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 Posted: Sun Jun 28th, 2009 02:44 am
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Joe Kelley
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DESCRIPTION AND WORKING PRINCIPLES OF: THE LEA ELECTRICITY PRODUCING DEVICE.

Above is one link to one device that claims to prove the concept of over-unity.

Below are my thoughts on another possible design for over-unity.

While driving by a large windmill near my home town I began thinking about a concept of making the large windmills more efficient.

Here is a picture of a large windmill to help illustrate the scale of a large windmill



My first inspiration for the idea that will be explained here is a thought process concerning the advantage of momentum or from the opposite viewpoint the disadvantage of having a large windmill motionless.

Think about how difficult it must be to start one of those windmills turning, and to do that just imagine having to stop one of those turning windmills once it is turning. There is a requirement of great power to accelerate all that mass which is much more than the power required in maintain a rotation speed. That is the initial thought process that began the idea.

I began to think about iron core rods housed in cylinder windings where each of the three blades generate power as the iron core rods move through the windings when gravity forces them through the windings at different positions on the clock as the blade rotates.

Take one blade for example where the rod is near the center of the hub and gravity forces that rod out to the tip of the blade because that blade is angled down where the tip is lower than the root of the blade at the hub. As that rod is forced to the tip the iron generates electric power as the magnetic field of the cylinder winding is created and destroyed (or whichever words accurately describe that type of electric generating force).

As that iron core moves outward generating power the power is sent to the blade that is moving up from the position where its tip was at the bottom but it is now moving up from the bottom so that the iron core in that blade is moved by electric force from the tip to the root. The third blade will be nearing the top and the iron core is moved by gravity to the root once it passes the horizontal position.

So what happens is a switch that turns each winding around each iron core to act as a generator for 270 degrees of the clock while those two generators are moving one iron core from tip to root through only 45 degrees.

Will that sustain motion? Will that generate motion? Will that make it possible to “jump start” a motionless windmill and get it accelerated for a light wind condition if some power is spent moving the iron cores to positions where gravity will be the power that accelerates the blades?

Think about that from any position where the three blades are motionless, for example a position where one blade is pointed straight down and two blades are pointed up at 2 and 10 o’clock. Both upward pointing blades would have rods settled at their roots near the center while the down pointed blade would have its iron rod at the tip. In order to get that windmill moving the bottom blade would have to be powered up to the root with electric current flowing through the winding in the right direction. The iron rod in the 10 o’clock blade would have to be forced out to the tip while the rod at 2 o’clock is left at the root. At some point the balance of weight would favor the 10 o’clock blade as its rod reaches the tip and as the downward pointed rod reaches the root. The 10 o’clock blade would begin to fall because the balance of weight is out at the tip on that blade while the other rods are at the root, one is at the root by gravity and the other is being forced to the root by electric power.

Once the blades start turning the power is shut off and eventually the 10’oclock blade passes down and through 9 o’clock where the rod will then fall the rest of the way to the tip and it will generate electricity because the circuit is switch to accomplish that capacity. A mechanical device is also needed to limit the travel of the rod that is not moving in the up swinging blade, so as to avoid the need to hold it in place with electric power. Meanwhile the blade at the top moves through 12 o’clock, 11 o’clock, 10’ o’clock and its core is still at the root where gravity holds it.

When the top blade passes through 12 o’clock the up swinging blade is held and the down swinging blade is still generating electricity as the rod falls to the tip. Once the down swinging blade is at 6 o’clock at the bottom the up swinging blade has a rod that will fall to the root and it will begin to generate electricity, while the 10 o’clock blade still has its rod at the root. The momentum of all the mass is now going to require force to stop it, which is not the same thing as the initial requirement to power the rods up against gravity; to get the blades moving.

The 2 o’clock rod is generating electricity that can be used to bring the 6 o’clock rod up; and the 10 o’clock blade will soon move past 9 o’clock and its rod will fall and generate electricity. If the speeds at which the rods move through the windings in the blades are governed the effect will be an egg shaped path of each rod as the prop disk is seen like a clock. Each rod reaches the tip at 6 o’clock, at 3 o’clock the rods are forced by electric power to the middle of the blade, the rods drop back to the root of the blade at 9 o’clock, and the rods are dropped down to the tip at 6 o’clock again.

Will it work?

2 rods are generating electric power as they move by gravity from the middle position inside the windings of the blades to the root and then all the way back out to the tips while one rod has to be force up against gravity, and inward against centripetal force only half the distance of one blade winding.

Centripetal force will work against the rod dropping from half way to the root between 3 and 9 o’clock, but centripetal force will work with the rod moving out to the tip between 9 and 6 o’clock.


 

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 Posted: Fri Aug 21st, 2009 12:33 pm
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Joe Kelley
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Using electromagnetic coils to move sold iron balls through wind-mill blades (electric generator type wind-mill blades) to keep the weight of the iron ball at the tip on the down side and at the root on the up side, the idea is to see if the input of electric power used to move the iron balls will exceed the output generated by the increase in momentum, plus the increase in power as the iron balls decelerate through the electromagnetic fields in the tubes (plus a possible mechanical advantage of leverage as the weight of the iron balls are on levers at the tips of the blades on the down side, and not at the tips in the up side).

 

The iron balls are shot up from the tips of the blades before the tip reaches bottom dead center. The trajectory of the ball is aimed at the center of a hub. When the ball leaves the tube it is timed to enter a new tube with enough momentum to continue upward and outward to the tip as the blade goes over top dead center and as the blade goes downward to bottom dead center the iron ball decelerates due to gravity, while the iron ball accelerates if the wind-mill is spinning fast enough to cause centrifugal force, and the balance of forces are controlled by adding or subtracting electric load to the electromagnetic field in the tube coils.

 

No iron balls are near the tip of the blades as the blades rotate from bottom dead center to top dead center.

 

The iron balls are decelerated by controlling the load drawn from the electromagnetic coil if centrifugal force is great enough to cause the iron ball not to be motionless by the time the ball reaches the tip, as the blade rotates downward.

 

Seen from a side view the iron balls would be shot upward in each blade of the wind-mill (near the bottom), decelerated by gravity and/or electric load to cause the iron balls to scribe an egg shape; where they are always at the tip of each blade when each blade is half way between top and bottom dead center (90 degrees from vertical, or perpendicular to the gravity vector) and each iron ball is through the center of the hub when each blade is vertically up or down, and no iron balls are in any blades as the blades are moving from bottom dead center upward against gravity to top dead center.

 

 

I'm sending in the idea as a science project

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