@GotoLuc/ Cairun
Fantastic work !
@ All readers
Some observations / features.....
To assist one in understanding the magnet interplay.
The force to slide the input magnet is almost completely neutralized by the
balance between attraction / repulsion ..... when the input magnet's
line of travel is along the center of the face of the output magnet.
That center is the distance to the edges of the output magnet's face,
as measured at a right angle to the center line of the input magnets travel.
That center line from pole to pole of the input magnet is square to the
center line from pole to poles of the output magnet...in two planes.
and also...The faces of the two magnets are square to one another in all planes.
...
Note...The greater the distance from those edges of the face of the output magnet
to its center.....the easier it is to come to a zero sliding input force (by balance). e.g The
broader the face of the input magnet...the easier it is to arrive at that force balance.
(A less perfect travel path / alignment is needed by the input magnet)
When input motion is along the center of the output magnet face
.... this changes both the input and the output work... as compared to
when input is made near to the edge of the output magnet.
I assume this also changes the final or over all, work in to work out ratio ?.
If the input magnet's travel is near to the edge of the face of the output
magnet.... the input force and work, is increased.
But also the output disproportionately increases ?
..............................................
In Luc's current design...
During both, the input stroke and the reset stroke, there is a mutual interaction
between the output magnet (A) and the input / reset magnets
as a combined field (B). Th
The nature of that relation ship is affected by which position of the output magnet
is in...e.g. cocked or fired. These relationships affect the input and reset strokes.
More on that.... later / maybe.
..........................................
Note... Use of the phrase "pumping action" in regard to the input magnet, would
be some what misleading... as there is a motion then hold position action
to its motion. Please find the two video links below. regards ... floor
http://www.dailymotion.com/video/x5d7hdv_lucs-1_techhlttp://www.dailymotion.com/video/x5d7ip9_lucs-2_tech