AIR CONDITIONING PANEL

To provide an air conditioning panel that can solve problems related to area arrangement and also exhibit more sufficient performance.SOLUTION: An air conditioning panel 1 comprises: a regenerative absorber 10 which has an absorbing liquid absorbing a vapor refrigerant or an adsorbent adsorbing a va...

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Bibliographische Detailangaben
1. Verfasser: NAKAMURA TAKUJIYU
Format: Patent
Sprache:eng ; jpn
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Beschreibung
Zusammenfassung:To provide an air conditioning panel that can solve problems related to area arrangement and also exhibit more sufficient performance.SOLUTION: An air conditioning panel 1 comprises: a regenerative absorber 10 which has an absorbing liquid absorbing a vapor refrigerant or an adsorbent adsorbing a vapor refrigerant, and is heated with the sunlight to discharge the absorbed or adsorbed vapor refrigerant; a condenser 20 which liquefies the vapor refrigerant discharged from the regenerative absorber 10 into a liquid refrigerant; and a vaporizer 30 which vaporizes the liquid refrigerant from the condenser 20. The regenerative absorber 10 and condenser 20 are formed on a panel one-surface side to be exposed to the sunlight, and the vaporizer 30 is formed on a panel other-surface side opposite from the panel one-surface side. A first domain P1 on the panel one-surface side corresponding to the regenerative absorber 10 is processed to have a solar radiation absorption ratio of 80% or larger and a far-infrared radiation ratio of 80% or larger, and a second domain P2 on the panel one-surface side corresponding to the condenser 20 is processed to have a solar radiation reflection ratio of 80% or larger.SELECTED DRAWING: Figure 1 【課題】面積の取り合いによる問題の解消を図ると共に、より充分な性能を発揮することが可能な空調パネルを提供する。【解決手段】空調パネル1は、蒸気冷媒を吸収する吸収液又は蒸気冷媒を吸着する吸着剤を有し、太陽光による加熱によって吸収又は吸着した蒸気冷媒を放出する再生吸収器10と、再生吸収器10において放出された蒸気冷媒を液化して液冷媒とする凝縮器20と、凝縮器20からの液冷媒を蒸発させる蒸発器30とを備え、再生吸収器10と凝縮器20とは、太陽光に晒される側となるパネル一面側に形成され、蒸発器30は、パネル一面とは反対面となるパネル他面側に形成され、再生吸収器10に対応するパネル一面側の第1部位P1には、日射吸収率80%以上であって、遠赤外線放射率が80%以上となる処理が施され、凝縮器20に対応するパネル一面側の第2部位P2には、日射反射率80%以上となる処理が施されている。【選択図】図1