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    • 1. 发明公开
    • A ECO RESTORATION METHOD OF ESTUARY DAM AND RIVER THAT INCLUDE INTAKES AT UPSREAM, AND A ECO RIVER AND ESUARY DAM THEREOF
    • 一个生态恢复方法,包括在UPSREAM,以及一个生态环境和其中的一部分,
    • KR20090132572A
    • 2009-12-30
    • KR20090109057
    • 2009-11-12
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • E02B8/00E02B7/00
    • Y02A20/402E02B8/023C02F1/001C02F7/00E02B7/205E02B11/005
    • PURPOSE: An estuary dike in which a water supply source is installed upstream, an ecological restoration method of a river, and an ecological river and an estuary dike using the same are provided to obtain fishing source by restoring the ecology of the estuary dike and the river, and the ecology of the sea and promoting the inhabitation of anadromous fish species. CONSTITUTION: An estuary dike in which a water supply source is installed upstream and an ecological restoration method of a river comprise following steps. The downstream of a river(1) and an estuary dike(3) are divided. The downstream of the river is formed to be opened to the sea. A fresh water intake device(7) is installed by blocking a movable weir(6) at the upstream of the river. The gathered fresh water is supplied to the upstream of the estuary dike. The water remaining in the upstream of the river flows to the downstream of the river. A water purifier(9) is installed at the rear end of the intake device or the upstream fresh water inlet part of the estuary dike.
    • 目的:提供上游安装供水源的河口堤坝,河道生态修复方法,生态河道和使用该河道的河口堤坝,恢复河口堤坝生态,获得渔源 河流和海洋生态,促进鱼类栖息。 规定:上游安装供水源的河口堤坝,河道生态修复方法如下。 河流(1)和河口堤坝(3)的下游分开。 河下游形成向海开放。 通过在河流上游堵塞可移动堰(6),安装了一个新鲜的进水装置(7)。 聚集的淡水供应到河口堤坝的上游。 河流上游的水流向河流下游。 净水器(9)安装在进水装置的后端或河口堤坝的上游淡水进水部分。
    • 2. 发明公开
    • Advanced water treatment system include high efficiency ozone dissolution device and ozone reactor free of waste ozone gas odor
    • 高效水处理系统,包括高效臭氧分解装置和臭氧反应器,无臭氧气体气味
    • KR20100107433A
    • 2010-10-05
    • KR20100089276
    • 2010-09-13
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNGLEE CHOONG WONKIM JUNG WHA
    • C02F1/78C02F1/28
    • C02F1/78C02F1/283C02F9/00C02F2201/78C02F2209/42Y02W10/10
    • PURPOSE: An advanced clean water processing system having an ozone reaction paper without a high efficiency ozone dissolution apparatus and discharged ozone gas is provided to improve the dissolution efficiency of the expensive ozone gas by reducing the quantity needed of the ozone gas. CONSTITUTION: An advanced clean water(20) processing system comprises as follows. The raw water rapidly mixes in the first ozone dissolution apparatus with the raw water in the ozone gas. The low concentration ozone gas among the raw water is divided. The low concentration ozone gas among the raw water passes through the second ozone dissolution stage. The hydrogen peroxide selectively injects the second low concentration ozone gas. The water level of the ozone reactor is automatically controlled. The taste odor cause matter among the raw water and organic compound is filtered.
    • 目的:提供一种先进的清洁水处理系统,其具有不具有高效臭氧溶解装置的臭氧反应纸和排出的臭氧气体,以通过减少臭氧气体所需的量来提高昂贵的臭氧气体的溶解效率。 规定:先进的清水(20)处理系统如下。 原水在第一个臭氧溶解装置中与臭氧气体中的原水迅速混合。 原水中的低浓度臭氧气体分开。 原水中的低浓度臭氧气体通过第二臭氧溶解阶段。 过氧化氢选择性地注入第二低浓度臭氧气体。 臭氧反应堆的水位自动控制。 过滤原水和有机化合物中的味道味道。
    • 3. 发明公开
    • A treatment apparatus of raw water by use of ozon reaction with dof separator and bio activated carbon filter
    • 通过使用臭氧反应与DOF分离器和生物活性炭过滤器处理原水的设备
    • KR20100045425A
    • 2010-05-03
    • KR20100030765
    • 2010-04-05
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNGLEE CHUNG WON
    • C02F1/78C02F1/24C02F3/06
    • Y02W10/15C02F1/78C02F1/24C02F1/283C02F2201/78Y02W10/10
    • PURPOSE: A water treatment device using biological activated carbon filtering basin with an air flotation device and an ozone reaction dissolved air flotation device is provided to effectively remove virus, solids, foul-smelling materials, organic materials in raw water. CONSTITUTION: An ozone reaction dissolved air flotation device(100) includes the following: an ozone generator(10); a cohesion part(40-1) forming floc by reacting solid materials of raw water with a flocculant; a floating separation part removing the solids; a floating separation device(40) having a floating sludge collector(40-2) transferring the floated sludge to a sludge discharge pit; a mixer(20) making ozone gas mixed water; a gas separation pipe(30) separating gas in the ozone gas mixed water; a transfer pump(15) transferring raw water to recycled water; a gas compressor(80); a booster pump(50); a gas dissolved tank transferring gas saturated water; a spray nozzle; and a gas blower(90) transferring the separated gas to an upper space or a discharge ozone processor.
    • 目的:提供一种使用具有空气浮选装置和臭氧反应溶解空气浮选装置的生物活性炭过滤池的水处理装置,有效去除原水中的病毒,固体,臭味物质,有机物质。 构成:臭氧反应溶解空气浮选装置(100)包括:臭氧发生器(10); 通过使原水的固体材料与絮凝剂反应形成絮凝物的内聚部分(40-1); 去除固体的浮动分离部分; 具有漂浮污泥收集器(40-2)的漂浮分离装置(40)将漂浮的污泥转移到污泥排放坑; 混合器(20),使臭氧气体混合水; 分离臭氧气体混合水中的气体的气体分离管(30) 将原水转移到再循环水的输送泵(15); 气体压缩机(80); 增压泵(50); 气体溶解槽转移气体饱和水; 喷嘴; 以及将分离的气体输送到上部空间或排出臭氧处理器的气体鼓风机(90)。
    • 4. 发明公开
    • A METHOD AND APPARATUS FOR REMOVE NITRATE IN RAW WATER USE OF HYDROGEN
    • 一种在原水中去除硝酸盐的方法和装置
    • KR20090130358A
    • 2009-12-23
    • KR20090111932
    • 2009-11-19
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • C02F1/58C02F3/06C02F101/16
    • Y02W10/15C02F1/58C02F3/06C02F3/308
    • PURPOSE: A method for removing nitrate in raw water with hydrogen gas and an apparatus thereof are provided to improve efficiency of the hydrogen gas by removing nitrate of high concentration included in rive filtered water. CONSTITUTION: An apparatus for removing nitrate in raw water with hydrogen gas includes an anaerobic denitrification tank(200), a hydrogen gas diffuser(230), a circulation gas pipe(260), a mixing pipe(245), a circulation gas supplying device(255), and remaining hydrogen gas densitometer. The anaerobic denitrification tank is formed by installing a cylindrical partition on the outside of a perpendicular well(100). The top of the anaerobic denitrification tank is sealed by a cover(205). A strainer(210) is installed at the bottom of the cylindrical partition. A hydrogen gas pipe(240) and a circulation gas pipe(260) are connected by the mixing pipe.
    • 目的:提供用氢气除去原水中的硝酸盐的方法及其装置,以通过除去过滤水中包含的高浓度硝酸盐来提高氢气的效率。 构成:用氢气除去原水中的硝酸盐的装置包括厌氧反硝化池(200),氢气扩散器(230),循环气体管道(260),混合管道(245),循环气体供给装置 (255)和剩余的氢气密度计。 厌氧反硝化池通过在垂直井(100)的外侧设置圆柱形分隔壁而形成。 厌氧反硝化池的顶部由盖(205)密封。 过滤器(210)安装在圆柱形隔板的底部。 氢气管(240)和循环气管(260)通过混合管连接。
    • 5. 发明公开
    • CONTROL PANEL PROTECTED DUST TROUBLE AND CORROSION
    • 控制面板受保护的防尘和腐蚀
    • KR20070058402A
    • 2007-06-08
    • KR20070045806
    • 2007-05-11
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNGKIM JAE BONG
    • H02B1/56
    • A control panel protected from dust trouble and corrosion is provided to improve operation efficiency of a waste water disposal plant by reducing a repair cost for exchanging a defective part or device by preventing fault due to the dust and corrosion. A control panel protected from dust trouble and corrosion includes a blower(1). The blower(1) is installed outside a control panel chamber. A filter unit(2) for filtering dust is installed on an air inlet of the blower(1). A transmission differential pressure gauge(3) is installed between the blower(1) and the filter unit(2). An air supply duct(4) is connected to a discharging side of the blower(1). The same number of branch ducts(6) as the control panels are branched. Each control damper(5) is installed on each branch duct(6). An end of the branch duct(6) is connected to a branch duct connecting unit(8) formed at a lower part of a main body(7) of the control panel. An exhaust pipe(9) having a through hole and a cover is installed at an upper part of the main body(7) of the control panel. A transmission thermometer(10) is installed at an upper part inside the main body(7) of the control panel. A temperature signal of the transmission thermometer and a differential pressure signal of the transmission differential pressure gauge(3) are transmitted to a central monitoring control chamber.
    • 提供防止灰尘和腐蚀的控制面板,以通过减少由于灰尘和腐蚀而导致的故障而减少用于更换缺陷部件或装置的维修成本,从而提高废水处理厂的操作效率。 防止灰尘和腐蚀的控制面板包括鼓风机(1)。 鼓风机(1)安装在控制面板室外。 用于过滤灰尘的过滤器单元(2)安装在鼓风机(1)的进气口上。 传动差压表(3)安装在鼓风机(1)和过滤器单元(2)之间。 供气管道(4)连接到鼓风机(1)的排放侧。 与控制面板相同数量的支管(6)分支。 每个控制阻尼器(5)安装在每个分支管道(6)上。 分支管道(6)的端部连接到形成在控制面板的主体(7)的下部的分支管道连接单元(8)。 具有通孔和盖的排气管(9)安装在控制面板的主体(7)的上部。 传动温度计(10)安装在控制面板主体(7)的上部。 变速器温度计的温度信号和变速箱​​差压表(3)的差压信号被传送到中央监控室。
    • 6. 发明公开
    • A reinforcement method of weak stratum use of suction drainage
    • 弱排水使用吸水排水的加固方法
    • KR20120050010A
    • 2012-05-18
    • KR20100111303
    • 2010-11-10
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • E02D3/10
    • E02D3/10E02D27/46E02D2250/0023E02D2300/002E21B43/025
    • PURPOSE: A suction drainage reinforcement method of a weak soil foundation is provided to efficiently discharge water of decrepitation in a weak soil foundation in short time by using natural filtration materials and a suction device. CONSTITUTION: A suction drainage reinforcement method of a weak soil foundation is as follows. An outer casing is inserted into a weak soil foundation up to a required length. A porous inner suction pipe(20) is constructed in the inner center of the outer casing. A space formed between the outer casing and inner suction pipe is filled with a filter media(30). The outer casing is pulled out from the weak soil foundation after filling is completed. The upper part of the filter media is sealed by using a sealing material(40). The upper part of the suction pipe is connected to a suction pipeline(50) where a vacuum pump(60) is constructed. The water of decrepitation in the weak soil foundation is discharged by operating the vacuum pump. The suction pipe is eliminated and the inner suction pipe is pulled out after discharging of the water of decrepitation is completed. A space where the inner suction pipe located is filled.
    • 目的:通过采用天然过滤材料和抽吸装置,在较短的时间内,对弱土基础进行吸力排水加固,有效排出弱土基层爆发水。 构成:弱土基础的抽吸排水加固方法如下。 将外壳插入弱土基础中直到所需的长度。 多孔内吸管(20)构造在外壳的内中心。 在外壳和内吸入管之间形成的空间填充有过滤介质(30)。 填充完成后,外壳从弱土基础上拔出。 过滤介质的上部通过使用密封材料(40)密封。 吸入管的上部与构成真空泵(60)的吸入管路(50)连接。 通过操作真空泵排出弱土基础中的爆裂水。 排除吸水管后,在吸入水完成后抽出内吸管。 填充内部吸入管的空间。
    • 7. 发明公开
    • A natural ventilation coduit waterworks and drainage system manhole use of wind
    • 自然通风码头水系统和排水系统风洞的使用
    • KR20120046400A
    • 2012-05-10
    • KR20100108023
    • 2010-11-02
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • E02D29/12
    • E02D29/12B65D90/10E03F5/02E03F5/08E21F1/006
    • PURPOSE: A conduit manhole for water and sewage having a natural ventilation function using wind is provided to prevent a worker from being suffocated by ventilating the inside the manhole using wind. CONSTITUTION: A conduit manhole for water and sewage having a natural ventilation function using wind comprises an air inlet pipe(10), a wind chest(20), a rotary connector(30), a directional blade(40), and a discharge pipe(50). The air inlet pipe vertically penetrates through the upper slab of the manhole and has a transfer path for supplying external air to the inside the manhole. The front surface of the wind chest is opened, and the top, side, and rear surfaces are closed to receive wind therein. The rotary connector connects the wind chest to the air inlet pipe. The directional blade adjusts the inlet direction of the wind chest. The discharge pipe discharges air from the manhole to the outside.
    • 目的:提供使用风力进行自然通风功能的水和污水管道检修孔,以防止工作人员使用风向通风孔窒息。 构成:使用风自然通风功能的用于水和污水的导管孔包括进气管(10),风箱(20),旋转连接器(30),定向叶片(40)和排出管 (50)。 进气管垂直地穿过人孔的上板,并具有用于向井底内部提供外部空气的传送路径。 风箱的前表面打开,顶部,侧面和后表面被关闭以在其中接收风。 旋转连接器将风箱连接到进气管。 方向叶片调节风箱的入口方向。 排放管将空气从人孔排出到外部。
    • 8. 发明公开
    • VERTICAL TYPE FLOCCULATOR ATTACHED EDDYCURENT GENERATOR
    • 垂直型絮凝器附着式发电机
    • KR20100018005A
    • 2010-02-16
    • KR20100003380
    • 2010-01-14
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • B01F7/18B01D21/30
    • PURPOSE: A vertical type aggregometer to which a device for generating vortex is attached is provided to keep high cohesive effect at low temperature and to enhance cohesive effect of the region where the temperature of water decrease in winter time. CONSTITUTION: A vertical type aggregometer to which a device for generating vortex is attached comprises: and aggregometer impeller composed of two or more hydro foil type wing; a vortex generator of a net shape or a flat type vortex generator; and aggregometer wing shaft which revolves together with an output shaft of driving device; an impeller boss attaching to the hydro foil type wing into a radial shape; a vertical baffle which is perpendicularly installed in four centers of wall of the cohesion basin; a net shape vortex generator which is selectively installed in discharged direction of the aggregometer impeller; a fixture fixing the net shape vortex generator; and an aggregometer driving unit constituted with a speed variable electric motor and a reducer.
    • 目的:提供安装涡流装置的垂直式聚光计,以在低温下保持高粘结效果,并提高冬季时间内水温降低的区域的凝聚力。 构成:安装有用于产生涡流的装置的垂直型聚集计包括:和由两个或多个液压翼型翼组成的聚合计叶轮; 网状涡流发生器或扁平型涡流发生器; 以及与驱动装置的输出轴一起旋转的聚光计翼轴; 叶片凸台,其附接到液压翼型翼片成径向形状; 垂直挡板垂直安装在内聚盆壁的四个中心; 净形涡流发生器,其选择性地安装在聚集计叶轮的排出方向上; 固定网状涡流发生器的固定装置; 以及由变速电动机和减速器构成的聚光计驱动单元。
    • 9. 发明公开
    • A FILTER BED MAKING METHOD OF BANKFILTERED WATER THEREOF TREATMENT APPARATUS
    • 一种过滤水处理设备的过滤床制作方法
    • KR20090118011A
    • 2009-11-17
    • KR20090094563
    • 2009-10-06
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • B01D24/02B07B13/04C02F1/00E03B3/36
    • Y02A20/112B01D24/02B07B13/04C02F1/28C02F11/12E03B3/36
    • PURPOSE: A method for making a filter layer of bank-filtered water and an apparatus for the bank-filtered water using the same are provided to maximize using efficiency of water resources. CONSTITUTION: A method for making a filter layer of bank-filtered water includes the following steps of: transferring and excavating the soil on a riverside edge of the water; separating the transferred soil to gravel, sand and fine soil etc with an aggregate separator(30); washing the separated soil of standard size in a washing bath(40); separating the fine soil(90) and a medium from a wet centrifugal separator(50); producing the dehydrated medium; dehydrating the find soil from a dehydrator(140); precipitating a supernatant(70) of the dehydrator and a supernatant(145) on a settling pond(150); making a dehydration cake(170) by dehydrating the precipitates from a dehydrator(160); pulverizing the separated rock(100) to pebble(120); and making the filter layer of the bank-filtered water by filling produced pebble and media.
    • 目的:提供一种用于制作银行过滤水的过滤层的方法和使用该过滤水的银行过滤水的装置,以最大限度地利用水资源的使用效率。 构成:制作银行过滤水过滤层的方法,包括以下步骤:在水边缘转移和挖掘土壤; 用聚集体分离器将转移的土壤分离成砾石,沙粒和细土等; 在洗涤浴中洗涤标准尺寸的分离土(40); 从湿离心分离器(50)分离细土(90)和介质; 生产脱水培养基; 脱水机脱水(140); 将脱水器的上清液(70)和沉淀池(150)上清液(145)沉淀; 通过脱水器(160)使沉淀物脱水来制备脱水饼(170); 将分离的岩石(100)粉碎成卵石(120); 并通过填充生产的卵石和介质制作银行过滤水的过滤层。
    • 10. 发明公开
    • DISCHARGE PRESSURE GAUGE OF PUMP
    • 排气压力泵
    • KR20090023661A
    • 2009-03-05
    • KR20090004916
    • 2009-01-21
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • G01L7/00G01L19/00
    • G01L7/022G01D11/30G01L19/06G01L19/08
    • An outlet pressure gauge of a pump is provided to prevent an air tank or a transparency hose from being stuck by a contaminant by always supplying a small amount of air to the air tank through a pressure reduction orifice tube. A outlet pressure gauge of a pump comprises an air supply device providing with the compressed air; an air header(4) distributing the compressed air to an air tank(8) of an each manometer(9); an connection air tube connecting the air header and air tank; a pressure reduction orifice tube(8-1) installed in the inlet part of the air tank; the manometer installed in the air tank to be a sealing structure; and a transparency hose(10) connecting the air tank and a pressure tap.
    • 提供泵的出口压力表,以通过总是通过减压孔管向空气罐供应少量空气来防止空气罐或透明胶管被污染物粘附。 泵的出口压力计包括提供压缩空气的空气供应装置; 将压缩空气分配到每个压力计(9)的空气罐(8)的空气集管(4); 连接空气集管和空气罐的连接空气管; 安装在空气罐的入口部分的减压孔管(8-1); 安装在气罐中的压力计为密封结构; 以及连接空气罐和压力分接头的透明软管(10)。