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As of January 19th, 2014 – We are one step closer to completing the Overidon Entropic Absorption Generator prototype.

The 3D printing process for the prototype vanes and support mechanism has been difficult. One problem was that the vanes kept falling off during the 3D printing process.

To rectify this problem, we are going to increase the size of the central vane support and then add the vanes later.

The vane support 1.1 will have holes for the vanes. Also of course the final product will be made out of metal, not white plastic. The white plastic is just being used as a low-cost system for early models of the device.

In the video below you will see two of the six pieces of the OEAG core.

1. The metal piece is the LOW-FRICTION yet HIGH-TORQUE rotation apparatus.

2. The white plastic piece is the vane support.

-Tyler

– OEAG Schematics –

Watch the video below.

In the video, you will see the schematics for the Mark I: Overidon Entropic Absorption Generator (OEAG).

Also, in the video there are several flybys of the OEAG core. An expanded view takes place at around the 10 second mark which really lets the viewer see into the core.

If you are new to the posts on this subject, check out the OEAG category of posts.

Current focus here at overidon is using 3D printers to finalize the vanes. First we’re going to make them in plastic and then we’re going to make them in steel.

The glass section is already complete but the larger ring to create the pressure seal will need to be made using 3D printers as well. But since the primary rotor assembly is complete, the first 3D printed model will be the vanes. This will allow us to have a follow up series of videos which will document the construction and innovation process of the OEAG as it is physically constructed in our physical space.

The Overidon Entropic Absorption Generator is finally coming along. If you are new to this item and/or subject here’s a quick re-hash of the information:

A radiometer is a small device which spins when light hits it.

I found that a radiometer will also spin in the dark if it is extremely cold and/or hot.

The reason for this is hypothesized that instead of detecting “Light” information, the radiometer is actually detecting the difference in heat from the outside and the inside. That’s why the radiometer spins clockwise in the sun and counter-clockwise in the freezer.

It’s simply trying to maintain equilibrium.

The OEAG is a device concept which makes a heavy radiometer that requires a great difference in heat…in order to spin a heavier set of vanes than a traditional radiometer.

If successful, an OEAG device could spin an object with enough torque to actually generate rotational energy. This rotational energy could then be in turn, converted to electricity.

The most recent 3D model of the core is embedded below for your review.

-Tyler