Two-cycle motor

A two-cycle motor, comprising:

• a cylinder assembly having first and second ends, said first end being closed and said second end being opened, said cylinder assembly including a cylinder body that extends a first predetermined distance from said first end, said cylinder body further including a plurality of through openings at a second predetermined distance from said first end, said cylinder body including a radially enlarged annular portion extending from said cylinder body at said first predetermined distance to a third predetermined distance thereby defining an air compression chamber within said cylindrical assembly and said second end being connected to an engine block B including a crankshaft assembly C therein;
• a piston assembly having a substantially cylindrical shape with third and fourth ends, said third end being closed defining a piston head and said fourth end being open with a piston skirt extending between said piston head and said fourth end, and further having an outwardly extending cylindrical flange member at a fourth predetermined distance from said third end, and said flange member having dimensions to be snugly yet slidably receivable within said air compression air chamber thereby defining air compression lower and upper sub-chambers, said piston head having dimensions to be snugly yet slidably receivable within said cylinder body and with said closed end defining a combustion chamber and, said piston head being reciprocally movable between an uppermost piston position and a bottommost piston position and further including a piston connecting rod having fifth and sixth ends, said fifth end being internally and pivotally connected to interior said third end and said sixth end being connected to said crankshaft thereby limiting the travel of said piston head to said uppermost piston position and bottommost piston position;
• first and second one-way inlet valve assemblies connected to said air compression lower and upper sub-chambers, respectively, to alternate in the generation of compressed air as said piston head moves between said uppermost piston position and bottommost piston position;
• first and second one-way outlet valve assemblies connected to said air compression lower and upper sub-chambers to alternate in generating compressed air as said piston head moves between said uppermost piston position and bottommost piston position opposite to those allowing air in said air compression lower and upper sub-chambers, respectively;
• a tank assembly connected to said first and second one-way outlet valve assemblies receiving said compressed air above a predetermined pressure threshold;
• an intake one-way valve assembly connected to said tank assembly and to said combustion chamber to supply compressed air.