I finished my latest prototype wheel yesterday and it still didn't move continuously. But this is where the advantage of building each model wins over simulation. When I build the first mechanism I always fit it to the wheel and then check it out for timing and range of movement. Once it all looks perfect, I assume it will work, but in this instance it wasn't until all the mechanisms were fitted that I realised that the additional ones had the effect of retarding the timing of the movements of each mechanism.
Actually seeing this in action enabled me to understand why it was still not moving and I thought of a minor alteration to make which was, if I say so myself, pretty dammed ingenious! This variation also explained something that had still got me puzzled over something Bessler revealed in one of his encoded clues. So it's back to the workshop for a couple more days. There is no way a simulation would have thrown up this solution so I shall stick to making my wheels by hand.
JC
A blog about Johann Bessler and the Orffyreus Code and my efforts to decipher it. I'll comment on things connected with it and anything I think might be of interest to anyone else.
The ‘Bessler’s Books’ button at the top of the right side panel, will take you to a page giving access to all Bessler’s books. Simply click ‘home’ to come back to my blog.
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It's not that unlikely. In the 1870s, two inventors, Elisha Gray and Alexander Graham Bell, both independently designed devices that c...
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On 6th June, 1712, in Germany, Johann Bessler (also known by his pseudonym, Orffyreus) announced that after many years of failure, he had s... -
When someone finds the solution to Bessler’s wheel I don’t know how, or even if, it will affect the world we live in, but I do know that con...
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