Issue 17 - Free-Energy Devices
Issue 17 - Free-Energy Devices Issue 17 - Free-Energy Devices
Fig.5 Pendulum Wheel Fig. 6 shows a wooden model of an asymmetric pendulum designed by Prof. Evert. In some phases of its work the process coincides with theory perfectly, but the device doesn’t function properly and can’t be in constant motion. Fig. 7 presents a structure of 3 pendulums set on one rotor. Theoretically the system is self- accelerating, but only up to a Fig.6.1 Fig.6.2 definite speed. Prof. Evert considers this attempt to be a prospective and interesting enough. To obtain a positive result one should design a model with better quality. 36 New Energy Technologies, Issue #3(18) 2004 Fig.7
Bessler’s Wheel Fig. 8 is photo of the wooden model, tested by Prof. Evert in his laboratory. The model is constructed of the most primitive materials. The theoretically expected effects are really visible. But the problem of this model is the fact, that the spring is not compressed at once, and this delay influences the work of the system. Fig.8.1 Fig.8.2 New Energy Technologies, Issue #3 (18) 2004 Sun Wheel Fig. 9 shows the operational principle of another device suggested by Prof. Evert. Fig.11 The variations of this principle are Fig. 10. Fig.10 The minimal possible number of working elements is three, as it’s shown in Fig. 11. Turbines Fig. 12 illustrated the scheme of the turbine suggested by Prof. Evert. The inlet of water is performed in the centre of the system, axially. Pay your attention to the original form of the stator. 37
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Fig.5<br />
Pendulum Wheel<br />
Fig. 6 shows a wooden model of an asymmetric<br />
pendulum designed by Prof. Evert.<br />
In some phases of its work the process coincides<br />
with theory perfectly, but the device doesn’t<br />
function properly and can’t be in constant<br />
motion. Fig. 7 presents a structure of 3<br />
pendulums set on one rotor. Theoretically the<br />
system is self- accelerating, but only up to a<br />
Fig.6.1<br />
Fig.6.2<br />
definite speed. Prof. Evert considers this<br />
attempt to be a prospective and interesting<br />
enough. To obtain a positive result one should<br />
design a model with better quality.<br />
36 New <strong>Energy</strong> Technologies, <strong>Issue</strong> #3(18) 2004<br />
Fig.7
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