The principle and accelerating device of a comprehensive air purifying device utilizing discharge pressure gas of a device that utilizes engines of a spacecraft a ship an automobile an aircraft a power plant forward friction resistor

摘要

Based on a device that utilizes the engine and turbine of a spacecraft, a ship, an automobile, an aircraft, a power plant, and the like, pressure and exhaust gas utilized as thrust and energy is suctioned 100% so that the suctioned pressure helps an explosion process in the compression, explosion, and exhaust of various engine cylinders and that air pollution is reduced 100% (Fig. 50). An intake device is connected to a turbine used as thrust, increases the thrust by injecting pressure into the resistance area of blades, and removes an after-raising back blast by the blades of the turbine and the propellers of a helicopter or the like. Thrust pressure is increased by suctioning the back-blast pressure of the propellers and discharging the suctioned pressured in the direction of the rear of the propellers (Figs. 51, 51-1, and 51-2). Energy efficiency is increased and noise is removed by suctioning the remaining pressure from the suctioned thrust. The principle of a small suction, discharge, and compression tank that can be used in a narrow space when a compression tank is mounted is utilized. The additional principle of additional acceleration due to action and reaction is utilized. The principle of movement of a spacecraft (flying saucer) capable of preventing noise and pollution and moving by mounting the engine inside a moving device is utilized (Fig. 70-1).