As a Hobby Project, or a 4-H Project or a Boy Scout Project, or for actual use on a farm, for example, you can build your own AC electric generator. You may need to make some alterations to suit your individual needs, but the basic design is valid. You start by cutting a 1' diameter PVC plastic pipe to a length of 3 feet. You then put a wooden dowel inside the PVC pipe to reinforce it. You then buy a large spool of 16 gauge wire with plastic covering (American gauge standard) of 100 foot length. You put approximately 2 feet of slack in the wire on one side and begin wrapping the wire so that the wire is spooled onto the PVC pipe in the middle of the pipe across of 1 and 1/2 foot length, leaving 2 feet of slack wire at the other end of the pipe. You then strip the wire at each end, removing the plastic and wire the slack wire so that the wire is separated into 3 different lines and firmly attache to the pipe at equal distances. You then get some 2 inch by 6 inch lumber and make two 3 foot high posts with a 1 inch hole drilled in each, which you then grease. The posts must be firmly attached to a base. You then place the ends of the pipe through the holes at each end. You then use a 3/4 inch plywood base to connect the two posts at the bottom. You then build table shelf at two inches below the wire wrappings of the pipe. You then get two large chunks of iron and run DC volts through the iron to polarize the electrons in the iron and thus magnetize them. If you cannot use DC electricity to do this, then you can simply rub the iron bars in the same direction over and over again to magnetize them. Then, you can start by putting a hand crank at the one end of the pipe. Also, you must get two pieces of copper sheeting approximately 1/16 inch thick and 6 inches long, and 1 inch wide and attach each to a wooden post which is attache to the table and let each sheeting piece overlap the top of the pipe where the 3 copper wires from the wire spool coil will aternatively keep in contact with the copper sheeting strip as the pipe with the coil spool is turned. You then attach a wire core or wrapped romex wire to each of the respective posts and then hook each end of the wires to a heating coil to test the generator. You then turn the pipe with the hand crank to test it, and later it could be turned by an ox with a wooden turnstyle and wooden spoke gears, later with a gasoline engine.
Perpetual (C)Copyright and (P)Patent by Anthony J. Fejfar and Emmanuel J. Fejfar and Joshua A. Fejfar and Neothomism P.C. (PA) and the American People as a Perpetual Public Domain Copyright and Patent.
Friday, November 25, 2011
Wednesday, October 26, 2011
Electrical Generator
A 26,000 Watt Gasoline Engine powered Electrical Generator can be constructed by coupling a side shaft gasoline engine to a generator head. This Electrical Generator puts out electricity using one 220 Volt 30 amps outlet and two 125 Volt 15 amp outlets for a combined output of 440 Volts at 60 amps, more or less.
Perpetual (C)Copyright and (P)Patent (2011C.E.) by Anthony J. Fejfar and Neothomism, P.C. (PA).
Perpetual (C)Copyright and (P)Patent (2011C.E.) by Anthony J. Fejfar and Neothomism, P.C. (PA).
Sunday, October 23, 2011
Fejfar Technology Blog: Underwater Internet Networking
Fejfar Technology Blog: Underwater Internet Networking: Underwater Internet Networking is possible. Instead of using just underwater fiber optic cables to transmit inernet broadcasting, it i...
Underwater Internet Networking


Underwater Internet Networking is possible. Instead of using just underwater fiber optic cables to transmit inernet broadcasting, it is also possible to use underwater internet broadcasts using WIFI transmitting signals. In this way it would be possible for American Submarine crews to get the Internet miles undersater, and thus would have the ability to both email and webcam with friends and relatives, and even naval personnel on shore. Wouldn't it be nice if an
American Sailor on a Trident Submarine or an American Hunter Killer submarine could watch the Nebraska vs. Oklahoma football game while cruising on patrol miles underwater. Additionaly, American Sailors on underwater submarine crews could communicate with their friends on American ships such as Destroyers or Cruisers or Aircraft Carriers by floating a dual antenna ocean looking net on the surface of the ocean which would receive both internet airwave signals from above water and interface with internet underwater signals from the underwater submarine crews. These antennas could be designed so that they are camoflauged so that there would be the least amount of environmental interference with a normal view of the ocean's surface. I have attached a copy of the journal article which discusses underwater electronic transmissions. This network would be somewhat like the American SOSUS network which tracks enemy submarines. The internet article, originally published in 1987, authored by Lloyd But;er. is entited: "Underwater Radio Communication."
American Sailor on a Trident Submarine or an American Hunter Killer submarine could watch the Nebraska vs. Oklahoma football game while cruising on patrol miles underwater. Additionaly, American Sailors on underwater submarine crews could communicate with their friends on American ships such as Destroyers or Cruisers or Aircraft Carriers by floating a dual antenna ocean looking net on the surface of the ocean which would receive both internet airwave signals from above water and interface with internet underwater signals from the underwater submarine crews. These antennas could be designed so that they are camoflauged so that there would be the least amount of environmental interference with a normal view of the ocean's surface. I have attached a copy of the journal article which discusses underwater electronic transmissions. This network would be somewhat like the American SOSUS network which tracks enemy submarines. The internet article, originally published in 1987, authored by Lloyd But;er. is entited: "Underwater Radio Communication."
Labels:
fiber optic,
internet,
radio,
sosus,
transmissions,
wifi
Saturday, July 23, 2011
Fejfar Technology Blog: Fejfar Electric Power Multiplier
Fejfar Technology Blog: Fejfar Electric Power Multiplier: "This is the Copyrighted and Patented, Fejfar Electric Power Multiplier. The Fejfar Power Multiplier (FPM) can be manufactured and installed ..."
Fejfar Electric Power Multiplier
This is the Copyrighted and Patented, Fejfar Electric Power Multiplier. The Fejfar Power Multiplier (FPM) can be manufactured and installed on a farm, a business, a manufacturing plant, a home, an apartment, and in appliances such as heaters, air conditioners, refrigerators, freezers, etc. The design of the FPM is fairly simple. You plug in an AC Motor at the chosen size and voltage, and then, you connected the motor drive to a manual transmission with multiple gears, such as 42 gears in a Freightliner truck transmission, and then connect the transmission to an appropriately sized AC Electric Generator. The mechanical advantage produced by the transmission will produce a multiplier effect of more than 100 times the electricity being drawn by the primary power source which is driving the AC Motor. Thus, you should be able to run an entire house, for example, with just the electricity required for the AC Motor. Moreover, if you can get a AC Meter from the Electric Company that goes both ways, along with a electric cogeneration agreement or permit, you could actual make money being paid to you by the electric company, instead of you paying.
Perpetual (C)Copyright and (P)Patent (2011 C.E.) by Anthony J. Fejfar and Neothomism, P.C. (PA).
Perpetual (C)Copyright and (P)Patent (2011 C.E.) by Anthony J. Fejfar and Neothomism, P.C. (PA).
Saturday, June 25, 2011
Fejfar Technology Blog: Computer in a Box
Fejfar Technology Blog: Computer in a Box: "This is the Copyrighted and Patented Design for 'Computer in a Box'(TM) and 'Doswindows': 1. The operating System is Doswindows, where the c..."
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