An air supplying assembly, comprising a hot air device, a rod (3), and a plurality of clothes hangers (4). The rod (3) is of a hollow tubular structure, and a plurality of air outlets are formed on the side wall of the rod (3); the hot air device comprises a fan (1) used for supplying hot air and a hose (2) connected between the fan (1) and the rod (3); each of the clothes hangers (4) is provided with an air inlet communicated with one of the air outlets; a plurality of air openings (41) communicated with the air inlet is formed on the outer side wall of the clothes hanger (4). During use, first, clothes to be dried are hung on a clothes hanger (4); then the clothes hanger (4) is hung on the rod (3), and it is guaranteed that the air inlet is aligned with an air outlet; then the fan (1) is turned on to blow out hot air, and the hot air passes through the hose (2) to the rod (3) and comes out from the air outlet, then enters the clothes hanger (4), and finally comes out from the air openings (41); the hot air comes from the interior to the clothes, and passes through the clothes to the outer side of the clothes, thereby taking away moisture. Under the continuous supply of the hot air, the clothes can be dried quickly, and even in a rainy day or on a journey, the clothes can be quickly dried. Therefore, the clothes drying requirements of users are met.