The invention relates to an air conditioning refrigeration liquid condenser (or radiator), in particular to an air conditioning fan using air conditioning condensed water evaporation cooling air cooling condenser compound leaf splash. The device comprises a condensing chamber, a condensing chamber side is provided with an air inlet fan back blowing fan, the back side is provided with a plate fin with fan coil cooling liquid, a peripheral shape without fin tube and plate shape with a liquid cooling fin cooling liquid coil connected in series refrigerant condensing tube group. The inlet end of the cooling liquid condensing pipe group is connected with the compressor outlet, and the outlet end of the refrigeration liquid condensing tube group is communicated with the evaporator inlet. When the fan is running, the flowing air takes away the cooling liquid, and the partial heat of the condensing tube is blown out from the opening of the condensing chamber. The lower part of the opening of the wall of the condensing chamber is higher than the lower end point of the fan blade, and the water storage chamber is composed of a condensing chamber bottom plate with a rear high and a low front. When the fan rotates, the condensed water which is dripped from the dropping pipe at the top of the condensing chamber and the condensed water accumulated in the water storage chamber is splashed and thrown to the refrigeration liquid condensing tube group to absorb evaporation heat absorption. Using the latent heat of condensation water, the temperature of refrigerant liquid is reduced effectively, and the energy efficiency ratio of air conditioning is improved.
【技术实现步骤摘要】
本专利技术涉及一种空气调节装置，特别涉及一种采用空调冷凝水蒸发散热的空调机 旋叶溅水风冷散热器。
技术介绍
空调已成为全球避暑降温的常用电器，巨量的空调机也就成了我国巨大的用电负 荷，减少空调机能耗已成节能减排的重要研究课题。而提高空调机冷凝器(也称散热器) 的散热效率是空调机节能的重要关键之一。传统的空调机风冷冷凝器包括制冷液管及其外壁的散热翅片和风机，设在散热翅 片前侧的风机向前抽风使空气流动带走散热翅片上的热量，使制冷液管中的循环高温制冷 液降温。中国专利局专利申请号为201010278395. 3的专利申请，涉及一种空调机旋叶溅水 风冷散热器，该装置的结构如图1所示，该装置在传统风冷冷凝器(亦称散热器)的后侧加 装环形水室，环形水室前后贯通，环形水室的前侧面与冷凝器后侧连接，环形水室中设有旋 叶，旋叶由设在冷凝器前侧的风机产生的流动空气带动旋转，环形水室上端有滴水管将空 调冷凝水滴到旋叶上，旋叶在旋转过程中不断将滴水管滴下的和下部蓄水腔积聚的冷凝水 击溅成小水珠并随风进入冷凝器沾附于散热翅片上蒸发吸热。该装置对空调冷凝水进行了 循环利用，提高了空调机的制冷能效比，但该装置存在以下几个问题1、加装环形水室增大 了空调冷凝器的体积。2、经过表面抗腐处理的散热翅片具有憎水性，冷凝水难以沾附蒸发 吸热。3、散热翅片迎风面积率低，大量冷凝水随空气从翅片间隙逸出。
技术实现思路
本专利技术的目的在于针对上述结构中体积较大，翅片亲水性差，翅片截水面积率低 冷凝水飘逸流失多的缺点，提供一种体积小，沾水蒸发率高，冷凝水飘逸流失少的空调机风 叶溅水风冷复合冷凝器。本专利...
【技术保护点】
一种空调机风叶溅水风冷复合冷凝器，包括冷凝室（１８），设于冷凝室（１８）前端进风口的风机（５），设于风机（５）后侧的带翅片制冷液盘管（１９），设于风叶（２２）外周的圈状无翅片制冷液管（２０），冷凝室（１８）围壁下部与底板构成的蓄水腔（９），设于冷凝室（１８）顶部的滴水管（６），其特征在于：冷凝室（１８）的底板后端高于前端，冷凝室（１８）围壁上敞口最低点高于风叶（２２）的下端点与底板构成蓄水腔（９），设于风叶（２２）外周的圈状无翅片制冷液管（２０）与风机（５）后侧的带翅片制冷液盘管（１９）串接组成制冷液冷凝管组，制冷液冷凝管组两端口（２１）分别接通冷凝室（１８）外面的压缩机出口和蒸发器进口。
【技术特征摘要】
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