CN105727678B - 采用三级分离水吸收式空气净化机 - Google Patents
采用三级分离水吸收式空气净化机 Download PDFInfo
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- CN105727678B CN105727678B CN201610293861.2A CN201610293861A CN105727678B CN 105727678 B CN105727678 B CN 105727678B CN 201610293861 A CN201610293861 A CN 201610293861A CN 105727678 B CN105727678 B CN 105727678B
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O=[N] MWUXSHHQAYIFBG-UHFFFAOYSA-N 0.000 description 2
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- 231100000614 Poison Toxicity 0.000 description 1
- 229910000831 Steel Inorganic materials 0.000 description 1
- 239000003463 adsorbent Substances 0.000 description 1
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- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
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- B01D50/006—Combinations of devices relating to groups B01D46/00 and B01D47/00
Abstract
本发明提供采用三级分离水吸收式空气净化机，其技术方案为：上盖（1）下端面固定设有内筒（4），内筒（4）顶部中间设有风机（2），在内筒（4）外部设有中筒（5），在机体的底部设有水池（8），水池（8）里注有净水（9）并设有水泵（7），水泵（7）通过水管（6）连接水喷头（3），在中筒（5）的外部安装有过滤板（10），在内筒（4）和中筒（5）底部间隙之间设有导风板（11），导风板（11）上设有导风孔（12），在中筒（5）一侧设有C部，在C部上设有螺旋挡水槽（13）。本发明的有益效果：设计合理实用，使用方便、安全可靠，不易出现故障，用电量少，成本低，便于走进千家万户。
Description
采用三级分离水吸收式空气净化机
技术领域
[0001]本发明涉及空气净化技术领域，尤其是采用三级分离水吸收式空气净化机。
背景技术
[0002] 目前所使用的空气净化机，普遍存在下列问题:1、吸附材料会很快吸附饱和，过滤 纸会较快堵塞，高压电场的电极会沾满微尘，催化剂会中毒失效，因此现在市场上的各种空 气净化机都有开始有效，较短时期会失效的问题;2、失效后如采用更换配件的办法恢复净 化能力，则又是一笔不菲的支出；3、以纸质过滤板为主的空气净化机，可以很好的解决 PM10、PM2.5的粉尘污染，但去除甲醛，氨，硫氧化物，氮氧化物的能力就较差;4、以电场和催 化法为主的空气净化机，则对去除粉尘效果不佳。对去除空气污染物有片面性;5、采用了一 些成本尚的兀器件，因而造价闻，每台售价动则七八千、上万元。中低收入者负担不起。
发明内容
[0003] 本发明针对以上问题，提供一种最简单、最可靠也是价格和使用成本最低的以水 洗吸收和过滤吸附为主要功能的空气净化机。
[0004]众所周知，空气污染最严重的地区下过雨后，也会天朗气清。这告诉我们，水洗吸 收，是净化空气的可靠方法。本发明就是运用这一原理，但是一般的水洗吸收式空气净化 机，很难解决气水分离的问题，水滴被净化后的气流带出，使室内空气pm2.5数值不降反增， 为解决这一问题，设计了独特的三次气水分离的结构。现在多数空气净化机都使用过滤纸 折叠而成的过滤板，但过滤板的缺点是容易堵塞，不耐水，无法清洗再生，失效后只能换件， 而且过滤纸板只有过滤功能，没有吸附功能，本发明设计的新过滤板，保留了原纸质过滤板 有效去除pm2.5等粉尘的性能，又像糊袼褙一样浸渍涂覆非晶态二氧化硅和其他吸附材料， 并加上少量的憎水剂，可以增加对有害气体的吸附能力，对水滴的阻隔性能。
[0005]本发明目的是通过以下技术方案实现的：上盖下端面固定设有内筒，内筒顶部中 间设有风机，在内筒外部设有中筒，在机体的底部设有水池，水池里注有净水并设有水泵， 水泵通过水管连接水喷头，在中筒的外部安装有过滤板，在内筒和中筒底部间隙之间设有 导风板，导风板上设有导风孔，在中筒一侧设有C部，在C部上设有螺旋挡水槽。
[0006]本发明的有益效果：设计合理实用，使用方便、安全可靠，不易出现故障，用电量 少，成本低，便于走进千家万户。
附图说明
[0007]图1为本发明整体结构示意图；
[0008]图2为本发明过滤板结构示意图；
[0009]图3为本发明导风板及螺旋挡水槽结构示意图。
具体实施方式
[0010]如图1至图3所示，采用三级分离水吸收式空气净化机，主要由上盖1、风机2、水喷 头3、内筒4、中筒5、水管6、水泵7、水池S、净水9、过滤板10、导风板11、导风孔12和螺旋挡水 槽13构成;上盖1下端面固定设有内筒4，内筒4顶部中间设有风机2，在内筒4外部设有中筒 5，在机体的底部设有水池8，水池8里注有净水9并设有水栗7，水泵7通过水管6连接水喷头3 (见图1)，在中筒5的外部安装有过滤板1〇 (见图2)，在内筒4和中筒5底部间隙之间设有导风 板11，导风板11上设有导风孔12,在中筒5—侧设有C部，在C部上设有螺旋挡水槽13 (见图 3)0
[0011]本发明工艺流程：
[0012]本机内筒直径约为D，中筒直径约为1.5D，外壳为正方形，边长为2D。内筒上端设置 风机，风机直径为D，风机下面设置螺旋式喷水头，水栗加压的水由水管引入喷头向下喷出， 并和轴流式风机向下吹出的室内空气在内筒混和，顺内筒下行，机壳下端设置水池，气水混 合体到水池上的空间后，水滴落入池中，空气折返向上，经内筒中筒间隙底部导风板上的导 风孔进入内筒中筒间隙，再经中筒上部进入中筒和过滤板之间的间隙，经过滤板过滤，净化 后的空气进入外壳与过滤板的空间，经外壳侧面的百叶窗孔排出。独特的三次气水分离结 构：气水分离是水洗式空气净化机的要害问题，为解决此问题，设计了三次气水分离的结 构。第一次是气水混合物从内筒进入水池上方，流道截面变宽阔，流速下降，水滴在下行惯 性的作用下，大部分落入水池。空气从内筒下端折返向上，水滴的比重大，折返时很少随空 气向上流，因而形成气水分离。第二次气水分离是当含有一定水滴的空气，经内筒一中筒间 隙的底板上的通气孔向上流动，通气孔上方设有导风板，使空气按照逆时针方向进入，旋转 上升，在离心力的作用下，水滴被甩到中筒内壁上，中筒内壁上设有导水槽，以小角度倾斜 向下，在风力的作用下，水滴汇聚成水流，并产生向下流动的分力，流入水池。第三次分离是 空气从中筒上端流入中筒和过滤板之间的空隙，过滤板是化纤布涂覆一层非晶态二氧化硅 等吸附剂，还添加一定的憎水剂，水滴被滤板隔阻，基本不会流到净化机外面。经过三次气 水分离，水滴不会流出，可以极大地降低室内的PM2.5、PM10的浓度。独特的过滤板材料和结 构:现在应用的过滤板，是纸质的，它具有有效去除室内PM2.5、PM10的能力，但缺点是容易 堵塞失效，又不能清洗再用，只好丢弃，而且纸质过滤板不具有吸附有害气体的能力。本发 明发明的化纤布做基体，上面浸渍不定型二氧化硅和其他吸附材料，并添加少量的憎水剂， 这个过滤板的特点是不怕水，在有堵塞现象时，可以拿出用水冲洗，恢复过滤能力，而浸渍 涂覆的吸附材料，又可以吸附一定量的不溶于水的有害气体，折叠的结构，使其有极大的通 过面积，减少了通风阻力。
Claims (1)
1.采用三级分离水吸收式空气净化机，其特征在于:上盖(1)下端面固定设有内筒(4)， 内筒(4)顶部中间设有风机(2)，在内筒(4)外部设有中筒(5)，在机体的底部设有水池(8)， 水池(8)里注有净水(9)并设有水泵C0，水泵(7)通过水管(6)连接水喷头(3)，在中筒(5)的 夕卜部安装有过滤板(10)，在内筒⑷和中筒⑸底部间隙之间设有导风板(11)，导风板(11) 上设有导风孔(I2)，在中筒(5) —侧设有C部，在C部上设有螺旋挡水槽(13)。
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