A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
AIR CONDITIONING SYSTEM, AND REFRIGERATING WAREHOUSE AND DRYING WAREHOUSE USING THE SAME
To provide an air conditioning system capable of air-conditioning at a lower temperature than a minimum setting temperature set in normal operation.SOLUTION: An air conditioning system includes an air conditioner 18, system temperature detection means 38, and a system controller 36 for controlling the operation of the air conditioner 18. The air conditioner 18 includes an air conditioner main unit 30, air conditioning temperature detection means 34, and an air conditioner controller 32, and the air conditioner controller 32 controls the air conditioner main unit 30 based on a signal from the air conditioning temperature detection means 34. When a temperature is to be maintained at a second low temperature which is lower than a first low temperature (18°C) by using the air conditioner 30, the air conditioner controller 36 controls operation of the air conditioner main unit 30 based on a signal from the air conditioning temperature detection means 34, and if a room temperature of the temperature controlled room decreases to the second low temperature, the operation of the air conditioner 18 stops based on a detection signal of the system temperature detection means 38.SELECTED DRAWING: Figure 2
【課題】通常操作により設定される設定最低温度よりも低い温度に冷房することが可能なエアコンシステムを提供すること。【解決手段】エアコン１８と、システム温度検知手段３８と、エアコン１８を作動制御するシステムコントローラ３６とを具備するエアコンシステム。エアコン１８は、エアコン本体３０、エアコン温度検知手段３４及びエアコンコントローラ３２を備え、エアコンコントローラ３２は、エアコン温度検知手段３４からの信号に基づいてエアコン本体３０を制御する。エアコン３０を用いて第１低温温度（１８℃）よりも低い第２低温温度に保つときには、エアコンコントローラ３６はエアコン温度検知手段３４からの信号に基づいてエアコン本体３０を作動制御し、温度調整空間の空間温度が第２低温温度まで低下すると、システム温度検知手段３８の検知信号に基づいてエアコン１８の作動が停止する。【選択図】図２
AIR CONDITIONING SYSTEM, AND REFRIGERATING WAREHOUSE AND DRYING WAREHOUSE USING THE SAME
To provide an air conditioning system capable of air-conditioning at a lower temperature than a minimum setting temperature set in normal operation.SOLUTION: An air conditioning system includes an air conditioner 18, system temperature detection means 38, and a system controller 36 for controlling the operation of the air conditioner 18. The air conditioner 18 includes an air conditioner main unit 30, air conditioning temperature detection means 34, and an air conditioner controller 32, and the air conditioner controller 32 controls the air conditioner main unit 30 based on a signal from the air conditioning temperature detection means 34. When a temperature is to be maintained at a second low temperature which is lower than a first low temperature (18°C) by using the air conditioner 30, the air conditioner controller 36 controls operation of the air conditioner main unit 30 based on a signal from the air conditioning temperature detection means 34, and if a room temperature of the temperature controlled room decreases to the second low temperature, the operation of the air conditioner 18 stops based on a detection signal of the system temperature detection means 38.SELECTED DRAWING: Figure 2
【課題】通常操作により設定される設定最低温度よりも低い温度に冷房することが可能なエアコンシステムを提供すること。【解決手段】エアコン１８と、システム温度検知手段３８と、エアコン１８を作動制御するシステムコントローラ３６とを具備するエアコンシステム。エアコン１８は、エアコン本体３０、エアコン温度検知手段３４及びエアコンコントローラ３２を備え、エアコンコントローラ３２は、エアコン温度検知手段３４からの信号に基づいてエアコン本体３０を制御する。エアコン３０を用いて第１低温温度（１８℃）よりも低い第２低温温度に保つときには、エアコンコントローラ３６はエアコン温度検知手段３４からの信号に基づいてエアコン本体３０を作動制御し、温度調整空間の空間温度が第２低温温度まで低下すると、システム温度検知手段３８の検知信号に基づいてエアコン１８の作動が停止する。【選択図】図２
AIR CONDITIONING SYSTEM, AND REFRIGERATING WAREHOUSE AND DRYING WAREHOUSE USING THE SAME
エアコンシステム並びにこれを用いた冷蔵倉庫及び乾燥倉庫
HIRATSUKA KAZUHIRO (author)
2021-03-18
Patent
Electronic Resource
Japanese
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