Wow, as a person who isn't a mechanical thinking type, this is complicated to my thoughts. How a person/people came up with these ideas is so fascinating!
10.yüzyildan kalma bi tane vardi suriyede 1947 ye kadar faliyetteydi sonra faaliyetine son verildi. Bu su pompasi el cezeriye ait daha bi süru eseri var bence kesinlikle arastirmalisin onu
This video might be what you're looking for. The mechanics look similar though it doesn't show a full side view. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-p7OERbKMk-U.html
I do understand the mechanic behind it. And first I have to say it is a very good explanitorry animation whoever from the Johann wolfgang von Goethe Institut did it. I don't know what Goethe had to do with mechanics accept he was interested in all sciences. But I am sure he would have been proud of the animator. He or she did a far better job than these arabs who did the drawing. And this is OP. Okay it won't suck and push all the water 100% efficient but in general it works. And ust that already isastonishing when you think about it. from a linear flowing river (over a circular motinon) to water getting moved from under the river up. ^ From this --> to this |. I mean it is in theory in principal simple. But how would you do it in pratice. I could come up with to simple clogs gripping in each other. When I think about it again an horizontal clog in connection with a spiral tube. Or first a vertical clog gripping a horizontal connected with a vertical or slightly inclined spriral tube. That should be simper and work more efficient. Why did they make it so complicated? So to sum it up I can come up with a better =more efficient+simpler(which means less potential to break) . So it is not OP at all.
Valves are automatic. It is a one way check valve. One allows water to be drawn in while the other closes due to the negative pressure in the cylinder. To pump out, the positive pressure in the cylinder causes the top to open and bottom to close.
well you are talking about efficiency, there are water piping systems made with rocks and concrete, that have huge leaks and looses but still work, i think the only utter crap here is your brain, modern materials are used to make machines more compact and efficient, but they are not necesary for a machine to exist
There are not many existing examples of mechanical water pumps driven by water wheels. I hope it is OK, I've linked to this video from the Water Wheel Pumps public facebook group. Do you know if anything like this is commercially available now? Water Wheel Facebook Group: facebook.com/groups/240458583255303/ Direct link to mechanical water wheel pumps discussion: facebook.com/groups/240458583255303/permalink/246390692662092/
The process..............yes. This specific delivery system .........................probably not. But you take everything except the pipes that rise 11 feet into the air and only put them 2 feet into the air and you've got yourself a ball game. Of course this process might not work in waterways that don't flow in any specific direction (like oceans or deltas) but it probably works very well in single direction rivers and streams (those that cannot flow back uphill). Locating this type of operation just before a water fall is possibly the best place to put something like this because as the water gets closer to the waterfall it may start running faster and therefore be able to turn the wheel at a fast enough rate to guarantee that enough water is pumped out of the river.
en.wikipedia.org/wiki/Ismail_al-Jazari This invention is designed and documented by "al-Jazari" working model is done by Prof. Fuat Sezgin you shall visit his museum in Istanbul(Gulhane Garden) or just follow the link. www.scienceinislam.com/360-sanal-tur/
