| 摘要 |
Assembly of associated elements for generating electrical energy without any external energy input into the system. This assembly comprises an electric current generator A. The latter is made to rotate by means of a compressed air turbine B. This turbine is made to rotate under the pressure of powerful compressed air jets originating from the compressed air reservoir C. This reservoir is fed under pressure by the compressor D. This compressor is set in motion by an electric motor E. This electric motor E is fed by storage batteries F. These storage batteries F are re-charged and supplied by the generator A when the latter is moving. When the motor E fed by storage batteries F operates the compressor D, the latter stores a large reserve of compressed air in the reservoir C. Once this reservoir is full and pressurised the motor E can be cut since there is sufficient compressed air to operate the turbine B. The latter, made to rotate by powerful jets of compressed air, drives the generator which produces its electric current. This electrical force will allow the motor of the compressor E to be fed which will create a perpetual closed cycle. This assembly, once started up, will form a power station capable of supplying a whole series of elements of the same construction with electrical energy up to a power output limit. The turbine is operated by the compressed air in the reservoir just as wind, water or steam power etc. would do. The important aspect is to operate a compressor sufficiently powerful to provide sufficient compression and a reserve of air sufficient to start the turbine whilst it attains its operating speed. The latter, once rotating at optimum revolutions, will supply the energy necessary to feed the motor of the compressor, re-charge its storage batteries and provide an electrical power which will be sufficient for all known uses. <IMAGE>
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