Free energy gravity motor: Pinwheel Generator

[Russell Lee]

Jim,  This is the very reason why this design has been given to the world with the full description of how it works-to announce a practical solution to the world's energy problems.  A gravity motor is free energy, fueless, pollutionless. 
  Even in space travel it represents a never-ending energy supply when it is within a rotating space station whose rotation is producing centrifugal force=artificial gravity.  Many pinwheel generators on the outside levels of the cylindrical station would produce enough energy both to power the station, and keep it rotating.
  This generator, although maybe not absolutely effecient, doesn't need to be if it is producing free electricity- there is no loss.  Two poorly producing free enegy generators still are the answer over ANY other system that requires an outside source to operate (fuel, wind, sun, river, etc..).    -Russ
  Hi Russel,
I did a quick look through Bessler's drawings the other day.
He has a wheel like that among his drawings.
I think he included a pumping mechanism that could work both ways on both ends.


                                                        Jim

edited to add, actually missed something about your design. Pumping water up hill is very inefficient.
A simple overunity wheel would have 3 weights and 3 bladders. When one bladder is moving towards bottom center, a weight would compress it. at the same time, the weight would pull down on the bladder behind it. This would create pressure in one bladder and vacuum in another.
And by using a flow control device like a check valve, the water could only flow one way. This would also keep the water on one side maintaining a constant imbalance.
Who knows, maybe someone might be willing to try this. It should be an easy build. It would basically be set up like a 3 bladed propeller. This also means there would be 2 lines per bladder. One to the one in front of it and one to the one behind it.

edited to add,
Look at Mt 69. by having weights on bladders, something is pumped/vacuumed to the top. I think he did many drawings based on what he knew.
Sometimes think he should have made known how his wheels worked at that time. He might have found people would have been more appreciative of his discovery.
It could be that in the long run, while ti is interesting engineering, it really has no practical value. And  I think this is why he might have been bitter.

[Russell Lee]

Jim,  I understand the point you are making.  Imagine the weight ball weighing 25,000 lbs (or 50,000).  The pressure of the liquid under this weight would be sufficient to turn the wheel to turn a generator, or water pump, or whatever.  One plate is missing form the squidoo site and that is the one that shows an air transfer pipe leading from one cylinder to the cylinder opposite to it.  This pipe allows for the air being displaced by the filling of the upper cyninder to enter the lower cylinder as the lower cylinder's weight ball is descending-creating a vacuum above it.  There is another free energy gravity motor/generator called the Heavy Float Pump Generator but is not right now on the web.  Maybe soon it will be back up.  It is one that can be built in one's back yard using common materials.  This Pinwheel Generator requires moderate industry to fabricate.    -Russ
  Hi Russ,
It is known that if when in space, a round piece of iron and a round magnet are together, they will rotate.
One of the things I did not mention about pumping water is something that can be observed with your garden hose.
When it is a spray, it is a convergent nozzle. When it is a stream that generates force, it is a convergent/divergent nozzle.
What would need to be considered with your idea is would force be lost when water goes against gravity and is not bound by piping.
In some ways, how hydro power plants develop power would be consistent with what you are thinking. They use static heads. While most people see the large reservoirs behind them, it is the static head that is the force they use. Think if you controlled the flow of a water fall, every 33 feet of elevation would increase the water pressure by 14.2 psia.
A 165 foot tall water fall would have 71 psi(a).

                                                             Jim     

[Alleysaurus]

Using the drawings I found on your squidoo site, I tried to sketch out a  drawing of what this machine would look like if it were built. It is incomplete because I haven't yet figured out what the spring lock mechanism would look like, but would you please look over what I have so far & let me know if I got it right. Also, if you could explain more about this spring lock mechanism, I might be able to conceptualize it.

Al

[Russell Lee]

Al, excellent graphics!  The spring lock mechanism works as follows:  When the weight ball arrives at the mechanism it depressed the two outside locks that hold up the top plate so that the liquid pressure won't depress it.  When the top plate is unlocked, the weight ball will depress it causing the vertical arm within the mechanism's body to be pushed down.  This will bring in the two locking arms (with little rollers on them) that are being held out to lock in place the whole mechanism cylinder (to keep it up).  Once the two locks are brought in, the whole mechanism cylinder (that is fitting within the casing) will be able to be pushed down by the weight ball enough to unlock the whole cylinder so that it can rotate.  As it pushes down the unlocking mechanism, it will also be compressing the spring in the spring arm below it so that when the unlocking mechanism descends low enough to unlock (pass through the stop gate) the energy in the compressed spring will assist in rotating the whole generator mechanism 90 degrees to begin the process again.  Please include the spring arm mechanism in your graphics also.  I'm sorry the sketches aren't that great.  The whole unlocking mechanism is a cylinder with inside locks that fits inside the casing of it's weight ball cylinder.  I hope this helps.  I travel around the country promoting this generator and my website Archive.org: Godproven.com  so I can only get to the computer to check my e-mails sporatically.  I apologize for the delay in responding to your message.
-Russ

Using the drawings I found on your squidoo site, I tried to sketch out a  drawing of what this machine would look like if it were built. It is incomplete because I haven't yet figured out what the spring lock mechanism would look like, but would you please look over what I have so far & let me know if I got it right. Also, if you could explain more about this spring lock mechanism, I might be able to conceptualize it.

Al

[Russell Lee]

Jim,  As the weight ball creates the vacuum there is a pipe that connects the upper and lower cylinders so as the air from the cylinder above is being pressed out of that cylinder by the incoming liquid, the vacuum created by the descending ball is drawing it into the lower cylinder.  The top cylinder can only fill as quickly as the bottom one empties.  There really is no real timing problem, and the air is transfered evenly.  When the ball gets to the bottom the whole thing rotates 90 degrees to begin the process anew.  -Russ

  Hi Russel,
There is one thing I don't think you're considering.
When the heavy ball drops to create a vacuum, it is also shifting the balance.
This is why in the other thread I said that something like a bellows would be likely to work.
What is more efficient than the standard bellows design is what the Chinese used about 2,000
years ago. It's a round cylinder that compresses like an accordion. It allows for more volume to
be pumped quicker.
What also could be a problem is the timing of the pumping action. When the weight drops creating the vacuum, is it shifting the balance of the fluid being pumped to soon ?
It does take a while to go over all of the engineering and cab be a big headache at times.


                                                                                                Jim

edited to add;
Alleysaurus shows what an advanced design might look like. It is something to think about