상수도 소독시스템의 약품혼합장치
    11.
    发明授权
    상수도 소독시스템의 약품혼합장치 失效
    用于水处理消毒系统的化学品的装置

    公开(公告)号:KR101014178B1

    公开(公告)日:2011-02-14

    申请号:KR1020100089905

    申请日:2010-09-14

    CPC classification number: C02F1/50 C02F2201/002

    Abstract: PURPOSE: A chemical mixing apparatus for a waterwork disinfection system is provided to accurately measure chlorine and to easily manage and maintain water. CONSTITUTION: A chemical mixing apparatus for a waterwork disinfection system comprises: an electronic chemical injector(1); a quantitative pump(4) for supplying chemical in a chemical tank(3) into a chemical mixing device(30) in which a feed water supply line(20) and water tank line(32) are connected; and a control device(10) for controlling operation of the electronic chemical injector and quantitative pump.

    Abstract translation: 目的:提供一种用于水处理消毒系统的化学混合设备,以准确测量氯气,并易于管理和维护水分。 构成:用于水处理消毒系统的化学混合装置包括:电子化学注射器(1); 用于将化学品罐(3)中的化学品供应到其中连接给水供应管线(20)和水箱管线(32)的化学混合装置(30)的定量泵(4) 以及用于控制电子化学注射器和定量泵的操作的控制装置(10)。

    순환식 복합 탈취 시스템
    12.
    发明授权
    순환식 복합 탈취 시스템 有权
    精密复合除臭系统

    公开(公告)号:KR101002425B1

    公开(公告)日:2010-12-21

    申请号:KR1020100099136

    申请日:2010-10-12

    Abstract: PURPOSE: A gyratory complex deodorization system is provided, which can maximize deodorization rate and deodorization efficiency and reuse washing solution. CONSTITUTION: A gyratory complex deodorization system comprises: a deodorization room(10) which is divided into an inner room and an outer room; a bad smell gas inlet which is opened in the upper direction on the floor of the deodorization room; a storage tank(30) storing washing solution; a washing solution supply path(40) piped on the top of the deodorization room; an injection nozzle(45) spraying washing solution; a washing solution exhaust passage(50) in which the washing solution filter is included in the middle portion; and a deodorization gas discharge passage(60).

    Abstract translation: 目的:提供一种回旋复合除臭系统,可以最大限度地提高除臭率和除臭效率,再利用洗涤液。 构成:旋转式复合除臭系统包括:除臭室(10),分为内室和外室; 臭味气体入口,其在除臭室的地板上方向打开; 存储洗涤液的储存罐(30) 洗涤溶液供应路径(40),其被排放在除臭室的顶部; 注射喷嘴(45)喷射洗涤液; 洗涤液排出通道(50),其中所述洗涤液过滤器包括在所述中间部分中; 和除臭气体排出通路(60)。

    무인수위조절장치의 자동복구시스템
    13.
    发明授权

    公开(公告)号:KR100954424B1

    公开(公告)日:2010-04-26

    申请号:KR1020090015660

    申请日:2009-02-25

    Inventor: 송왕호

    Abstract: PURPOSE: An automatic restore system of an unmanned water level controller is provided to stably supply water by removing a reception problem due to electronic jamming. CONSTITUTION: A transceiver receives a transmission signal from a first pumping controller(210). The transceiver transmits an electronic jamming signal to a remote controller(110). The controller compares a transmission signal received from the remote control. The controller detects a transmission signal and jamming signal. The controller transmits the electronic jamming to the remote control. The remote control comprises the transceiver and controller. The transceiver of the remote controller receives the electronic jamming signal. The controller of the remote control transmits an initial transmission signal to a second pumping controller(300).

    Abstract translation: 目的:提供无人值守水位控制器的自动恢复系统,通过消除由于电子干扰引起的接收问题,稳定供水。 构成:收发器从第一泵送控制器(210)接收传输信号。 收发器将电子干扰信号发送到遥控器(110)。 控制器比较从遥控器接收的发送信号。 控制器检测发送信号和干扰信号。 控制器将电子干扰发送到遥控器。 遥控器包括收发器和控制器。 遥控器的收发器接收电子干扰信号。 遥控器的控制器将初始传输信号发送到第二泵送控制器(300)。

    고속 응집침전시스템
    14.
    发明授权
    고속 응집침전시스템 有权
    空值

    公开(公告)号:KR100946402B1

    公开(公告)日:2010-03-09

    申请号:KR1020090121716

    申请日:2009-12-09

    CPC classification number: C02F1/52 B01D21/01 B01D21/08 B01D21/28 C02F2201/002

    Abstract: PURPOSE: A high speed coagulation and settling system is provided to easily precipitate floc and to effectively mix inflow water and chemicals by integrating a high speed stirring bath and a low speed coagulation reaction bath. CONSTITUTION: A high speed coagulation and settling system comprises a coagulation reaction bath(10) and an inclined-plate coagulation bath(20). The coagulation reaction bath includes a base(12), a high speed reaction bath(13) consisting of an inner wall(14), a low speed coagulation reaction bath(17) consisting of an outer wall(16), and a plurality of low speed agitating guide baffles(18) installed on the low speed coagulation reaction bath. The inclined-plate coagulation bath separates inflow water into floc and supernatant water.

    Abstract translation: 目的:提供高速凝固沉淀系统,通过集成高速搅拌槽和低速凝固反应浴,容易地沉淀絮凝物,有效地混合入水和化学品。 构成:高速凝结沉淀系统包括凝结反应槽(10)和倾斜板式凝结浴(20)。 凝结反应槽包括基体(12),由内壁(14),由外壁(16)构成的低速凝固反应槽(17)和多个 低速搅拌引导挡板(18)安装在低速凝结反应槽上。 倾斜板凝固浴将流入的水分离成絮凝物和上清液。

    보 상류의 수질 관리 및 오염 대응 시스템

    公开(公告)号:KR102224305B1

    公开(公告)日:2021-03-08

    申请号:KR1020190155657

    申请日:2019-11-28

    Abstract: 본발명은사이펀(siphon) 원리를이용하여에너지과다소요없이보 상류의물을하류로방류시킴으로써상류의수질을관리하고, 보상류를구간별로모니터링하여오염원유입에대한즉각대처가이루어지도록하는시스템에관한것이다. 본발명은「하천을가로질러상류와하류를구획하도록설치된보; 상기보의하류면하부에상류바닥보다낮게형성된함입부; 하천상류바닥을따라이어지다가상기보를타고넘어상기함입부에이르도록배관되고, 배출구가상기함입부에배치되며, 송수펌프가결합된유로관; 상기유로관과연통하도록결합되고말단에흡입구가형성된다수개의가지관; 상기유로관및 가지관에각각결합된개폐밸브; 상기가지관흡입구주변에설치된오염감지센서; 및상기오염감지센서의센싱정보를수집하고, 상기송수펌프와개폐밸브의작동을제어하는관리부; 를포함하여, 보상류의물이사이펀원리에의해상기흡입구에흡입되어상기배출구로배출되도록구성된보 상류의수질관리및 오염대응시스템」을제공한다.

    와류 발생 노즐과 이를 포함한 정체수 없는 물탱크
    18.
    发明授权
    와류 발생 노즐과 이를 포함한 정체수 없는 물탱크 有权
    VORTEX生成喷嘴和非包装水箱

    公开(公告)号:KR101650028B1

    公开(公告)日:2016-08-22

    申请号:KR1020160074375

    申请日:2016-06-15

    Abstract: 본발명은『횡단면이원형이며, 유입구에서토출구방향으로직경이점감(漸減)하는관형의몸체부; 상기몸체부의내주면을따라나선형으로돌출형성된스크류날개; 및말단이상기토출구(112)를향하도록상기몸체부(110)에사선방향으로삽입·고정되어, 공기또는약품을공급하는세관(細管, 130); 을포함하여구성되어, 상기유입구로공급되는물은상기스크류날개를따라돌아와류상태로상기토출구로배출되고, 상기몸체부의내부에는공급되는물의유속에의해부압이형성됨으로써, 공기또는약품이상기세관을통해상기몸체부내부로흡입되어물과혼합된상태로상기토출구로배출되도록구성된것을특징으로하는와류발생노즐』을제공한다.

    Abstract translation: 本发明提供一种涡流产生喷嘴。 喷嘴包括:主体单元,其具有管状,其截面具有圆形形状,并且直径从入口到出口逐渐减小; 螺旋翼,其沿着所述主体单元的内周面螺旋地突出; 以及在对角线方向上插入并固定到身体单元(110)的头管的出口(112)并提供空气或药物的小管。 供应到入口的水通过螺旋翼,并以涡流状态通过出口排出。 通过水体的流速在身体单元内形成负压,因此空气或药物通过小管插入体内单元,与水混合并通过出口排出。

    보 상류의 녹조 방지 및 슬러지 방출 시스템
    19.
    发明授权
    보 상류의 녹조 방지 및 슬러지 방출 시스템 有权
    绿色上海防汛防污系统

    公开(公告)号:KR101532276B1

    公开(公告)日:2015-07-06

    申请号:KR1020140160627

    申请日:2014-11-18

    CPC classification number: E02B3/10

    Abstract: 본발명은사이펀(siphon) 원리를이용하여보(洑) 상류심층부의정체된물이하류로흐르게함으로써녹조발생을방지하고슬러지를방출하는시스템에관한것이다.전술한과제해결을위해본 발명은「하천을가로질러상류와하류를구획하도록설치된보(110); 상기보의하류면하부에상류바닥보다낮게형성된함입부(120); 흡입구(131)가하천의상류바닥에배치되고, 배출구(132)가상기함입부(120)에배치되며, 상기보(110)를타고넘어상기함입부(120)에이르도록배관된유로관(130); 및상기유로관에결합된개폐밸브(135); 를포함하여, 하천상류심층부의물이사이펀원리에의해상기유로관흡입구(131)에흡입되어상기배출구(132)로배출되도록구성된것을특징으로하는보 상류의녹조방지및 슬러지방출시스템(100)」을제공한다.

    Abstract translation: 本发明涉及一种通过使用虹吸原理允许大坝上游停滞的下游水向下游流动而防止绿藻排放污泥的系统。 用于防止绿藻和在水坝上游排水的污泥的系统(100)包括:跨越河流安装的水坝(110),以将河流分为上游和下游; 下沉单元(120),形成在所述上游下方的所述大坝的下游表面的下部; 设置有设置在河流上游地板上的流入孔(131)和设置在沉降单元(120)上的流出孔(132)的流路管道(130),并且设置在坝体(110)上以到达 沉降单元(120); 以及安装在流路管上的开闭阀(135)。 河的上游底部的水被吸入流路管道的流入孔(131),并通过虹吸原理通过流出孔(132)排出。

    조립식 우수저류조
    20.
    发明授权
    조립식 우수저류조 有权
    预制水储罐

    公开(公告)号:KR101224380B1

    公开(公告)日:2013-01-21

    申请号:KR1020120115139

    申请日:2012-10-17

    CPC classification number: E03F5/101 E02D29/045 E02D2300/002

    Abstract: PURPOSE: A prefabricated rainwater storage tank is provided to improve construction convenience and stability by successively coupling bottom, corner wall, side wall, column, ceiling border, and ceiling blocks to each other. CONSTITUTION: A prefabricated rainwater storage tank comprises bottom blocks, corner wall blocks, side wall blocks, column blocks, ceiling border blocks, and ceiling blocks. The bottom blocks are continuously arranged to form the bottom surface(100) of the rainwater storage tank. The corner wall blocks are arranged on the corners of the bottom surface and connected to the adjacent side wall blocks. The bottom border portions of the side wall blocks are continuously connected to the edges of the bottom surface. The ceiling border blocks have the same width as a width from the wall portion to the bottom border portion of each side wall block. The ceiling blocks are continuously arrange to form the ceiling surface(300) of the rainwater storage tank.

    Abstract translation: 目的:提供一个预制的雨水储存罐,通过将底部,角落墙,侧壁,柱,天花板边框和天花板块相互耦合,提高施工的便利性和稳定性。 构成:预制雨水储存箱包括底部块,角壁砖,侧壁块,柱块,天花板边框和天花板块。 底部块连续地布置成形成雨水储存罐的底面(100)。 角壁块布置在底面的角部并连接到相邻的侧壁块。 侧壁块的底部边界部分连续地连接到底面的边缘。 天花板边框具有从每个侧壁块的壁部到底部边界部分的宽度相同的宽度。 天花板块连续地布置成形成雨水储罐的顶面(300)。

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