When I was in Vietnam in 1967, near Bong Son and LZ Pony, I saw a vertical water wheel about 25 ft in diameter. The current of the river made it rotate. Bundles of hollow bamboo tubes on the periphery of the wheel, acting like buckets, picked up the water, lifted it about 12 feet to the bank of the river and dumped the water into an irrigation channel. The bamboo bundles had to be fixed with the exact correct tilt to not spill the water until they were over the irrigation channel. The whole thing was made of poles and bamboo lashed together and it was running smoothly, powered by the river flow, and with no supervision when we saw it. It was so amazing we risked our lives to stop and look at it. I wonder it's still there.
Welcome home Rick Gauger,+Daniel Padova to both of you and thanks for your service. I was in 101st in Afghanistan in 2008 and 2010,, and 1st Armored Division in Iraq and Germany from 2005 to 2007.
It does pump higher than the height of the wheel, depending on how many turns of the pipe there are. Each "gulp" of water, as it spirals to the centre, pushes the gulps ahead of it. The air in between is compressed. In effect, the unit collects energy from the stream ans stores it in such a way as to pump it with pressure, although not much.
About half an hour ago out of curiousity clicked on a video with a guy that lives off grid and get's his power from an old washing machine. Now I'm chilling to a nice sound (I actually like the groove as opposed to other commenters 😅) and watching a big yellow contraption pump water to somewhere. Very Cool !
@@ne0ge047 You know what's hilarious ? For some days now I was clean from my "Strange Thingies Pumping Stuff" addiction... but thanks to your comment I'm back at it again and have them in my recommended 😂🤣😂 Just checked and the video is from MartyT - Free Power for 16 years from modified washing machine. Yeah he sounds like he's from New Zealand 😁
I consultated a Mr. Albert Einestien through a spirit medium I know and he said " mute the volume if you don't like the music" .If you try it and it works then this is proof of the spirit world. All the best to you and your thumb uppers....Mrs. E.B Blunderfluff.
I was standing doing dishes, and i thought of something like this, i type in wheel water pump. Seeing this and knowing its possible from a single thought. thank you.
To make this better, the power wheel and feed wheel should be spinning opposite directions. Flip the feed wheel around and with a few belts and and a few gears you can reverse the direction of the feed wheel so you can collect even more water in the same amount of time because you'll be using the force of the water to inject even more into the hose. You can't spin this wheel slow in the same direction as the flow.
Interesting concept and design, I read some of the comments and understand how it works now. So it could pump up, just it would not be a perfectly continuous flow. I wonder if adding a bunch more tubes so it had four inlets 90 degrees apart would make it better. I am assuming that it would, because it works on pressure created within the tubes and not just letting it flow through.
Rick Gauger, Thanks for serving our country! Being a Veteran myself I too wonder about things I've seen in other countries. The fact that you seen something that is relative to a life lived better "off grid" in the here and now is pretty cool.
Have you considered/tested out, variations on the pipe arrangement? First thought that came to mind, more as a curiosity without any background knowledge, spiral formation/arrangement - rather than have the coiling vertically stacked as it coils, have it spiral inwards, in the direction of where the water is being 'pumped' to...
I love this music. 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999 points has been taken away for Benchkey. Benchkey, you're a loser and I'm a winner.
Lo felicito, es algo muy práctico para las personas que no tienen buenos recursos económicos. Gracias por su buena voluntad de mostrar su experiencia. Le agradecería nos diera un mejor plano del funcionamiento del centro del eje. Saludos desde Los Angeles sur de Chile.
En el centro del eje no hay nada.... una junta rodante y nada mas.. el aire prisonero se encuentra comprimido por el peso del agua pero/y finalmente la presion del aire se biene mayor y empura el agua........
Excellent diy engineering that solves a problem brilliantly. Can I ask what is the difference between the height of the river and the height of the outlet pipe? (From some of the views it looks like the lift is a little less than the outside diameter of the water wheel.)
water will push the paddle downstream so if you want the bucket to run against the stream you need more mechanical parts, no longer practical and in this case it is better to buy a ready made pump
@Easy Cash I agree with you, but not spinning in the other direction (it could not do that anyway) but reverse the spiral. I think that is what you meant. As the collection hole would enter the water, the flow would force itself up the tube, the way is runs at the moment, I think there would be a suction, reducing the flow.
Easy Cash I agree with you, but not spinning in the other direction (it could not do that anyway) but reverse the spiral. I think that is what you meant. As the collection hole would enter the water, the flow would force itself up the tube, the way is runs at the moment, I think there would be a suction, reducing the flow.
@@vladimirlenin843 If the river flow is unsteady I guess it guarantees you have some potential energy stored. A big problem with energy is how to store it.
It would be just a rubber / silicone shaft seal. Same sort of seal on the end of an engine crank shaft that keeps the oil inside your car engine. For water applications they even make seals out of cotton rope soaked in bee's wax, many electric water pumps have wax seals in them and its very effective and water tight.
Great idea! It may have already been mentioned but if you swap the paddles to the other side and have the "mouth" of the hose move into the current you would probably get better pressure and a faster flow.
This is a very slick design. It works by lifting the water in the wheel higher than the discharge pipe which is also your rotor shaft. The amount of head or lift will be limited to just under highest point of the wheel. The larger diameter the wheel the more head (ability to pump uphill) you will achieve. For instance if your wheel is 3 feet above your shaft you will be able to pump uphill almost 3 feet. Remember if your discharge is at the same level as the top of your wheel it will not pump. Very impressive.
No, I don't think so. This machine harnesses the energy of the flowing stream and adds it to moving the water by the number of coils. The number of coils is an energy storing device using compressed air. The rotation compresses the air which moves the water against a restriction, in this case gravity. The flow rate is determined by the speed of rotation versus the height of lift, x the resistance of the unit.
dave hadfield You are right that the wheel uses the energy of the flowing stream but not to compress air. Rather it is used to lift the water higher than it's own level in the discharge tube. The weight of the water that is higher than the discharge tube provides the force to push the water through the discharge pipe. Remember the head of this pump will be slightly less than the highest point of lift.
Sorry, but dave hadfield's answer is a bit closer to right than you know. As the wheel turns several small heads develop, one in each coil. All these heads' potentials "stack" to the point that, if there were more coils on this wheel, it could pump to several meters above the top of the wheel itself. I have seen a wheel approximately this size, pumping in similar conditions, achieve over 80' maximum head. To be fair that one had about thirty turns of pipe on it, and the pipe was smaller. But still: 80 feet. It's a bit counter intuitive until you see the diagrams that explain what's going on.
elhigh If the tube had a check valve or series of check valves I would be more apt to agree with you. Pressure is a funny thing like that. I would love to see a video showing 80 ft of head on lets say a 6 foot wheel. Make me a believer. Until I see it I will remain skeptical.
Larry Hohol Google it: "Spiral Pump" lurkertech.com/water/pump/tailer/ It's all over the web. The 80 feet was a singularly excellent result and a bit of an outlier, but 40+ feet of head is not remarkable with this design. It's typical. The heads (differences in height of water column) that develop on the two sides of the wheel - ascending side vs. descending side - "stack," and that's why it's able to deliver to such great heights. It's counterintuitive but it makes sense if you stop to examine the diagrams closely.
Interesting... but a bit low on volume. However... except for constructing it, it's basically free. I'm guessing the music is the kind for watching a water wheel go 'round and 'round.
Looking at a glance without thinking too much, I cannot see the advantage of using multiple turns on this wheel. In addition to this there is a lot of air bubbles at the intake as this is empty of water before it enters the surface, and if there are air bubbles these will flaot up faster then the water goes down and there could be an air lock. The wider mouth intake is a good memory reservoir as the flling is done during a small sector of the wheel. Sorry I have to think more than this. It is interesting that the unbalance due to the weight of the reservoir intake must be overcome by the pressure on the vanes. It is a nice academic problem and not to be treated superficially. Well done , but I feel there are more turns than necessary. I would have made them in multiturns in Parallel and not spiralling in series!!! Have to think about this much more.
I'm no expert and I haven't tried, but if you ran a 2 gear system so the hose spins against the current, I imagine it would gather a substantial amount more. You might have to make the water wheel flaps larger to compensate for the extra friction and weight.
***** Totally worth it, This music got me going, I went on a 3 week coke binge, id still be going if I didnt wake up in a dumbster this morning wearing an adult diaper and roller skates.
Anthony Brown Yeah apparently my CEO and DM met me in a club strung out, they think im gay and need a new "fluid" face for my region, I got promoted on the spot.
Well done! Hey why not put another coil on the other side of the paddles to balance the weight?Also offset that inlet by 180 degrees. How little water flow velocity can you use?
What is the height difference? will making the diameter of the wheel much larger and increasing the hose/pipe coil windings make a difference in getting the water to a much higher land?
Will work as long as the water flow has enough energy to move the paddles and the output pipe is not higher than the outer coil. This contraption can move water at any long distance (provided the output height condition). Without a stream to continue the process inland, you can pump the water far into a reservoir and then use wind energy to move a second coil. That way you can get the water to a higher level, and keep going on.
@@xxxmikeyjock there are peer reviewed papers on this design, the physics involved and the optimal setting for every aspect of this water wheel. It is not new. First created in the 1800’s I believe.
Kanatlarını ne kadar büyük yaparsanız gücü o kadar fazla elde edersiniz. Elde edilen düşük devri, dişli kutusu yardımı ile yüksek devirli su pompası çevirerek daha yükseğe su pompalamak için kullanabilirsiniz.
Crazy that this popped up for me in 2020, but I could possibly use this as I have a creek that I'd like to get water out of for my cows. But I wonder how high this will pump. Wish this actually had some useful info.
I'm not sure this music selection quite fits the subject matter. It's water pumping thru a tube and this reminds me of some poorly lit underground rave somewhere at like 4am.
Different take on Archimedes' screw. 2 spiral pipes, 180 apart, it'll flow without a pulse. There's a limit tho, only so much water by weight can be lifted verses stream flow rate. STILL a simple and cool idea. (Perpetually speaking). .
+George Machitidze it can, actually. you see scooping the water intermittently causes one column of water per rotation. Between these columns of water, the air is compressed which allows for a much higher head. A commercial pump is being developed; I posted the link to this product in a general comment above, it may give you a better view of this (and proof)
+CrusherBor There is a much simpler design... connect a crank shaft on the water wheel then connect it to a small piston pump "like an air-compressor type pump" and you would be able to push water at a much higher elevation, and could create much higher pressures as well.
+George Machitidze You're fairly close to the actual limitation of this design, but the scooping action actually does add a small amount of pressure to the basically gravity driven design. Still there are better designs for water wheels that lift water to a higher elevation that are driven by the streams flow... designs that are simpler, work with more primitive and durable materials, deliver more water to the irrigation site... ...and are BTW centuries old! lol
When I was in Vietnam in 1967, near Bong Son and LZ Pony, I saw a vertical water wheel about 25 ft in diameter. The current of the river made it rotate. Bundles of hollow bamboo tubes on the periphery of the wheel, acting like buckets, picked up the water, lifted it about 12 feet to the bank of the river and dumped the water into an irrigation channel. The bamboo bundles had to be fixed with the exact correct tilt to not spill the water until they were over the irrigation channel. The whole thing was made of poles and bamboo lashed together and it was running smoothly, powered by the river flow, and with no supervision when we saw it. It was so amazing we risked our lives to stop and look at it. I wonder it's still there.
Welcome home Rick. I was stationed in Dong-Ha, I core, just below the DMZ. MCB-7
Welcome home Rick Gauger,+Daniel Padova to both of you and thanks for your service. I was in 101st in Afghanistan in 2008 and 2010,, and 1st Armored Division in Iraq and Germany from 2005 to 2007.
Welcome home to both of you. Thank God it's over and we're safe. Let's remember to be grateful for every day of life given to us.
Rick Gauger
Thank you.
Rick Gauger You stopped to look at it for a few minutes,then blew it up and went back to killing yellow people yes?
that's some pretty intense music for a video of a spinning wheel.
+DapperDan an repetitive.....
+DapperDan I was waiting to see Techno Viking in this video
+DapperDan it got a view out of you?
DapperDan bu
👏👏👏
It does pump higher than the height of the wheel, depending on how many turns of the pipe there are. Each "gulp" of water, as it spirals to the centre, pushes the gulps ahead of it. The air in between is compressed. In effect, the unit collects energy from the stream ans stores it in such a way as to pump it with pressure, although not much.
The 80s pop jam is awesome. I've never bobbed my head to watching a turbine spinning.....thank you.
I learnt a lot from this concept.
Many thanks to whoever has prepared this.
About half an hour ago out of curiousity clicked on a video with a guy that lives off grid and get's his power from an old washing machine. Now I'm chilling to a nice sound (I actually like the groove as opposed to other commenters 😅) and watching a big yellow contraption pump water to somewhere. Very Cool !
Are you talking about the New Zealand guy? I just watched that video yesterday and here I am today watching this one
@@ne0ge047 You know what's hilarious ? For some days now I was clean from my "Strange Thingies Pumping Stuff" addiction... but thanks to your comment I'm back at it again and have them in my recommended 😂🤣😂 Just checked and the video is from MartyT - Free Power for 16 years from modified washing machine. Yeah he sounds like he's from New Zealand 😁
Dammit everyone hates the music except me. I love it!
GreatScott here!
This is the most legit and plausible idea here on youtube.
Judging by the music, this pumps water to your meth lab.
Came because I was bored, stayed and replayed for the jam
After 9 years it is recommended for me😂
Edit: Thanks for 82 likes!
So do mine lol
Same here
the same, on the UA-cam homepage I also have a new recommendation
Hahahahha
yess
... Great idea of 'waterwheel', but the music running along the video really can wake up a dead horse - two times! :)
I consultated a Mr. Albert Einestien through a spirit medium I know and he said " mute the volume if you don't like the music" .If you try it and it works then this is proof of the spirit world. All the best to you and your thumb uppers....Mrs. E.B Blunderfluff.
Lotte Starck what you dont want to bust a water-pumping move or two?
who cares! imagine a nobel prize winner talking and people saying: "but you don't have a good music" 😂😂😂 pointless and useless
I was standing doing dishes, and i thought of something like this, i type in wheel water pump.
Seeing this and knowing its possible from a single thought. thank you.
thank god for the sound track. i couldn't have watched this without that.
My headphone burned, after watching your water pump.
To make this better, the power wheel and feed wheel should be spinning opposite directions. Flip the feed wheel around and with a few belts and and a few gears you can reverse the direction of the feed wheel so you can collect even more water in the same amount of time because you'll be using the force of the water to inject even more into the hose. You can't spin this wheel slow in the same direction as the flow.
It may not work cause counter flow won't allow to take the water in.
RyGuy nice mujhe vi chahiye
I am trying to visualize your concept. Can't seem to do it
A scoop will be a lot efficient than this coil. Reversing it with gear will make less efficient.
i like the Dragonball Absalon music. cool pump aswell.
That is a genius idea...
Gonna remember this one...
Holy shet 8 years
Well I saw this vid 21years ago so yea
Einfach und wirkungsvoll. Wer ist das Genie hinter dieser Heldentat?
Where can I get one of those swivel couplings?
+1 for the engineering.
-10000 for the music.
Rohit
Haha..😁
Abuson
+9999999999999999999 for the engineering.
+9999999999999999999 for the music.
old XXX movie music
A variation on an archimedes screw with a water wheel. Very energy efficient. Good idea.
Instructions unclear... I played techno music to the river next to my house and still nothing happens
Interesting concept and design, I read some of the comments and understand how it works now. So it could pump up, just it would not be a perfectly continuous flow. I wonder if adding a bunch more tubes so it had four inlets 90 degrees apart would make it better. I am assuming that it would, because it works on pressure created within the tubes and not just letting it flow through.
UA-cam took nine years to recommend this...😂
Reading almost a decade old comments🤣
Very use ful and power saving to farmers.
This video is amazing! Interesting pump concept with a banging tune!
Thanks for teaching me something cool!
Очень красиво сделано. Респект!
Rick Gauger, Thanks for serving our country! Being a Veteran myself I too wonder about things I've seen in other countries. The fact that you seen something that is relative to a life lived better "off grid" in the here and now is pretty cool.
Great Innovative Idea! I'm sure that you could add to it to generate power as well with a little modification.
UA-cam: everyone is getting bored so let's recommend some interesting old videos (9yrs)
Yeah boy
New sound track!
yeahhh me too bro...
@@bigapple2175 ooh
@@muhammedfayiz5295 ooh too
Have you considered/tested out, variations on the pipe arrangement? First thought that came to mind, more as a curiosity without any background knowledge, spiral formation/arrangement - rather than have the coiling vertically stacked as it coils, have it spiral inwards, in the direction of where the water is being 'pumped' to...
The idea is great, the music isn't.
hey music is good
that is pure real thing good music i like techno :D
sounds like a training video background music. lol. Its working for the motive of moving the liquid. as long as the river will stay like that.
I love this music.
9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999 points has been taken away for Benchkey. Benchkey, you're a loser and I'm a winner.
I like the music
Lo felicito, es algo muy práctico para las personas que no tienen buenos recursos económicos. Gracias por su buena voluntad de mostrar su experiencia.
Le agradecería nos diera un mejor plano del funcionamiento del centro del eje. Saludos desde Los Angeles sur de Chile.
En el centro del eje no hay nada.... una junta rodante y nada mas.. el aire prisonero se encuentra comprimido por el peso del agua pero/y finalmente la presion del aire se biene mayor y empura el agua........
You should really use some metal mesh to be honest, it's probably not the most environmental hazard but all kinds of small fish can get inside that
Who is else watching this in 2020 😅😅#funishere
Like u same
Yoo
You tube is trying to get us ready for what happens next, when we need to be able to build one for our self
UA-cam seems to show nothing but 5 years ago or more .. it's not got we in 2020
I thought I was alone...😄😄
Excellent diy engineering that solves a problem brilliantly. Can I ask what is the difference between the height of the river and the height of the outlet pipe? (From some of the views it looks like the lift is a little less than the outside diameter of the water wheel.)
the river is lower. compressed air drives the outlet ability much higher then the height of the wheel
Wouldn't this work better if it was turning the other direction and with the inlet going AGAINST the stream...?
water will push the paddle downstream so if you want the bucket to run against the stream you need more mechanical parts, no longer practical and in this case it is better to buy a ready made pump
@Easy Cash
I agree with you, but not spinning in the other direction (it could not do that anyway) but reverse the spiral. I think that is what you meant. As the collection hole would enter the water, the flow would force itself up the tube, the way is runs at the moment, I think there would be a suction, reducing the flow.
Easy Cash
I agree with you, but not spinning in the other direction (it could not do that anyway) but reverse the spiral. I think that is what you meant. As the collection hole would enter the water, the flow would force itself up the tube, the way is runs at the moment, I think there would be a suction, reducing the flow.
Was like being at a rave. Was almost expecting the wheel to turn into a glow stick.
Super
They have running water but dookie in it.
Uhm tss uhm tss
Genius! Great thing to use the stream energy
Music is PERFECT!
Awesome. Then you can convert back the hydrostatic pressure into kinetic energy and generate electricity all day long.
Then why not just use water wheel
@@vladimirlenin843 If the river flow is unsteady I guess it guarantees you have some potential energy stored. A big problem with energy is how to store it.
Nice creation, Bless you💐🙏
Archimede did this thing 2000 years ago ! :)
it's not good remember it
Is that water pump really necessary? the pond seems awfully close to the river; I don't quite get the utility and also wonder if it's overkill.
What is the part that make connection between the moving wheel and the still water hose? Where do you buy that part?
It would be just a rubber / silicone shaft seal. Same sort of seal on the end of an engine crank shaft that keeps the oil inside your car engine. For water applications they even make seals out of cotton rope soaked in bee's wax, many electric water pumps have wax seals in them and its very effective and water tight.
Ищешь русский коментарии вот и нашёл. С тебя класс не забудь 😉
where r u live
Может еще проставиться по такому поводу?
Это с тебя пузырь, за мой палец...
@@КиндерСюрприз-н3з и
Вова Пантелеев :::: Boba, no offense, but that’s the name of my puppy...!! Blessings Boba ..!!!
Damn amazing quality for 9yrs ago.
How cool! An I've seen a lot done with a "rock an stick". Great thinking!
Awesome, could you please share your design and bill of materials? I would to build the same sort! Thanks :)
When you boared, UA-cam recommends you something new .
Great idea! It may have already been mentioned but if you swap the paddles to the other side and have the "mouth" of the hose move into the current you would probably get better pressure and a faster flow.
But it doesn't change the direction of rotation tho
The music made me expect something exciting was about to happen so I kept waiting and waiting and waiting. Nothing!
I was dancing!! That was the thing!! 😁
Frostyundercarriage Maybe I'll try that.
+squito94 i got Dune 2 flashbacks.
kingofblades I never played the game but I can hear the similarities.
squito94
God bless you my dear.... Back to nature..
This is a very slick design. It works by lifting the water in the wheel higher than the discharge pipe which is also your rotor shaft. The amount of head or lift will be limited to just under highest point of the wheel. The larger diameter the wheel the more head (ability to pump uphill) you will achieve. For instance if your wheel is 3 feet above your shaft you will be able to pump uphill almost 3 feet. Remember if your discharge is at the same level as the top of your wheel it will not pump. Very impressive.
No, I don't think so. This machine harnesses the energy of the flowing stream and adds it to moving the water by the number of coils. The number of coils is an energy storing device using compressed air. The rotation compresses the air which moves the water against a restriction, in this case gravity.
The flow rate is determined by the speed of rotation versus the height of lift, x the resistance of the unit.
dave hadfield You are right that the wheel uses the energy of the flowing stream but not to compress air. Rather it is used to lift the water higher than it's own level in the discharge tube. The weight of the water that is higher than the discharge tube provides the force to push the water through the discharge pipe. Remember the head of this pump will be slightly less than the highest point of lift.
Sorry, but dave hadfield's answer is a bit closer to right than you know. As the wheel turns several small heads develop, one in each coil. All these heads' potentials "stack" to the point that, if there were more coils on this wheel, it could pump to several meters above the top of the wheel itself. I have seen a wheel approximately this size, pumping in similar conditions, achieve over 80' maximum head. To be fair that one had about thirty turns of pipe on it, and the pipe was smaller. But still: 80 feet.
It's a bit counter intuitive until you see the diagrams that explain what's going on.
elhigh If the tube had a check valve or series of check valves I would be more apt to agree with you. Pressure is a funny thing like that. I would love to see a video showing 80 ft of head on lets say a 6 foot wheel. Make me a believer. Until I see it I will remain skeptical.
Larry Hohol Google it: "Spiral Pump" lurkertech.com/water/pump/tailer/ It's all over the web. The 80 feet was a singularly excellent result and a bit of an outlier, but 40+ feet of head is not remarkable with this design. It's typical. The heads (differences in height of water column) that develop on the two sides of the wheel - ascending side vs. descending side - "stack," and that's why it's able to deliver to such great heights. It's counterintuitive but it makes sense if you stop to examine the diagrams closely.
Interesting... but a bit low on volume. However... except for constructing it, it's basically free.
I'm guessing the music is the kind for watching a water wheel go 'round and 'round.
just brilliant ! Congratulations. :)
Amazing watch this from your reccomendation 9 years later
Fantastic. I literally love it.
this is great! we would like to visit this water wheel! where is it?Is that possible?
I was absolutely JAMMIN to this
Looking at a glance without thinking too much, I cannot see the advantage of using multiple turns on this wheel. In addition to this there is a lot of air bubbles at the intake as this is empty of water before it enters the surface, and if there are air bubbles these will flaot up faster then the water goes down and there could be an air lock. The wider mouth intake is a good memory reservoir as the flling is done during a small sector of the wheel. Sorry I have to think more than this. It is interesting that the unbalance due to the weight of the reservoir intake must be overcome by the pressure on the vanes. It is a nice academic problem and not to be treated superficially. Well done , but I feel there are more turns than necessary. I would have made them in multiturns in Parallel and not spiralling in series!!! Have to think about this much more.
lurkertech.com/water/pump/tailer/
Julio César Bedoya Interesting read! thank you
Mechanical tools always outperform electric tools in terms of reliability
I'm no expert and I haven't tried, but if you ran a 2 gear system so the hose spins against the current, I imagine it would gather a substantial amount more. You might have to make the water wheel flaps larger to compensate for the extra friction and weight.
Great idea and it works well. thanks for posting.
just want to ask.. The more spiral of tubes you have does it result to a higher pressure output???
I was going to do this, but decided on doing heroin instead..
+DarkLinkAD That's good career move
*****
Totally worth it, This music got me going, I went on a 3 week coke binge, id still be going if I didnt wake up in a dumbster this morning wearing an adult diaper and roller skates.
Anthony Brown
Yeah apparently my CEO and DM met me in a club strung out, they think im gay and need a new "fluid" face for my region, I got promoted on the spot.
DarkLinkAD music is for u only
Well done! Hey why not put another coil on the other side of the paddles to balance the weight?Also offset that inlet by 180 degrees. How little water flow velocity can you use?
Me: scrolls my recommendations
UA-cam: water pumps
15 million people: YES
Exotix make that 18.5M after 4 more days!
So, this is recomended today on YT... 9 years old video
13*
UA-cam is showing me this video after 9 years.
You tube showing this video is too late
Excelente idea. Y muy prolija. Qué medidas tiene la rueda completa? Los caños son de 2"?
so simple, so genius!
What is the height difference? will making the diameter of the wheel much larger and increasing the hose/pipe coil windings make a difference in getting the water to a much higher land?
Will work as long as the water flow has enough energy to move the paddles and the output pipe is not higher than the outer coil. This contraption can move water at any long distance (provided the output height condition). Without a stream to continue the process inland, you can pump the water far into a reservoir and then use wind energy to move a second coil. That way you can get the water to a higher level, and keep going on.
no you missed the important part which allows it to pump far higher then the outer diameter of the wheel.
@@xxxmikeyjock there are peer reviewed papers on this design, the physics involved and the optimal setting for every aspect of this water wheel. It is not new. First created in the 1800’s I believe.
Kanatlarını ne kadar büyük yaparsanız gücü o kadar fazla elde edersiniz. Elde edilen düşük devri, dişli kutusu yardımı ile yüksek devirli su pompası çevirerek daha yükseğe su pompalamak için kullanabilirsiniz.
Very Clever !
Crazy that this popped up for me in 2020, but I could possibly use this as I have a creek that I'd like to get water out of for my cows. But I wonder how high this will pump. Wish this actually had some useful info.
Wonderful work
Are you alive brother? I liked your comment ❤️
If the pool is 3 meters above the wheel... I dont think the water will arive to it... What is your opinion?
this is a wirtz pump, it pumps water higher than 3m :) ua-cam.com/video/V2TOC8OUVgw/v-deo.html
I think they used blue man group playing pipes for the music!
Thought I recognised the tune they’re a good show
Ingenious!!! Keep up the hard work!!!
Why OH WHY you didn't show a single FULL rotation of the fucking thing?
UA-cam recommending me this video after 9 freaking years!
Attach 5 more wheels in parallel in the same pipe, more efficient....
It's will be better👍
After 9 years??
@@VineetKumar-cv7ss х
Na 6 🤣🤣
Thank you for sharing. Pretty awesome. Any update? Take care.
I'm not sure this music selection quite fits the subject matter.
It's water pumping thru a tube and this reminds me of some poorly lit underground rave somewhere at like 4am.
Had it been on a small Fall or fast running water then would have been of great use...??
harish manral تذمم نمكم نمم نمكي يجدجج نكةث نمزاخ والن العنم تاهاهتن
Different take on Archimedes' screw.
2 spiral pipes, 180 apart, it'll flow without a pulse.
There's a limit tho, only so much water by weight can be lifted verses stream flow rate.
STILL a simple and cool idea. (Perpetually speaking).
.
thats cool but u should turn the wheel around so the current of the river would push water faster
jimbo slice
If you did that, the paddles would be pulling the pipe away from the water.
I love it! :-)
How do you call the component which connects the rotating elbow from the wheel to the straight pipe?
But it cannot pump water higher than wheel's radius is :)
+George Machitidze it can, actually. you see scooping the water intermittently causes one column of water per rotation. Between these columns of water, the air is compressed which allows for a much higher head. A commercial pump is being developed; I posted the link to this product in a general comment above, it may give you a better view of this (and proof)
+CrusherBor There is a much simpler design... connect a crank shaft on the water wheel then connect it to a small piston pump "like an air-compressor type pump" and you would be able to push water at a much higher elevation, and could create much higher pressures as well.
+ronc1357 Sounds interesting. Do you have an example of this (name of a developer or product or a video)?
+CrusherBor No I can draw it up on auto cad and show you how it would work. Very simply
+George Machitidze You're fairly close to the actual limitation of this design, but the scooping action actually does add a small amount of pressure to the basically gravity driven design.
Still there are better designs for water wheels that lift water to a higher elevation that are driven by the streams flow... designs that are simpler, work with more primitive and durable materials, deliver more water to the irrigation site...
...and are BTW centuries old! lol
Excellent and inventive....superb!
good work !
Great idea ...really good
Perfektní!
Very interesting construction.
Wouldn´t it work with only one ring either?
And why is one blade bigger then the others?
Soooo … You stole water from a river with that thing? :D