Method for converting gravity force, spring force and force of permanent magnets in a rotary motion.

Abstract

This article relates to energy engineering and more particularly to the alternative energy technology of getting power from the fundamental forces of nature such as gravity, elasticity and magnetism. In physics, a force is any interaction, which tends to change the motion of an object. In other words, a force can cause an object with mass to change its velocity (which includes to begin moving from a state of rest), i.e., to accelerate. Forces are also described as a push or pull on an object. They can be due to phenomena such as gravity, magnetism, wind or anything that might cause a mass to accelerate. Still more particularly this article is about one method of converting gravity force, spring force and repulsive/attractive force of permanent magnets into rotary motion. This conversion does not require the use of an additional external energy in accordance with the approval of the physics that any physical force alone can compel an object with mass to change its speed, which includes beginning to move from a state of rest. In accordance with the generally accepted definition of the " engine/motor " , it converts energy into mechanical force or motion. It is incorrect definition. Energy cannot set in motion a complex machinery. It must be converted into a physical force first. Physical force and only physical force can set in motion all the moving parts of any engine/motor. In steam engine, the force of pressurized steam converts into mechanical reciprocating movement and rotation of a wheel. The pistons in car convert the force of gases explosions in the cylinders into rotational motion of the wheels. Clockwork motors in wind-up clocks and toys operate under the influence of spring force. Grandfather's weight driven clocks use gravity force. Pneumatic motors use the force of a compressed air. A windmill operate using the wind force to make energy. A waterwheel uses force of linear motion of river water and convert it into rotational motion and so on. There are two components of force in circular motion: tangential Ft and normal Fr (Fig. 1). The tangential component Ft acts along the tangent while the normal component acts along the radius r. Only the tangential component Ft of the force F generates torque. The radial component Fr will not affect the torque about point p. Fig. 1

Full text

1
Method for converting gravity force, spring force and force of permanent
magnets in a rotary motion.
This article relates to energy engineering and more particularly to the alternative energy
technology of getting power from the fundamental forces of nature such as gravity, elasticity
and magnetism.
In physics, a force is any interaction, which tends to change the motion of an object. In other
words, a force can cause an object with mass to change its velocity (which includes to begin
moving from a state of rest), i.e., to accelerate. Forces are also described as a push or pull on
an object. They can be due to phenomena such as gravity, magnetism, wind or anything that
might cause a mass to accelerate. Still more particularly this article is about one method of
converting gravity force, spring force and repulsive/attractive force of permanent magnets
into rotary motion. This conversion does not require the use of an additional external energy
in accordance with the approval of the physics that any physical force alone can compel an
object with mass to change its speed, which includes beginning to move from a state of rest.
In accordance with the generally accepted definition of the “engine/motor”, it converts
energy into mechanical force or motion. It is incorrect definition. Energy cannot set in motion
a complex machinery. It must be converted into a physical force first. Physical force and only
physical force can set in motion all the moving parts of any engine/motor.
In steam engine, the force of pressurized steam converts into mechanical reciprocating
movement and rotation of a wheel. The pistons in car convert the force of gases explosions in
the cylinders into rotational motion of the wheels. Clockwork motors in wind-up clocks and
toys operate under the influence of spring force. Grandfather’s weight driven clocks use
gravity force. Pneumatic motors use the force of a compressed air. A windmill operate using
the wind force to make energy. A waterwheel uses force of linear motion of river water and
convert it into rotational motion and so on.
There are two components of force in circular motion: tangential Ft and normal Fr (Fig. 1).
The tangential component Ft acts along the tangent while the normal component acts along
the radius r. Only the tangential component Ft of the force F generates torque. The radial
component Fr will not affect the torque about point p.
Fig. 1

2
Torque τ is a measure of how much a force F acting on a wheel causes that wheel to rotate.
The wheel rotates about an axis, which is the pivot point p. The distance from the pivot point
to the point, where the force acts is the moment arm, and denoted by r. Note that this distance
r is also a vector, and points from the axis of rotation to the point where the force acts. Refer
to this picture for a clear representation of these definitions. Torque (or a rotational force) τ is
defined as τ = r ×F = r F sin θ. Evidently, the less the angle θ the greater the rotational
force.
The picture Fig. 2 below shows simple machines that use this principal of a physical force
conversion into rotational motion.
Fig. 2
A force F acts on the large wheel at an acute tangent angle θ (Fig. 1). To transmit the force
without transmitting motion we use a small wheel, which also rotates under action of this
force. The weight in the gravity motor and the permanent magnet in the magnet motor remain
in a static state without movement when motor operate. The spring in the spring motor stay
compressed too during the rotation of the large wheel. This situation is quite unusual for the
observer, as in accordance with modern ideas in physics affecting object itself must be set
in motion, such as the weight or the spring in the grandfather’s clocks.
Fig. 3

3
The experiment with the ball shows this situation clearly. In this experiment a heavy ball
mounted on a small wheel, leads a big wheel in a continuous rotation using its weight, which
affects the big wheel down in the tangent direction. The ball does not change its position on
the height during motor operation.
Screen shot of the Ball Engine. Published veproject1 on 18 Sep 2015
https://www.youtube.com/watch?v=w55MPsIRYAQ
The experiment with spring motor confirm this state too. Spring force in this experiment acts
tangentially (not radially) on the large wheel causing its continuous rotation. In this
experiment, a spring does not change its state, that is, it remains compressed. Gravity motor
US patent 6237342 B1 shown in this video works because of weight imbalance. Extra weight
on left acts on the ends of rotating cross in plane of rotation at an acute tangent angle too.
Screen shots of the gravity motor and spring engine. Published veproject1 on 16 Jun 2013
https://www.youtube.com/watch?v=bmjBTSdCiVg .

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In the other experiment powerful magnet hold a steel ball on one side of the big wheel.
Because of two forces action, big wheel rotates continuously. Theoretical study of
simultaneous impact of gravity and magnet force on the big wheel described on page
http://energythic.com/view.php?node=283.
Screen shots of the gravity-magnetic motor. Published veproject1 on 31 Jul 2015
https://www.youtube.com/watch?v=m8-Kek8Halc
This Spring Powered Motor looks different from others but driving force acts the same way.
The amount of force required to push the spring down at the end of the spring is less than the
amount of force, which push cam of the flywheel up when it is getting closer to attachment
point of the spring. Therefore, each turn the flywheel will get an extra push-up ensures
continuous rotation of the wheel. This action looks like gravitational slingshot maneuvers of
the spacecraft https://en.wikipedia.org/wiki/Gravity_assist.
Screen shots of Spring Powered Motor. Published bailywick1 on Oct 21, 2013
https://www.youtube.com/watch?v=c3I2zeoUbzg
All these experiments suggest that it is possible to generate energy using gravitational force,
spring force and force of permanent magnets.

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Describing these experiments, I am trying to prove to everyone that there are energy sources
we do not use today. We know very little or have no knowledge at all about them. That is
why it is very hard to make a dialogue on this issue seriously. The proof that gravity,
elasticity and permanent magnets have their own sources of energy are just above models of
the mechanisms set in motion by the forces that these energy sources give rise. These models
created at amateur level and no scientific centers that would recognize these experiments in
earnest.
The most convincing demonstration that permanent magnets have their own energy source,
providing them a powerful mutual attraction or repulsion, is magnet motor WO 2009/019001
https://www.youtube.com/watch?v=CDpKqdcDDrQ .
Current theories do not recognize the gravity, elasticity and permanent magnets as sources of
energy. They do not recognize because know a little about them. It is necessary to go through
a long and difficult way to obtain working theories.
Deficiency of knowledge in this area has led to a massive participation of the enthusiastic
people in the experimental search for answers that cannot give the scientists. I want to
emphasize that unknown to us energies manifest themselves in the form of forces that we
feel, and we can measure. We know how to deal with the forces when calculating machines,
mechanisms, and can design and build them for using these forces. At this time, engineer-
designer has no necessity to know the theory of the origin of the physical force.
I have already retired, but has not lost interest in basic science problems in the field of new
technologies generating energy without causing damage to the environment. I researched the
possibility of direct conversion of the forces such phenomena of nature like gravity, elasticity
and magnetism in mechanical rotary motion, which means the work and energy. My ability to
conduct such studies in home workshop is very limited. I started my work with the creation
of a model of the gravity motor
http://peswiki.com/index.php/Directory:Vlad_Zenin%27s_Multifunction_Gravity_Motor .
You can see a simplified version of it in action
https://www.youtube.com/watch?v=bmjBTSdCiVg . Later models similar to those shown in
Fig. 2 were the main research tools. Nevertheless, I had made the necessary calculations,
simulations and experiments, which allowed me to formulate the basic requirements for new
method of force conversion into rotary motion and to develop engines that performs this
conversion http://www.ipaustralia.com.au/applicant/zenin-vladimir-mr/patents/. To
understand the method you can read a patent here
https://www.researchgate.net/publication/289536285_Magnet_engine and article here
http://forcetoenergy.blogspot.com.au/
Development of a new method theory and engines design in these publications brought to the
level necessary and sufficient to create engine with given power.