The Lee-Tseung Lead Out Theory

[Devil]

More on the formation of the Company â€" Lead-Out Energy Holdings Limited.

(1)   The Company Laws in China allow 40% technical contributions.  This means that the scientists or engineers can own up to 40% of a Company without putting in actual cash. 

(2)   For example, if the Investors put in RMB10 billion cash, they can own 60% of the Company.  Let us assume that this is equivalent to 1,000 shares.  Each share is worth RMB10 million.

(3)   Theoretically, the Company can issue another 666 shares (40% of the Company)  to its Scientists or Engineers for their intellectual contributions.

The thought makes the Scientists and Engineers very happy.  If Lead-Out Energy Holdings Limited were the only Company in the World to offer or license the technology, its worth should exceed RMB1,000 billion easily.  With such huge financial rewards, it is easy to motivate people.  They can have very sweet dreams.

The focus is on the actual products.

Tseung, I can smell that you and team can be tempted by money.  You should put at least 600 of the technical shares into the charitable organizations such as Help Seedlings Innovate Foundation Limited.  The remaining 66 shares (worth at least RMB10 million each) will provide very comfortable living for you, your team and all their families.

Holding too much money will make you a target of kidnapping!

[Pirate88179]

Anyone even thinking about spending real money on this should check it out fully.

Bill

[ltseung888]

Testing the 16 magnet and 16 coil lead-out energy prototype

(1)   Experience from the 1 coil and 4 magnets prototype told us that the wheel would rotate faster and faster after starting.  It would reach a rotational speed of around 300 rpm and stayed there.
(2)   When external load was applied, the rotational speed dropped.  If the load were large enough, the wheel would stop rotating.  The load could be torque at the axle or many bulbs at the collector coils.
(3)   With this larger prototype, we know that one coil can already make the wheel rotate faster and faster.  When we use two coils, the final speed and the torque increases (but not double).  When 5 or more coils were used, the final speed and the torque showed negligible increase.
(4)   This implies that we might have moved too much from the “optimal frequency” â€" just like pushing the Swing too hard and wasted the extra energy.
(5)   We have the capability of switching off the coils.  The coming tests will focus on putting additional loads (e.g. bulbs).  If the wheel slows down, switch on an extra coil.  We may have 5-16 or 12 coils to play with. 
(6)   This manual switching will teach us more about the characteristics of the Lead-Out Energy Machine.
(7)   The likely better solution is the programming.  We may need external help on that.

The demonstration prototype will have Input and Output meters to show the voltage, current and power for comparison.  There will also be light bulbs drawing current as recommended by some electrical engineers.

[Goat]

Testing the 16 magnet and 16 coil lead-out energy prototype

(1)   Experience from the 1 coil and 4 magnets prototype told us that the wheel would rotate faster and faster after starting.  It would reach a rotational speed of around 300 rpm and stayed there.
(2)   When external load was applied, the rotational speed dropped.  If the load were large enough, the wheel would stop rotating.  The load could be torque at the axle or many bulbs at the collector coils.
(3)   With this larger prototype, we know that one coil can already make the wheel rotate faster and faster.  When we use two coils, the final speed and the torque increases (but not double).  When 5 or more coils were used, the final speed and the torque showed negligible increase.
(4)   This implies that we might have moved too much from the “optimal frequency” â€" just like pushing the Swing too hard and wasted the extra energy.
(5)   We have the capability of switching off the coils.  The coming tests will focus on putting additional loads (e.g. bulbs).  If the wheel slows down, switch on an extra coil.  We may have 5-16 or 12 coils to play with. 
(6)   This manual switching will teach us more about the characteristics of the Lead-Out Energy Machine.
(7)   The likely better solution is the programming.  We may need external help on that.

The demonstration prototype will have Input and Output meters to show the voltage, current and power for comparison.  There will also be light bulbs drawing current as recommended by some electrical engineers.

@ ltseung888

Please forgive the confusion on my part but your above post seems like you have not yet worked out the bugs to a truly OU system while in your earlier posts mentioned that you were ready to prove to the world the Lead Out Theory of your device to be feasible  in the upcoming demonstrations.

I apologize for the seemingly negative remark but I'm trying to find 1 working OU device on this forum that can be validated.

Regards,
Paul

[Paul-R]

When external load was applied, the rotational speed dropped.  If the load were large enough, the wheel would stop rotating...

It would be useful if you were to plot the value of the external load and the rotational speed, and then draw a graph. (We can do the latter, of course). Let us see what this looks like, along with the value of the electrical input as well.
Paul.