A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONTROLLER, TEMPERATURE ADJUSTMENT SYSTEM, TEMPERATURE ADJUSTMENT METHOD, AND PROGRAM
To efficiently adjust the temperature of a different room by using a living room.SOLUTION: A controller 100 installed in a building having a first room having a daylighting surface, and a second room communicated with the first room through a vent pipe includes a room presence information acquisition unit 102, an irradiation amount acquisition unit 103, a light shielding level determination unit 105 and an instruction unit 106. The room presence information acquisition unit 102 acquires room presence information of the first room. The irradiation amount acquisition unit 103 acquires the irradiation amount of external light irradiated to the daylighting surface of the first room. The light shielding level determination unit 105 determines a light shielding level of a light shielding unit for adjusting the amount of external light irradiated into the first room from the daylighting surface on the basis of the room presence information and the irradiation amount. The instruction unit 106 transmits an instruction to set a determined light shielding level to the light shielding unit.SELECTED DRAWING: Figure 5
【課題】居室を利用して効率よく他の部屋の温度を調節する。【解決手段】採光面を有する第１の部屋と、第１の部屋と通風管で連通する第２の部屋を有する建屋に設置されるコントローラ１００は、在室情報取得部１０２と照射量取得部１０３と遮光度合い決定部１０５と指示部１０６とを備える。在室情報取得部１０２は、第１の部屋の在室情報を取得する。照射量取得部１０３は、第１の部屋の採光面に照射される外光の照射量を取得する。遮光度合い決定部１０５は、在室情報と照射量とに基づき、採光面から第１の部屋内に照射される外光の量を調節する遮光部の遮光度合いを決定する。指示部１０６は、決定した遮光度合いにする指示を遮光部に送信する。【選択図】図５
CONTROLLER, TEMPERATURE ADJUSTMENT SYSTEM, TEMPERATURE ADJUSTMENT METHOD, AND PROGRAM
To efficiently adjust the temperature of a different room by using a living room.SOLUTION: A controller 100 installed in a building having a first room having a daylighting surface, and a second room communicated with the first room through a vent pipe includes a room presence information acquisition unit 102, an irradiation amount acquisition unit 103, a light shielding level determination unit 105 and an instruction unit 106. The room presence information acquisition unit 102 acquires room presence information of the first room. The irradiation amount acquisition unit 103 acquires the irradiation amount of external light irradiated to the daylighting surface of the first room. The light shielding level determination unit 105 determines a light shielding level of a light shielding unit for adjusting the amount of external light irradiated into the first room from the daylighting surface on the basis of the room presence information and the irradiation amount. The instruction unit 106 transmits an instruction to set a determined light shielding level to the light shielding unit.SELECTED DRAWING: Figure 5
【課題】居室を利用して効率よく他の部屋の温度を調節する。【解決手段】採光面を有する第１の部屋と、第１の部屋と通風管で連通する第２の部屋を有する建屋に設置されるコントローラ１００は、在室情報取得部１０２と照射量取得部１０３と遮光度合い決定部１０５と指示部１０６とを備える。在室情報取得部１０２は、第１の部屋の在室情報を取得する。照射量取得部１０３は、第１の部屋の採光面に照射される外光の照射量を取得する。遮光度合い決定部１０５は、在室情報と照射量とに基づき、採光面から第１の部屋内に照射される外光の量を調節する遮光部の遮光度合いを決定する。指示部１０６は、決定した遮光度合いにする指示を遮光部に送信する。【選択図】図５
CONTROLLER, TEMPERATURE ADJUSTMENT SYSTEM, TEMPERATURE ADJUSTMENT METHOD, AND PROGRAM
コントローラ、温度調節システム、温度調節方法、およびプログラム
UEMORI SATOSHI (author) / KOMATSU MASAYUKI (author) / KISHIMA JUNKO (author) / NAGASAWA MASAHITO (author) / SAKAMOTO TADAAKI (author) / KANEKO HIDEKI (author) / SOGO SHINSUKE (author) / HIROZAWA AKITOSHI (author) / TAMANO KOHEI (author)
2019-10-10
Patent
Electronic Resource
Japanese
IPC:
F24F
Klimatisierung
,
AIR-CONDITIONING
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
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