To prevent an unpleasant smell such as smell of sweat from flowing to a face side and to make air of axial flow fan motor efficiently flow to a human forehead to be sensibly felt coolest.

This electrically-driven air cooling cap body 7 comprises an axial flow fan motor 1 attached to a front part 6 of a cap body 2 including cap, hat, etc., and takes air in the interior of the cap body 2 by rotating the axial flow fan motor 1. A through hole 3 for taking air in the interior of the cap body 2 by rotating the axial flow fan motor 1 is formed at the front part 6 and an axial flow fan motor fitting unit 5 having a through hole 4 opposing to the through hole 3 is stuck to the inside of the front part 6 of the cap body 2. A converter for changing the direction of air flow for introducing air flowing into the interior of the cap body 2 by rotation of the axial flow fan motor 1 through the through holes 2 and 4 is formed in the vicinity of an edge part 10 at the inside part of the front part of the cap body. A unit 15 is provided with a through hole opposing to a through hole formed on a corner flange of the axial flow fan motor 1. The unit 5 is fixed to the inside of the front part 6 of the cap body 2 by a fixing tool such as screw passed through the through hole.