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    • 2. 发明公开
    • 오존발생장치
    • 臭氧发生器
    • KR1020170109923A
    • 2017-10-10
    • KR1020160034145
    • 2016-03-21
    • 윤석훈
    • 윤석훈
    • C01B13/10B01J19/08A61L2/20A61L9/015
    • C01B13/10A61L2/202A61L9/015B01J19/08C01B2201/64
    • 본발명은오존발생장치에관한것으로서, 더욱상세하게는오존발생부의수명및 오존발생량을용이하게파악할수 있으며, 적정한시기에살균기기의외부에서쉽게교환하여오존의발생을계속적으로유지시켜보다활용성을향상시킬수 있는오존발생장치에관한것으로, 특히본 발명은케이스본체내부에그 내부의오존발생부를향해빛을방출시키고, 오존발생부를통과한빛을감지하여오존발생부의수명을확인할수 있는수명확인수단을설치하고, 상기케이스본체의전방에개구부를형성한다음, 상기개구부의전방내측에수명확인수단에의해감지된신호를색상으로표현할수 있는 Led회로판넬을설치하고, 상기 Led회로판넬의전방개구부에살균기기의전방일측에고정될수 있는전면카바를설치한다음, 상기전면카바에외부에서 Led빛을감지할수 있는 Led표시창을구비하는한편, 상기케이스본체의후방에는에어펌프로전원을인가하는제1단자부와, 상기오존발생부및 각전자회로부로전원을공급하는제2단자부가살균기기의전원접속단자들과착탈가능하게설치된것을특징으로한 것이다
    • 本发明是更优势,并且更具体地,继续维持臭氧的产生可以容易地臭氧发生单元寿命,并且臭氧产生量,并且容易更换的杀菌装置的外部把握到适当的时间涉及一种臭氧发生装置城堡 本发明涉及sikilsu臭氧发生器改善,特别是,本发明是所述内的主体并朝向臭氧发生部的内部臭氧发生部发出的光通过哈恩检测到的寿命检测装置,其可以使臭氧发生单元寿命 安装,所述情况下,一个在所述主体的前部形成开口,然后安装LED电路板可以表示装置与颜色的开口的前部内侧面由寿命检测装置检测的信号,以及LED电路板的前开口至 安装前盖,其可固定到杀菌装置到下一个的前侧,具有一LED显示屏,可以检测LED光从外部向而前盖 其特征在于该组的后面的主体具有用于施加功率到气泵,臭氧发生器和所述第二端子部可以可拆卸地与消毒单元的电源端被安装到的各电子电路供给电力的第一端子 它是
    • 7. 发明公开
    • 터널식 방역장치
    • 隧道式灭菌装置
    • KR1020130052402A
    • 2013-05-22
    • KR1020110117818
    • 2011-11-11
    • 대한민국(농촌진흥청장)
    • 정광화곽정훈이상철
    • A61L2/14A61L2/20A61L2/26C01B13/10
    • A61L2/14A61L2/202A61L2/26A61L2202/11C01B13/10
    • PURPOSE: A tunnel type disinfection device is provided to use a gas phase germicide in order to more effectively sterilize virus or harmful bacteria on the surface of a sterilized object without leaving stain a stain on the surface of a sterilized object such as a vehicle or an apparatus; and to facilitate maintenance in the winter time. CONSTITUTION: A tunnel type disinfection device(100) that uses a germicide includes a housing(110) which is equipped with an opening(112) on the end part so that a sterilized object is accommodated or passes through; an opening and closing unit(120) which is installed on the opening to separately block the inside and the outside of the housing; a germicide spray unit(130) which sprays a germicide onto the sterilized object to be sterilized; a germicide making unit(140) which supplies the germicide to the germicide spray unit; and a control unit(150) which controls the operation of the germicide making unit. The housing includes a tunnel-shaped foldable body(114), which forms the exterior of the housing, and a folding unit(116), which is installed on the body, so that the body is compressed or extended in the length direction. The opening is formed vertically with a door guide groove(116c). The opening and closing unit includes a sliding door(124) which is inserted into the door guide groove and slides vertically.
    • 目的:提供一种隧道式消毒装置,以使用气相杀菌剂,以更有效地消毒灭菌物体表面上的病毒或有害细菌,而不会在无菌物体如车辆或 仪器; 并在冬季方便维修。 构成:使用杀菌剂的隧道式消毒装置(100)包括:壳体(110),其在端部上配备有开口(112),使得消毒的物体被容纳或通过; 打开和关闭单元(120),其安装在所述开口上以分开地阻挡所述壳体的内部和外部; 杀菌剂喷雾单元,其将杀菌剂喷射到待灭菌的待灭菌物体上; 杀菌剂制造单元(140),其将杀菌剂供应到杀菌剂喷雾单元; 以及控制杀菌剂制造单元的操作的控制单元(150)。 壳体包括形成壳体外部的隧道状可折叠体(114)和安装在主体上的折叠单元(116),使得主体在长度方向上被压缩或延伸。 开口垂直地形成有门引导槽(116c)。 打开和关闭单元包括插入门引导槽并滑动的滑动门(124)。
    • 9. 发明授权
    • 수처리공정에 이용되는 오존발생기의 최적운전 결정장치 및 방법
    • 用于决定臭氧发生器在水处理过程中的最佳操作的装置和方法
    • KR101125353B1
    • 2012-03-27
    • KR1020110111119
    • 2011-10-28
    • 한국수자원공사
    • 이안규양지아조준제
    • C02F1/78C01B13/10
    • C02F1/78C01B13/10C02F2201/4612C02F2201/78
    • PURPOSE: An apparatus for determining the optical operation of an ozone generator used for a water treating process and a method for the same are provided to save costs required for operating the ozone generator by automatically determining the operating unit number and the ozone generating concentration of the ozone generator. CONSTITUTION: A flux measuring part(200) measures the flux of raw water into an ozone contacting bath. A data collecting part(300) collects data transferred from the flux measuring part and an ozone generator controlling part(900). A server(1000) includes a data storing part(400) and an optimal operation method determining part(500). The optimal operation method determining part determines the operation unit numbers of an ozone generator and the generation concentration of ozone required minimum costs. The ozone generator controlling part controls the ozone generator.
    • 目的:提供一种用于确定用于水处理过程的臭氧发生器的光学操作的装置及其方法,以通过自动确定操作单元数和臭氧发生浓度来节省操作臭氧发生器所需的成本 臭氧发生器 构成:焊剂测量部件(200)测量原水流入臭氧接触槽的通量。 数据采集​​部件(300)收集从通量测量部件和臭氧发生器控制部件(900)传送的数据。 服务器(1000)包括数据存储部(400)和最优操作方法确定部(500)。 最佳操作方法确定部分确定臭氧发生器的操作单元号和臭氧的产生浓度所需的最小成本。 臭氧发生器控制部分控制臭氧发生器。