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    • 2. 发明公开
    • 고리 연결구
    • 连接设备连接
    • KR1020100106086A
    • 2010-10-01
    • KR1020090024534
    • 2009-03-23
    • 삼남전기(주)
    • 조병욱
    • E03F5/10E03F5/14
    • E03F5/101E03F5/06E03F2201/00
    • PURPOSE: A link connector is provided to conveniently fix and separate a link without using an additional fixing device and to prevent the link from being naturally separated from a slit. CONSTITUTION: A link connector(1) comprises a first plate(10) and a second plate(20). A first slit(12) is formed in the first plate, and one side of the first slit is opened to be connected to a link. The second plate is separated from the first plate. A second slit(22) is formed in the second plate, and one side of the second plate is opened to be connected to the link.
    • 目的:提供链接连接器以方便地固定和分离链接,而不使用附加的固定装置,并防止链接自然地与狭缝分离。 构成:连杆连接器(1)包括第一板(10)和第二板(20)。 第一狭缝(12)形成在第一板中,并且第一狭缝的一侧打开以连接到连杆。 第二板与第一板分离。 第二狭缝(22)形成在第二板中,第二板的一侧打开以连接到连杆。
    • 3. 发明公开
    • 하수도용 준설구
    • DREDGER FOR SEWERAGE
    • KR1020090098594A
    • 2009-09-17
    • KR1020080024072
    • 2008-03-14
    • 충청북도 보은군
    • 이호천박동형
    • E03F9/00F16L55/00E02F5/28E02B5/08E02D29/00
    • E03F7/00E03F3/06E03F5/0401E03F2003/065E03F2201/00
    • A dredger for sewerage is provided to dredge the whole section of sewerage through a single dredging work using automatic width-variable plates on the leading end of the auxiliary dredging plates. A dredger for sewerage comprises a pair of guide protuberances(10), a pair of auxiliary dredging plates(20), and a dredging width control member(30). The guide protuberances are located on the rear upper and lower sides of a dredging board(7). The auxiliary dredging plates are guided to the guide protuberances and slide in the width direction through a pair of sliding grooves(21). The dredging width control member is screwed to the guide protuberance and controls the movement of the auxiliary dredging plates according to the locking/unlocking operation. The auxiliary dredging plate is equipped with an automatic dredging width control apparatus(40) on the leading end to automatically regulate the dredging width.
    • 提供污水挖泥船,通过单独的疏浚工作,在辅助疏浚板前端采用自动宽度变化板,疏浚整个污水段。 用于污水的挖泥船包括一对引导突起(10),一对辅助疏浚板(20)和疏浚宽度控制构件(30)。 引导突起位于疏浚板(7)的后上侧和下侧。 辅助疏浚板被引导到引导突起,并通过一对滑动槽(21)在宽度方向上滑动。 疏浚宽度控制构件被拧入导向突起,并根据锁定/解锁操作控制辅助疏浚板的移动。 辅助疏浚板在前端配有自动疏浚宽度控制装置(40),自动调节疏浚宽度。
    • 4. 发明公开
    • 세정 장치가 구비되는 하수, 오수관
    • 空值
    • KR1020070033099A
    • 2007-03-26
    • KR1020050087334
    • 2005-09-20
    • 민병이
    • 민병이
    • E03F9/00B08B9/032F16L55/00
    • E03F9/00E03F3/04E03F2201/00
    • A sewer pipe equipped with a washing device is provided to remove sediments such as waste or mud of a spiral pipe together with flowing water by using abundant rainfall and injecting high-pressure air. The sewer pipe equipped with a washing device is formed by inserting a spiral supply pipe(60) to a concave part(55) which is formed by bending the corner of a hollow(32) adjacent to the inside of both walls(35) of the hollow of a spiral pipe(31) buried under the ground and used for drainage, connecting a supply pipe projected through the outside(33) on the upper part, perforating many outlets(51,51') on the spiral supply pipe, and welding an outer reinforcement to the outside of the hollow in a double structure. The compressed air is supplied to a supply pipe(39) projected outward by operating a compression feeder connected with a hose.
    • 配有洗涤装置的下水道,通过大量降雨和注入高压空气,可以通过流水清除螺旋管的废物或泥浆等沉积物。 配备有洗涤装置的下水道管是通过将螺旋供给管(60)插入到通过将邻近两壁(35)的内侧的中空部(32)的角部弯曲而形成的凹部(55) 埋在地下用于排水的螺旋管(31)的中空,连接通过上部的外侧(33)突出的供给管,穿过螺旋供给管上的许多出口(51,51'),以及 将外部加强件以双重结构焊接到中空部的外部。 压缩空气通过操作与软管连接的压缩给料器供给到向外突出的供给管(39)。
    • 5. 发明授权
    • 유속 증대를 통해 퇴적물의 발생을 최소화할 수 있는 하수관거구조
    • 排水管结构通过移动流体速度放大减少沉积物产生
    • KR100670107B1
    • 2007-01-16
    • KR1020060101288
    • 2006-10-18
    • 주식회사 케이지엔지니어링종합건축사사무소
    • 최한순
    • E03F5/04E03F5/14
    • E03F5/041E03F5/0402E03F2201/00
    • A sewer pipe structure for minimizing deposits by increasing flow speed is provided to actively flow inner contents in the pipe by automatically sensing and increasing flow speed in the sewer pipe and thereby minimizing generation of deposits in the pipe. A sewer pipe structure(10) for minimizing deposits by increasing flow speed comprises an air supply pipe(20) settled in the sewer pipe; plural air discharge pipes installed at the lower side of the air supply pipe and formed with plural air discharge holes to regular intervals to discharge air fed through the air supply pipe; a flow speed sensor(40) installed on the air supply pipe in the sewer pipe to be elevated along buoyancy so as to detect flow speed in the sewer pipe; a net frame supporting unit(50) settled at the upper side of the air discharge pipe in the sewer pipe to insert plural net frames(54) filled with crushed stones(52); and an air supplier(90) installed at the outside of the sewer pipe to input flow speed signals from the flow speed sensor so as to feed air to the air supply pipe according to openness of an electronic valve(80) by regulation of a controller(70).
    • 提供一种通过增加流速使沉积物最小化的下水道管道结构,通过自动检测和增加下水道管道中的流速,从而最大限度地减少管道中沉积物的产生,从而有效地流入管道中的内部物质。 用于通过增加流速来最小化沉积物的下水道管道结构(10)包括沉降在下水管中的供气管(20); 多个排气管安装在供气管的下侧,并且规则间隔地形成有多个排气孔,以排出通过供气管供给的空气; 流量传感器(40),安装在下水道的供气管上,沿着浮力升高,以便检测下水管中的流速; 网架支撑单元(50),沉降在排水管的上侧,在排水管中插入多个填充有碎石(52)的网框(54); 以及安装在污水管外部的空气供应器(90),用于输入来自流量传感器的流速信号,以便通过控制器的调节将空气供给到电子阀(80)的开度 (70)。
    • 6. 发明公开
    • 무소음 트렌치 커버
    • KR1020180065116A
    • 2018-06-18
    • KR1020160165515
    • 2016-12-07
    • 장현태
    • 장현태
    • E03F5/04
    • E03F5/0404E03F2201/00
    • 본발명에서는한쪽측면이요부로형성되고, 다른한쪽(반대쪽) 측면이상기요부와대응되는철부로형성되고, 상면에상하로통하는배수공이다수형성된바디; 상기바디의측면들중 요부에돌출형성된한 쌍의걸고리; 상기바디의측면들중 철부에상기한 쌍의걸고리와대응되도록형성되되, 인접하여배치되는다른트렌치커버의걸고리가상기바디의안쪽공간으로삽입되어걸림결합된상태를유지시키는한 쌍의걸림공; 상기요부및 상기철부와수직을이루는상기바디의측면들중 한쪽측면의테두리하부중앙에설치면과점 접촉되도록곡선형으로돌출형성된제1받침부; 상기요부및 상기철부와수직을이루는상기바디의측면들중 다른한쪽(반대쪽) 측면의테두리하부일변에설치면과점 접촉되도록곡선형으로돌출형성된제2받침부; 및상기제2받침부와일정한간격을두고상기요부및 상기철부와수직을이루는상기바디의측면들중 다른한쪽(반대쪽) 측면의테두리하부다른일변에설치면과점 접촉되도록곡선형으로돌출형성된제3받침부를포함하는트렌치커버를개시한다.
    • 7. 发明授权
    • 하수관거의 악취저감장치
    • 下水管道的异味减少装置
    • KR101822560B1
    • 2018-03-09
    • KR1020170096073
    • 2017-07-28
    • (주) 자연과환경
    • 윤승현
    • E03F5/10E03F5/02
    • E03F5/101E03F5/02E03F5/105E03F2201/00
    • 본발명은하수관거의악취저감장치에관한것으로, 맨홀본체와맨홀덮개가밀폐된상태로설치되어있어하수관거에서발생하는악취를포함한가스가맨홀뚜껑의틈새를통해방출되어주변을악취로오염시키는것을방지할수 있으며, 악취가스처리조와악취가스이송수단과악취가스처리수단및 정화가스배출수단이구비되어있으므로맨홀및 하수관거내의악취가스의압력이설정압력이상으로되면이송하여정화처리하여정화가스를배출함으로써맨홀및 하수관거내의가스의압력이과도하게상승하는것을방지하여하수관거의취약부위의파손과이에따른 2차피해와, 맨홀뚜껑이폭발적으로비상하면서주변시설물의손상과인명사고등의 2차피해를방지할수 있고, 악취가스를정화하여배출함으로써악취로인한주변의오염을방지할수 있도록한 것이다.
    • 它可以防止本发明涉及到污水管的气味还原装置,人孔体和人孔盖,提供了含有在污水管中产生的气味的密封气体通过围绕不良气味的人孔盖污染之间的间隙中排出 能,和气味气体处理槽和气味气体进料装置和气味气体处理装置和净化气体出口,因此装置由排出吹扫气体和过程清洗气味的气体的压力在人孔和下水道运输设有人孔当超过设定压力 并且可以在污水管破损的二次损伤脆弱部分,以防止在气体中,并相应地在污水管的过度增加,和一个人孔盖中的压力爆炸性紧急防止二次破坏,例如破坏和外围设施的人身伤害 并且臭气被净化并排出,从而防止由于气味污染环境。
    • 9. 发明授权
    • 초기우수처리 장치 및 초기우수처리 관리시스템
    • 用于处理水分的装置和管理系统
    • KR101294338B1
    • 2013-08-07
    • KR1020120048991
    • 2012-05-09
    • 주식회사 씨에텍
    • 송명화
    • E03F1/00E03F5/14C02F1/00C02F1/52H01H35/24G01F1/00G01F23/00G01N33/00F04B49/02G06Q50/00
    • E03F1/00E03F5/14E03F5/22E03F2201/00G01F23/00G01N33/0004G06Q50/00H01H35/24
    • PURPOSE: An initial rainwater treatment device and a management system for initial rainwater treatment are provided to prevent rainwater from staying in a settling tank for a long term and being decomposed and to prevent corrosion and contamination caused by toxic gas. CONSTITUTION: An initial rainwater treatment device comprises a flow switch (10), a gas detector (21), a water gauge (32), a pump (33), and a field control unit (40). The flow switch is installed on an inlet (22) of the initial rainwater treatment device and detects the inflow of initial rainwater. The gas detector is installed in a first settling tank (20) and detects hydrogen sulfide gas generated by deposition of slurry. The water gauge is installed at the gate of an outlet (34) and detects a water level of the rainwater passing through a filter (31) of a second settling tank (30). The pump is installed at the gate of the outlet and compulsorily discharges the rainwater passing through the filter of the second settling tank. The field control unit controls movements of the pump and detects signals of the flow switch, the water gauge, and gas detector.
    • 目的:提供初始雨水处理装置和初始雨水处理管理系统,以防止雨水长时间停留在沉淀池中并分解,防止有毒气体引起的腐蚀和污染。 构成:初始雨水处理装置包括流量开关(10),气体检测器(21),水表(32),泵(33)和场控制单元(40)。 流量开关安装在初始雨水处理装置的入口(22)上,并检测初始雨水的流入。 气体检测器安装在第一沉淀池(20)中,并检测由浆料沉积产生的硫化氢气体。 水表安装在出口(34)的门处,并且检测通过第二沉淀罐(30)的过滤器(31)的雨水的水位。 泵安装在出口的门口,强制排出通过第二沉淀池过滤器的雨水。 现场控制单元控制泵的运动并检测流量开关,水表和气体检测器的信号。
    • 10. 发明授权
    • 복개수로 석축의 비개착 보강공법
    • 通过非挖掘方法修复和增强排水道的施工
    • KR100841568B1
    • 2008-06-26
    • KR1020070030801
    • 2007-03-29
    • 덕원산업개발주식회사유성근
    • 유성근
    • E02B5/02E02B11/00E02D15/00
    • E02B5/02E02B11/00E02D15/00E03F2201/00
    • A construction for repairing and reinforcing masonry retaining walls of a covered river is provided to prevent erosion of soil resulting in collapse of masonry retaining walls by punching an upper slab and pouring concrete through the punched portion of the slab. A construction for repairing and reinforcing masonry retaining walls of a covered river comprises the steps of: pouring lean concrete(S10); constructing bottom reinforcement for the covered river(S12); forming bottom concrete(S14); constructing a sidewall form(S16); constructing a reinforcement form for upper slab(S18); punching upper side of the covered river(S20); pouring concrete in the sidewall form(S22); pouring concrete in the reinforcement form for upper slab(S24); and filling filler material in a space between sidewall and masonry retaining wall(S26).
    • 提供了一种用于修复和加固覆盖河流的砖石挡土墙的建筑物,以防止土壤侵蚀,从而通过冲压上部板坯并通过板坯的冲压部分浇筑混凝土而导致砖石挡土墙的塌陷。 一种修复和加固覆盖河流的砖石挡土墙的施工方法,包括:倾斜混凝土(S10); 为覆盖河流施工底部加固(S12); 形成底部混凝土(S14); 构造侧壁形状(S16); 构造上板的加固板(S18); 冲孔覆盖河上(S20); 以侧壁形式浇注混凝土(S22); 将混凝土浇注在上板的加固形式中(S24); 并将填充材料填充在侧壁和砖石挡土墙之间的空间中(S26)。