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    • 2. 发明公开
    • 지하수 취수장치의 급수배관 연결장치
    • 地下水供水设备供水管连接装置
    • KR1020160033444A
    • 2016-03-28
    • KR1020140124335
    • 2014-09-18
    • 김선종
    • 김선종
    • E03B3/06
    • E03B3/06E03B7/07E03B7/09F16L37/12
    • 본발명은지하수취수장치의급수배관연결장치에관한것으로서상세하게는원통형몸체에수용된취수장치를정비및 수리하기위해몸체로부터인양할경우취수장치의토출배관과급수배관이분리되야하는데이 분리를클램프식커플링을이용하여원터치방법으로분리하는기술을제공하고자한다. 구성은다음과같다. 몸체(3)와상기몸체(3)에지하수가양수되는양수배관(4)과상기양수배관(4)으로양수된지하수가토출되는토출배관(5)을갖는모터펌프(10)가수용되되상기모터펌프(10)의양수배관(4)은지하깊숙이수용된양수관(100)과연결되고상기토출배관(5)의수직관(5') 하단에클램프식커플링(300)의암커플링(301)을장착하며, 상기암커플링(301) 하단에상기암커플링(301)에수용되어결합되는수커플링(302)이위치되되상기수커플링(302)은양수된지하수를외부로보내기위한급수배관(A)이연결되고, 상기암커플링(302) 외부양단에레버(20)를갖되, 상기레버(20) 일측은상기암커플링(302) 외부벽에힌지축(21)으로연결되고상기레버(20) 타측끝단(20')은상기힌지축(21)을중심으로하여하측에서상측으로회동하면상기레버(20) 일측끝단(20") 이상기암커플링(301) 내측으로돌출되어상기수커플링(302) 외부에형성한홈(302')에수용되는구성에있어서, 상기레버(20)은상기레버(20) 타측끝단(20')에형성된구멍에연결고리(22) 일측이연결되고상기연결고리(22) 타측은수직으로길게행하는수직대(23) 하단의관통공(24)에끼워져연결되며상기수직대(23)은수직방향으로승하강할 수있도록가이드공(B)에가이드된구성이다.
    • 本发明涉及地下进水装置的供水管连接装置。 供水管连接装置能够通过使用夹紧型联接器的一触式方式将进水装置的排出管和供水管分离。 电动泵(10)的提升管(4)连接到提升管(100),并且夹紧型联接器(300)的阴联接器(301)安装在垂直管(5')的下端 )排出管(5)。 阳连接器(302)定位在阴联接器(301)的下端中,并且在阴联接器(302)的两个外端设置有杆(20)。 杠杆(20)的一侧通过铰链轴(21)连接到阴联接器(302)的外壁,垂直支撑件(23)由引导孔(B)引导以垂直上升和下降 。
    • 3. 发明公开
    • 솔라패널 거치겸용 용수 저장시스템
    • 具有支持太阳能面板功能的水储存系统
    • KR1020160018181A
    • 2016-02-17
    • KR1020140102399
    • 2014-08-08
    • 주식회사 이피코
    • 최민호
    • E03B3/06E03B3/40B65D85/72B65D25/20B65D90/00
    • E03B3/06B65D25/20B65D85/72B65D90/00E03B3/40
    • 본발명은태양광을받아발전하는다수의솔라셀로이루어진솔라패널(10);상면에상기솔라패널(10)이설치되며내부에지하수(1), 저수지의물 또는강물이저장되는저장공간(21)이형성된저수탱크(20); 상기솔라패널(10)과연결설치되어솔라패널(10)에서생산된전기를변환하는인버터(30); 상기저수탱크(20)의저장공간(21)에연결되도록지하, 저수지또는강에서지중으로연장된이송관(40); 및상기인버터(30)에서변환된전기를공급받아구동되며, 상기이송관(40)에연결설치되어지하수(1) 등을이송관(40)을통해저수탱크(20)의저장공간(21)으로끌어올리는펌프(50);를포함하여구성된솔라패널거치겸용용수저장시스템이다.
    • 本发明涉及一种具有保持太阳能电池板功能的蓄水系统,包括:太阳能电池板(10),其包括多个太阳能电池; 一个储水箱(20),具有一个用于储存一个水库或一个河水的水的储存空间(21); 连接到太阳能电池板(10)并转换在太阳能电池板(10)中产生的电力的逆变器; 从贮存器或河流地下延伸到地下以连接到储存箱(20)的储存空间(21)的输送管道(40); 以及通过接收逆变器(30)中转换的电力驱动的泵(50)连接到输送管(40),并将地下水(1)等泵送到存储空间(21)的存储空间 储罐(20)通过输送管(40)。
    • 4. 发明授权
    • 지하수 및 우수 관리장치
    • 用于管理地下水和储存水的装置
    • KR101566948B1
    • 2015-11-09
    • KR20150002747
    • 2015-01-08
    • LOTTE ENG & CONSTR CO LTD
    • LEE JOO HOLEE JUN SEOMUN JUNG SOOYE HYEONG YOUNGKIM KYEONG TAE
    • E03B3/00E03B3/02E03B3/06
    • Y02A20/108E03B3/00E03B3/02E03B3/06E03F5/10
    • 지하수및 우수관리장치가개시된다. 본발명의지하수및 우수관리장치는, 지중에설치되어지하수및 우수를관리하는장치로서, 지하수를저장가능한지하수조; 상기지하수조에저장된지하수와별도의우수를공급받아저장가능하도록내부에저수공간이마련된저류조; 상기지하수조에저장된지하수를상기저류조내부로공급하는지하수공급배관; 및상기저류조내의유체수위가설정기준범위를초과하는경우상기저류조내의유체일부를외부로방출하도록상기지하수공급배관으로부터분기되어마련되는배수관을포함하는것을특징으로한다. 본발명에의하면, 우수및 지하수를저류조에서통합관리함으로써우수및 지하수를연계하여활용가능하게할 수있으며, 우수및 지하수가저장되는저류조내의유체수위변동에따라저류조내의유체수위조절을용이하게할 수있다.
    • 公开了一种管理地下水和雨水的设备。 地下水和雨水管理装置安装在地下,包括:地下水箱,能储存地下水; 储存箱,其内部具有能够通过分别存储在地下水箱和雨水中的地下水来存储雨水的储存空间; 一个地下供水管道,供应储存在储罐内的地下水箱内的地下水; 以及排水管,其从所述地下水供给管分支,当所述储罐中的液面超过预设标准范围时,将所述储罐中的一部分流体排出到外部。 根据本发明,管理地下水和雨水的装置一体地管理储水箱中的地下水和雨水; 通过连接雨水和地下水来使用雨水和地下水。 根据存储雨水和地下水的储罐中的流体水平的变化,用于管理地下水和雨水的装置容易地控制储罐中的液体水平。
    • 5. 发明公开
    • A screen for injection and pumping
    • 一个注射和抽吸的屏幕
    • KR20120026276A
    • 2012-03-19
    • KR20100088409
    • 2010-09-09
    • KOREA WATER RESOURCES CORP
    • CHOI DOO HOUNGSHIN DONG HOON
    • E03B3/06E21B43/08
    • E03B3/06B01D29/445E03B3/18E21B43/08
    • PURPOSE: An injection-and-pumping screen is provided to maximize the pumping efficiency by rapidly and efficiently injecting and pumping water and facilitate the maintenance by efficiently cleaning clogging created inside a tube well. CONSTITUTION: An injection-and-pumping screen comprises a main body(10), an opening unit, a rotary slot unit(30), a rotary shaft, and a support unit. The main body has a cross section of a polygon pipe shape. The opening is formed in sides corresponding to each side of the main body's cross section. The rotary slot unit is horizontally joined to the up and down parts up the opening unit at a constant interval and formed to be rotated. The rotary shaft is formed in the front and rear sides in a longitudinal direction of the rotary slot unit to be projected. The support unit is formed between the opening units formed in both sides of the main body and comprises a rotary fastening grooves in left and right sides.
    • 目的:提供注射和抽水屏幕,以通过快速有效地注入和泵送水来最大限度地提高泵送效率,并通过有效清洁管井内产生的堵塞来促进维护。 构成:喷射 - 泵送屏幕包括主体(10),开口单元,旋转槽单元(30),旋转轴和支撑单元。 主体具有多边形管形状的横截面。 开口形成在与主体的横截面的每一侧相对应的侧面。 旋转槽单元以恒定间隔水平地连接到打开单元上的上下部分并且形成为旋转。 旋转轴在旋转槽单元的纵向方向上形成在前侧和后侧以被突出。 支撑单元形成在形成在主体两侧的开口单元之间,并且在左侧和右侧包括旋转紧固凹槽。
    • 7. 发明公开
    • 집수정 구조체 및 그 시공방법
    • 其构造方法及其方法
    • KR1020110022275A
    • 2011-03-07
    • KR1020090079804
    • 2009-08-27
    • 시지엔지니어링(주)다해산업(주)우광티엔씨(주)
    • 이정영홍기채황순종박보현
    • E02D29/045E02D31/00E03B11/14E03B3/02E03B3/06
    • E02D29/045E02D31/00E02D2250/0023E02D2300/0029E03B3/02E03B3/06E03B11/14
    • PURPOSE: A collector well structure and a construction method thereof are provided to prevent the separation of a collector well and enable the stable installation of a collector well on the bottom of a foundation. CONSTITUTION: A collector well structure comprises a collector well(100), a fixing frame(110), and a coupling unit(120). The collector well has a water collection space for storing a fixed amount of water. The fixing frame is comprised of an insertion portion(112) and a wing plate portion(114). The insertion portion is vertically inserted into the lower part of the collector well. The wing plate portion is extended from the insertion portion to the outside at a right angle. The coupling unit is located inside the insertion portion of the fixing frame, and an anchor bolt portion(124) is formed at the end thereof. The anchor bolt portion passes through the lower plate of the collector well and is located inside the collector well.
    • 目的:提供一种收集阱结构及其施工方法,以防止收集器井分离,并使收集器能够稳定地安装在基础的底部。 构成:集电器阱结构包括收集阱(100),固定框架(110)和耦合单元(120)。 收集井具有用于储存固定量的水的收集空间。 固定框架包括插入部分(112)和翼板部分(114)。 插入部分垂直插入收集阱的下部。 翼板部分从插入部分以直角延伸到外部。 联接单元位于固定框架的插入部分的内部,并且在其端部形成有锚定螺栓部分(124)。 锚栓螺栓部分通过收集井的下板,并位于收集井内。
    • 9. 发明公开
    • 태양전지를 이용한 저동력 지하수 펌핑 시스템
    • 低功率水下抽水系统使用太阳能电池
    • KR1020100010259A
    • 2010-02-01
    • KR1020080071159
    • 2008-07-22
    • 서봉리사이클링(주)
    • 문정현이창한박경민
    • E03B3/06F04B47/00F04B47/02
    • E03B3/06F04B47/00F04B47/02H01L31/02008Y02B70/00
    • PURPOSE: A low-power underground water pumping system using a solar battery is provided to easily use underwater even in desert or a remote area. CONSTITUTION: A low-power underground water pumping system using a solar battery comprises a solar battery(1), a condenser(2), a regulator(3), an inverter(4), a compressor(5), and a pumping device(6). The solar battery changes solar energy into the electric energy. The condenser stores the electric energy of the solar battery. The regulator prevents discharge and overvoltage of the condenser. The inverter changes the direct current of the condenser into the alternating current. The compressor is operated by the alternating current from the inverter, and generates compressive air. The pumping device pulls up the water stored in an underground well to the ground.
    • 目的:提供使用太阳能电池的低功率地下抽水系统,以便在沙漠或偏远地区轻松使用水下。 构成:使用太阳能电池的低功率地下水泵系统包括太阳能电池(1),冷凝器(2),调节器(3),逆变器(4),压缩机(5)和泵送装置 (6)。 太阳能电池将太阳能转化为电能。 电容器存储太阳能电池的电能。 调节器防止冷凝器的放电和过电压。 逆变器将电容器的直流电流变为交流电。 压缩机由来自逆变器的交流电动作,产生压缩空气。 抽水装置将储存在地下井中的水拉到地面。
    • 10. 发明授权
    • APPARATUS FOR PREVENTING UNDERGROUND WATER CASING FROM CONTAMINATING
    • 防止地下水环境污染的装置
    • KR100752571B1
    • 2007-08-21
    • KR20070041011
    • 2007-04-26
    • BANDO PUMP CO LTD
    • SO YOUNG HO
    • E03B3/15E03B3/06E03B5/04
    • E03B3/15E03B3/06E21B23/14
    • A pollution prevention apparatus for a tube well of underground water is provided to prevent the inflow of surface water to the inside of a tube well by installing a waterproof member. The pollution prevention apparatus(100) for a tube well of underground water comprises a cylindrical waterproof member housing(110) having a waterproof member housing space, a waterproof member(120) built in the waterproof member house and covering electric wires for a power supply and a sensor to cut off surface water, and a fixing cap(140) coupled to the waterproof member housing to prevent the separation of the waterproof member, hereon the waterproof member is composed of a pair of semi-cylindrical bodies(120a,120b) having the inside(121a) to be adhered closely to each other, and a power supply wire fitting groove(121) and a sensor fitting groove(122) formed to be almost same as the outward shape and diameter of the electric wires for a power supply and a sensor and adhered closely to maximize adhesive strength, thereby to improve waterproofing effect.
    • 提供地下水管井的污染防治装置,通过安装防水构件来防止地表水向管井内流入。 用于地下水管井的污染防治装置(100)包括:具有防水构件容纳空间的圆柱形防水构件壳体(110),内置在防水构件室中的防水构件(120),并覆盖用于电源的电线 以及用于切断地面水的传感器,以及与所述防水构件壳体联接以防止所述防水构件分离的固定帽(140),所述防水构件由一对半圆柱体(120a,120b)构成, 具有内侧(121a)彼此紧密粘合的电源线安装槽(121)和形成为与用于电力的电线的外形和直径大致相同的传感器配合槽(122) 供应和传感器并紧密粘合,以最大限度地提高粘合强度,从而提高防水效果。