Propeller arrangement structure capable of achieving internally cooperative jet flow and controlling method

The invention provides a propeller arrangement structure capable of achieving an internally cooperative jet flow and a controlling method. The arrangement structure is characterized in that blades are divided into a plurality of insulated single chambers which are arranged in a sectional-type continuous manner through a shell plate structure in the extension direction of the blades of a propeller. An individually cooperative jet flow apparatus is disposed in each insulated single chamber. Each cooperative jet flow apparatus comprises: a gas inlet, a gas outlet and at least one jet flow power apparatus, wherein the gas inlet is arranged on a back edge position of an upper stressed skin of the insulated single chamber in which the cooperative jet flow apparatus is arranged, and the gas outlet is arranged on a front edge position of an upper stressed skin of the insulated single chamber in which the cooperative jet flow apparatus is arranged. The jet flow apparatus is installed in an internal space of the insulated single chamber in which the cooperative jet flow apparatus is arranged.