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    • 72. 发明公开
    • 슬러지 농축장치
    • 泥沙研究员
    • KR1020130100547A
    • 2013-09-11
    • KR1020120021841
    • 2012-03-02
    • (주) 디아이엔바이로
    • 김중삼김한규
    • C02F11/12B01D29/23
    • C02F11/12B01D29/23Y02W10/12
    • PURPOSE: A sludge thickener is provided to enhance solid-liquid separation by separating moisture from sludge by gravity, to lower rotation number of a transporter and to save energy. CONSTITUTION: A sludge thickener comprises a housing (10); a drum (20) and a transporter (30). A reduction leg (11) is prepared at one lower side of the housing and a longitudinal axis leg (12) is prepared at the contralateral lower part so that the housing is inclined with a predetermined angle. A low-end of the drum is connected to a sludge inlet (13) of the housing, and the upper end part is extended to a sludge outlet (15). A transporter is arranged inside the drum and transferring the sludge flowed in through the sludge inlet while axle-rotating.
    • 目的:提供一种污泥增稠器,通过重力将污泥中的水分分离,降低转运器的转数,并节约能源,提高固液分离。 构成:污泥增稠器包括壳体(10); 鼓(20)和运送器(30)。 在壳体的一个下侧准备减速腿(11),并且在对侧下部准备纵轴(12),使得壳体以预定角度倾斜。 鼓的低端连接到壳体的污泥入口(13),并且上端部延伸到污泥出口(15)。 在滚筒内部设置有运送器,并且在轴向旋转时传送通过污泥入口流入的污泥。
    • 73. 发明公开
    • 필터장치의 필터 엘리먼트
    • 过滤装置的过滤器元件
    • KR1020130098693A
    • 2013-09-05
    • KR1020120020416
    • 2012-02-28
    • 주식회사고려필터
    • 박병근
    • B01D29/62B01D29/23B01D29/96B01D39/00
    • PURPOSE: A filter element of a filter is provided to remove boundary by forming a plurality of through holes in the filter element by etching and to enhance filter efficiency by removing a phenomenon that fluid residue is stocked in gaps. CONSTITUTION: A filter comprises a drain valve (400), a filter washing tool (300), a filtering tool (200) and housing (100). The filtering tool is arranged in the housing by being separated from up and down. The filtering tool comprises an upper plate (210) in which a plurality of through holes (211, 221) is respectively formed in a columnar direction, a lower plate and multiple filter elements (240). The filter element is equipped between the upper and lower plates. A plurality of through holes (242) is formed in a tube form in the filter element by etching.
    • 目的:提供过滤器的过滤元件以通过蚀刻在过滤元件中形成多个通孔以去除边界,并通过消除在间隙中储存流体残留物的现象来提高过滤效率。 构成:过滤器包括排水阀(400),过滤器清洗工具(300),过滤工具(200)和壳体(100)。 过滤工具通过上下分离而设置在外壳中。 过滤工具包括上板(210),多个通孔(211,221)分别形成为柱状方向,下板和多个过滤元件(240)。 过滤元件设置在上板和下板之间。 多个通孔(242)通过蚀刻以过滤器元件的形式形成。
    • 74. 发明授权
    • Floating type fiber filter apparatus
    • 浮动式纤维过滤器
    • KR101211369B1
    • 2012-12-13
    • KR20120033761
    • 2012-04-02
    • KIM GUN SU
    • KIM GUN SU
    • B01D29/11B01D29/23B01D29/62B01D29/96
    • PURPOSE: A floating type fibrous filtration apparatus is provided to have a lower moving member which floats or sinks by supplying and releasing air without a mechanical unit. CONSTITUTION: A floating type fibrous filtration apparatus includes a filtration medium fixing upper plate(120), a fibrous filtration medium(110), a lower moving member(200), an air supplying unit(140), an air supplying pipe(130), and an air exhausting and water filling unit(150). The upper part of the filtration medium is fixed on the filtration medium fixing upper plate. The lower part of the fibrous filtration medium is fixed to the lower moving member. A buoyancy chamber(210) is formed in the lower moving member. A plurality of air spraying holes(221) is formed in the lower moving member. An air guiding path(220) is formed in the lower moving member. The air supplying pipe supplies air to the buoyancy chamber. The air exhaustion and water filling unit exhausts air from the buoyancy chamber and fills the buoyancy chamber with water. If the buoyancy chamber is filled with water, the lower moving member sinks to the bottom of the buoyancy chamber such that the fibrous filtration medium forms filtration pores. If the buoyancy chamber is filled with air, the lower moving member floats in the buoyancy chamber such that the fibrous filtration medium forms washing pores.
    • 目的:提供一种浮动式纤维过滤装置,其具有通过在没有机械单元的情况下供应和释放空气而浮起或下沉的下移动构件。 构成:浮式纤维过滤装置包括固定上板(120),纤维过滤介质(110),下移动构件(200),空气供应单元(140),空气供应管(130),过滤介质 ,以及排气和给水单元(150)。 过滤介质的上部固定在过滤介质固定上板上。 纤维过滤介质的下部固定在下移动部件上。 浮力室(210)形成在下移动构件中。 在下部移动构件中形成有多个空气喷射孔(221)。 空气引导路径(220)形成在下移动构件中。 空气供给管将空气供给到浮力室。 空气和灌水单元从浮力室排出空气,并用水填充浮力室。 如果浮力室充满水,则下移动构件下沉到浮力室的底部,使得纤维过滤介质形成过滤孔。 如果浮力室充满空气,则下移动构件浮在浮力室中,使得纤维过滤介质形成洗涤孔。
    • 75. 发明授权
    • 고형분 분리장치
    • 悬挂固体分离器
    • KR101207795B1
    • 2012-12-05
    • KR1020110053128
    • 2011-06-02
    • 주식회사 소마바이오
    • 장대호이인경
    • B01D29/64B01D29/23B01D41/04
    • PURPOSE: A solid part separating apparatus is provided to facilitate installation and maintenance and to adjust the treatment capacity of the apparatus by simplifying the structure of the apparatus. CONSTITUTION: A solid part separating apparatus includes a main body(10), a ball(20), a main shaft(30), a screw(40), a driving motor(50), and a decelerating motor(60). The lower part of the main body is opened. The ball is installed to elevate along the inner part of the main body. The main shaft is rotatably installed in the main body. A plurality of blades(31) is arranged at the lower part of the main shaft. The upper part of the screw is exposed to the upper external side of the main body, and the lower part of the screw is connected to the upper part of the ball through the upper part of the main body. The driving motor is connected to the upper part of the main shaft by a power transferring unit(70). The decelerating motor is connected to the upper part of the screw by the power transferring unit.
    • 目的:提供固体部分分离装置以便于安装和维护,并通过简化装置的结构来调节装置的处理能力。 实施例:固体部分分离装置包括主体(10),球(20),主轴(30),螺杆(40),驱动马达(50)和减速马达(60)。 主体下部打开。 安装球沿着主体的内部部分升高。 主轴可旋转地安装在主体中。 多个叶片(31)布置在主轴的下部。 螺钉的上部暴露于主体的上部外侧,螺钉的下部通过主体的上部与球的上部连接。 驱动马达通过动力传递单元(70)连接到主轴的上部。 减速马达通过动力传递单元连接到螺钉的上部。
    • 76. 发明授权
    • 오일여과장치
    • 油过滤装置
    • KR101041993B1
    • 2011-06-16
    • KR1020110022815
    • 2011-03-15
    • (주)진우에프티이호섭
    • 이호섭
    • B01D35/06B01D35/16B01D29/23
    • B01D35/06B01D29/23B01D29/6469F01M11/03
    • PURPOSE: An oil filtering apparatus is provided to improve the convenience by automatically eliminating iron components while a magnetic rod is separated from a main body. CONSTITUTION: An oil filtering apparatus includes a main body(32), an introducing pipe(36), a filtering bag(37), and a magnetic rod(38). A chamber(33), an inlet(34), and an outlet(35) are formed in the main body. The introducing pipe is in connection with the inlet and is located at the upper side of the chamber. The filleting bag filters impurity oil and discharges the impurity oil to the chamber. The magnetic rod is installed at the lower side of the chamber and separates iron components from the impurity oil.
    • 目的:提供一种滤油装置,通过在将磁棒与主体分离的同时自动消除铁部件,提高便利性。 构成:油过滤装置包括主体(32),导入管(36),过滤袋(37)和磁棒(38)。 在主体中形成有室(33),入口(34)和出口(35)。 引入管与入口连接并且位于室的上侧。 切片袋将杂质油过滤并将杂质油排放到室内。 磁棒安装在腔室的下侧,并将铁组分与杂质油分离。
    • 78. 发明公开
    • 여과기 청소 헤드
    • 过滤器清洁头
    • KR1020070087546A
    • 2007-08-28
    • KR1020077003932
    • 2004-12-23
    • 아미애드 필트레이션 시스템즈(1997) 엘티디.
    • 시테켈마허루벤
    • B01D29/23B01D29/68
    • B08B5/04B01D29/23B01D29/686B01D29/688B01D2201/082
    • A filtering device has a filter element disposed between the inlet and the outlet of the device. The inlet surface of the filter element is prone to clogging by suspended particles, e.g. waste, carried with the incoming raw fluid. The invention provides a cleaning head for the filtering device, comprising a basis and a nozzle movably mounted thereon. The cleaning head basis is mounted on a driving mechanism so that the nozzle can scan the inlet surface parallel thereto, and can clean the inlet surface by means of a backwash flow passing through the filter element into the nozzle under a cleaning pressure differential created by connecting the nozzle to a low-pressure outlet. The nozzle maintains, during scanning, permanent contact with the inlet surface so that lateral flow directly into the nozzle is essentially prevented despite variations of distance between the cleaning head basis and the inlet surface during the scanning.
    • 过滤装置具有设置在装置的入口和出口之间的过滤元件。 过滤元件的入口表面易于被悬浮颗粒堵塞,例如, 废物,携带进入的原液。 本发明提供了一种用于过滤装置的清洁头,包括可移动地安装在其上的基部和喷嘴。 清洁头基础安装在驱动机构上,使得喷嘴可以平行地扫描入口表面,并且可以通过在通过连接产生的清洁压力差下通过过滤元件进入喷嘴的反洗流来清洁入口表面 喷嘴到低压出口。 喷嘴在扫描期间保持与入口表面的永久接触,使得即使在扫描期间在清洁头基础和入口表面之间的距离有变化的情况下,基本上可以防止直接进入喷嘴的横向流动。
    • 79. 发明公开
    • 폐온수의 이물질 분리기
    • 通过直接分离的方式将直接分离固体分离固体的装置作为固体分离装置,在将废热水提供给热交换器之前立即形成
    • KR1020050004350A
    • 2005-01-12
    • KR1020030044498
    • 2003-07-02
    • 최호순
    • 최호순
    • B01D29/23
    • B01D29/23B01D35/02B01D35/30B01D2201/30
    • PURPOSE: To provide a device for separating alien substance from waste hot water, the device that separates solids well, enables cleaning to be performed easily and prevents suspended solid from being supplied to a waste heat recovering heat exchanger to increase heat recovery efficiency. CONSTITUTION: The device for separating alien substance from waste hot water comprises a housing(1) to one side of the bottom of which a waste hot water inflow pipe(2) is connected, to the other side of the bottom of which a waste hot water supply pipe(3) is connected such that the waste hot water supply pipe is projected into the housing, and to the bottom of which a suspended solid drain means(4) is connected; a solid separation means(7) positioned around a connection part of the waste hot water inflow pipe in the housing and formed of a plurality of separation rods(9); and a suspended solid discharge prevention pipe(11) which is spaced apart from the circumference of the waste hot water supply pipe in a certain distance, an upper part of which is higher than an upper part of the waste hot water supply pipe, and a lower part of which is installed on the bottom of the housing with a waste hot water circulation part(13) being interposed between the suspended solid discharge prevention pipe and the bottom of the housing.
    • 目的:为了提供一种用于将异物与废热水分离的装置,能够很好地分离固体的装置,能够容易地进行清洗,并且防止将悬浮固体供给废热回收热交换器,以提高热回收效率。 构成:用于将异物与废热水分离的装置包括:一个外壳(1),其底部的一侧与废热水流入管(2)连接,底部另一侧有废热 供水管(3)被连接成使得废热水供应管突出到壳体中,并且其底部连接有悬浮的固体排放装置(4); 固定分离装置(7),其围绕所述壳体中的废热水流入管的连接部分定位并由多个分离棒(9)形成; 以及与废热水供给管的周围隔开一定距离的悬浮固体排放防止管(11),其上部高于废热水供给管的上部,并且 其下部安装在壳体的底部,废物热水循环部分(13)插入在悬浮的固体防止排放管和壳体的底部之间。
    • 80. 发明公开
    • 멀티형 공극제어 섬유여과기
    • 多种类型的控制纤维过滤器
    • KR1020030079862A
    • 2003-10-10
    • KR1020030060480
    • 2003-08-30
    • 주식회사 생
    • 강영배박동근김규태
    • B01D29/23
    • B01D29/23B01D29/27B01D29/52B01D29/68C02F1/001C02F2201/007
    • PURPOSE: A multiple type fiber filter is provided, which is capable of overcoming diameter and length (height) of unit filters and physical restriction of fiber filter media and filtering a large amount of water. CONSTITUTION: The multiple type pore controlling fiber filter comprises a filter tank(300) at one side of which a raw water inlet pipe(140) is formed so that raw water is flown in the filter tank through the raw water inlet pipe; and unit filters which are installed in the filter tank to discharge water after filtration into cylindrical body as filtering the raw water flown in the filter tank through filtering layer formed on the outer circumferential surface of the cylindrical body, wherein filtering capacity is determined by the number of the unit filters which are installed in the filter tank, wherein the unit filters comprise porous pipe(150), upper filter media holder(120), lower filter media holder(110), fiber filter media(130), shaft of the upper filter media holder and rotation means(125 to 128), wherein the multiple type pore controlling fiber filter is a twist type pore controlling filter in which pores of the fiber filter media are controlled by rotating the filter media holder using the rotation means, wherein the rotation means comprises pinion gear, rack gear and piston, wherein straight line motion of the piston is transmitted to each pinion gear connected to the rack gear so that the upper filter media holder is rotationally controlled as one body.
    • 目的:提供多级纤维过滤器,能够克服单元过滤器的直径和长度(高度),纤维过滤介质的物理限制和过滤大量的水。 构成:多孔控制纤维过滤器包括一个过滤罐(300),其一端形成有原水入口管(140),使得原水通过原水入口管在过滤罐中流动; 以及过滤到筒体内的过滤器,将过滤后的水排出到过滤箱内的单元过滤器,通过形成在筒体的外周面上的过滤层来过滤流过过滤槽的原水,其中过滤能力由数量 安装在过滤罐中的单元过滤器,其中单元过滤器包括多孔管(150),上过滤介质保持器(120),下过滤介质保持器(110),纤维过滤介质(130),上层 过滤介质保持器和旋转装置(125至128),其中多重孔隙控制纤维过滤器是扭转型孔控制过滤器,其中通过使用旋转装置旋转过滤介质保持器来控制纤维过滤介质的孔,其中 旋转装置包括小齿轮,齿条和活塞,其中活塞的直线运动传递到连接到齿条的每个小齿轮,使得上部滤芯 r媒体支架旋转控制为一体。