| 摘要 |
The jet-engine type drive system for wind-mills solves the problem of the compression of the wind in front of a nozzle-type throat for a return action drive and also balances out the lack of a very high pressure by a large-surface operating range of as many drive fins as possible, which overlap one another and form, with their surfaces, linearly-shaped throats between one another for a broad-surfaced nozzle-type reaction drive. Furthermore, the reaction drive solves the technical problem of stability, the drop in eddying in the air, the deployment of force on the longest lever arm despite the wind-speed, better rotation speed and the coping with very high wind-speeds without any significant danger of breakage or frictional loss. The pressure of a very high wind-speed is converted by adjustment into a multiplied flow with a higher rotation and is taken up by a flexible electrical force pick-up. The calculation of the performance of the installation consequently shows its great superiority and its ability to replace the present-day production of energy by harmful atomic power stations. The same installation, as a vertical-axis rotary system, completes the reaction drive of the wind side with a discharging counter-flow pushing-type drive on the sheltered side. |
