Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Air water taking device
The invention relates to the field of air water production, in particular to an air water taking device. The air water taking device comprises a shell, wherein an air inducing module, a condensation module, a water collecting cavity and a refrigeration module connected with the condensation module are arranged in the shell, the air inducing module, the condensation module and the water collecting cavity sequentially communicate from top to bottom, an absorption enhancing assembly is arranged between the air inducing module and the condensation module, the upper portion of the absorption enhancing assembly communicates with the bottom of the air inducing module, the lower portion of the absorption enhancing assembly communicates with the condensation module, and the refrigeration module is a semiconductor refrigeration module. According to the air water taking device, the semiconductor condensation technology is adopted, through structure optimization, the air inlet amount is effectively increased, the internal air flow speed is slowed down, the contact area of air and the cold end is increased, the air makes full contact with the cold end, the cold end material is optimized, air condensation is promoted, and the water taking amount is effectively increased.
本发明涉及空气制水领域，特别指一种空气取水装置，包括壳体，所述壳体内设有从上至下顺次连通的引风模块、冷凝模块和集水腔，以及与冷凝模块连接设置的制冷模块，所述引风模块和冷凝模块之间设置有增吸组件，所述增吸组件的上部与引风模块底部相连通，所述增吸组件的下部与冷凝模块相连通，所述制冷模块为半导体制冷模块。本发明的空气取水装置采用半导体冷凝技术，通过结构的优化，有效提高进风量，减缓内部空气流速，增大空气与冷端接触面积，使得空气与冷端充分接触，优化冷端材料，促进空气冷凝，有效增大了取水量。
Air water taking device
The invention relates to the field of air water production, in particular to an air water taking device. The air water taking device comprises a shell, wherein an air inducing module, a condensation module, a water collecting cavity and a refrigeration module connected with the condensation module are arranged in the shell, the air inducing module, the condensation module and the water collecting cavity sequentially communicate from top to bottom, an absorption enhancing assembly is arranged between the air inducing module and the condensation module, the upper portion of the absorption enhancing assembly communicates with the bottom of the air inducing module, the lower portion of the absorption enhancing assembly communicates with the condensation module, and the refrigeration module is a semiconductor refrigeration module. According to the air water taking device, the semiconductor condensation technology is adopted, through structure optimization, the air inlet amount is effectively increased, the internal air flow speed is slowed down, the contact area of air and the cold end is increased, the air makes full contact with the cold end, the cold end material is optimized, air condensation is promoted, and the water taking amount is effectively increased.
本发明涉及空气制水领域，特别指一种空气取水装置，包括壳体，所述壳体内设有从上至下顺次连通的引风模块、冷凝模块和集水腔，以及与冷凝模块连接设置的制冷模块，所述引风模块和冷凝模块之间设置有增吸组件，所述增吸组件的上部与引风模块底部相连通，所述增吸组件的下部与冷凝模块相连通，所述制冷模块为半导体制冷模块。本发明的空气取水装置采用半导体冷凝技术，通过结构的优化，有效提高进风量，减缓内部空气流速，增大空气与冷端接触面积，使得空气与冷端充分接触，优化冷端材料，促进空气冷凝，有效增大了取水量。
Air water taking device
一种空气取水装置
WU YANCHUN (Autor:in) / QIAO LINGFENG (Autor:in) / LI ZONGJING (Autor:in) / YANG YIQIAO (Autor:in)
10.08.2021
Patent
Elektronische Ressource
Chinesisch
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