Dual Piston Device with Permanent Magnets

[eavogels]

Something else, when the shield try to go up, the two magnet are pulling it... so why don't fix two other magnet over the shield, like in this pic? The idea is that these two fixed magnet could annulate the strength needed to take the shield out of the (piston) magnet path...

Thanks for you 2 advices. I'm going to test that.
Regards,
Eric

[eavogels]

  ???I have an idea that may connects Steorn device with dual piston device.

Thanks, this is also a very nice idea. I must get rid of the friction first and while I'm redoing the design, I will take all the good ideas in consideration.
Regards,
Eric.

[del_toro_es]

 ;DI I have evidence that initially Steorn Orbo steorn  magnet low actuator device, reading steorn web:
?Technical Specifications
Orbo is based upon the principle of time variant magneto-mechanical interactions. The core output from our Orbo technology is mechanical. This mechanical energy can be converted into electrical energy using standard generator technology either by integrating such technology directly with Orbo or by connecting the mechanical output from Orbo to the generation technology. The efficiency of such mechanical/electrical conversions is highly dependent on the components used and is also a function of size.
Orbo technology is subject to continuous development. This development is focused on improving the manufacturability of the technology, production costs and power density. Orbo was initially developed as using stop-start mechanisms (with a power density of 0.5 Watts per cm3), Steorn is currently finalizing the development of constant motion systems and a significant improvement in power density is anticipated.

[del_toro_es]

 I believe that initially Steorn Orbo was basted on magnet low actuator device, in the way to dual magnet piston, becouse reading steorn web:

?Technical Specifications
Orbo is based upon the principle of time variant magneto-mechanical interactions. The core output from our Orbo technology is mechanical. This mechanical energy can be converted into electrical energy using standard generator technology either by integrating such technology directly with Orbo or by connecting the mechanical output from Orbo to the generation technology. The efficiency of such mechanical/electrical conversions is highly dependent on the components used and is also a function of size.
Orbo technology is subject to continuous development. This development is focused on improving the manufacturability of the technology, production costs and power density. Orbo was initially developed as using stop-start mechanisms (with a power density of 0.5 Watts per cm3), Steorn is currently finalizing the development of constant motion systems and a significant improvement in power density is anticipated

[ken_nyus]

Thanks, this is also a very nice idea. I must get rid of the friction first and while I'm redoing the design, I will take all the good ideas in consideration.
Regards,
Eric.

Any more work done here?

Don't forget to use a heavy flywheel to store the energy around the cycle.