Sjack Abeling Gravity Wheel and the Worlds first Weight Power Plant

[LarryC]

Does anyone have a link to a full english conversion of the entire Abeling patent?  I have the partial conversion where 1 1/2 pages of the description were converted to engligh.  However, I need to see all of the text converted.

Thanks!
Preston

http://freenrg.info/Sjack_Abeling/Patent/Html/

Regards, Larry

[LarryC]

I need a pile of wood and a carpenter's apprectice. ;-)

No, All you need is this and a jig saw: Below is a print out example from the Posteriza software which is free software from download.cnet.com.

I took this image from the Fig 7-8 photo in  http://freenrg.info/Sjack_Abeling/Patent/Html/ and cropped it with Posteriza down to just Fig 8. A good paper trimmer is very handy with cutting the print out.

Of course Fig 4 is best if you wish to use the curved radial guides.

Seems very accurate.

Regards, Larry

[X00013]

IMHO it runs the other way (( cc to all ur pics )) power stroke is shortest path to gravity)    http://www.youtube.com/watch?v=lmWe36jK5r4

[pstroud]

I want to mention an idea I voiced to Ralph a couple months ago regarding Abeling's wheel.  Dusty has had trouble with his replication attempts and some binding.

After looking at some recent pictures taken from the video of the wheel, I now believe even stronger that there is a rod within the wheel connecting each opposing weight.  Ralph, I know you said that could not be because of the "oval" flow of the weights.  However, I think that the rod has a gap at the ends where it is attached to the weight's bar.  This gap give it some play to accommodate the oval shape.

Now, for the evidence.  The PDF patent info FIG 1 shows a bar in the middle of the (two wheels) on the picture.  This is referred to as the carriage which guides the weights in the wording.

Now, scroll down in the PDF to FIG 5A - D.  Look closely at the flow of each and imagine a bar connecting each opposing weight.  Note that when the weight starts to ride on the external stand around 5 oclock, this short horizontal motion causes a "shot put" quick acceleration and jump upwards in its upper opposing weight.  Once the upper weigh gets near the top, it hits the upper stand and then flips into the hockey stick end.

Look at the bit maps of the shape of the upper ramp in the pictures.  Notice how it slops inward in the middle.  This is to relieve all pressure from the weight touching the ramp.  It allows the bottom ramp to easily do most of the lifting during the turn.

I still don't know what the round holes are for.  The PDF attached is someone's translation of the description of the machine.  I think there would be more clues in a full translation of the patent / claims text.  I also wonder if there were some springs to help with the movement.  Either way, the FIG 5A-D shows how the weight on the borrom of the ramp causes a shot-put of the upper opposing weight.

Preston Stroud

[AB Hammer]

To all but mainly Dusty

Here is an alternative ramp set up. Larry was close but IMO he missed 2 main aspects. At the top it would be flat or dipped as shown in my lines. At the bottom the lower weights will not be a lifting problem until the 7:00 mark eliminating the lifting from 4:30 on and all the downward weight on the ramps but the angular momentum in place. This means that 2 weights will be much less negative effect out of the equation until the 7:00 mark were hopefully has enough speed to kick the lift. Or as Preston said shot put it upwards, from our phone conversation.