A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BATHROOM BLOWING DEVICE, BATHROOM UNIT, BATHROOM BLOWING METHOD, AND BATHROOM BLOWING SYSTEM
To provide a bathroom blowing device which blows air toward a user while taking a bath, which is an appropriate setting form, which can feel a fresh mood by receiving an air flow without feeling discomfort by a user during bathing, and which is small in noise.SOLUTION: Since a blowing part 2 to be blown toward a user 7 during bathing is provided, a wind blown from a blowing port 2b is sent to a bathtub 6 below along a side wall 8 hitting a back face of the user 7 during bathing, the airflow blown out from the blowing port 2b is mainly hit on the top part or the back part of the user 7 during the bathing, that is, the head part, the back part, the neck part, and the shoulder part, so that the user 7 during the bathing can feel comfortable. Further, since the air blown out from the blowout port 2b travels along the side wall 8, it reaches the user 7 during bathing at a relatively small air volume and wind speed by a synergetic effect that the Coanda effect and the ascending airflow are not blocked, so that noise can be reduced.SELECTED DRAWING: Figure 1
【課題】入浴中の使用者に向かって送風する浴室送風装置において、適切な設置形態であり、かつ入浴中の使用者が不快を感じることなく、気流を浴びて爽快な気分を感じることができ、なおかつ騒音が小さい浴室送風装置を提供することを目的とする。【解決手段】入浴中の使用者７に向けて送風する送風部２を備え、吹出し口２ｂから送風された風が、入浴中の使用者７の背面に当たる側壁８に沿って下方の浴槽６に送られるようにすることにより、吹出し口２ｂから吹出した気流が入浴中の使用者７の頭頂部またはそれよりも背面側、つまり頭頂部、後頭部、首筋、肩まわりに主に当たるので、入浴中の使用者７が不快を感じることなく爽快な気分を感じることができる。さらに吹出し口２ｂから吹出した風が側壁８に沿って進むことで、コアンダ効果と上昇気流に遮られないことの相乗効果により比較的少ない風量と風速で入浴中の使用者７に届くので、騒音を小さくできる。【選択図】図１
BATHROOM BLOWING DEVICE, BATHROOM UNIT, BATHROOM BLOWING METHOD, AND BATHROOM BLOWING SYSTEM
To provide a bathroom blowing device which blows air toward a user while taking a bath, which is an appropriate setting form, which can feel a fresh mood by receiving an air flow without feeling discomfort by a user during bathing, and which is small in noise.SOLUTION: Since a blowing part 2 to be blown toward a user 7 during bathing is provided, a wind blown from a blowing port 2b is sent to a bathtub 6 below along a side wall 8 hitting a back face of the user 7 during bathing, the airflow blown out from the blowing port 2b is mainly hit on the top part or the back part of the user 7 during the bathing, that is, the head part, the back part, the neck part, and the shoulder part, so that the user 7 during the bathing can feel comfortable. Further, since the air blown out from the blowout port 2b travels along the side wall 8, it reaches the user 7 during bathing at a relatively small air volume and wind speed by a synergetic effect that the Coanda effect and the ascending airflow are not blocked, so that noise can be reduced.SELECTED DRAWING: Figure 1
【課題】入浴中の使用者に向かって送風する浴室送風装置において、適切な設置形態であり、かつ入浴中の使用者が不快を感じることなく、気流を浴びて爽快な気分を感じることができ、なおかつ騒音が小さい浴室送風装置を提供することを目的とする。【解決手段】入浴中の使用者７に向けて送風する送風部２を備え、吹出し口２ｂから送風された風が、入浴中の使用者７の背面に当たる側壁８に沿って下方の浴槽６に送られるようにすることにより、吹出し口２ｂから吹出した気流が入浴中の使用者７の頭頂部またはそれよりも背面側、つまり頭頂部、後頭部、首筋、肩まわりに主に当たるので、入浴中の使用者７が不快を感じることなく爽快な気分を感じることができる。さらに吹出し口２ｂから吹出した風が側壁８に沿って進むことで、コアンダ効果と上昇気流に遮られないことの相乗効果により比較的少ない風量と風速で入浴中の使用者７に届くので、騒音を小さくできる。【選択図】図１
BATHROOM BLOWING DEVICE, BATHROOM UNIT, BATHROOM BLOWING METHOD, AND BATHROOM BLOWING SYSTEM
浴室送風装置、浴室ユニット、浴室の送風方法及び浴室送風システム
SUGIMOTO YASUYO (author)
2019-03-22
Patent
Electronic Resource
Japanese