Magnet motor "Carousel"

[BorisKrabow]

Hi lumen , I agree with your arguments .
   I like challenging tasks because solving them is a fun game    .
this design allows many changes , in order to fix problems (if problems are found).
     I created this design so that many magnets were simultaneously engaging at close range.
   This gives a lot of energy to overcome the magnetic locka ( pair of magnets).
  if the magnets forcefully enter the magnetic shield, then they come out with acceleration .
  This adds the chances of self-rotation.   


                                                   If many measures fail.
                                                          I'm already thinking about V 4, which has no magnetic shield. There is a special Version B .
                                                                 a small hint of version B, see the picture

Regards,
Boris

[BorisKrabow]

Hi ! I have Variant 2 ,  the poles are near . This design gives an advantage , because the magnet weakens next to the magnetic shield. The reason is the shorting of the poles due to which the magnet loses strength.
Now it will be easier to overcome the resistance of magnetic forces
                                                   Magnetic motor parameters are improved .



Regards,
Boris

[ramset]

Boris

Sir

recently a member stated that freezing magnets can somehow be used to make a magnet motor "appear" to work
have you ever come across this possibility [he does not seem to want to explain ??]
or do you consider this an accurate claim ?
thx for sharing your thoughts here [and build /testing
with gratitude
Chet K

[BorisKrabow]

Hi Chet K !  I have not dealt with freezing magnets . I know a little .
     There are several phenomena under this name.
  1 magnets change strength with temperature
  2 at a certain temperature, a magnet can give a narrowly directed beam of a magnetic field
    (  it drives magnetic motors with tilted magnets  )
  3  frozen superconducting magnets have a magnetic field that is separate from the magnet
  4 there is instant cooling technology with magnetic field and inductive action
      ( using the Curie point controls the magnetic shield )
  5 there is scientific work on frozen magnetic fluxes ( sometimes found by Google ) I haven't studied it .

               These technologies are not for garage .


Best regards ,
Boris

   

[BorisKrabow]

Hi !  Work continues  .

          Before I start, it must be said that when themagnets will end the attraction, they come to the neutralization sector with the help of laminated steel.

           V3
       When the magnets are in the magnetic neutralization zone , it is possible to turn the magnet to the "low interaction" position.
The magnet is rotated 90 degrees on one rotor . then the magnet moves until the reverse turn at the next zero point .Thus, we have a large gain in mechanical energy. One of the ways of implementation is the magnetic sector located behind one rotor. at the end of this operation, the rotor magnets will be set in the desired position due to the action of the forces of mutual attraction .
         
V4   when the attraction ends, then the magnets are set in the "Repulsion" position  ...        


                                                                              There is a lot of work in this project for engineers, designers and technologists.


Best regards,
Boris