grizzle
07-04-2010, 03:26 PM
This is a very rough draft of a description of a device that I believe could be of great use.
The machine this "antenna" is connected to was invented by a man named Leander (Lee) Crock and is meant to imitate the effects of a hands-on or spiritual healer. Which it does.
The original Crock device used 10 "D" cells wired to have a potential of 3 volts.
The machine connects one pole of the battery or battery pack at a time (meditate on this before proceeding further) to a piece of aluminum window screen which is covered in cloth. The subject lies on the cloth-covered screen. Remembe, only ONE pole of the battery or battery pack (positive or negative) is connected to the screen at a time, so there is never a complete circuit or any flow of electricity.
There is something that coincides with the presence of a battery, something that mainstream science does not recognize.
The machine alternates between poles at a rate of 15 minutes per pole, or 30 minutes for a complete cycle of positive and negative.
The antenna allows for one to be distant from the machine and have the same effects, and many others....
The first antenna I built, I didn't put much trouble into. But it worked.
I take a large disposable aluminum roaster pan. Cut the corners at a 45 degree angle down to the edge of the flat bottom so you can flatten it all out. Leave the ends on the long part. Cut the sides off, down to the edge of the bottom. Cut the rolled edge off the ends. Take a heavy coffee cup or similar implement and smooth out any stamped patterns, and especially any letters and numbers (since we are dealing with subtleties).
3M makes a spray adhesive that is useful for the next step.
Cut some cotton cloth (I am going to try brown wrapping paper, that will probably work also) just larger than the dimensions of the now- rectangle of thin, smooth aluminum.
Lay the aluminum on a larger piece of cardboard or plywood outdoors and spray the aluminum with spray adhesive - EXCEPT for one corner.
Place the cloth or wrapping / craft paper on that side and smooth it out with implement so paper or cloth is well-adhered to aluminum.
Turn it over and do the same, leaving the corresponding corner unsprayed that you left on the other side.
You will need to acquire one piece of 7 " long (the bigger diameter, the better) of 2% thoriated tungsten TIG welding rod. It must be the type that is 2% thorium oxide. I gave one to someone that utilized only a couple used stubs of this and it worked.
Take a cardboard tube (more than 7 inches long), such as paper towels or wrapping paper are sold on (don't use super-thin or extra heavy cardboard tubes). Glue the welding rod on the side of the tube so it is parallel, and centered along the length of the tube. If you use spent stubs of Thoriated TIG rod (perhaps you can get these for the asking from a local welding shop), make sure they are glued close to dead center of the length of the tube, and cover some distance in either direction.
Next, tape or glue the edge of the paper-aluminum assembly just past the rod on the tube, also parallel so it can then be wrapped around the tube like a map or architectural drawing. The exposed (unglued) corner of the aluminum must not be glued or taped to the tube, but must be on the outside. This is so that later you can attach an alligator clip test lead to the corner. Secure the outside edge of the rolled-up aluminum / paper with tape, again leaving the corner uncovered. A dust cover is recommended, such as the closed-at-one-end sleeves that pocket umbrellas come with. In fact I use this very thing for a dust cover.
Prepare a wooden dowel rod in the following manner: You can saw it to 1/2 inch more than half the length of the tube, or you can leave it it's full three feet or four foot length if you wish to stand it up like an antenna. Vertical and horizontal orientations have different effects, somewhat.
Get a Q-tip and note the diameter of the shaft. Cut it in half lengthwise to use for a hole size gauge. Drill a hole so you can stick the Q-tip in the end to such a depth and diameter so as you can stick the cut shaft of the half Q-tip in the....
The machine this "antenna" is connected to was invented by a man named Leander (Lee) Crock and is meant to imitate the effects of a hands-on or spiritual healer. Which it does.
The original Crock device used 10 "D" cells wired to have a potential of 3 volts.
The machine connects one pole of the battery or battery pack at a time (meditate on this before proceeding further) to a piece of aluminum window screen which is covered in cloth. The subject lies on the cloth-covered screen. Remembe, only ONE pole of the battery or battery pack (positive or negative) is connected to the screen at a time, so there is never a complete circuit or any flow of electricity.
There is something that coincides with the presence of a battery, something that mainstream science does not recognize.
The machine alternates between poles at a rate of 15 minutes per pole, or 30 minutes for a complete cycle of positive and negative.
The antenna allows for one to be distant from the machine and have the same effects, and many others....
The first antenna I built, I didn't put much trouble into. But it worked.
I take a large disposable aluminum roaster pan. Cut the corners at a 45 degree angle down to the edge of the flat bottom so you can flatten it all out. Leave the ends on the long part. Cut the sides off, down to the edge of the bottom. Cut the rolled edge off the ends. Take a heavy coffee cup or similar implement and smooth out any stamped patterns, and especially any letters and numbers (since we are dealing with subtleties).
3M makes a spray adhesive that is useful for the next step.
Cut some cotton cloth (I am going to try brown wrapping paper, that will probably work also) just larger than the dimensions of the now- rectangle of thin, smooth aluminum.
Lay the aluminum on a larger piece of cardboard or plywood outdoors and spray the aluminum with spray adhesive - EXCEPT for one corner.
Place the cloth or wrapping / craft paper on that side and smooth it out with implement so paper or cloth is well-adhered to aluminum.
Turn it over and do the same, leaving the corresponding corner unsprayed that you left on the other side.
You will need to acquire one piece of 7 " long (the bigger diameter, the better) of 2% thoriated tungsten TIG welding rod. It must be the type that is 2% thorium oxide. I gave one to someone that utilized only a couple used stubs of this and it worked.
Take a cardboard tube (more than 7 inches long), such as paper towels or wrapping paper are sold on (don't use super-thin or extra heavy cardboard tubes). Glue the welding rod on the side of the tube so it is parallel, and centered along the length of the tube. If you use spent stubs of Thoriated TIG rod (perhaps you can get these for the asking from a local welding shop), make sure they are glued close to dead center of the length of the tube, and cover some distance in either direction.
Next, tape or glue the edge of the paper-aluminum assembly just past the rod on the tube, also parallel so it can then be wrapped around the tube like a map or architectural drawing. The exposed (unglued) corner of the aluminum must not be glued or taped to the tube, but must be on the outside. This is so that later you can attach an alligator clip test lead to the corner. Secure the outside edge of the rolled-up aluminum / paper with tape, again leaving the corner uncovered. A dust cover is recommended, such as the closed-at-one-end sleeves that pocket umbrellas come with. In fact I use this very thing for a dust cover.
Prepare a wooden dowel rod in the following manner: You can saw it to 1/2 inch more than half the length of the tube, or you can leave it it's full three feet or four foot length if you wish to stand it up like an antenna. Vertical and horizontal orientations have different effects, somewhat.
Get a Q-tip and note the diameter of the shaft. Cut it in half lengthwise to use for a hole size gauge. Drill a hole so you can stick the Q-tip in the end to such a depth and diameter so as you can stick the cut shaft of the half Q-tip in the....