AIR SUPPLY DEVICE AND HEAT EXCHANGE TYPE VENTILATION DEVICE INCLUDING THE SAME

To suppress dropping of dew condensation water generated in the vicinity of an indoor side air supply port that is an outlet of an air supply air course.SOLUTION: An air supply device or a heat exchange type ventilation device 1 includes a front louver 8, an indoor casing 2, and an air supply air blower 4. The indoor casing 2 includes an outer louver part 11, a water reception inclined part 65, and a drain pan part 67. The outer louver part 11 includes a guide part 63. The guide part 63 includes a terminal part 62b. The drain pan part 67 includes a corner part 67a and a bottom surface 67b. An air supply terminal air course 18 that is a terminal portion of an air supply air course 81 is formed between the front louver 8 and the outer louver part 11. The terminal part 62b is provided in a most downstream part of the air supply terminal air course 18. The water reception inclined part 65 is located immediately below the terminal part 62b and is inclined so that dew condensation water generated in the terminal part 62b is guided to the bottom surface 67b through the corner part 67a.SELECTED DRAWING: Figure 6 【課題】給気風路の出口である室内側給気口近傍で生じた結露水の滴下を抑制する。【解決手段】給気装置または熱交換形換気装置１は、フロントルーバー８と、室内筐体２と、給気用送風機４と、を備え、室内筐体２は、外ルーバー部１１と、水受傾斜部６５と、ドレンパン部６７と、を含み、外ルーバー部１１は、ガイド部６３を含み、ガイド部６３は、末端部６２ｂを含み、ドレンパン部６７は、角部６７ａと、底面６７ｂと、を含み、フロントルーバー８と外ルーバー部１１との間において、給気風路８１の終端部分である給気終端風路１８が形成され、末端部６２ｂは、給気終端風路１８の最下流部に設けられ、水受傾斜部６５は、末端部６２ｂの真下に位置し、末端部６２ｂで発生する結露水が角部６７ａを通って底面６７ｂに導かれるように傾斜している。【選択図】 図６