Hello Trevor Lyn Whatford,Trevor Lyn Whatford wrote:Hi all,
I do not know! I leave you boys for less than 24 hour and look at the mess you have made, meow, meow, scratch, scratch, hope you guys bury it lol.
Hi Jim,
I have done some quick math’s, here is my working out,
The original Avalanche drive total T1 x2 - T2x1x2 wherein x2 = twice the speed T1 = T2 with very high friction on all the guides Not calculated!
The amended Avalanche drive at the start of this thread, units = weight or the equivalent weight,
T1 = 60 units + bottom gear radius torque advantage 16 units x 0.5 = 8, T1 = 68 units,
T2 = 24 units + torque advantage of moving twice as fast = x2 = 24 units, T2 = 48 units,
TG top gear with 10 balanced units,
T1 = 68 - T2 = 48 equals ( STS ) System Torque Surplus of 20 descending units minus minimum friction loses, as you can see there is a big difference, the above calculations are very fare, and the drawing at the start of this thread can be scaled and checked as it is in near proportions, so do your own sums if you like!
Note the sums do not count the motive force torque advantage of the 20 descending units.
What I post about the Avalanche Drive is Murilo’s to do with what he wants, there is no guarantee that it will work, and will take a build to find out, but that is Murilo’s call, there are still linkage problems to look at, and Murilo will improve on what I have added, a lot of my input, I am sure Murilo was already aware of. I have enjoyed looking into Murilo’s Avalanche Drive of which I thank Murilo for taking the time to explain it to me for I had missed what he was up to!
Regards Trevor
PS, Preoccupied, I think you will find that at the start of this thread it gives mention of keeping extra weight in the system than the weight in the cycle! perhaps a mechanical drawing of your proposal would help!
What the hell, man.
I didn't read your descriptions. Your writing gives me a headache. I can't understand you. Your sentences don't seem to be going anywhere. I can't look up vocabulary you use to see why I don't understand you, because you are using simple language the wrong way.
I looked at your picture in the beginning. It doesn't say what is pulling what. If the gears are pulling something then that's that, like if they are falling across one another then why not just let something hang on a triangle? Because you will know immediately that won't work, it is even mentioned in the various museums of unworkable devices on the internet.
Maybe when you fail, you should go out and have a few beers, cool down, come home and do something to your wife's face that you wouldn't normally allow someone else to do. At least then I would understand you.
I don't care if you don't understand me or take my descriptions of my design seriously. I don't want to make a mechanical drawing of it. It's a broad conceptual piece of information that can make a multitude of working gravity wheels, if I am correct about what I have said. So, if you don't understand it, I am not bothering to explain it to you.