Dew condensation removal structure and cooling/heating equipment including dew condensation removal structure

• 1. 防止结露的导风叶片及包括该结构的空调器 [P] . 中国专利： CN201421164Y . 2010.03.10
• 2. 水槽的抑制声音、防止结露结构和具有该结构的洗涤台 [P] . 中国专利： CN1327089C . 2007.07.18
• 3. DEW CONDENSATION REMOVAL STRUCTURE AND COOLING/HEATING EQUIPMENT INCLUDING DEW CONDENSATION REMOVAL STRUCTURE [P] . 美国专利： US2018172334A1 . 2018-06-21

  机译： 结露去除结构和冷却/加热设备，包括结露去除结构

• 4. The dew condensation dehumidification die radiational cooling body which holds down the propagation of the bacterium which accompanies the dew condensation generation when dehumidifying, possesses self-purification vis-a-vis the removal of the soiling. [P] . 日本专利： JP実用新案登録第3064836号(U3064836)U6 . 2000-09-22

  机译： 结露除湿模具辐射冷却体抑制除湿时伴随结露产生的细菌的繁殖，相对于去除污垢具有自我净化的能力。

• 5. The dew condensation dehumidification die radiational cooling body which holds down the propagation of the bacterium which accompanies the dew condensation generation when dehumidifying, possesses self-purification vis-a-vis the removal of the soiling. [P] . 日本专利： JP3064836U . 2000-01-28

  机译： 结露除湿模具辐射冷却体抑制除湿时伴随结露产生的细菌的繁殖，相对于去除污垢具有自我净化的能力。

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• 11. A Physical-Numerical Model for Inferring Tropospheric Structure from Satellite Radiation Measurements. Note on the Relationship Between Total Perciptable Water and Surface Dew Point. The Contribution of Infrared Cooling to the Vertical Motion Field and It [R] . Smith, W. L., Bullock, B. R., Horn, L. H., 1966

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