PERMANENT MAGNET MACHINE
THE INVENTION RELATES TO AN ENERGY CONVERSION MACHINE WHICH HARNESSESS THE
POWER OF THE MAGNETIC FIELDS CREATED BETWEEN TWO CIRCLES OF MAGNETS-ONE
CIRCLE OF MAGNETS ON A SPINNING DISC AND ANOTHER ON A SEMI-STATIONARY PLATE-AND
CONVERTS THIS ENERGY INTO USEABLE ELECTRICITY
IT IS CORRECT TO SAY THAT THE ATTRACTION OR REPULSION OF TWO MAGNETIC FIELDS
CAUSES RELATIVE MOTION INTRODUCE CURRENT AND MOTION WILL BE GENERATED
INTRODUCE MOTION AND CURRENT WILL BE GENERATED
TO DATE ONE ACTION OR THE OTHER WAS POSSIBLE YOU EITHER HAD A MOTOR OR
GENERATOR OPERATING, BUT NOT AT THE SAME TIME IN THIS MACHINE BOTH ACTIONS ARE
PHYSICALLY POSSIBLE AT THE SAME TIME BY USING VERY STRONG MAGNETS IN
RELATIVELY LARGE NUMBERS, MOTION IS PRODUCED AND THUS CURRENT IS GENERATED
THE RARE EARTH USED IN THE MAGNETS PROVIDES MAGNETIC ENERGY DENSITIES UP TO 10
TIMES GREATER THAN THOSE OF CONVENTIAL METERIALS ALLOWING A MORE COMPACT AND
EFFICIENT DESIGN IT ALSO INCORPORATES A DESIGN CONFIGURATION WHICH ALLOWS FOR
A VERY HIGH DEGREE OF POWER OUTPUT AND LOW STARTING TORQUE POWER AND
MOTION ARE STORED IN THE MAGNETS MAGNETS ARE THE MOTOR
THE MAIN OBJECT OF THIS INVENTION IS TO PROVIDE FREE ENERGY (FOR AT LEAST 80 YEARS)
TO ANY HOUSEHOLD, FOR USE IN AN ELECTRIC VEHICLE OR FOR GENERAL ENERGY USE IN
REMOTE AREAS OF THE WORLD
ACCORDING TO THE INVENTION THIS MACHINE WILL OPERATE AND CREATE POWER WITHOUT
THE NEED OF ANY FUELS, WATER OR LUBRICATION AND BECAUSE OF THE LAY-OUT OF THE
MAGNETS IT HAS NO FRICTION WHATSOEVER IT ALSO NEED NO BRUSHES AND IT OPERATES
COLD
GROUPS OF MAGNETS ARE EVENLY SPACED AND PLACED IN A CIRCLE ON ONE OF THE
SEMI-STATIONARY PLATES WITH THE INSIDE DIAMETER OF THESE MAGNETS MEASURING 40 8S
CM (SEE DRAWING 16)
OTHER GROUPS OF MAGNETS, ALSO EVENLY SPACED, ARE PLACED IN A CIRLE ON A SPINNING
DISC WITH THE OUSIDE DIAMETER OF THESE MAGNETS MEASURING 30 48 CM BY MOVING
THE SEMI-STATIONARY PLATE WITH ITS CIRCLE OF MAGNETS CLOSER TO THE DISC WITH ITS
MAGNETS THE DISC WILL START SPINNING, THUS CREATING A VERY STRONG MAGNETIC FIELD
BETWEEN THESE TWO CIRCLES OF MAGNETS
IT MUST BE NOTED THAT BOTH CIRCLES OF MAGNETS EMIT A SIMILAR OPOSING CHARGE
THE SPINNING OF THE SPINNING DISC IS THEREFORE CREATED BY THE MUTUAL REJECTION or THE TWO GROUPS OF MAGNETS THIS PROCEDURE IS DUPLICATED IN REVERSE AT THE
BOTTOM OF THE MACHINE (WHEREAS THE PREVIOUS MAGNETIC FIELD IS CREATED AT THE
TOP HALF THE MACHINE) THUS PRODUCING POSITIVE AND NEGATIVE FIELDS IN THE TWO
SEPARATE APPLICATIONS A COPPER WIRED CIRCULAR COIL IS PLACED WITHIN THIS
MAGNETIC FIELD TO EXTRACT THE POWER WHICH IN TURN IS CONVERTED INTO ELECTRIC
POWER
BY APPLYING THE ABOVE CREATION OF POWER (WHICH WILL BE TWO SEPARATE SINGLE
CHARGES) BOTH SPINNG DISCS WILL BE CONTAINED WITHIN EACH MAGNETIC FIELD, BEING
CONNECTED TO EACH OTHER WITH A BUFFER PIECE OF 12 7 CM THE SPINNING DISCS WILL
THEREFORE ALWAYS ROTATE AT THE SAME SPEED AND WILL ALSO ENSURE THAT BOTH
MAGNETIC FIELDS REMAIN EQUALLY CONSTANT AT ALL TIMES THE TWO SPINNING DISCS
WITH THE BUFFER PIECE AND FLANGES WILL THEREFORE"FLOAT'BETWEEN THE MAGNETIC
FIELDS AND WILL ELIMINATE THE NEED FOR ANY SHAFT OR BEARINGS, THUS MAKING IT
COMPLETELY FRICTION-FREE THE ONLY FUNCTION OF THE CENTRE SHAFT IS TO STABALIZE
THE MACHINE IN CASE OF A SEVERE SHOCK THE LAY-OUT OF THE MAGNETS IS DONE IN
SUCH A WAY AS TO CREATE A ONE-DIRECTIONAL FORCE THEREFORE WHILE PRODUCING
GREAT POWER FOR SPINNING THE DISC IT ALSO PRODUCES A VERY STRONG TORQUE
THE POWER GENERATED BY THIS CONCEPT OF MOVEMENT CAN BE GREATLY INCREASED OR
DECREASED BY VARIOUS MEANS INCREASING THE POWER (APART FROM INCREASING THE
SIZE OF THE MACHINE) CAN BE ACHIEVED BY MERELY REDUCING THE DISTANCE BETWEEN
THE SEMI-STATIONARY PLATE AND THE RELEVANT SPINNING DISC IN THIS MACINE ONLY
THE TOP SEMI-STATIONARY PLATE HAS TO BE MOVED BECAUSE WHEN DOING SO IT WILL
AUTOMATICALLY MOVE THE COMPLETE CENTRE PIECE WITH THE BOTTOM DISC CLOSER TO
THE BOTTOM SEMI-STATIONARY PLATE REDUCING THE POWER (APART FROM DECREASING
THE SIZE OF THE MACHINE) CAN BE ACHIEVED BY REVERSING THE ABOVEMENTIONED
MANOUVER WITH THE TOP SEMI-STATIONARY PLATE
ALL THE MACHINE PARTS MUST BE MADE FROM NON-MAGNETIC MATERIALS SUCH AS
ALUMINIUM, PLASTIC OR STAINLESS STEEL, OR FROM ANY OTHER NON-MAGNETIC MATERIAL A PREFERRED EMBODIMENT OF THE INVENTION WILL NOW BE DESCRIBED WITH REFERENCE
TO THE ACCOMPANYING DRAWINGS IN WHICH FIGURE 1/16 SHOWS THE SIDE VIEW OF THE COMPLETE MACHINE (SCALE I 4) FIGURE 2/16 SHOWS THE TWO HOLDING PLATES (SCALE 1 4) FIGURE 3/16 SHOWS THE FIVE RODS (SCAL1 4) FIGURE 4/16 SHOWS THE FOUR SCREWS (SCALE 1 4) FIGURE 5/16 SHOWS THE FOUR RUBBER BUSHES (SCALE 1 4)
FIGURE 6/16 SHOWS THE TWO STABALIZING BEARINGS (SCALE 1 4)
FIGURE 7/16 SHOWS THE FOUR CLAMPS (SCALE 1 4)
FIGURE 8/16 SHOWS THE TWO SEMI-STATIONARY PLATES (SCALE 1 4)
FIGURE 9/16 SHOWS THE TWO COPPER-WIRED COILS (SCALE 1 4)
FIGURE 10/16 SHOWS THE TWO SPINNING DISCS (SCALE 1 4)
FIGURE 11/16 SHOWS THE DIVIDING BUFFER (SCALE 1. 4)
FIGURE 12/16 SHOWS THE TWO FLANGES (SCALE 1 4)
FIGURE 13/16 SHOWS THE SIX BOLTS AND NUTS (SCALE I 4)
FIGURE 14/16 SHOWS THE MAGNETS USED (SCALE TRUE)
FIGURE 15/16 SHOWS THE LAY-OUT OF THE MAGNETS ON THE SPINNING DISCS (SCALE I 2)
FIGURE 16/16 SHOWS THE LAY-OUT OF THE MAGNETS ON THE SEMI-STATIONARY PLATES (SCALE 1. 2)
THE COMPLETE MACHINE (FIGURE I) MEASURES 60 96 CUBIC CM
THE TWO HOLDING PLATES (FIGURE 2) EACH MEASURES 60 96 X 60 96 CM X 7 CIM IT HAS
FOUR HOLES IN THE CORNERS 2.54 CM FROM THE OUTSIDE EDGE TO ACCOMMODATE THE
FOUR SCREWS (SEE FIGURE 4) SECURING IT TO THE FOUR RODS (SEE FIGURE 3)
THE FIVE RODS (FIGURE 3) ARE MADE FROM SOLID ALUMINIUM AND MEASURES 60.96 CM
LONG AND 3 17 CM IN DIAMETER FOUR OF THE RODS HAVE HOLES IN THE CENTER ON EACH
END TO ACCOMMODATE THE SCREWS (SEE FIGURE 4) WHICH SECURES IT TO THE HOLDING
PLATES IT ALSO ACCOMODATES THE RUBBER BUSHES (SEE FIGURE 5) WHICH ARE PLACED
AT THE BOTTOM OF EACH ROD AS WELL AS THE STAINLESS STEEL CLAMPS (SEE FIGURE 7)
THE FIFTH ROD IS TAPERED AT THE ENDS THEREOF TO FIT INTO THE BEARINGS (SEE FIGURE 6) IN THE CENTRE OF THE MACHINE
THE FOUR SCREWS (FIGURE 4) MEASURES 3 81 CM LONG AND 63 CM THICK AND ARE MADE
FROM NON-MAGNETIC STAINLESS STEEL IT IS USED TO SECURE THE FOUR RODS TO THE
HOLDING PLATES
THE FOUR BUSHES (FIGURE 5) ARE ROUND AND TUBULAR AND IS MADE FROM EITHER
ALUMINIUM OR HARD RUBBER THEY ARE 5 08 CM LONG AND HAS AN INSIDE DIAMETER OF 3.17 CM AND AN OUTSIDE DIAMETER OF 5 71 CM THEY ARE FITTED TO THE BOTTOM OF THE
FOUR OUTSIDE RODS AND ACT AS A BUFFER FOR THE BOTTOM SEMI-STATIONARY PLATE TO
REST ON
THE STABALIZING BEARINGS (FIGURE 6) ARE HOUSING THE TAPERED CENTRE ROD TO
PREVENT THE CENTRE PIECE COMPRISING OF THE TWO SPINNING DISCS, THE TWO FLANGES
AND THE BUFFER PIECE FROM MOVING OUT OF ITS MAGNETIC FIELD IN CASE OF A SEVERE
DISTURBANCE TO THE MACHINE THESE TWO BEARINGS ARE SELF-SEEKING AND ARE
LOCATED IN THE CENTRE OF THE TOP AND BOTTOM HOLDING PLATES BECAUSE THE HOLE
THROUGH ALL THE PARTS OF THE CENTRE PIECE IS 3 5 CM, THE CENTRE ROD (DIAMETER 3 17
CM) THEREFORE NEVER TOUCHES ANY PART OF THE CENTRE PIECE-THUS CAUSING NO
FRICTION WHATSOEVER
THE FOUR CLAMPS (FIGURE 7) ARE MADE FROM NON-MAGNETIC STAINLESS STEEL AND HAVE
AN INSIDE DIAMETER OF 3 17 CM WHEN TIGHTENED UP AGAINS r EACH OUTSIDE ROD IT
PREVENTS THE UPPER SEMI-STATIONARY PLATE FROM MOVING AWAY FROM THE
PRE-DETERMINED SETTING AGAINST THE MAGNETIC FORCE CREATED BY THE TWO MAGNETIC
FIELDS-ONE FROM THE MAGNETS ON THE SEMI-STATIONARY PLATE AND THE OTHER FROM
THE MAGNETS ON THE SPINNING DISC
THE TWO SEMI-STATIONARY PLATES (FIGURE 8) MEASURES 60 96 CM X 60 96 CM X 7 CM IT
HAS FOUR 3 81 CM HOLES IN EACH CORNER EACH HOLE HAS A NYLON SLEEVE WHICH
REDUCES THE DIAMETER OF THE HOLE TO 3 17 CM THIS NYLON SLEEVE ALLOWS THE
SEMI-STATIONARY PLATE TO SLIDE UP OR DOWN ON THE CORNER RODS THE
SEMI-STATIONARY PLATE ALSO HAS A CIRCULAR OPENING Of 38 1 CM DIAMETER IN THE
CENTRE THEREOF IT ALSO ACCOMMODATE THE CIRCLE OF MAGNETS WHICH ARE PLACED 1 27 CM FROM THE INSIDE EDGE OF THE INSIDE OPENING AS WELL AS THE COPPER WIRED COIL (SEE FIGURE 9) WHICH IS PLACED ON THE INSIDE OF THE CIRCLE OF MAGNETS
THE TWO COPPER-WIRED COILS (FIGURE 9) ARE CIRCULAR AND THE CENTRE IS MADE FROM
A TYPE OF POLYERYSTALINE MATERIAL THE DIAMETER IS 2 54 CM AND THE DIAMETER OF
THE CIRCLE IS 40 64 CM OUTSIDE AND 35 56 CM INSIDE THIS CIRCLE IS TIGHTLY WOUND
WITH 22 GAUGE VARNISHED COATED COPPER WIRE AND IS SECURED TO THE
SEMI-STATIONARY PLATE ON THE INSIDE OF THE CIRCLE OF MAGNETS ON BOTH PLATES
WHERE THE TWO ENDS OF THE COPPER WIRE MEET IT IS JOINED TOGETHER AND THESE JOINED
PIECES ARE LED OUT OF THE MACHINE WHERE THE POWER WITHIN IT IS CONVERTED INTO
ELECTRICITY FROM HERE THE GENERATED ELECTRICITY MUST FIRST FLOW THROUGH
SOME SOLID STATE SWITCHING CIRCUITS
THE TWO SPINNING DISCS (FIGURE 10) ARE MADE FROM ALUMINIUM AND MEASURES 30 48 CM
IN DIAMETER AND 7 CM THICKNESS EACH HAS A CIRCLE OF MAGNETS PLACED ON IT WITH
THE OUTSIDE EDGE OF THE MAGNETS 1 27 CM FROM THE EDGE THEY ALSO HAVE SIX
EVENLY SPACED HOLES IN A CIRCLE OF 12 7 CM DIA ROUND THE CENTRE WHICH WILL ALLOW
THE BOLTS THROUGH SECURING THEM TO THE BUFFER DISC AND ALSO ALLOW THE FLANGES
TO BE SECURED TO THEM IT HAS A 3 5 CM HOLE IN THE CENTRE THEREOF
THE DIVIDING BUFFER PIECE (FIGURE 11) IS MADE FROM A TYPE OF PLASTIC COMPONENT AND
MEASURE 48 26 CM IN DIAMETER AND IS 15 24 CM THICK IT ALSO HAS SIX EVENLY SPACED
HOLES IN A CIRCLE 12 7 CM DIA ROUND THE CENTRE TO ACCOMMODATE THE SIX BOLTS
WHICH SECUES IT TO THE TWO SPINNING DISCS-ONE ON EITHER SIDE IT HAS A 3 5 CM HOLE
IN THE CENTRE THEREOF
EACH OF THE TWO IDENTICAL FLANGES (FIGURE 12) IS A SOLID ONE PIECE, TWO TIER
CIRCULAR PIECE MADE FROM A VERY DENSE BUT LIGHTWEIGHT MATERIAL THIS COULD BE
A TYPE OF PLASTIC POLYPROPOLENE MATERIAL THE OUTER CIRCULAR PART OF THE
FLANGE HAS A DIAMTER OF 26.67 CM AND IS 5 07 CM THICK THE INNER CIRCULAR PART OF
THE FLANGE HAS A DIAMETER OF 20.32 CM AND IS 2 54 CM THICK IT HAS SIX EVENLY
SPACED 95 CM HOLES IN IT THESE HOLES ARE ARRANGED IN A CIRCULAR FASHION WITH
EACH HOLE 6 35 CM FROM THE CENTRE OF THE FLANGE THESE HOLES WILL ACCOMMODATE
THE SIX BOLTS THAT WILL SECURE THE COMPLETE CENTRE PIECE TOGETHER IT ALSO HAS A 3 5 CM HOLE IN THE CENTRE THEREOF
THE SIX BOLTS AND NUTS (FIGURE 13) ARE 34.29 CM LONG AND HAS A DIAMETER OF. 94 CM
EACH BOLT HAS A NUT TO SECURE IT AND IS MADE FROM NON-MAGNETIC STAINLESS STEEL
THESE BOLTS ARE USED TO SECURE THE COMPLETE CENTRE PIECE COMPRISING OF THE TWO
FLANGES, THE TWO SPINNING DISCS AND THE BUFFER PIECE TOGETHER AT ALL TIMES
ALL THE MAGNETS (FIGURE 14) USED ARE CLASSIFIED AS NEODYMIUM IRON BORON
PERMANENT MAGNETS GRADE 37 AND ALL MAGNETS MEASURE 2 54 CM X 2 54 CM X 1 27 CM
SOME MAGNETS ARE CHARGED THROUGH THE 127 THICKNESS AND SOME ARE CHARGED
THROUGH THE 2 54 CM LENGTH THEREOF
THE LAY-OUT OF THE MAGNETS
THE LAY-OUT OF MAGNETS ON THE TWO SPINNING DISCS (FIGURE 15) ARE DONE EXACTLY
THE SAME EXCEPT THAT ONE DISC CREATES A POSITIVE AND THE OTHER A NEGATIVE POWER
FIELD ON EACH DISC THERE ARE THREEE IDENTICAL EVENLY SPACED GROUPS OF 12
MAGNETS IN EACH GROUP
A ON THE SPINNING DISCS (SEE DRAWING 15/16) 1 THE DISCS ARE DEVIDED INTO 3 EQUAL PARTS OF 120 DEGREES EACH 2 THERE ARE 3 GROUPS OF MAGNETS AND EACH GROUP CONSISTS OF 12 MAGNETS OF
WHICH 2 MAGNETS ARE CHARGED THROUGH THE 1 27 CM THICKNESS AND 10 MAGNETS
WHICH ARE CHARGED THROUGH THE 2 54 CM THEREOF 3 EACH GROUP OF MAGNETS IS PLACED ON A STRAIGHT LINE AND NOT FOLLOWING THE
CURVE OF THE DISC 4 THE TWO MAGNETS CHARGED THROUGH THE THICKNESS THEREOF ARE PLACED AT THE
BEGINNING AND END OF EACH GROUP OF MAGNETS 5 THE TEN MAGNETS CHARGED THROUGH THE LENGTH THEREOF FORMS THE CENTRE PART
OF EACH GROUP AND ARE PLACED IN 5 DOUBLRE ROWS 6 WORKING IN AN ANTI-CLOCKWISE DIRECTION ONE OF THE TWO MAGNETS MENTIONED IN 4
ABOVE ARE PLACED AT AN ANGLE OF 43 DEGREES LEANING ANTI-CLOCKWISE WITH THE
BOTTOM LEFT HAND CORNER TOUCHING THE DEVIDING LINE 41 MM FROM THE EDGE OF
THE DISC AND THE RIGHT OUTER CORNER 36 MM FROM THE EDGE OF THE DISC, WITH THE POSITIVE PART SHOWING CLOCKWISE 7 NEXT THE FIRST DOUBLE SET OF MAGNETS (MENTIONED IN 5 ABOVE) ARE PLACED FLUSH
AGAINST THE FIRST SINGLE MAGNET (SEE 6 ABOVE) WITH THE OUTER MAGNET SHOWING ITS
POSITIVE PART TOWARDS THE EDGE OF THE DISC WITH THE RIGHT OUTER CORNER 20 MM
FROM THE EDGE OF THE DISC AND THE NEGATIVE PART THEREOF SHOWING TOWARDS THE
CENTRE OF THE MACHINE THE INSIDE MAGNET HAS ITS NEGATIVE PART AGAINST THE
NEGATIVE PART OF THE OUTSIDE MAGNET AND ITS POSITIVE PART SHOWING TOWARDS THE
CENTRE OF THE MACHINE 8 THE OTHER FOUR DOUBLE SETS OF MAGNETS IS PLACED IN THE SAME WAY AS THE
SETTING DESCRIBED IN 7 ABOVE WITH A GAP OF 2 MM BETWEEN EACH DOUBLE SET AND
THE BOTTOM RIGHT HAND CORNER OF EACH OUTER MAGNET ON THE STRAIGHT LINE AS
INDICATED IN DRAWING 15 9 THE SECOND OF THE 2 INDIVIDUAL MAGNETS (SEE 4 ABOVE) IS THE LAST MAGNET TO BE
PLACED IN EACH GROUP AND IS PLACED FLUSH AGAINST THE LAST DOUBLE SET OF
MAGNETS THE INSIDE 2 54 CM NEGATIVE PART THEREOF COVERS THE 2 54 CM NEGATIVE
PART OF THE LAST DOUBLE SET OF MAGNETS AND SHOWS ITS POSITIVE SIDE ANTt-CLCOKWISE THE RIGHT OUTER CORNER IS PLACED 11 MM FROM THE EDGE OF THE
DISC 10 BY PLACING THE FIRST AND LAST INDIVIDUAL MAGNETS AS DESCRIBED IN 4 AND 9 ABOVE
IT STOPS ANY MAGNETIC"BLEEDING"BETWEEN THE SEPARATE GROUPS OF MAGNETS 11 BY PLACING THE 5 DOUGLE SETS OF MAGNETS AS DESCRIBED IN 7 AND 8 ABOVE, BOTH THE OUTER AND INNER PARTS ARE SHOWING COMPLETE POSITIVE MAGNETIC FIELDS
THIS ENSURES THAT A COMPLETE POSITIVE FIELD FACES A COMPLETE POSITIVE FIELD
EMITTED FROM THE MAGNETS ON THE SEMI-STATIONARY PLATF AND THAT THE BUILDUP
OF THE MAGNETIC FIELD IN THE CENTRE OF THE SPINNING DISC WILL BE POSITIVE
THEREFORE PREVENTING ANY"DRAG"FORCE ON THE MAGNETS OF THE
SEMI-STATIONARY PLATE
B LAYOUT OF THE MAGNETS ON THE SEMI-STATIONARY PLATE (SEE DRAWING 16/16) THERE ARE 8 SECTORS OF 45 DEGREEES EACH MARKED ON THE SEMI-STATIONARY PLATE
THERE ARE 8 GROUPS OF 12 MAGNETS EACH THE MAGNETIC MAKE-UP OF ALL THESE
MAGNETS ARE THE SAME AS THOSE DESCRIBED IN EACH GROUP OF MAGNETS PLACED ON
THE SPINNING DISC 2 AGAIN THESE MAGNETS ARE PLACED ON A STRAIGHT LINE AND NOT FOLLOWING THE
CURVE OF THE INSIDE OPENING 3 THE TWO MAGNETS WHICH ARE CHARGED THROUGH THE THICKNESS THEREOF AGAIN IS
PLACED AT THE BEGINNING AND END OF EACH GROUP OF MAGNETS ALL THESE
MAGNETS ARE SLANTING CLOCKWISE AT THE SAME ANGLE AS THE MAGNETS ON THE
SPINNING DISC THE TEN MAGNETS (CHARGED THROUGH THE LENGTH THEREOF) IS
AGAIN PLACED IN 5 DOUBLE SETS IN THE CENTRE WITH ALL THE MAGNETS ON THE INSIDE
HAVING THEIR POSITIVE MAGNETIC PART FACING INWARDS TOWARDS THE SPINNING DISC
AND THE OUTSIDE MAGNETS WITH THEIR POSITIVE PART FACING OUTWARDS AGAIN ALL
THE NEGATIVE PARTS ARE TOUCHING EACH OTHER IN THE CENTRE 4 AGAIN WITH THE LAST MAGNET SHOWING POSITIVE TOWARDS THE NEXT GROUP OF
MAGNETS AND THE FIRST MAGNET ON THE NEXT GROUP OF MAGNETS SHOWING POSITIVE
TOWARDS THE PREVIOUS GROUP OF MAGNETS IT STOPS ANY MAGNETIC"BLEEDING" BETWEEN ANY TWO GROUPS OF MAGNETS 5 WITH THE LAY-OUT OF THE INNER RING OF MAGNETS PLACED AS DESCRIBED IN 3 ABOVE
IT MEANS THAT A SINGLE MAGNETIC FIELD (IN THIS CASE POSITIVE) IS FACING THE POSITIVE MAGNETIC CHARGED PART OF THE GROUPS OF MAGNETS ON THE SPINNING
DISC THIS ENSURES A VERY STRONG SINGLE MAGNETIC FIELD ON THE
SEMI-STATIONARY PLATE DRIVING A SIMILARLY CHARGED MAGNETIC FIELD ON THE
SPINNING DISC
ALL THE ABOVE IS RELEVANT TO THE TOP SEMI-STATIONARY PLATE AND SPINNING DISC IN
THE CASE OF THE BOTTOM SEMI-STATIONARY PLATE AND SPINNING DISC THE LAY-OUTS
REMAIN THE SAME EXCEPT THAT THE MAGNETIC FIELDS ARE CHANGED TO CREATE A VERY
STRONG NEGATIVE MAGNETIC FIELD (WHEREAS THE TOP WOULD BE THE POSITIVE MAGNETIC
POWER APPLICATION)
BUILDING OF THE MACHINE
WHEN BUILDING THE MACHINE THE TWO BEARINGS (FIGURE 6) IS SECURED TO THE CENTRE
OF THE TWO SEMI-STATIONARY PLATES THE FOUR CORNER RODS (FIGURE 3) ARE THEN
SECURED ONTO THE CORNERS OF THE PLATES USING THE FOUR SCREWS (FIGURE 4) THE
FOUR BUSHES (FIGURE 5) ARE THEN PLACED ON THE RODS AND PUSHED DOWN TO SIT AT THE
BOTTOM OF THE RODS THE CIRCLES OF MAGNETS ARE THEN PLACED ON THE TWO
SEMI-STATIONARY PLATES (FIGURE 16) THE TWO COPPERWIRED COILS (FIGURE 9) ARE
ALSO PLACED ON THE PLATES THE SEMI-STATIONARY PLATE WITH THE INSIDE MAGNETS
SHOWING THE NEGATIVE FIELD INWARDS IS THE PUT OVER THE CORNER RODS AND LOWERED
DOWN TO REST ON THE FOUR BUSHES THE CIRCLES OF MAGNETS ARE THEN PLACED ON
THE TWO SPINNING DISCS (DRAWING 15) THE COMPLETE INNER SPINNING SECTOR IS THEN
PREPARED BY SECURING THE TWO SPINNING DISCS, THE TWO FLANGES AND THE CENTRE
BUFFER DISC TOGETHER WITH THE SIX BOLTS AND NUTS (FIGURE 13) PLACE THE CENTRE
ROD INTO THE BOTTOM BEARING AND PLACE THE INNER SPINNING SECTOR OVER THE ROD
DOWN TO THE BOTTOM SEMI-STATIONARY PLATE PLACE THE TOP SEMI-STATIONARY PLATE
ONTO THE FOUR CORNER RODS AND PLACE THE TOP OF THE CENTRE ROD INTO THE TOP
BEARING WHICH IS PLACED IN THE CENTRE OF THE TOP HOLDING PLATE SECURE THE FOUR
CORNER RODS TO THE TOP HOLDING PLATE WITH THE SCREWS LOWER THE TOP
SEMI-STATIONARY PLATE DOWN TOWARDS THE TOP SPINNING DISC TILL THE REQUIRED
REVOLUTIONS ARE ATTAINED AND THEN SECURE THE POSITION OF THIS PLATE BY PLACING
THE FOUR CLAMPS (FIGURE 7) ONTO THE FOUR CORNER RODS-ON TOP OF THE
SEMI-STATIONARY PLATE-AND SCREW IT TIGHTLY TO THE RODS INSTEAD OF SETTING THE
PLATE AT A CERTAIN REVOLUTIONS MARK IT CAN ALTERNATIVELY BE SET WHEN A REQUIRED
POWER OUTPUT IS REACHED