Richard Timko's Design

Telesis Magnetic Repeller Motor Open Sourcing Project

Private/Password Required - until non-encumbrace, non-revocation contract is signed.
Status: Project commenced by Richard Timko, June 19, 2004.  No working prototype yet, pending proper materials.  Though Richard is giving this technology to the world, he requests that if anyone profits from its manufacture that they include him.

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http://pureenergysystems.com/os/Telesis/endorsements/A.Engineer/
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PureEnergySystems.com > Open Sourcing > Telesis > Endorsements > A. Engineer

A., Engineer, is Cautiously Optimistic about Device Plausibility

 

From: [A., PES Engineer]
To: "Sterling D. Allan" <sterlingda@pureenergysystems.c*>
Sent: Friday, June 25, 2004 3:29 AM
Subject: Re: REPORT: Timko phone conference



Regarding my chat with Richard,

Richard's device uses an articulated magnetic shield to intermittently expose the stator magnets to the rotor magnets when the torque angles are appropriate. Even with the photos, I was unable to get a working understanding of the general arrangement and how the mechanism articulates. I am somewhat apprehensive about the intermittent contact between the rotor and the shield actuators, which will likely cause wear, noise, and speed limitations. However, it is likely that we can come up with a smooth mechanism to clean this up. A video of the mechanism in action or a diagram depicting the device in various states would be useful.

Richard has chosen a superconducting material for the shield, based on the advise of a colleague. Without doing my own research into superconductor applications, I cannot vouch for the integrity of this approach. Regarding the cooling power, I agree that there are some discouraging numbers in the preliminary power calculation, and that the input data may be from improper measurements.

If it does run, I would find the technology interesting enough to develop even if the LN2 cooling source power needs to be supplied externally. The machine is not a heat engine, so it does not exploit the temperature of the cold superconductor material. There is a good chance that an alternative shielding means can be developed that does not require cooling.

[A., PES Engineer]


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Page posted by SDA June 25, 2004
Last updated June 25, 2004

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