Time flies - and there isn't enough.

Time is passing at an alarming rate and I don't want to end up being too old to pass on the fruits of my labour, so I think that I must call a halt (officially) to completing my attempt to construct a working Bessler's wheel. I could continue 'to the last syllable of recorded time,' but I have to admit that the passage of time appears to accelerate with age and one must pick a point at which the pursuit of the prize must be subservient to the reality. And the reality is that I must stop sooner or later, not because I don't know how it worked but because I'm having trouble actually making it, and sooner is better than later.

So I have decided that I must share what I know and what I've discovered, and relinquish my manic grip on it, and pass it into the hands of a good American friend so he can test the theory and see if I am a genius - or utterly deluded - and very sad!

To that end I have written requesting an NDA from him which he has obligingly agreed to do, and in the mean time and for the last several weeks I have been writing a long document describing everything. I shall pass this to him, sometime next week I guess, and then I shall await agog (or as the dictionary defines it - highly excited by eagerness, curiosity, anticipation, etc) to hear his opinion.

Should he fail to be persuaded by my amazing vision of how Johann Bessler's wheel really worked, there is one more avenue open to me and, failing that, I shall publish said document for all to read and try to see where I may have gone wrong - and maybe help them towards the real solution.

But of course confidence is sky high that I have got it right, so I have no fear that my learned friend will fail to see the light. In fact my explanation is the only one that fits, unless you think that Bessler lied, and that is now unthinkable.

And of course, like some perpetual motion machine I shall continue to strive to complete this complicated construction in the hope that I shall, in the end, triumph over my artless artificer's actions and make a working wheel!

Sorry for the lousy alliterations, but I find it hard to resist - so I don't ;-)

JC

Why Bessler's wheel was able to accelerate to full speed in three turns.

Further to my last blog,I posted my thoughts on http://www.besslerwheel.com/ forum, about something that to me seemed to be illogical; the fact that the torque appeared to be greater for a one inch movement horizontally on a smaller wheel than on a larger one - and in the process found myself corrected. The torque itself remains the same but the acceleration of the overbalancing effect due to a one inch difference between the two positions horizontally, is greater on a smaller wheel than on a larger one - or when the action takes place closer to the axle. So although my means of getting there was wrong my conclusions were correct.

I had compared the speed of reaction on two rods balanced on a pivot at their mid-point. One rod was two foot long and the other was six foot long. In each case the same weights were attached, one at the end of the rod, the other, two inches inwards towards the centre of rotation, at the other end. The torque was the same in each case but the shorter rod accelerated into its unbalanced position much quicker. This suggested to me that, with the limited range of movement available from my mechanism, it would be react to imbalance more quickly if I placed the weight as close as possible to the axle.

This may explain why Bessler's wheel accelerated to full speed in just three turns - because although the weights moved a small amount, they did so close to the centre of the wheel rather than near the edge. I believe that this is a useful piece of information and one that is generally ignored or perhaps people are unaware of its significance. I certainly didn't consider it of any importance, but when I found I was limited by space for the mechanisms and sought a way around it, this fact supplied not only the solution to the problem but will, I believe, also deliver an improved reaction to the movement of the weight.

JC

Was Bessler's mechanism design counter-intuitive?

I got back to the workshop again yesterday, despite the snow, and made some adjustments to the mechanism. The reason being that while I was kept indoors by a chest infection I kept thinking about the reasons why, in my opinion, Bessler's wheel worked, and at the same time, wondering why none of us had ever thought of the solution. I realised that although the solution is simple enough and we see the principle in operation every day, how you can make use of it is not so easy to work out. As if this did not make the solution harder to find, it was extremely difficult to get the mechanism right because, I discovered during my days off, that the way I had designed it to work was incorrect in one very important detail - a design feature which requires some counter-intuitive thinking.

Even the simple arrangement of two weights diametrically opposite each other on a free-wheeling disc, can, under certain circumstances, give rise to incorrect weight placement when designed to overbalance the wheel. I called this counter-intuitive for good reason. I have only just worked out why Bessler showed some of the mechanisms the way he did, not because they were deliberately done that way to confuse but because that was the correct design for them. I'll explain what I mean in more detail at www.besslerwheel.com in a day or so. But for now I have to work to catch up on the time lost recently.

JC

A vertical or horizontal axis gravity-driven wheel

I was thinking about the fact that windmills can operate in the wind with either vertical of horizontal axes. The axle can either be in-line with the force of the wind or across its path. The same thing applies to water-driven wheels too. Over-shot and under-shot water wheels have an axle which lies across the path of the water. Water turbines have their axle in line with the flow of water. I have from time to time attempted to design a gravity wheel which would have a vertical axis, looking somewhat like the vertical axis windmill that Bessler was building when he died. I have never been able to find a theoretical solution to this problem and yet it seems to me that it ought to be possible.

I hadn't mused upon this question for some considerable time and inevitable my thoughts turned to my current understanding of the principle which works Bessler's wheel and I realised that for the first time I could visualise a workable system using the same principle for a horizontal gravity wheel. I will not be making one soon, as I have to finish my basic model which has had to await my recovery from a secondary infection I got after my cold the other week. But it seems to me that this might be a method of discovering if anyone else's design will work. If it can be converted to work with either a horizontal axis or a vertical one then it just might be the real thing.

JC

A film about Bessler and my life researching him

Since my lung operation in november 2008, I hadn't caught even a sniffle, and that's as well because they warned me never to catch anything ever again! Unfortunately, having managed to stay clear of infection for over a year, since I caught a bad cold on or about Boxing day just gone (2009), I have been having one cold after another and I can't seem to shift it. My wife thinks it's because I spend too much time in my cold old workshop, but actually I wish I could be there for longer, so I can finish the wheel. Now we are back to the arctic conditions and there is no way I can spend any time there even with my faithfull old patio heater. And that's another story. The problem with the heater is that it roasts the top of my head and allows my nether regions to develop icicles - nasty!

Anyway I received an email from a couple of guys who are into film production and they have decided that they want to do a documentary on Bessler and my search for the truth about him. They came here about eighteen months ago and interviewed me on film for about half a day, but since I hadn't heard much from them I thought the project had died. Now however they have time and the project has been revived and they have asked me to write a film script for the documentary.

I've never done one before but I am using the texts of such programs as 'Horizon' and 'Cutting Edge'and similar documentaries as a guide so that I have some idea of how to proceed. I guess that there will be considerable editing to do before it gets the go-ahead. We want to include animations and also visit some of the places where certain events in Bessler's life occurred. Because it is also about my search it will have to be slanted to my perspective which I like - and I may get to do the voice over. Of course it might never get off the ground - unless I produce a working version! Lets hope this cold weather warms up real quick.

JC

I'm 65 today!

I'm 65 today! I can now officially retire...except that I already did so a few years ago. On such a day I am allowing myself a little frivolity and I tried to write a limerick about me for my birthday, but I haven't managed it yet so here's one I wrote about Johann Bessler.

There once was a guy called Orffyreus,

Whose claims were regarded as spurious

He said with some levity

plus a morsel of gravity

The spins of his wheel were continuous!

And if that isn't enough here's one I did earlier:

There once was a guy called Orffyreus

Whose invention, they said, was ingenious.

He created a wheel

but would not reveal

What made it spin so continuous.

I shall of course return to my wheel work and sobriety tomorrow.

JC

The current build and why five?

Here is an update on the current build.

This model has presented some problems which I'm trying to sort out. It is a constant learning process and my latest revelation has explained another aspect of Bessler's clues which I had thought I'd already understood, more or less to my own satisfaction, previously. However I found that I could not make the mechanisms operate exactly as I needed to do, according to the principle I believe lies behind Bessler's wheel and I was tinkering with the various parts of the mechanisms and suddenly grasped why Bessler had done a certain thing and it was a real eureka moment!

I have had a number of these revelations over a period of time and some have turned into cul-de-sacs but others have proved invaluable. I know that I should not parade my hopes so publicly because if I'm wrong its a long way to fall and even further to climb back up - but (and as I heard it said on TV the other day - its a 'J.Lo but') I am so excited at the prospect of finally getting to the end of this life-long search that I cannot contain my exuberance!

I think that people will be surprised at how simple this machine really is. Even though I'm having problems building it, the basic idea is so simple that, as Karl commented, I cannot understand why it hasn't been discovered before. Bessler gives an amazing assortment of clues which all make sense once you have the whole picture but individually they seem to counter each other.

I still maintain my belief that five mechansisms are required and I'll try and explain why without giving too much away. If you assume that a piece of the mechanism has to fall at some point, then it is logical to think that the maximum benefit from that fall will be obtained from a right angled fall, i.e. 90 degrees. You could increase this up to 180 degrees, but half of that fall would be counter productive because .... think, which might be more effective? To start from twelve o'clock and fall to three, or start at three and fall to six o'clock. Any angle outside those two and you stray into the other angle's area of effectiveness.

So a 90 degree fall would fit with a four mechanism wheel. But a fall takes time to start and accomplish what ever it is designed to accomplish, so part of the fall will be ineffective because it is falling and not landing. If you also throw into the mix the fact that the fall cannot start early nor over-run, you can see that although it is designed to fall 90 degrees, in fact it is only going to be effective for slightly less than a full 90 degrees.

What is the next whole number after four that would fulfill the need to have a continuous input from falling weights? Five.

If that is a confusing explanation, I apologise. I thought I'd have a go at explaining my conviction that Bessler used five mechanisms without giving away the solution. Maybe I have?

JC