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A variable fuel admission carburetor is provided including a piston and cylinder that are mated concentrically, and coexist in a carburetor chamber. The cylinder includes a longitudinal slot which allows varying amount of fuel into the carburetor. Through the relative longitudinal movement of the pi

A variable fuel admission carburetor is provided including a piston and cylinder that are mated concentrically, and coexist in a carburetor chamber. The cylinder includes a longitudinal slot which allows varying amount of fuel into the carburetor. Through the relative longitudinal movement of the piston in the cylinder, the exposed length of the slot is varied, thereby varying the amount and rate that the fuel enters the chamber.

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I claim: 1. A variable fuel admission carburetor comprising: a carburetor chamber bordered by carburetor walls; a fuel supply cylinder having a first end, a second end and second end segment, said first end is external to the chamber and is connected to a fuel supply, said second end and second end

I claim: 1. A variable fuel admission carburetor comprising: a carburetor chamber bordered by carburetor walls; a fuel supply cylinder having a first end, a second end and second end segment, said first end is external to the chamber and is connected to a fuel supply, said second end and second end segment both being inside the chamber; said cylinder is positioned approximately perpendicular to the carburetor wall; at least one longitudinal slot in the cylinder second end segment, to allow fuel release into the carburetor chamber; a fuel metering piston having a first section and a second section, said first section mated concentrically with the cylinder second segment and said second section is outside the carburetor chamber; means for moving the piston and cylinder relative to each other, so as to vary the length of slot exposure. 2. A variable fuel admission carburetor as in claim 1 wherein said means for moving the piston is a rocker arm located outside of the carburetor chamber, wherein said means is mechanically connected to the piston second section. 3. A variable fuel admission carburetor as in claim 2, wherein said rocker arm moves linearly. 4. A variable fuel admission carburetor as in claim 2, wherein said rocker arm moves rotationally. 5. A variable fuel admission carburetor as in claim 2, wherein said piston is rigidly attached to said rocker arm. 6. A variable fuel admission carburetor as in claim 2 wherein said piston is pivotally attached to said rocker arm. 7. A variable fuel admission carburetor as in claim 1, further comprising a mechanical means for setting a minimum and maximum piston position relative to the slot. 8. A variable fuel admission carburetor as in claim 2, further comprising a mechanical means for setting a minimum and maximum piston position relative to the slot. 9. A variable fuel admission carburetor as in claim 7 wherein said minimum and maximum position is set using a mechanical means on said rocker arm. 10. A variable fuel admission carburetor as in claim 1 wherein said piston is controlled through mechanical linkages to a foot pedal on a car. 11. A variable fuel admission carburetor as in claim 2 wherein said piston is controlled through mechanical linkages to a foot pedal on a car. 12. A variable fuel admission carburetor as in claim 10 wherein said foot pedal moves approximately 2.5 inches to move the piston approximately one half of an inch. 13. A variable fuel admission carburetor as in claim 11 wherein said foot pedal moves approximately 2.5 inches to move the piston approximately one half of an inch. 14. A variable fuel float control comprising: a fuel supply; a float control slot having an upper section and a lower section, said fuel supply moveably connected to the upper section of the slot so as to allow the passage of fuel from the fuel supply into the slot; a fuel intake tube connected to the slot's lower section; a carburetor chamber, connected to the fuel intake tube, so as to allow the passage of fuel from the slot into the carburetor chamber. 15. A variable fuel float control as in claim 14 wherein the moveably connected fuel supply can move up and down approximately one to three inches. 16. A variable fuel float control as in claim 14 wherein the fuel supply is moved through computer control or levers by the user.