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Steam Generator Slug Cleaner of Korean Nuclear Generator

机译:韩国核电机组蒸汽发生器除渣器

摘要

The present invention is a steam generator of the Korean nuclear generator used in the sludge cleaning to clean the sludge or foreign substances mixed with water sandwiched between the pipes and the steam generator used in the Korean nuclear generator to smooth the generation of steam. Slug cleaning device.;The present invention is the first operation lot groove (3), the second operation lot groove (3a), the third operation lot groove (3b) and the first axis guide groove (4), the second axis guide groove ( 4a), the third shaft guide groove 4b, the motor settling groove 5, the first nozzle body insertion groove 6, the second nozzle body insertion groove 6a, and the third nozzle body insertion groove 6b. And the first nozzle body operating groove 7, the second nozzle body operating groove 7a, the third nozzle body operating groove 7b, and the eccentric crank shaft insertion groove 8, 8a, 8b There is a high-pressure water inlet 35 formed in the lower body (A) to penetrate the first operation lot groove (3), the second operation lot groove (3a), the third operation lot groove (3b),;The lower body A has a first eccentric crank shaft 10a, a second eccentric crank shaft 10b, and a third eccentric crank shaft which are eccentrically processed on a rotating shaft 10 which is connected to the server motor 11 and operated. The first side in which the side first axis insertion hole 13, the side second axis insertion hole 13a, the side third axis insertion hole 13b, and the transverse insertion grooves 14, 14a and 14b are formed in 10c). Side 12 first axis insertion hole 13 and side second axis insertion hole 13a and side third axis insertion hole 13b of the lot 12, the second lot 12a, and the 3rd lot 12b are matched. In combination, the first shaft guide 15, the second shaft guide 15a, and the third shaft guide 15b are inserted simultaneously with the first lot 12, the second lot 12a, and the third lot 12b. Operating part (B) for placing the server motor (11) in the motor settling groove (5),;The first lot 12, the second lot 12a, and the first lot 12 inserted into the first operation lot groove 3, the second operation lot groove 3a, and the third operation lot 3b of the lower body A. The nozzle body C integrally with the operation piece 22 integrally with the coupling shaft 21 of the nozzle body 20 is coupled to the lateral insertion grooves 14, 14a and 14b of the three lot 12b. After the nozzle body (C) is inserted into the lower body (A), the side fixing cover (D) is coupled, and after the side fixing cover (D) is combined, the nozzle head (24) portion of the nozzle body (C) is The first mounting groove 41 and the first seating groove 42 of the side fixing cover D are exposed and coupled to form an integrated 30 ° angle lance G.;Lower Body Actuator Nozzle Body Side Fixing Cover Upper Body 30 ° Angle Lance 90 ° Angle Lance First Operation Lot Groove Second Operation Lot Groove Third Operation Lot Groove First Shaft Guide Groove Second Shaft Guide Groove Third Shaft Guide Groove Motor Settle groove First nozzle body insertion groove Second nozzle body insertion groove Third nozzle body insertion groove First nozzle body operation groove Second nozzle body operation groove Third nozzle body operation groove Eccentric crankshaft insertion groove Rotary shaft First eccentric crankshaft 2 Eccentric Crank Shaft 3 Eccentric Crank Shaft Server Motor First Lot Second Lot Third Lot Side First Axis Insertion Hole Side Second Axis Insertion Hole Side Third Axis Insertion Hole Lateral Insertion Groove First Axis Guide Second Axis Guide 3-Axis Guide Nozzle Body Coupling Shaft Operating Piece High Pressure Passage Nozzle Head Nozzle Coupling Screw Sealed Seal Insertion Hole High Pressure Water Inlet Hole High Pressure Water Inlet Hole 1st Set-up 1st Set-up Slot 1st Nozzle Body Insertion Space 2nd Nozzle Body Insertion Space Eccentric Crank Shaft Insert Groove High Pressure Inflow passage Air passage Server motor Rotating shaft First eccentric crank shaft Second eccentric crank shaft Third eccentric crank shaft First operating hole Second operating hole Third operating hole First guide hole Second guide hole Third guide hole First shaft guide 2nd Axis Guide 3rd Axis Guide Camera Cable Path Surveillance Camera Exposure Hole Camera Rough Fixture Insert Hole
机译:本发明是用于污泥清洁以清洁夹在管道之间的污泥或与水混合的异物的韩国核电站的蒸汽发生器,以及用于韩国核电站的蒸汽发生器以平滑蒸汽的产生。子弹头清洁装置。本发明是第一操作台槽(3),第二操作台槽(3a),第三操作台槽(3b)以及第一轴引导槽(4),第二轴引导槽(4a)是第三轴引导槽4b,电动机沉降槽5,第一喷嘴主体插入槽6,第二喷嘴主体插入槽6a以及第三喷嘴主体插入槽6b。并且,第一喷嘴主体操作槽7,第二喷嘴主体操作槽7a,第三喷嘴主体操作槽7b和偏心曲轴插入槽8、8a,8b在下部形成有高压水入口35。主体(A)穿过第一操作台槽(3),第二操作台槽(3a),第三操作台槽(3b);下体A具有第一偏心曲轴10a,第二偏心曲轴轴10b和第三偏心曲轴在旋转轴10上被偏心加工,该旋转轴10连接到服务器马达11并被操作。在侧面10c中形成有侧面第一轴插入孔13,侧面第二轴插入孔13a,侧面第三轴插入孔13b以及横向插入槽14、14a和14b。批次12,第二批次12a和第三批次12b的侧面12的第一轴线插入孔13和侧面第二轴线插入孔13a和侧面第三轴线插入孔13b匹配。组合地,第一轴引导件15,第二轴引导件15a和第三轴引导件15b与第一批次12,第二批次12a和第三批次12b同时插入。用于将服务器电机(11)放置在电机沉降槽(5)中的操作部件(B);第一批12,第二批12a和第一批12插入第一操作批槽3,第二操作喷嘴体C与操作体22一体地形成,并且与喷嘴体20的联接轴21一体地形成,喷嘴体C与操作体22一体地与喷嘴主体20的横向插入槽14、14a和14b联接。三个批次12b。在将喷嘴主体(C)插入下部主体(A)中之后,联接侧固定盖(D),并且在组合侧固定盖(D)之后,喷嘴主体的喷嘴头(24)部分(C)是将侧面固定盖D的第一安装凹槽41和第一固定凹槽42暴露并结合以形成一体的30°角喷枪G .;下本体致动器喷嘴主体侧面固定盖上本体30°角杆90°角枪第一操作杆槽第二操作杆槽第三操作杆槽第一轴引导槽第二轴引导槽第三轴引导槽马达沉降槽第一喷嘴体插入槽第二喷嘴体插入槽第三喷嘴体插入槽凹槽第二喷嘴本体操作凹槽第三喷嘴本体操作凹槽偏心曲轴插入凹槽旋转轴第一偏心曲轴2偏心曲轴轴3偏心曲轴轴伺服马达第一批次第二批三号批三号边第一轴插入孔侧第二轴插入孔侧第三轴插入孔侧向插入槽第一轴引导件第二轴引导件三轴引导件喷嘴体联轴器轴操作件高压通道喷嘴头喷嘴联轴器密封的密封件插入孔高压力进水孔高压进水孔第一装置第一间隙第一槽喷嘴体插入空间第二喷嘴体插入空间偏心曲柄轴插入槽高压流入通道空气通道服务器马达旋转轴第一偏心曲轴第二偏心曲轴轴第三偏心曲轴第一操作孔第二操作孔第三操作孔第一导向孔第二导向孔第三导向孔第一轴导向件第二轴导向件第三轴导向件摄像机电缆路径监控摄像机曝光孔摄像机粗糙夹具插入孔

著录项

  • 公开/公告号KR200433970Y1

    专利类型

  • 公开/公告日2006-12-15

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20060019077U

  • 发明设计人 김영석;

    申请日2006-07-14

  • 分类号G21C19/02;G21F9/06;F22B1/06;

  • 国家 KR

  • 入库时间 2022-08-21 20:38:34

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