A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To prevent a contaminant deposited in a room 1 from being whirled up or stirred inside of the room 1 in a room ventilation structure 110 in which air is supplied from an air supply port provided in the room 1 and exhausted from an exhaustion port provided in the room 1.SOLUTION: The room ventilation structure 110 comprises: the room 1 provided inside of a building 100; an air supply part 2 which supplies air from the outside of the building 100 into the room 1 without interposing another room 120 or a passage 130 in the building 100; and an exhaustion part 3 which exhausts air in the room 1 to the outside of the building 100 without interposing the other room 120 or the passage 130. The room 1 includes an air dispersion part 12 which constitutes a floor surface 12a of the room 1 and guides air taken in from the air supply part 2 to a floor upper surface 1b of the room 1 while dispersing the air in a direction in which the floor surface 12a is spread.SELECTED DRAWING: Figure 2
【課題】部屋１に設けられた給気口から給気するとともに同部屋１に設けられた排気口から排気する部屋換気構造１１０において、同部屋１内に付着している汚染物質が部屋１内において巻き上げられてしまったり、攪拌されてしまったりするのを防ぐ。【解決手段】部屋換気構造１１０は、建物１００内に設けられた部屋１と、建物１００の外から、建物１００内における他の部屋１２０又は通路１３０を介さずに部屋１の中へ空気を給気する給気部２と、部屋１の中の空気を、他の部屋１２０又は通路１３０を介さずに建物１００の外へ排気する排気部３と、を備えるものであって、部屋１は、当該部屋１の床面１２ａを構成するとともに、給気部２から取り入れた空気を床面１２ａが広がる方向に分散させつつ部屋１の床上空間１ｂへ導入する空気分散部１２を備える。【選択図】図２
To prevent a contaminant deposited in a room 1 from being whirled up or stirred inside of the room 1 in a room ventilation structure 110 in which air is supplied from an air supply port provided in the room 1 and exhausted from an exhaustion port provided in the room 1.SOLUTION: The room ventilation structure 110 comprises: the room 1 provided inside of a building 100; an air supply part 2 which supplies air from the outside of the building 100 into the room 1 without interposing another room 120 or a passage 130 in the building 100; and an exhaustion part 3 which exhausts air in the room 1 to the outside of the building 100 without interposing the other room 120 or the passage 130. The room 1 includes an air dispersion part 12 which constitutes a floor surface 12a of the room 1 and guides air taken in from the air supply part 2 to a floor upper surface 1b of the room 1 while dispersing the air in a direction in which the floor surface 12a is spread.SELECTED DRAWING: Figure 2
【課題】部屋１に設けられた給気口から給気するとともに同部屋１に設けられた排気口から排気する部屋換気構造１１０において、同部屋１内に付着している汚染物質が部屋１内において巻き上げられてしまったり、攪拌されてしまったりするのを防ぐ。【解決手段】部屋換気構造１１０は、建物１００内に設けられた部屋１と、建物１００の外から、建物１００内における他の部屋１２０又は通路１３０を介さずに部屋１の中へ空気を給気する給気部２と、部屋１の中の空気を、他の部屋１２０又は通路１３０を介さずに建物１００の外へ排気する排気部３と、を備えるものであって、部屋１は、当該部屋１の床面１２ａを構成するとともに、給気部２から取り入れた空気を床面１２ａが広がる方向に分散させつつ部屋１の床上空間１ｂへ導入する空気分散部１２を備える。【選択図】図２
ROOM VENTILATION STRUCTURE
部屋換気構造
OTA ISAMU (author)
2022-03-04
Patent
Electronic Resource
Japanese