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@@iallreadyknowsunshine57 the disc is made of a much softer stone than granite called schist hence the name. It would have been a much easier to shape the stone. One would not be about to create this roughly 2’ round disc out of wood due to the size and wood eventually splitting in outdoor weather. There are bowls that look very similar to the shape or the disc which make for easy pouring.

@@markrankin2954 the disc was found in the tomb of Sabu said to be a priest. There was stone vessels, other pottery, flint, arrows, ivory and skeleton of an ox. This was far from being a toy. There is pottery which resemble the disc, more reason for it having to do with grain. I believe the man to possibly be a merchant or trader. I am 100% sure of my claim and that there is no other who will solve this mystery because it is nothing else but what I claim.

@Burdened_Crypt thanks for the info. All i could google was sabu, the actor. My point still holds true. All the items are what he enjoyed in life possibly. As the disk might be a toy. A rich persons toy. As far as i can tell, it's upside down. Might have been an end cap for some vent. Might have been a hat. Any major weight to be measured out will break a fin. The design looks to lean towards distrubuting water or air. In high winds or a fire. It could cause it to spin. But obviously, no one knows what it is I believe they flaoted the pyramids together. Btw

@ it is very difficult to locate information on just Sabu alone. Here is a link that may help; www.bibliotecapleyades.net/egipto/esp_egipto_mist_2c.htm

@@MrNoiceGuy13 interesting theory, have not heard of that one before. 👍 I am without a shadow of a doubt positive of my claim.

@@JohnWoodhouse-n4i “No” I don’t recall asking you a question.

@@lindaellison899 I have had this thing come back and had to move out of the way because it went higher than the start when letting it go. I know that it has the ability to work but it’s finding the right placement of weights, length in the arms and so on. At this moment I believe that I am very close. I want to add springs like those of the old cb whip antenna that we use to have on our trucks. I believe I can manipulate them to give me the added force to replace weights that would be too heavy for the very top arms facing up. I have extended them up which helps a lot but the drawback is that the leverage of the weights increases.

@@Burdened_Crypt impressive how the ''leading arm swings'' work together naturally with the ''secondary arm swings'' and with the ''main shaft's'' oscillations. Like 4 pendulums all in harmony!? Interested to see where ''Monty'' goes, may be taking Milkovic's 2-stage oscillator to a whole nother level ! th-cam.com/video/5ho0_obiakM/w-d-xo.html th-cam.com/video/g8YZE2M3eds/w-d-xo.html

@@lindaellison899 thanks for sharing that with me. I believe that Milkovic created a sort of cam in the line of the weight so that when it extends out it increase the load forcing the arm down and less of a load when the weight returns it minimizing the weight on the arm to allow in more force to raise upward giving it that extra energy needed to swing the weight back out again. A better example would be to imagine a yo-yo as the pendulum. Let the yo-yo swing back and forth then put your finger in the way of the string as it come back up it will hit your finger then shortening the rope causing it to speed up momentum of the yo-yo so that it will throw the weight back out faster increasing momentum to pull the arm back down again starting the process back over. I will do my best to keep updating on Monty. Have not given up on the triple arm wheel, have some new ideas but I’m gonna have to break it down first. That’s a later job when I have time to spare.

@@Burdened_Crypt yes. Milkovik's effect definitely does amplify the momentum, He has well proven oscillations more efficient than revolutions. Some countries are now using his water pump principle also in heavy duty rock crushers. maybe easier to shorten the ''secondary and lead arms, rather than lengthening the main. thin-wall aluminum square tube on main might solve the ''rocking/twisting'' I know its time-consuming building/testing the various lengths/weights/pivot points, but you may have something especially if ur already seeing an increase. happy new year and best regards

@ man may never fully achieve perpetual motion or free energy but at least least we can work to create cheaper energy. Interesting that you mentioned shortening the lead and secondary arm because I have decrease the length of both by about 5”. I do have plans to at least replace the main arm now that I have worked most of bugs out, definitely need it at this point.

@@fajar_g9316 it is not for making ropes, not an antigravity device, not a propeller, no an incense holder, not a magical item… so what is it then?

@@Crafting-TV energy cannot be created or destroyed, friction and stuff like that, no. I see something and I go with it, not very highly educated.

@@aspiringscientificjournali1505 you are correct but I believe the displacement of the weight may give the added energy needed to keep it running. The bottom weight helps with momentum whereas the top weight is the one doing the transfer to help generate lift.

@where does the energy come from to displace the wieght ? From the swing I’m not trying to be rude more your hands clearly have engineering skills you could create better more practical things This is one dead end but you learned a lot from it

@ the energy should come from the smaller weight on top. The bottom weight is more for momentum and to lift the top weight so that it will switch sides. I have extended the main arm to gain the momentum but now I am seeing all of the flaws from the used materials not being perfect. The material already had existing holes from a hanging coffee rack that I took apart. I am trying to decide what wrought to take next, I don’t have a lot of funds so I use whatever is available. You may check another project which I started a while back, it’s a wheel with three arms. I had to hold off on that project because I started getting too big for my office. I have few new ideas for the wheel when I get back to it that I hope will work.

@ consider this the top wieght always drops distance x So it will always give energy xe To the swing In order to lift the top wieght Guess how much energy it takes In a perfect world xe It’s a cool effect but not one that can generate energy because even in a perfect world It’s just swapping the same energy back and forth I recommend you pivot and use this for a grandfather clock tho It’s a pendulum and a cool one at that

@@aspiringscientificjournali1505 that may be but i will continue on with this pendulum because I see promise in it, even if it is impossible I would like to challenge it.

@@pavel9652 think object did not take much beating, it basically swiveled. It was ment to swivel in one direction or the other while being used. The reasoning for the three lobs is so that one did not have to go back and forth with the rotation, just one direction making it easier on once’s back. This would have sat on a pedestal and not pivoting off the center hole. The hole is just to kept it in place.

@@rotmgWevouls all three sides are used. Notice each side of the lobs are not tapered like a fan, that is so that it can be used in either direction. If someone was using this daily filling sack of grain the individual may have been seated and only turning the disc in one direction towards themself.

@@I_SuperHiro_I yes but then it would not be balanced making it difficult to turn. The reason for three lobs is so that an individual did not have to turn or push back and forth. It is much easier to turn in one direction if that is the business that one is in. It has handles on so that it can be rotated, what else can the delicate handles be used for and why would they be there if not needed?

@@Lazergirlz not other idea will work then because they put to much force on the disc. This idea, the disc is perched on a pedestal and is being turned by hand. The weight of the grain will not affect the disc.

@@ML-sj3gi the void is so that it can hold more grain. There is not other experiment out there or idea that wouldn’t cause more stress on this disc. This was found with other pottery and grains, it only makes absolute sense how this was used. I don’t care to be embarrassed and I don’t usually call something out unless I am 100% positive. This is a grain dispenser.

@@coldcoldrain13 yes but this was for food. Saying that it would be cheaper would lead into another conversation. I believe that this may actually have been made of some form of concrete or porcelain mix. I am working on another project to show just how some of the ancient stones were formed. I am not saying that all stone in a form of concrete but a large amount of stone is a form of concrete mix.

But where did they get the coke bottle 🤔

@@CrazyCraigfromcraigyland second grade is down the hall in Mr. Roger’s class.

@@Burdened_Crypt 😂

Because as a merchant you would want to control the flow. He would be able to take out small portions in the storage area and pour large amounts in the lobes section.

Not it is not the same exact shape this is just to demonstrate how it works.

The disc would not be moved back and forth as I demonstrated they would have just continued around in the same direction. I would imagine with the weight of grain that pulling it around would be much easier than pushing. The base would have been made of wood to reduce friction between the base and the disc.

Why use stone and why so fragile?

There is in no way possible that this disc was carved out of one piece of stone. I believe without a doubt that this is a dispenser. I hope to produce a video soon showing just how easy that it was made. Follow this channel.

Thank you