1. rapid propulsion stage: the compressed air is inserted into the cavity of the fast inlet cylinder. At this time, the air in the lower cavity is connected. At the same time, the oil tank of the pressurized cylinder is quickly filled from the tank to the tank of the oil tank through the oil filling valve, and the oil fluid in the lower chamber of the cylinder flows back to the tank. Until the fast piston rod contacts the upper part, the forward thrust and resistance are balanced, and the fast forward cylinder stops and keeps pressure.
2. supercharging process: when the fast progressive thrust force of the fast inlet cylinder is unable to push forward, the A inlet of the pressurized cylinder begins to compress the air into the upper chamber, and its piston drives the pressurized plunger connected together to the pressurized cylinder, and the lower B port is connected with the air; and the filling valve cuts off the upper chamber and the tank to make them no longer connected; at the same time, the valve is not connected. The oil valve cuts off the upper chamber and the fuel tank of the supercharged cylinder so that they are no longer connected. The fluid in the turbocharged cylinder is in a closed state. With the expansion of the pressurized plunger, the volume of the fluid is changed, the oil pressure in the volume increases proportionately, which is used in the hydraulic piston to make the turbocharged cylinder output greater force and pressurized with the fast forward cylinder piston, until the work is reached.
3. rapid reset stage: the supercharging work is finished, the air is compressed at the B mouth of the fast inlet cylinder D and the lower chamber of the pressurized cylinder. The upper chamber of the two cylinder is A, the C port passes air, the pressurized cylinder returns quickly; at the same time, the oil valve is connected to the turbocharged cylinder and oil tank, and the oil cylinder is added to the oil cylinder and the lower cavity is filled up under the drive of the fast inlet cylinder piston. The quick intake cylinder is in place, so that a working process of the gas liquid boosting cylinder ends and the next process repeats the above action.