Does the magnetic-field exist ?

[postingsite]

   So obviously the aim of my designs is to produce some type of magnetic beam / ray,   just by using  'Permanent-Magnets',   by  not allowing the 2 poles of the permanent-magnet to connect with each other,  as illustrated on my diagram in my post :
  http://overunity.com/17606/does-the-magnetic-field-exist/msg516741/#msg516741


    yes, that is already achieved( I think ? ) when you make a long magnet by allowing numerous smaller magnets to join together,  however,  the 2 poles of that final magnet still connect with each other.

   If this was achieved( seems very difficult like everything on these overunity sites ), I can not actually work out what the effect would be

   In my diagram below, I try and  prevent the poles on  'Magnet-A'  from connecting with each other by using the side magnets(  'Magnet-B', and  'Magnet-C' ),  though obviously in 3d you'd need a minimum of 4 blocking / side-magnets.
     Notice,  in the diagram,  'Magnet-A'  is only 1-cm long,  while the   blocking / side-magnets(  'Magnet-B', and  'Magnet-C' )  are 1-meter long  ,      the question being,     is there a length( ratios etc ) for the  blocking / side-magnets(  'Magnet-B', and  'Magnet-C' ) ,    that could prevent the poles on  'magnet-A'  from connecting with each other  .

    A simpler( and maybe more effective ) version is the other design in the diagram below,   where 'Magnet-W' is inside the  hollow shaft of  'Cylinder-Permanent-magnet-'Magnet-X'.   

[postingsite]

 
   Updated This Post :

   I just thought of one possible solution to my post 2 hours ago.

   Below is my diagram again,  so just seal of one end of 'Cylinder-Permanent-magnet-'Magnet-X'   

   The only problem with this solution is that it blocks the type of energy flow( from the external environment ? ) effect through the magnet that I was hoping for