Monocylindrical hybrid two-cycle engine, compressor and pump, and method of operation

A method of monocylindrical hybrid operation comprising the steps of:

• (a) providing uniform fluid flow independent of said single pump plunger supply pulsation by means of high pressure fluid from pump and pneumohydraulic accumulator entered said hydrostatic motor in turn during the engine work cycle and said hydrostatic motor outlet fluid flow goes via said stabilizer hydraulic motor, and
• (b) providing said engine piston return stroke by means of said hydrostatic converter transformed said pneumohydraulic accumulator fluid pressure magnitude and activated said pump plunger upwards movement, and
• (c) providing said engine start by means of said pneumohydraulic accumulator energy activated simultaneously said pump plunger upwards movement and stabilizer hydraulic motor motion, and
• (d)
• (e) providing automotive regenerative braking by means of said hydrostatic motor operated in the pump mode and charged said pneumohydraulic accumulator independent of said engine mode operation, and
• (f) providing said pneumohydraulic accumulator charging by means of said pump outlet interaction with said pneumohydraulic accumulator and said pump inlet interaction with said hydrostatic converter outlet, and
• (g) providing a signal for said hydrostatic motor displacement volume automatic control by means of maintaining permanent fluid pressure of said stabilizer hydraulic motor inlet independent of said engine load and cycle per min., and
• (h) providing said synchronize mechanism operation without clearance independent of said swash plate shift and incline angle alteration by means of pneumohydraulic accumulator fluid pressure pushes up booster's pistons, floating support with ledges, yoke and axial rods against the swash plate with force greater than the pump fluid pressure counteraction.