Portable, remote electromagnetic power system

A portable remote electromagnetic power system providing a continuous working pressure for powering a mechanical device, comprising:

• a water tank;
• an oil reservoir mounted on top of the water tank;
• a pair of outer pressure cylinders extending transversely through the water tank;
• a pair of inner accumulator cylinders extending transversely through the water tank and between the outer pressure cylinders so that one outer pressure cylinder can be operatively paired with one inner accumulator cylinder;
• the outer pressure cylinders including a pair of oppositely disposed electromagnets;
• a floating piston disposed within each outer pressure cylinder and capable of reciprocable movement between the electromagnets and in response to the energization and de-energization of the electromagnets;
• each inner accumulator cylinder having a permanent magnet and an accumulator end cap oppositely mounted to each other;
• a floating magnetized piston disposed within each accumulator cylinder and capable of reciprocable movement therein;
• each inner accumulator cylinder further including an air chamber portion and a fluid chamber portion separated by the floating magnetized piston;
• a main working pressure supply line interconnecting the inner accumulator cylinders to the mechanical device so that fluid under pressure can be delivered to the mechanical device for powering the mechanical device;
• a plurality of fluid lines interconnecting the oil reservoir to the outer pressure cylinders and interconnecting each outer pressure cylinder to the adjacent inner accumulator cylinder for establishing fluid flow communication from the oil reservoir to the outer pressure cylinders and then the inner accumulator cylinders;
• and
• whereupon the energization and de-energization of the electromagnets of the outer cylinders actuates the reciprocation of the floating pistons concomitant with flow of fluid into the outer pressure cylinders at the end caps thereof whereby the reciprocation of the floating pistons then forces the fluid out of the outer cylinders through the fluid lines and into to fluid chamber portions of the adjacent inner cylinders trapping air in the air chamber portions for creating pressure that forces fluid out of the fluid chamber portions of the inner cylinders through the main working pressure line and to the mechanical device as continuous working pressure for powering the mechanical device.