CN2756230Y - 光电子纳米紫外线杀空气病毒机 - Google Patents

光电子纳米紫外线杀空气病毒机 Download PDF

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CN2756230Y
CN2756230Y CNU2004200848296U CN200420084829U CN2756230Y CN 2756230 Y CN2756230 Y CN 2756230Y CN U2004200848296 U CNU2004200848296 U CN U2004200848296U CN 200420084829 U CN200420084829 U CN 200420084829U CN 2756230 Y CN2756230 Y CN 2756230Y
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袁仕杰
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Minghui Light Source Technology Shenzhen Co ltd
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Abstract

一种光电子纳米紫外线杀空气病毒机，机体是长方柱形状结构，机体内包括有：电动马达、多层组合抽风风鼓、电子电路系统、按键开关、指示灯、空调制冷机件、极端紫外放射光线管、空气集聚架、电源输入线，碳化纤维线和活性炭过滤网。该光电子纳米紫外线杀空气病毒机可以有效地消灭空气中的细菌、病毒和霉菌，并通过增加空气中的负离子量能促进生物化学作用和减低令人产生抑郁及疲劳的荷尔蒙的分泌。

Description

光电子纳米紫外线杀空气病毒机
技术领域
本实用新型涉及一种光电子纳米紫外线杀空气病毒机。
背景技术
现有的空气净化机主要实现净化空气中的灰尘微粒，达到净化空气的目的。上述的净化用于清除空气中的粉尘，污染微粒，主要用于家庭、宾馆，大型厂矿等环境。
实用新型内容
本实用新型的目的在于提供一种能有效地消灭空气中的细菌、病毒和霉菌并能增加空气中负离子量的光电子纳米紫外线杀空气病毒机。
为达成本实用新型上述目的，本实用新型光电子纳米紫外线杀空气病毒机包括电动马达、多层组合抽风风鼓、电子电路系统、按键开关、指示灯、空调制冷机件、极端紫外放射光线管、空气集聚架、电源输入线，碳化纤维线和活性炭过滤网。
与现有技术相比，本实用新型的光电子纳米紫外线杀空气病毒机以极端紫外放射光线管产生253.7纳米波长的极端紫外放射光线，此波长的紫外线能有效地消灭空气中的细菌、病毒和霉菌；而通过碳化纤维线的运作可增加空气中的负离子量能促进生物化学作用和减低令人产生抑郁及疲劳的荷尔蒙的分泌。
附图说明
图1是本实用新型光电子纳米紫外线杀空气病毒机的侧视图；
图2是图1中本实用新型光电子纳米紫外线杀空气病毒机沿I-I线的剖面图；
图3是图1中本实用新型光电子纳米紫外线杀空气病毒机沿II-II线的剖面图；
图4是图1中本实用新型光电子纳米紫外线杀空气病毒机的正视图；
图5是图1中本实用新型光电子纳米紫外线杀空气病毒机的后视图；
图6是图1中本实用新型光电子纳米紫外线杀空气病毒机的另一侧视图；
图7是图1中本实用新型光电子纳米紫外线杀空气病毒机的俯视图；
图8是图1中本实用新型光电子纳米紫外线杀空气病毒机的底视图；
图9是本实用新型光电子纳米紫外线杀空气病毒机的分解示意图。
图10是本实用新型光电子纳米紫外线杀空气病毒机的电子电路系统的电路框架图。
具体实施方式
为充分揭露本实用新型，配合图式详细说明如下。
请一并参阅图1至图10，本实用新型光电子纳米紫外线杀空气病毒机，包括有长方柱型结构形状的前机体1和后机4，有长方面形状结构的活动排风框架格器2设置在前机体1的后上端，在排风框架格器2的前表面中央上固定有碳化纤维线10。电离后的空气经活动排风框架格器2排出。所述的活动排风框架格器2是可以调校出气角度，和可以自由摆动，使排出含有负离子的洁净、新鲜的空气可以180度来回吹送，更能达到改善室内环境空气质量的目的。
前机体1的前端上有进风框架格器5，进风框架格器5提供入空气口作固定过滤网架6，该过滤网架6装设有隔尘海绵8和紧贴在后表面的活性炭过滤网7；贴于活性炭过滤网7内表面的是极端紫外放射光线管组件室23，该极端紫外放射光线管组件室23有二十四个接触金属器24，所述二十四个接触金属器24用于接触极端紫外放射光线管20的管脚(图未示)。每两片接触金属片24装于一个接触金属件28内，每个极端紫外放射光线管20需要两个接触金属件28来固定及每两个接触金属件28装于一个管架25上。管架25前后方有遮挡板27。碳化纤维线10固定于在排风框架格器2的前表面中央上在负极高压电下产生电离空气功能。贴于极端紫外放射光线管组件室23内表面的是空调制冷机件32。
前机体1内上端提供位置固定功能程序控制器11，而前机体1内下端提供位置固定功能指示灯12、按键开关13、工作定时指示灯14和定时功能指示灯15，前机体1内下端提供位置固定电源线16、出水喉管34和连接主机的电线管33。
前机体1下端的表面有多个圆孔位17，和切换制红外线接收片18，按键开关13控制光电子空气净化消毒机设备的电动马达3、多层组合抽风风鼓19、极端紫外放射光线管20及碳化纤维线10的功能。按键开关13旁的平面上有多个圆孔位(未标示)固定不同颜色的发光二极管22作功能指示用途。后机体4后端有由金属材料构成的挂墙架30，该挂墙架30可提供使用者方便将光电子纳米紫外线杀空气病毒机安装在墙壁上。所述电动马达3是被固定件9固定于前机体1的后端，而电动马达3的轴心是连结多层组合抽风风鼓19的中心。
前机体1前部的进风框架格器5的两端有按制35，使用者只须拉出该按制35，进风框架格器5便会自动脱离前机体1，方便使用者更换活性炭过滤网7和清洗隔尘海绵8，也可把管架25取出更换新的极端紫外放射光线管20。
在实际工作中，光电子纳米紫外线杀空气病毒机启动时，电动马达3多层组合抽风风鼓19抽入含有细菌、病毒和霉菌的空气经过滤网架6、隔尘海绵8和紧贴在后表面的活性炭过滤网7移动进入极端紫外放射光线管组件室23，该极端紫外放射光线管组件室23的空气集聚架26，使移动空气容易进入空气集聚架26到达排风框架格器2。极端紫外放射光线管20设在空气集聚架26的中央，即当含有细菌、病毒和霉菌的空气移动并进入空气集聚架26，再移动进入极端紫外放射光线管20和空气集聚架26之间的进空气口31时，极端紫外放射光线管20发射出极端紫外放射光线便可消灭空气中的细菌、病毒和霉菌；这时，已净化的空气被多层组合抽风风鼓19抽送入空调制冷机件32，再将已净化的空气排往排风框架格器2的碳化纤维线10产生负离子，由排风框架格器2排出含有负离子的洁净、新鲜空气，便可改善室内环境空气的质量。
所述的空气集聚架26的前后方均有遮挡板27，用来防止极端紫外放射光线向前机体1外放射，保护使用者的双眼。
本实用新型的光电子纳米紫外线杀空气病毒机有两种不断循环交替的工作方式工作，第一种是负极高压输出经碳化纤维线10放电，电离空气产生负离子由抽风风鼓19排出；第二种是点燃极端紫外放射光线管20发射极端紫外放射光线消灭经过该管的空气中的细菌、病毒和霉菌，并且可选择以第一种方式或第二种方式分别独立运作或同时连续不断的运作或两种方式交替循环的运作。
光电子纳米紫外线杀空气病毒机的电路原理：输入交流电源经一个功能程序控制器后作用于功能开关，其中，该功能程序控制器包括一个降压整流及直流稳压电路，一个工作程序选择电路以及功能指示灯。来自输入交流电源的电压经过降压整流及直流稳压电路后提供电力给工作程序选择电路，工作程序选择电路用于控制功能开关的开/关，并在功能开关同时使相应的功能显示灯亮/暗；输入交流电源另外一路经功能开关可分别供电给负极高压产生电路、极端紫外线放射光线管驱动电路和风鼓电动马达。功能开关的切换动作是由功能程序控制器控制，其功能包括(a)控制负极高压产生电路单独工作；控制极端紫外线放射光线管驱动电路单独工作；控制负极高压产生电路和极端紫外线放射光线管驱动电路同时工作；控制负极高压产生电路和极端紫外线放射光线管驱动电路交替工作；(b)显示功能指示灯。负离子高压产生电路可以提供一负高压输出，其输出值在4.5千伏特至8.5千伏特范围内，该负高压的输出大小由负离子高压产生电路中的一个具有可变电阻器调节。该极端紫外线放射光线管驱动电路也具有一个可变电阻器，可以通过可变电阻器调校其电流输出值。
本实用新型光电子纳米紫外线杀空气病毒机以极端紫外放射光线管产生253.7纳米波长的极端紫外放射光线，此波长的紫外线经科学研究证明能有效地消灭空气中的细菌、病毒和霉菌；而通过碳化纤维线可增加空气中的负离子量能促进生物化学作用和减低令人产生抑郁及疲劳的荷尔蒙的分泌。在现代社会，大多数家庭、医院、老人院、百货公司、电影院、餐馆、办公室、生产车间、以及升降机、大中小型汽车、轮船、飞机和火车内，光电子纳米紫外线杀空气病毒机的功能可使人们的生活、居住、医疗、办公、消费及搭乘交通运输工具等等的环境得以改善，在自然环境不断被破坏的现代社会还给人类洁净的空间。

Claims (11)

1.一种光电子纳米紫外线杀空气病毒机，机体是长方柱形状结构，机体内包括有：位于机体一端作为入空气口的进风框架格器、位于进风框架格器之后对从进风框架格器进入的空气进行过滤的过滤网架、位于过滤网架之后对由过滤网架过滤后的空气进行冷却的空调制冷机件、将由过滤网架过滤后的空气抽送入空调制冷机件的多层组合抽风风鼓、位于机体上不同于上述一端的另一端上用于将处理后的空气排出机体的排风框架格器、以及电子电路系统，其特征在于：
在过滤网架与空调制冷机件之间设置有极端紫外放射光线管，在空调制冷机件与排风框架格器之间设置有碳化纤维线，并且，该电子电路系统包括一个驱动碳化纤维线的负离子高压产生电路和驱动极端紫外放射光线管的极端紫外放射光线管驱动电路。
2.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：该极端紫外放射光线管设置在空气集聚架中。
3.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：所述的负离子高压产生电路的负极高压输出值在4.5千伏特至8.5千伏特范围内。
4.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：所述的负离子高压产生电路具有一个用来调校负极高压输出值的可变电阻器。
5.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：该极端紫外放射光线管可产生253.7纳米的紫外线。
6.如权利要求2所述的光电子纳米紫外线杀空气病毒机，其特征在于：所述的极端紫外放射光线管驱动电路具有一个用来调校电流输出值的可变电阻器。
7.如权利要求2所述的光电子纳米紫外线杀空气病毒机，其特征在于：该负离子高压产生电路和极端紫外线放射光线管驱动电路交替工作或者同时工作。
8.如权利要求2所述的光电子纳米紫外线杀空气病毒机，其特征在于：该空气集聚架上设置有防止极端紫外放射光线向机体外放射的遮挡板。
9.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：所述的极端紫外放射光线管是活动设置的，并且可以更换。
10.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：所述的过滤网架是活动设置的，并且可以更换或清洗。
11.如权利要求1所述的光电子纳米紫外线杀空气病毒机，其特征在于：其具有独立的活动排风框架格器，可以自由来回摆动和调校送气角度。
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