Self - running overbalanced wheel

The rotation of Self - running overbalanced wheel has reached by creating different torques on the left and right sides of the wheel due to the hanging weights. Perpetual motion occurs quite often in the Munchausen world. We will inform you about any other new events as soon as they happen. Munchausen Today 😜

[gameid]

I want to buy that wheel. What does it costs??

[YinYang]

The problem will be: 5 balls on the left side of the center of gravity against 3 balls on the right side👍

[radinelaj]

It will not works Because the "starting force" go to end up, it will not increase but it will decrease during the process, , it mean : the process( the cycle) soon will finish( will end)

[MasterFeiFongWong]

To whom it may concern.
Over Unity Electric Generator Design: By ☯AMA☯
Segment 1: 1 motor with hollowed bar connected to it standing vertically. Circular disc connected to bar that has magnets embedded in it's top side all around, surrounded in high permeability material to focus magnets outward pushing force in an upwards direction from top of disc.
Segment 2: Hollowed out cylindrical Bar of material horizontally positioned.
donut shaped platter that's flattened on all sides instead of rounded, all around the flat edge of this platter, from the center is a ravine in the center so structure looks more like 2 donut shaped platters flattened on all sides & sandwiched together against a smaller donut shaped platter that's flattened not rounded & between them both. Square openings are located all around the outside of platters edge on both sides & goes all the way through material. In these openings rectangular magnets surrounded in high permeability casings are slid into place all around platter in a matching pattern on both sides. N facing in then S facing in.
Connect these securely all along the length of the horizontally positioned bar except at far ends and center.
At both ends of horizontally positioned bar securely connect a ring of material that can be magnetically repelled (This will allow bar to spin when apart of completed construct)
Build a hollow ring structure that has ring of magnetic repulsion around its inner ring that will be able to fit around main horizontally positioned bar and keep it from touching anything on account of the bar sitting on its magnetic field inside the ring. The ring structure has a rectangular bar protruding from it's outer edge & has small square platform on end of it that will allow it to be screwed in to another structure. Make 3 of these ring structures & position them (approx) over both ends of horizontally positioned bar & around it's center.
Build hollowed out rectangular encasement that is separated into 2 pieces that can be placed on top of each other and screwed together. This encasement will fit over horizontal bar & everything that is immediately around this bar. Encasement needs areas all along it's top side that has screw openings that all structures inside that need to be fastened down will be able to screw into. (Best if encasement is transparent) Encasement has round opening at both ends so when in place horizontally positioned bar with round magnetically repel-able disc attached to it are sticking out.
Build hollowed out ring structure (flattened not rounded) that has a hollowed out rectangular bar that protrudes from top and bottom of ring and has square platform at end of each that will be able to screw into inside of encasement on top and bottom. Ring structure should be able to separate into 4 halves (from middle separating top & bottom & from side to side on each) that sit on top of each other & side by side perfectly connected when encasement is closed. Hollowed out aspect of ring structure & it's protruding hollowed out bar that's connected to it is for conductive wiring to be placed so that the copper coil constructs not mentioned yet will be able to plug into this ring structure and the current can be diverted up through the hollowed out area to a point where another device can plug into it. On bottom of hollowed out ring structure there are openings where copper coil constructs can be plugged into.
Build wide but small ring with ravine around its outer edge in center (kinda would look like the round metal piece you would see in a pulley system but not angled in) of structure (flat not rounded & not hollow in center). Copper coil will be coiled around this. Build hollowed out rectangular structure the length of the width of the wide small ring structure. Build a plug system within it so at the center of the rectangular structure it has proper electrical plug poking out that will be able to plug into bottom side of larger ring structure that is designed to divert current. At both ends of small rectangular plug system there should be flat rectangular legs hanging down so that you can fit it perfectly over center of small wide ring structure that has copper coil wound around it & screw openings at bottom of these flat rectangular legs so they can be screwed together. Ends of the copper coil are fed up into the plug securely.
With wiring in place screw top halves of ring structure together still separate from bottom halves. Then with wiring in place screw bottom halves of ring structure together. Now screw the already connected top halves to the inner top encasement structure & same for bottom halves. Two main encasement structures still disconnected at this point. (Fine point... there are as many of these ring structures with copper coil constructs plugged into them as there are the magnetic disc constructs lined up across the length of the horizontal bar) This is because they are all to be lined up. Now with everything ready carefully lift up the Horizontal bar with the magnetic disc setup securely attached to it. At this point the magnetically repelling rings that are at far ends and center of bar should be hanging freely. Carefully position this whole thing in the bottom encasement so the copper coils are positioned perfectly in the ravine of the magnetic disc area connected to bar. Line the free hanging magnetic rings that have rectangle bars and square platforms up with the inner bottom of encasement and screw them in. At this point the horizontal bar is sitting on the magnetic fields in the rings and is securely in place connected to bottom encasement. Now pick up the top of encasement and carefully line it up the same but on top & then screw the top encasement to the bottom encasement. If lined up properly you will see that when the horizontally positioned bar is made to spin, the magnetic fields will interact with the coils that are perpendicular to the magnetic field lines and since the copper coils are positioned to hang withing the ravine, the magnets on both sides will magnify the effect to achieve greater results & since the magnets on both sides are set up N then S all the way around it will end up being AC current. At this point you may be wondering how will this ever equate to over unity? well we are about to get to the part that makes that possible.
Build cylindrical structure (like a donut but flat not rounded on all sides but still hollow in center like a donut). The cylindrical structure is built in 2 parts. Top part & bottom part. Bottom half has a ridge close to bottom center area that circles around further into the center but not all the way in. On top of this ridge is a flat ring of high permeability (magnetic field shielding) material that has small openings that will allow magnetic fields through specific locations. The top flat side of the 1st part has rectangular grooves cut into it that go almost the entire distance from outside of cylindrical structure to hollowed out center. At both the outer edge and inner edge it instead cuts down sharply & narrowly at just over the width of the horizontal bar. This way when the horizontal bar in it's encasement is sitting in this spot the case fits down in and bar slides down in with a little extra space but the encasement can't shift forwards & backwards. The top half of cylindrical structure has same groove but no extended ridge going further towards center. Fill the rest of the rectangular grooves with duplicates of the electric generator construct. Now carefully position top of cylindrical structure in place and screw it to bottom section. Now position the motor segment with the vertical bar that has discs on it in center of cylindrical construct so the disc is lined up perfectly underneath the inner ridge that has the flat ring of high permeability material fastened to it. Now you can duplicate this whole setup and stack it for more electrical output. (The only thing that would need to be duplicated with the motor & vertical bar setup is for you to add another disc with magnets embedded in it, higher up on the vertical bar you are already using). When you turn motor on the discs will spin and the magnetic fields on them will only interact with the discs on the horizontally positioned bars when the magnetic field lines go through the small openings in the high permeability material. Since those openings are lined up with the edge of the discs connected to the horizontally positioned bars, it will force them to spin, effectively generating lots of electrical current. Just make sure to let enough of that current pump energy into the 1 motor you are using to run things, and the rest of the electric current is over unity. If you are still wondering how this could end up being over unity, the answer is simple. The device exploits magnetic field effects connected to the vertically positioned bar connected to the motor to have them do all the extra work so the motor does not have to. And since the magnets are exerting there force upwards while the bar spins around sideways, the motor won't be getting a detrimental amount of push back. This design invented by ☯AMA☯

[radinelaj]

The calculation didn't match, sorry, fake