Hydraulic piston engine

Abstract

Hydraulic Piston Engine consists of two elements in function based on one principle which is Pascal's theorem applying fluid in the cylinder block capable of transmitting the combustion power in amplification according to the hydraulic device to replace a plural of piston cylinders with a single upper piston cylinder with longer length to fill liquid fully enabling to continuously operate even at the lowest level of the piston position in repeating up and down operation by dint of connecting rods, thus resulting at saving fuels and exhausting gases at the ratio of the plural number of the piston cylinders. As for another element, the amplified combustion power transmitted to the bottom piston cylinder enable to produce sufficient force enough to allow the vehicle to lift through the air by dint of air stream gusted downward.

1 . Hydraulic Piston Engine ( FIG. 1  &  FIG. 2 ) is designed to fill the space between an upper piston  1  in an upper cylinder  11  and plural number of pistons  3  in a lower cylinder  6  with liquid  2  to transmit combustion power through a respective connecting rod  4  to generate the crankshaft  5  individually, thus totaling power of the same number of cylinders as of the conventional motor engine despite of being originally under operation of a single piston  1 .  
   
   
       2 . Liquid  2  is packed not only in the space kept between the upper piston  1  and the plural pistons  3  thereunder but also inside cylinder block  7  comprising plural cylinders therein to suppress vibration generated with parts of an engine to attain at high efficiency in driving operation.  
   
   
       3 . Liquid  2  packed in the cylinder is designed to provide the lifting force with the adjacent pistons in upward rising operation by dint of pushing power transmitted through pistons by the combustion to proceed the continuous operation of the engine, furthermore to compress the fuel in the combustion room by the hydraulic power.  
   
   
       4 . The bottom cylinder  8  of which area is larger than that of the upper piston  1  is designed to produce strong air stream with higher power increased at the ratio of the both area gushing out downward through bellows  12  thereunder enabling to lift the vehicle through the air.  
   
   
       5 . The volume of liquid  2  packed in the space between said upper piston  1  in an upper cylinder  11  and said lower piston  3  at said lower cylinder  6  must be increased to be sufficient in filling the space as above set forth even in case of pistons  3  at the lowest level in the low cylinder  6  so that the hydraulic power may be available according to Pascal's theorem, because it is required for the space filled fully with liquid to transmit power through liquid packed therein.