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A platform for research: civil engineering, architecture and urbanism
WALL SYSTEM CAPABLE OF ADJUSTING OVERALL HEAT TRANSFER COEFFICIENT
PROBLEM TO BE SOLVED: To suppress energy consumption to maintain a room temperature at a generally constant temperature in a building where the room temperature is maintained at the generally constant temperature throughout the year.SOLUTION: A wall system 1 capable of adjusting overall heat transfer coefficient which is used on an outer wall H of a building in which a room temperature is maintained generally at a constant temperature is provided with: an in-wall pipe line 10 buried in the outer wall H; a feeding pipe 20 connected to the in-wall pipe line 10 to feed air or water to the in-wall pipe line 10; an exhaust pipe 30 connected to the in-wall pipe line 10 to exhaust air or water out of the in-wall pipe line 10; a pump 60 supplying either of air or water to the feeding pipe 20; an ambient temperature sensor 91 detecting an ambient temperature; and a control section 90 controlling the pump 60 on the basis of the room temperature or the ambient temperature. The control section 90 supplies water to the in-wall pipe line 10 when the ambient temperature is lower than the room temperature and a difference between the room temperature and the ambient temperature is equal to or greater than a difference in a temperature at which liquid is to be exchanged.SELECTED DRAWING: Figure 1
【課題】通年、室温が略一定温度に維持される建物において、室温を略一定温度に維持するためのエネルギー消費を抑制することである。【解決手段】室温が略一定温度に維持される建物の外壁Ｈに用いられる熱通過率調整壁システム１であって、外壁Ｈに埋設された壁内配管１０と、壁内配管１０に接続され、壁内配管１０に空気または水を送入する送入管２０と、壁内配管１０に接続され、壁内配管１０から空気または水を排出する排出管３０と、送入管２０に空気または水のいずれかを供給するポンプ６０と、外気温を検出する外気温センサ９１と、室温及び外気温に基づいてポンプ４０を制御する制御部９０とを備え、制御部９０は、外気温が室温よりも低く、かつ、室温と外気温との温度差が液体入換温度差以上である場合、壁内配管１０に水を供給する。【選択図】図１
WALL SYSTEM CAPABLE OF ADJUSTING OVERALL HEAT TRANSFER COEFFICIENT
PROBLEM TO BE SOLVED: To suppress energy consumption to maintain a room temperature at a generally constant temperature in a building where the room temperature is maintained at the generally constant temperature throughout the year.SOLUTION: A wall system 1 capable of adjusting overall heat transfer coefficient which is used on an outer wall H of a building in which a room temperature is maintained generally at a constant temperature is provided with: an in-wall pipe line 10 buried in the outer wall H; a feeding pipe 20 connected to the in-wall pipe line 10 to feed air or water to the in-wall pipe line 10; an exhaust pipe 30 connected to the in-wall pipe line 10 to exhaust air or water out of the in-wall pipe line 10; a pump 60 supplying either of air or water to the feeding pipe 20; an ambient temperature sensor 91 detecting an ambient temperature; and a control section 90 controlling the pump 60 on the basis of the room temperature or the ambient temperature. The control section 90 supplies water to the in-wall pipe line 10 when the ambient temperature is lower than the room temperature and a difference between the room temperature and the ambient temperature is equal to or greater than a difference in a temperature at which liquid is to be exchanged.SELECTED DRAWING: Figure 1
【課題】通年、室温が略一定温度に維持される建物において、室温を略一定温度に維持するためのエネルギー消費を抑制することである。【解決手段】室温が略一定温度に維持される建物の外壁Ｈに用いられる熱通過率調整壁システム１であって、外壁Ｈに埋設された壁内配管１０と、壁内配管１０に接続され、壁内配管１０に空気または水を送入する送入管２０と、壁内配管１０に接続され、壁内配管１０から空気または水を排出する排出管３０と、送入管２０に空気または水のいずれかを供給するポンプ６０と、外気温を検出する外気温センサ９１と、室温及び外気温に基づいてポンプ４０を制御する制御部９０とを備え、制御部９０は、外気温が室温よりも低く、かつ、室温と外気温との温度差が液体入換温度差以上である場合、壁内配管１０に水を供給する。【選択図】図１
WALL SYSTEM CAPABLE OF ADJUSTING OVERALL HEAT TRANSFER COEFFICIENT
熱通過率を調整可能な壁システム
HACHIMORI SAKIKO (author)
2018-08-16
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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