Self reproducing fundamental fabricating machines (F-Units)
First Claim
1. A fundamental fabricating machine system, comprising:
- an upper base portion including selectively energizable first and second conductive devices, the first conductive device located in a forward area of the fundamental fabricating machine system, and the second conductive device located in a rearward area of the fundamental fabricating machine system;
a lower base portion including selectively energizable third and fourth conductive devices, the third conductive device located in the forward area of the fundamental fabricating machine system, and the fourth conductive device located in the rearward area of the fundamental fabricating machine system;
a fulcrum connector connecting the upper and lower base portions in the forward area of the fundamental fabricating machine system;
a rear anchor connector connecting the upper and lower base portions in the rearward area of the fundamental fabricating machine system, the fulcrum and rear anchor connectors forming an aperture in combination with the upper and lower base portions;
a conductive rod having first and second travel legs, the conductive rod being positioned substantially in the aperture formed between the fulcrum and rear anchor connectors and the upper and lower base portions; and
a power supply, operatively and selectively connected to the first, second, third and fourth conductive devices,wherein selective energization of the first, second, third and fourth conductive devices magnetically attracts and drives the conductive rod to propel the fundamental fabricating machine system.
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Accused Products
Abstract
A system of units for constructing or replicating a structure (10,10,10 . . . ) including diverse materials consisting of a plurality of pieces (20, 22, 23, 156-165) having at least one indicia (18) thereon for detection thereof, at least one adjoining structure functioning according to instructions of a computer program of a processor for adjoining in any predetermined relation with other of the plurality of the pieces (20, 22, 23, 156-165), and the processor (30, 120, 166, 167) having the computer program instructions being responsive to detection of the at least one indicia to provide for arranging the other of the plurality of the pieces in the predetermined relation for controlling the fabrication system in assembling a given number of the plurality of the pieces in the predetermined relation to comprise a produced fabrication structure (10,10,10 . . . ) are selected from a group consisting of a puzzle piece system, a construction system, a hot knife system, a holed piece system.
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Citations
73 Claims
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1. A fundamental fabricating machine system, comprising:
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an upper base portion including selectively energizable first and second conductive devices, the first conductive device located in a forward area of the fundamental fabricating machine system, and the second conductive device located in a rearward area of the fundamental fabricating machine system; a lower base portion including selectively energizable third and fourth conductive devices, the third conductive device located in the forward area of the fundamental fabricating machine system, and the fourth conductive device located in the rearward area of the fundamental fabricating machine system; a fulcrum connector connecting the upper and lower base portions in the forward area of the fundamental fabricating machine system; a rear anchor connector connecting the upper and lower base portions in the rearward area of the fundamental fabricating machine system, the fulcrum and rear anchor connectors forming an aperture in combination with the upper and lower base portions; a conductive rod having first and second travel legs, the conductive rod being positioned substantially in the aperture formed between the fulcrum and rear anchor connectors and the upper and lower base portions; and a power supply, operatively and selectively connected to the first, second, third and fourth conductive devices, wherein selective energization of the first, second, third and fourth conductive devices magnetically attracts and drives the conductive rod to propel the fundamental fabricating machine system.
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2. A fundamental fabricating machine system, comprising:
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an upper base portion including selectively energizable first and second pairs of conductive devices, the first pair of conductive devices located in a forward area of the fundamental fabricating machine system, and the second pair of conductive devices located in a rearward area of the fundamental fabricating machine system; a lower base portion including selectively energizable third and fourth pairs of conductive devices, the third pair of conductive devices located in the forward area of the fundamental fabricating machine system, and the fourth pair of conductive devices located in the rearward area of the fundamental fabricating machine system; a fulcrum connector connecting the upper and lower base portions in the forward area of the fundamental fabricating machine system; a rear anchor connector connecting the upper and lower base portions in the rearward area of the fundamental fabricating machine system, the fulcrum and rear anchor connectors forming an aperture in combination with the upper and lower base portions; a conductive rod having first and second travel legs, the conductive rod being positioned substantially in the aperture formed between the fulcrum and rear anchor connectors and the upper and lower base portions; and a power supply, operatively and selectively connected to the first, second, third and fourth pairs of conductive devices, wherein selective energization of the first, second, third and fourth pairs of conductive devices magnetically attracts and drives the conductive rod in the forward, backward, upper, lower, right and left directions to propel the fundamental fabricating machine system.
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3. A fundamental fabricating machine system, comprising:
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an upper base portion including selectively energizable first and second conductive devices, the first conductive device located in a forward area of the fundamental fabricating machine system, and the second conductive device located in a rearward area of the fundamental fabricating machine system; a lower base portion; a fulcrum connector connecting the upper and lower base portions in the forward area of the fundamental fabricating machine system; a rear anchor connector connecting the upper and lower base portions in the rearward area of the fundamental fabricating machine system, the fulcrum and rear anchor connectors forming an aperture in combination with the upper and lower base portions; a conductive rod having first and second travel legs, the conductive rod being positioned substantially in the aperture formed between the fulcrum and rear anchor connectors and the upper and lower base portions; and a power supply, operatively and selectively connected to the first and second conductive devices, wherein selective energization of the first and second conductive devices magnetically attracts and drives the conductive rod in the forward, backward, upper, lower directions to propel the fundamental fabricating machine system. - View Dependent Claims (4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73)
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34. A fundamental fabricating machine system, comprising:
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an upper base portion including selectivity energizable first and second conductive devices, the first conductive device located in a forward area of the fundamental fabricating machine system, and the second conductive device located in a rearward area of the fundamental fabricating machine system; a lower base portion; a fulcrum connector connecting the upper and lower base portions in the forward area of the fundamental fabricating machine system; a rear anchor connector connecting the upper and lower base portions in the rearward area of the fundamental fabricating machine system, the fulcrum and rear anchor connectors forming an aperture in combination with the upper and lower base portions; a conductive rod having first and second travel legs, the conductive rod being positioned substantially in the aperture formed between the fulcrum and rear anchor connectors and the upper and lower base portions; and a power supply, operatively and selectively connected to the first and second conductive devices, wherein propulsion of the system by electrostatic force drives the conductive rod in the forward, backward, upper, lower directions to propel the fundamental fabricating machine system.
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Specification