To provide a device that fills up a bomb container with wind and makes good use of it as a required power source.

The part situated nearer an apex of a conical wind inlet plate (A) is used as a blower hole, and at a rear end, a tail blade 18 is provided as an adjunct, and a trapezoidal hatch H having a wind removing function is provided on a base line of a center angle of top side of a cutting wind ring A1. A mouthpiece F is provided to fit together on a filling hole of an upper end of a bomb container E, and a passage hole 11 is provided to be drilled at an intermediate position of an adjustment cylinder 4, and a valve body is latched and provided to fit together to a lower end. A disk-shaped orbital bench C is provided to cover on the upper end of the bomb container E, and a stationary pedestal D is provided to cover on a top surface, and a carriage B in the same shape on the top surface, and a wheel B1 on a bottom surface are provided circumferentially, and a hook handcart 9 is provided screwingly on an outer side surface on an orthogonal line on an axis, and a right circular blower pipe 3 is inserted to fit and attached swingably from the passage hole 11 of the carriage B, and the upper, and lower ends of an S-shaped blower pipe 2 are coupled in sequence to a blower hole. The right circular blower pipe 3, a supporting frame G is provided in a hanging condition between the carriage B and the wind inlet plate. A paired cylinder pistons are provided in parallel on the top surface of the bomb container E and air is supplied from an air supply pipe provided as an adjunct on a lower end part of both cylinders to an air supply tank N of high-pressure air stream control, via pivotally supported double chain sprockets on top side and air is supplied to a secondary bomb container or an air supply pipe 21.