Holcomb Energy Systems:Breakthrough technology to the world

[kolbacict]

The question to Rakarsky. Also to anybody,who know.
What determines the direction of rotation of such an engine?
At first glance, it is absolutely symmetrical.
However it always rotating in one direct side.

[onepower]

Rakarskiy
Im not confusing the matter rather clarifying it.

All real science and engineering deals with "first principals".
So we need to establish a foundation from which everything else proceeds.
In our case it is the understanding than nothing needs to be created and everything
in the universe is already in perpetual motion which constitutes energy.
This is true because the laws of conservation demand all Matter and
Energy be conserved.

Once we understand nothing is created or destroyed and everything is energy then we
can begin to focus on how to transform energy.

AC

[rakarskiy]

Rakarskiy
Im not confusing the matter rather clarifying it.

All real science and engineering deals with "first principals".
So we need to establish a foundation from which everything else proceeds.
In our case it is the understanding than nothing needs to be created and everything
in the universe is already in perpetual motion which constitutes energy.
This is true because the laws of conservation demand all Matter and
Energy be conserved.

Once we understand nothing is created or destroyed and everything is energy then we
can begin to focus on how to transform energy.

AC

Hi, onepower!

Philosophy, physics, etc. The statement of the law of conservation of energy does not fit in any way with the very concept of its presentation. The Universe, expanding, acquires mass! So how can this process be without the emergence of this mass from nothing?

I've expressed something similar here about the alternator: https://www.quora.com/Is-it-true-or-false-that-generators-create-electrical-energy-from-nothing

[SolarLab]

G-Code in Reverse QUESTION

As some of you may be aware; Solidworks now has a "built-in" CAM (Computer
Aided Manufacturing) feature whereby it can generate G-Code for a Part (in this
case a rectangular coil as previously discussed).

Since this internal CAM feature is primarily for "Subtractive Machining," the
G-Code generated is designed to remove material as the cutter moves (usually
down) into the stock material. This provides the G-Code path as the tool moves.

Also, it is easy in Solidworks to write an API to create various different Coil
Shapes and Sizes. This is very nice as the dimentsions, turns, wire diameter, etc.
can be entered and the actual Coil is then drawn in 3D.

QUESTION: Here's the problem I haven't figured out - the profile of the Coil needs
to auto-generate the G-Code but in the opposite direction (additive, rather than
subtractive) in order to be used in this Needle Type Winder.

Anyone know how to do this in Solidwork,s directly, rather than editing the G-Code?

This would allow using G-Code directly from Solidworks to drive the Winder making
a very simple setup for a 3-Axis (or 4-Axis) Milling Machine. Resulting in the Orthocycle winder
being quite simple - only requiring an additional Needle, Tensioner, and Spooler Assembly.

Might even be a good mod for a 3D Printer (tensioner and spooler are already available)!

Eliminating the Arduino-Uno => USB (or Ethernet) => PC and Flowcode App interface is
a much more attractive approach as well.

Any answers or leads on how to accomplish this is appreciated very much!

Thanks in advance, regards,

SL

[SolarLab]

OK - figured it out:

Straight forward actualy - flip the axis (a bit complex at first but viewing
the CAD and G-Gode generation) it pops out!

So, we got a pretty decent, and simple, way of making "good coils." 

SL

That completes all  the requirements...      yahoo!  - Good Project...

See you at Walmart, in a year or two!