公开(公告)号：KR1020090093910A

公开(公告)日：2009-09-02

申请号：KR1020090065613

申请日：2009-07-17

Applicant: 한상관

Inventor： 한지연 ,  한상관

IPC: E02B7/40

CPC classification number: E02B7/40 ,  E05Y2201/454 ,  E05Y2600/32 ,  E05Y2600/528 ,  E05Y2900/40

Abstract: A water gate system is provided to improve reliability of water gate operation because the fluid pressure of the hydraulic cylinder does not leak and the state thereof can be maintained. A water gate system is as follows. A locking member(40) with a hanging projection(41) is fixed on one side of a water gate(20). The hanging projection of the locking member on the hydraulic cylinder is selectively held in the projection of the hydraulic cylinder according to expansion and contraction of the hydraulic cylinder(30). For releasing locking of the locking member, a locking release cylinder(50) is connected to the top of the hydraulic cylinder and is allowed to rotate. In order to release locking of the locking member in the front end of a cylinder rod, a locking release device(52) with an incline is fixed.

Abstract translation: 提供了水闸系统，以提高水闸操作的可靠性，因为液压缸的流体压力不会泄漏并且可以保持其状态。 水闸系统如下。 具有悬挂突起（41）的锁定构件（40）固定在水闸（20）的一侧。 根据液压缸（30）的膨胀和收缩，锁定构件在液压缸上的悬挂突起被选择性地保持在液压缸的突起中。 为了释放锁定构件的锁定，锁定释放缸（50）连接到液压缸的顶部并被允许旋转。 为了释放锁定构件在气缸杆的前端中的锁定，固定有具有斜面的锁定释放装置（52）。

公开(公告)号：KR1020090081529A

公开(公告)日：2009-07-29

申请号：KR1020080007437

申请日：2008-01-24

Applicant: 한민섭

Inventor： 한상관

IPC: E02B7/40 ,  E02B8/08 ,  A01K61/00 ,  E02B8/02

CPC classification number: Y02W10/37 ,  E02B7/40 ,  A01K61/00 ,  E02B8/02 ,  E02B8/08 ,  E05Y2201/454 ,  E05Y2600/32 ,  E05Y2900/40

Abstract: A construction method of a water gate for purifying polluted quality into clean water is provided to improve the water quality by ascending and descending at the closed state, thereby discharging bottom water of a water storage space together with pollutants including deposited sludge through a lower space of a water gate, to control the discharge quantity precisely by regulating the rotating angle of a lifting link according to the water pressure of a water storage space, the quantity of influent water, etc., and to ascend a water gate reliably by preventing the leakage of water to a confined space of a support structure. A construction method of a water gate for purifying polluted quality into clean water comprises the steps of forming a confined space(13) on two support structures(10) by a housing(12), forming a guide groove(14) on the side of a waterway(11) of the housing to insert each driving shaft(30) to be guided in the vertical direction, forming the contact part of the guide groove of the driving shaft in the angled shape not to be rotated, forming a lifting key(32) in one direction of the angled part of the driving shaft, fixing a lifting cylinder(50) to the inside of the confined space to be rotatable, fixing the front end of a piston rod(51) of the lifting cylinder to a lifting link(60) to be rotatable, and locating a lifting bar(61) drawn out in the perpendicular direction from the waterway of the lifting link on the lower part of the lifting key to make a water gate(20) open and close the waterway by a working cylinder(40) while the driving shaft is fixed, and forming a space between the water gate and the bottom of the waterway by moving the driving shaft vertically along the guide groove according to the expansion and contraction of the lifting cylinder while the water gate is closed to discharge bottom water of a water storage space, thereby to purify water.

Abstract translation: 提供一种将污染物质净化为净水的水闸的施工方法，以在关闭状态下升降降低水质，同时将含有沉积污泥的污染物排放到下部空间 水门，通过根据储水空间的水压，进水量等调节提升环节的旋转角度，通过防止泄漏而可靠地上升水闸来精确地控制排出量 的水到支撑结构的密闭空间。 用于将污染质量净化为净水的水闸的施工方法包括以下步骤：通过壳体（12）在两个支撑结构（10）上形成密闭空间（13），在侧面形成引导槽（14） 所述壳体的水路（11）插入要沿垂直方向被引导的每个驱动轴（30），以形成所述驱动轴的所述引导槽的接触部分的形状不被旋转，形成提升钥匙 32）在驱动轴的倾斜部分的一个方向上，将提升缸（50）固定到限制空间的内部以可旋转，将提升缸的活塞杆（51）的前端固定到提升 连杆（60）能够旋转，并且将提升杆（61）沿垂直方向从提升连杆的水路定位在提升钥匙的下部，以使水闸（20）打开和关闭水路 在驱动轴固定的同时通过工作缸（40），并且在w之间形成空间 通过在水门关闭的同时根据升降缸的膨胀和收缩沿着引导槽垂直移动驱动轴，以排出储水空间的底部水，从而净化水，从而使水道的底部和底部移动。

公开(公告)号：KR1020090053523A

公开(公告)日：2009-05-27

申请号：KR1020070120397

申请日：2007-11-23

Applicant: (주)제이.케이.에스

Inventor： 전승배

IPC: E02B7/36 ,  F15B11/032

CPC classification number: E02B7/36 ,  E05Y2201/454 ,  E05Y2400/80 ,  E05Y2400/852 ,  E05Y2600/314 ,  E05Y2900/40 ,  F15B11/032

Abstract: 본 발명은 본 발명은 유압시스템의 비선형성과 수문 개폐조건에 따른 부하변동에 무관하게 고 하중 수문제어용 유압실린더를 정밀하게 동조(synchronize) 제어하기 위한 수문제어용 유압실린더 동조 제어 장치 및 그 방법에 관한 것으로서, 이러한 본 발명은, 고 하중 수문을 상승 또는 하강시키는 복수의 유압실린더를 기준실린더와 종속실린더로 구분하고, 상기 기준실린더와 종속실린더를 동조 제어하기 위한 수문제어용 유압실린더 동조 제어장치에 있어서, 상기 기준실린더와 종속실린더의 이동위치를 실시간으로 측정하는 복수의 변위 센서와; 상기 기준실린더와 종속실린더의 유량 공급을 조절하기 위한 복수의 전자비례식 유량제어밸브와; 사용자에 의한 선택에 따라 수문의 이동방향을 판단하고, 그 판단한 이동방향에 대응하게 상기 기준실린더와 종속실린더에 공급되는 유량을 개별적으로 제어하면서 상기 기준실린더와 종속실린더 간의 동조 오차 발생시 상기 종속실린더의 동조 오차를 보상하는 유압실린더 동조 제어기를 구비한다.
유압실린더, 유압실린더 동조 제어장치, 유압실린더 동조 제어방법

公开(公告)号：KR1020090040416A

公开(公告)日：2009-04-24

申请号：KR1020090029237

申请日：2009-04-06

Applicant: 한민섭

Inventor： 한상관 ,  한민섭

IPC: E02B5/08 ,  E02B7/40 ,  E02B8/02 ,  C02F1/00

CPC classification number: E02B5/085 ,  C02F1/001 ,  E02B7/40 ,  E02B8/02 ,  E05Y2201/454 ,  E05Y2900/40

Abstract: An environment-friendly construction method purifying the polluted river water to the clean river water by using the method of construction which preferentially ejects the clean river water is provided to purify the polluted water naturally and by ejecting the lower layer water of the reservoir water space preferentially through the exhaust path of the water gate and by discharging the contaminant like the accumulated sludge together. In an environment-friendly construction method purifying the polluted river water to the clean river water by using the method of construction which preferentially ejects the clean river water, an actuating link(30) is pivotally fixed on the bottom lower support shaft of the diagonally located water gate(20); one end of the actuating link is connected to the actuating cylinder fixed inside the water gate; the other end is fixed on the bottom part of the waterway and water gate is conducted to the other end part as the standing; the bottom part of waterway comprises the guide projection(50). In the standing state the water gate, the discharge passage is formed between the bottom part of the water gate and bottom part of waterway by a little more lift. Even though the state where the water gate is closed, clean river water having the heavy specific gravity are discharged through the exhaust path.

Abstract translation: 提供一种环境友好的施工方法，使用优先喷射干净河水的施工方法，将污染河水净化为干净的河水，从而自然地净化污水，并优先喷射储层水位的下层水 通过水闸的排气路径，并将污染物像堆积的污泥一起排放在一起。 在环境友好的施工方法中，通过使用优先排出清洁河水的施工方法将污染河水净化为清洁的河水，驱动连杆（30）枢转地固定在对角定位的底部下支撑轴上 水闸（20）; 致动连杆的一端连接到固定在水闸内的致动缸; 另一端固定在水路底部，水闸作为站立引导到另一端; 水路的底部包括导向突起（50）。 在站立状态下，水门，排水通道形成在水闸的底部和水路的底部之间多一点电梯。 尽管水闸关闭的状态，具有重比重的干净的河水通过排气路径排出。

公开(公告)号：KR1020090034328A

公开(公告)日：2009-04-07

申请号：KR1020090022928

申请日：2009-03-18

Applicant: 한상관

Inventor： 한상관

IPC: E02B7/40 ,  E02B8/02 ,  E02B3/02 ,  C02F1/00

CPC classification number: E02B7/40 ,  C02F1/001 ,  E02B3/023 ,  E02B8/02 ,  E05Y2201/454 ,  E05Y2600/32 ,  E05Y2900/40

Abstract: An eco-friendly method for purifying the polluted river water to the clean river water by using a water gate is provided to purify the polluted river water by together discharging the sludge accumulated on the bottom by preferentially ejecting the lower water stored in a water gate. An eco-friendly method for purifying the polluted river water to the clean river water by using a water gate is composed of steps for housing a rotary shaft of a water gate(20) by forming a lifting groove(14) at one side of a support structure(10), forming a discharge passage between the lower part of the water gate and the bottom part of a water way by raising the water gate upwardly and downwardly by pivotally fixing a lifting cylinder(50) to the lifting groove and pivotally fixing the end part of a cylinder rod(51) to the rotary shaft of the water gate, positioning an operating link(31) rotated by an operating cylinder(40) at lower both sides of the water gate, and installing an operating roller(34) at the end part of the operating link.

Abstract translation: 提供了一种通过使用水闸将污染河水净化为清洁河水的环保方法，通过排出积聚在底部的污泥，通过排出存储在水闸中的下部水来排出污染的河水。 通过使用水闸将污染的河水净化到干净的河水的环保方法由用于通过在水门（20）的一侧形成提升槽（14）来容纳水闸（20）的旋转轴的步骤 支撑结构（10），通过将提升缸（50）枢转地固定到提升槽并且枢转地固定在水门的下部和水通道的下部之间，通过向上和向下提升水门而形成排出通道 将水平杆（51）的端部连接到水闸的旋转轴，将由操作缸（40）旋转的操作连杆（31）定位在水门下部的两侧，并安装操作辊（34 ）在操作链接的末端部分。

公开(公告)号：KR100848186B1

公开(公告)日：2008-07-28

申请号：KR1020070100521

申请日：2007-10-05

Applicant: 김상현

Inventor： 이춘식

IPC: E02B7/40 ,  E02B8/02

CPC classification number: E02B7/40 ,  E02B8/023 ,  E05Y2201/454 ,  E05Y2600/32 ,  E05Y2900/40

Abstract: A turning type sluice gate is provided to make a sluice gate body adhered closely to the riverbed by preventing vortex phenomenon on the bottom of a sluice gate body when contained water is discharged over a sluice gate body and preventing impurities from getting caught in the bottom of a sluice gate body. A turning type sluice gate comprises a sluice gate body(10) formed in the type of a plate and installed to be movable by a hinge to open or close a river and provided with a guide rail(11) to guide the sliding of an impurity cutoff and support member, a driving cylinder(20) operating the sluice gate body by an impurity cutoff and support member, and an impurity cutoff and support member(30) preventing water flowing over the sluice gate body from flowing to the base of the sluice gate body and guiding the water flowing over the sluice gate body to detour the bottom of the sluice gate body and to flow out to the lower reaches of a river.

Abstract translation: 提供了一种转动式闸门，用于通过防止闸门体底部的涡流现象，将闸门体紧密地附着在河床上，当闸门体内的水被排出时，防止杂质被卡在底部 闸门门体。 旋转型闸门包括形成为板的类型的闸门主体（10），并安装成能够通过铰链移动以打开或关闭河流并设置有引导杂质的滑动的导轨（11） 切断支撑构件，通过杂质截断和支撑构件操作闸门主体的驱动气缸（20），以及防止在闸门主体上流动的水流入闸门底部的杂质截断和支撑构件（30） 引导闸门身体的水流，绕流闸门体的底部绕行，流出河流的下游。

公开(公告)号：KR100845142B1

公开(公告)日：2008-07-10

申请号：KR1020080036963

申请日：2008-04-22

Applicant: 충청북도 보은군

Inventor： 이호천

IPC: E02B7/20 ,  E02B7/40 ,  E02B8/04 ,  E02B7/54

CPC classification number: E02B7/205 ,  E02B7/40 ,  E02B7/54 ,  E02B8/04 ,  E05Y2201/454 ,  E05Y2201/456 ,  E05Y2201/458 ,  E05Y2600/11 ,  E05Y2800/12 ,  E05Y2900/40

Abstract: A gravity type automatic non-powered floodgate is provided to carry out opening and closing of the floodgate at a precise point of time according to water amount by controlling liquid pressure with an automatic flow control valve. A gravity type automatic non-powered floodgate comprises a floodgate(100), a plurality of floodgate cylinders(200), a floodgate shutting unit(300), and an automatic liquid flow control valve(400). The floodgate rotates up and down around a rotary shaft(103) in a river. The floodgate cylinders are installed between the floodgate and a concrete foundation(1) regularly. The floodgate shutting unit, which is connected with the floodgate cylinders through a liquid line(2), includes a piston rod provided with a guide holder. A weight support, which is integrated with the guide holder, supports weights(306). The automatic flow control valve, installed at the liquid line, includes a cylinder member, a piston member, first and second conveying lines, and a shutoff unit. The cylinder member has a bottle neck part, and first and second ports for inlet and outlet of pressure. The bottle neck part is located between the first and second ports. The piston member has first and second plungers at two ends of the cylinder member to isolate a liquid. The first and second conveying lines convey the liquid isolated in the cylinder member by the piston member. The shutoff unit opens and closes the bottle neck part, as the piston member reciprocates.

Abstract translation: 提供一种重力式自动无动力闸门，通过用自动流量控制阀控制液压，根据水量在精确的时间点开启和关闭闸门。 重力式自动无动力闸门包括一个闸门（100），多个闸门缸（200），一个闸门关闭单元（300）和一个自动液体流量控制阀（400）。 水闸绕河中的旋转轴（103）上下旋转。 闸门气缸经常安装在闸门和混凝土基础之间（1）。 通过液体管线（2）与闸门气缸连接的闸门关闭单元包括设置有导向架的活塞杆。 与引导架一体化的重量支撑件支撑重物（306）。 安装在液体管路上的自动流量控制阀包括缸体，活塞构件，第一和第二输送管线以及关闭单元。 气缸构件具有瓶颈部分，以及用于压力入口和出口的第一和第二端口。 瓶颈部分位于第一和第二端口之间。 活塞构件在气缸构件的两端具有第一和第二柱塞以隔离液体。 第一输送线和第二输送线通过活塞部件输送分离在圆筒部件中的液体。 当活塞构件往复运动时，关闭单元打开和关闭瓶颈部分。

公开(公告)号：KR100832115B1

公开(公告)日：2008-05-27

申请号：KR1020070014448

申请日：2007-02-12

Applicant: 코스모스중공업 주식회사

Inventor： 강호석

IPC: E02B7/20 ,  H04N7/18 ,  H04Q9/00

CPC classification number: E02B7/20 ,  E05Y2201/454 ,  E05Y2201/458 ,  E05Y2400/66 ,  E05Y2400/81 ,  H04N7/18 ,  H04Q9/00

Abstract: A water gate control system using a web camera, a pressure switch and an indicator is provided to grasp the present situation of a water gate in real time by installing web cameras at many spots, to prevent a leakage of oil in a hydraulic pipe or a hydraulic cylinder and to keep at the fixed pressure, and to cope quickly with the situation when a water gate is malfunctioning. A water gate control system using a web camera, a pressure switch and an indicator comprises a first pressure switch(10) connected with a hydraulic pipe or a hydraulic cylinder(100) to keep at the appointed hydraulic pressure, a hydraulic pressure supply device(20) connected with the first pressure switch and composed of a motor(22), a hydraulic pump(24) and a solenoid valve(26) to supply hydraulic pressure to the hydraulic pipe or the hydraulic cylinder by signals, a second pressure switch(30) connected with the hydraulic pipe or the hydraulic cylinder to receive the state of hydraulic pressure of the hydraulic pipe or the hydraulic cylinder and to change into electronic signals, a controller(40) composed of a local control panel(42), a remove control panel(44), an indicator(46), an on-and-off light(48) and a buzzer(49) to transmit the electronic signals to a computer and to control the hydraulic pipe or the hydraulic cylinder accordingly, and a web camera(50) installed to a job site for a water gate or the controller to shoot and store a job site in real time.

Abstract translation: 提供使用网络摄像机，压力开关和指示器的水闸控制系统，通过在许多地点安装网络摄像机来实时掌握水闸的现状，以防止液压管道或油路中的油泄漏 液压缸，并保持在固定的压力下，并且在水闸出现故障的情况下快速应对。 使用网络摄像机，压力开关和指示器的水闸控制系统包括与液压管或液压缸（100）连接以保持指定液压的第一压力开关（10），液压供应装置（ 20），其与第一压力开关连接，由电动机（22），液压泵（24）和电磁阀（26）组成，用于通过信号向液压管或液压缸供应液压;第二压力开关 30），其与液压管或液压缸连接以接收液压管或液压缸的液压状态并变为电子信号;控制器（40），其由本地控制面板（42）组成，移除 控制面板（44），指示器（46），开关灯（48）和蜂鸣器（49），以将电子信号传送到计算机并相应地控制液压管或液压缸，以及 网络摄像机（50）安装到工作现场 一个水门或控制器实时拍摄和存储一个作业现场。

公开(公告)号：KR1020070108458A

公开(公告)日：2007-11-12

申请号：KR1020070019276

申请日：2007-02-26

Applicant: 한상관

Inventor： 한상관

IPC: E02B7/20 ,  E02B8/04 ,  C02F1/00

CPC classification number: E02B7/42 ,  C02F1/008 ,  C02F2103/007 ,  E02B7/205 ,  E02B7/54 ,  E02B8/02 ,  E05Y2201/454 ,  E05Y2201/456 ,  E05Y2201/686 ,  E05Y2800/12 ,  E05Y2900/40

Abstract: A nature-friendly engineering method for purifying polluted water by having a system for purifying the polluted water into purified water is provided to contact a packing member with a bottom part of a housing closely by fixing a front end of a piston rod of a second operating cylinder rotatably and rotating the water gate through the interlock of operating cylinders. A water gate(30) is combined with an integrated control system(100). An impact absorbing packing member(40) is fixed to the outer part of the boundary area of a water gate plate(31) and two side plates(32) to be continuous to the longitudinal direction of the water gate. A first operating cylinder(51) is installed to the upper part of a sealed space. A support roller(52) is rotatably mounted to the horizontal place to the first operating cylinder. A connecting member is connected to the front end of the operating link. A pressing plate(35) is withdrawn to the opposed direction of the withdrawing direction of the operating link. A ring shaped slider(64) formed with an operating groove(65) is formed from the operating plate to the support plate. A front end of the piston rod of a second operating cylinder(61) is rotatably fixed to the operating plate. The water gate is rotated with 270° through interlock of the operating cylinders to open and close a channel(11).

Abstract translation: 通过将净化污水的系统净化为净化水来净化污水的自然友好的工程方法被提供以通过固定第二操作的活塞杆的前端来紧密地接触包装件与壳体的底部 气缸可旋转并通过操作气缸的互锁旋转水闸。 水门（30）与集成控制系统（100）组合。 冲击吸收包装部件（40）固定在水闸板（31）的边界区域的外侧部分和两个侧板（32）上，与水闸的长度方向连续。 第一操作缸（51）安装到密封空间的上部。 支撑辊（52）可旋转地安装在第一操作气缸的水平位置。 连接构件连接到操作连杆的前端。 压板（35）被抽出到操作连杆的拉出方向的相反方向。 形成有操作槽（65）的环形滑块（64）由操作板形成到支撑板。 第二操作缸（61）的活塞杆的前端可旋转地固定在操作板上。 水闸通过操作气缸的互锁旋转270°，以打开和关闭通道（11）。

公开(公告)号：KR1020070108444A

公开(公告)日：2007-11-12

申请号：KR1020070007524

申请日：2007-01-24

Applicant: 한상관

Inventor： 한상관

IPC: E02B7/20 ,  E02B8/04 ,  C02F1/00

CPC classification number: E02B7/42 ,  C02F1/008 ,  C02F2103/007 ,  E02B7/205 ,  E02B7/54 ,  E02B8/02 ,  E05Y2201/454 ,  E05Y2201/456 ,  E05Y2201/686 ,  E05Y2800/12 ,  E05Y2900/40

Abstract: A method of purifying a polluted stream using a rotating water gate and an integrated control system is provided to prevent water leakage, to increase storage volume, and to purify water by installing a packing member longitudinally, installing a side plate asymmetrically from a rotation axle, and discharging water at a lower portion of the rotating water gate. In accordance with an integrated control system(100), a waterway(11) is formed between both side support structures(10), and a housing(20) is installed to a side of the support structure to form a closed space. A rotating water gate is formed with an arc type gate plate(31), two side plates(32) connected perpendicularly to the gate plate, and an rotating axle(33) connected to the side plate. At an opened position, the side plate is formed asymmetrically to be longer at a discharge side than at a storage side from the rotation axle. A piston rod of the operating cylinder is connected to an operating link(34) to be rotated which is fixed to the rotation axle. At an outside of a pushing plate(35), a support plate(62) and an operating plate(63) are fixed in a V shape. An additional cylinder or an elevating block can be used to discharge water at a bottom.

Abstract translation: 提供一种使用旋转水闸和集成控制系统来净化污染物流的方法，以防止漏水，增加储存量，并且通过纵向地安装衬垫构件来净化水，并且从旋转轴不对称地安装侧板， 并在旋转水闸的下部排出水。 根据集成控制系统（100），在两侧支撑结构（10）之间形成水路（11），并且壳体（20）安装在支撑结构的一侧以形成封闭空间。 旋转水门形成有弧形门板（31），垂直于门板连接的两个侧板（32）和与侧板连接的旋转轴（33）。 在打开位置，侧板不对称地形成为在排出侧比在离开旋转轴的存储侧更长。 操作筒的活塞杆连接到固定到旋转轴上的旋转操作连杆（34）。 在推板（35）的外侧，支撑板（62）和操作板（63）固定为V形。 可以使用另外的气缸或升降块来排放底部的水。