Hi Ufo,
First, thank you for doing such a nice drawings to clarify this patent.
I didn´t see any confict in the diametrical position of magnets because if in one semi-circunference the flux is cutting the wires in a direction then the flux cutting in the opposite side (semi-circunference) has athe relative velocity ,refered to a diametrical wire, in the contrary direction. So in this sense, this patent is right in placing the magnets with contrary flux direction in diametrical opposite sides (up and below the axis for example)
My concern is that -according to the last figure- a wire is cut by a N-S field while is going up in the coil, and also is cut by the same N-S field while it is going down. Then both effects should cancell out. I can not get how you propose to skip this problem. Your sketch keep on showing the same wire going up and later down inside the same field. Am I interpreting wrongly your scheme?
Regards
First, thank you for doing such a nice drawings to clarify this patent.
I didn´t see any confict in the diametrical position of magnets because if in one semi-circunference the flux is cutting the wires in a direction then the flux cutting in the opposite side (semi-circunference) has athe relative velocity ,refered to a diametrical wire, in the contrary direction. So in this sense, this patent is right in placing the magnets with contrary flux direction in diametrical opposite sides (up and below the axis for example)
My concern is that -according to the last figure- a wire is cut by a N-S field while is going up in the coil, and also is cut by the same N-S field while it is going down. Then both effects should cancell out. I can not get how you propose to skip this problem. Your sketch keep on showing the same wire going up and later down inside the same field. Am I interpreting wrongly your scheme?
Regards
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