The present invention relates to a fire-fighting direct-window window, and in particular, to provide a fire-fighting direct-windowed window capable of spraying water directly while controlling the amount of injection, as well as providing a light-weight aluminum window molded by die casing. The direct fired window 1000 for firefighting of the present invention is composed of a fire hose connector 1100, a nozzle 1200, a disc sheet 1300, and a fastening member 1400, and is fitted toward the other end of the nozzle to the outer peripheral surface of one end of the nozzle. In addition to being assembled so that it does not fall on one end by being caught by the formed flange 1260, it is fastened to the male screw part 1170 formed at a predetermined position of the fire hose connector, and when the nozzle is rotated forward or backward at the fire hose connector and the inner fastening part, the nozzle The control bracket (1500) is further provided to limit the distance to be moved in the axial direction, and the disk seat seating projection (1140) is projected toward the center of the shaft while protruding toward the shaft while the fire water of the fire hose connector is discharged. While the disc sheet is in close contact and fastened with a fastening member, the disc sheet and the fastening member are located in the fire hose connector fastener 1210, while the nozzle rotates toward the fire hose connector. When the same, the outer circumferential surface of the disc sheet is in close contact with the inner inclined surface 1270 inclined toward the nozzle hole 1230 from the fire hose connection port fastening part, and the amount of fire water discharged toward the other end of the fire hose connection port gradually moves toward the nozzle hole. It is characterized in that it can be reduced and later completely blocked.
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