of a circle by means of a tridiagonal "lifting technique". The extension to pistons freely reciprocating at the circumference of a circle with "traction force and crown disk transmission" requires no rotation. Years of research have made it possible to refute the cancellation of the centrifugal force at the circumference of a circle. Designation: "Nonplusultra". |
