Issue 17 - Free-Energy Devices
Issue 17 - Free-Energy Devices Issue 17 - Free-Energy Devices
Alternative Energy Projects in Germany Reviewed by A. V. Frolov Source documents are published on web site http://www.evert.de Prof. Alfred Evert Wilhelm-Kopf-Strasse 40 D 71672 Marbach fred@evert.de evert@t-online.de In early August we got in touch with Prof. A. Evert and asked him some questions about the course of his experiments. Interesting data about high-performance turbines, vortex machines like Clem- motor and mechanical devices, creating turning moment on the shaft due to constant mass imbalance was presented on his web-site. Prof. Evert expressed a desire to introduce his notion of ether used in his experiments to our readers. We hope that this review will rouse interest of our readers. Gravity- Centrifugal Motor Fig. 1 shows a constantly rotating motor, that has 12 radial masses. Every mass is situated between the inner and the outer radial spring. The centre of gravity in the system is offset, so that the rotor is theoretically accelerated. This concept may be useful in construction of constantly revolving and self-accelerated machine, a perpetual motion machine literally. These machines will not consume any energy. Still the source of excess energy is well-known: easy access to gravitational energy combined with centrifugal forces. One should notice that the energy 34 New Energy Technologies, Issue #3(18) 2004 Fig.1 conservation law applied to impetus is not violated here. Energy turns into yield only due to rational build-up: there occurs intermediate storage of excess energy when it’s not needed to rotate, and it’s applied later, when it can have beneficial action to increase the turning moment of the system. One should mark, that the 3rd type of energy – forces of molecular adhesion - is also applied here. It is the flexible material of springs that performs yield, returning to its normal state. Of course, forces of molecular adhesion do not serve as a source of energy, but they act as an instrument to organize the necessary process of motion. This structure was suggested by Prof. Evert in August, 2001.
Oscillation Motor Fig. 2 presents a rotor with radial elements with a pendulum at the end of each. In the lower phase of the pendulum potential energy of its weight transforms into kinetic energy of its motion which can be used to increase the turning moment of the rotor. Please pay your attention that Prof. Evert marks the necessity of spring elements. The scheme has a direct relationship to the so called Bessler principle: masses can be directed along the radius of various lengths, that creates dissymmetric trajectory and resultant force. Fig.2 This effect can be achieved due to springs, mechanical joints or various elastic elements. Non-productive (from the turning moment’s point of view) forces should be transformed into material deformation of various elements, that’s why the relaxation of these elements will lead to the increase of the turning moment of the system. Fig. 3 shows a rotor with radial elements in various positions. The wheel will be turning at steady speed, Prof. Evert claims. Fig. 4 presents one more scheme, the basic elements of which are: rotor, springs and masses. New Energy Technologies, Issue #3 (18) 2004 In the upper position the spring will be compressed by the weight of the plummet, then it’s released and the radius increases. Fig. 5 gives a good idea how the mass centre of the system is offset. Fig.3 Prof. Evert makes a request to our readers, asking to collaborate with people who can create working models or help with computer simulation of these processes. Fig.4 35
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Oscillation Motor<br />
Fig. 2 presents a rotor with radial elements with<br />
a pendulum at the end of each.<br />
In the lower phase of the pendulum potential<br />
energy of its weight transforms into kinetic<br />
energy of its motion which can be used to<br />
increase the turning moment of the rotor. Please<br />
pay your attention that Prof. Evert marks the<br />
necessity of spring elements.<br />
The scheme has a direct relationship to the so<br />
called Bessler principle: masses can be directed<br />
along the radius of various lengths, that creates<br />
dissymmetric trajectory and resultant force.<br />
Fig.2<br />
This effect can be achieved due to springs,<br />
mechanical joints or various elastic elements.<br />
Non-productive (from the turning moment’s<br />
point of view) forces should be transformed into<br />
material deformation of various elements, that’s<br />
why the relaxation of these elements will lead<br />
to the increase of the turning moment of the<br />
system.<br />
Fig. 3 shows a rotor with radial elements in<br />
various positions.<br />
The wheel will be turning at steady speed, Prof.<br />
Evert claims. Fig. 4 presents one more scheme,<br />
the basic elements of which are: rotor, springs<br />
and masses.<br />
New <strong>Energy</strong> Technologies, <strong>Issue</strong> #3 (18) 2004<br />
In the upper position the spring will be<br />
compressed by the weight of the plummet, then<br />
it’s released and the radius increases. Fig. 5 gives<br />
a good idea how the mass centre of the system<br />
is offset.<br />
Fig.3<br />
Prof. Evert makes a request to our readers,<br />
asking to collaborate with people who can<br />
create working models or help with computer<br />
simulation of these processes.<br />
Fig.4<br />
35
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