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    • 2. 发明公开
    • 아노드 조립체
    • 包含基板和阳极支撑板的阳极装配件固定到相应的钢板上,以提高耐冲击或振动的耐久性
    • KR1020050006538A
    • 2005-01-17
    • KR1020030046399
    • 2003-07-09
    • 정명국
    • 정명국
    • C23F13/18
    • C23F13/10C23F13/18C23F2213/31
    • PURPOSE: To provide an anode assembly which prevents cracks from forming on a resin sealing part by fixing an anode to the hull more solidly, thereby reducing vibration or impact of the anode due to pressure change and prevents inflow of seawater into the hull or cable by constructing the anode in a metal based structure. CONSTITUTION: The anode assembly comprises an anode(20); an anode supporting plate(30) for supporting the anode; an insulating material(34) installed between the anode and the anode supporting plate; and a base plate(90) which is fixed to the hull, and to which the anode supporting plate is fixed, wherein the anode supporting plate is fixed to the base plate by a plurality of bolts, wherein the anode is fixed to the anode supporting plate by bolts and nuts in such a way that an insulator is covered around the bolts and nuts, and wherein a space part in which epoxy resin and the like are filled is formed between the base plates.
    • 目的:提供一种阳极组件,其通过将阳极固定到船体上来更牢固地防止在树脂密封部分上形成裂纹,从而减少由于压力变化引起的阳极振动或冲击,并防止海水通过船体或电缆进入船体或电缆。 以金属为基础的结构构造阳极。 构成:阳极组件包括阳极(20); 用于支撑阳极的阳极支撑板(30); 安装在阳极和阳极支撑板之间的绝缘材料(34) 以及固定在所述船体上并且所述阳极支撑板固定到其上的基板(90),其中所述阳极支撑板通过多个螺栓固定到所述基板,其中所述阳极固定到所述阳极支撑 通过螺栓和螺母将绝缘体覆盖在螺栓和螺母周围,并且其中填充有环氧树脂等的空间部分形成在基板之间。
    • 3. 发明公开
    • 수중에서 교환가능한 분리형 전극 및 기준전극
    • 分离型电极和水下可交换的参考电极
    • KR1020040008782A
    • 2004-01-31
    • KR1020020042471
    • 2002-07-19
    • 정명국
    • 정명국
    • C23F13/10
    • C23F13/10C23F2213/31
    • PURPOSE: A separation type electrode and a reference electrode are provided in which body part of electrode and reference electrode is directly exchangeable in water without docking operation by using electrode cable formed in a separable connector type. CONSTITUTION: In electrode and reference electrode which has structure including body part(20) connected to electrode cable(30) extended to the inside of the hull(10) and, a cofferdam structure(40) for housing the electrode cable(30) in the sealed state, and which is installed to prevent corrosion of marine structure, the separation type electrode and reference electrode exchangeable under water are characterized in that the electrode cable(30) is connected and separated by female connector(32) and male connector(34), wherein a housing(50) is installed in the cofferdam structure(40) so that the electrode cable(30) passing through the cofferdam structure(40) is fixed to the housing(50) in such a way that the electrode cable(30) is sealed by the housing(50).
    • 目的:提供分离型电极和参考电极,其中电极和参考电极的主体部分可通过使用形成在可分离连接器类型中的电极电缆直接在水中交换而不进行对接操作。 构成:在具有包括主体部分(20)的结构的电极和参考电极中,该主体部分连接到延伸到船体(10)内部的电极电缆(30),以及用于将电极电缆(30)容纳在其中的围堰结构(40) 密封状态,并且其被安装以防止海洋结构的腐蚀,在水下可更换的分离型电极和参比电极的特征在于电极电缆(30)通过阴连接器(32)和阳连接器(34)连接和分离 ),其中壳体(50)安装在围堰结构(40)中,使得通过围堰结构(40)的电极缆线(30)以这样的方式固定到壳体(50),使得电极缆线 30)被壳体(50)密封。
    • 6. 发明公开
    • 외부전원식 음극방식 및 희생양극식 음극방식 기술을 이용하는 해상 콘크리트 구조물의 하이브리드 음극 방식 시스템
    • 混合型阴极保护系统及使用ICCP型和阳极阳极型阴极保护技术进行海水混凝土结构的方法
    • KR1020130046874A
    • 2013-05-08
    • KR1020110111523
    • 2011-10-28
    • 주식회사 화승알앤에이
    • 김기준
    • C23F13/00C23F13/06
    • C23F13/06C23F2201/02C23F2213/21C23F2213/31E02B17/0026
    • PURPOSE: A hybrid cathodic protection system for a concrete offshore structure and a method thereof are provided to uniformly protect the concrete offshore structure by properly applying ICCP-type and sacrificial anode type cathodic protection technologies to each part of the concrete offshore structure. CONSTITUTION: A hybrid cathodic protection system for a concrete offshore structure(2) comprises an ICCP type cathodic protection unit and a sacrificial anode type cathodic protection unit. The ICCP type cathodic protection unit comprises an ICCP anode(21) installed in the upper part of a splash zone(C) of the concrete offshore structure. The ICCP type cathodic protection unit applies DC power to the air contacted part of the concrete offshore structure. The sacrificial anode type cathodic protection unit comprises a sacrificial anode(31) positioned in an underwater part. The sacrificial anode type cathodic protection unit protects the underwater part of the concrete offshore structure with the sacrificial anode.
    • 目的:提供混凝土海上结构的混合阴极保护系统及其方法,通过对混凝土海洋结构的每个部分适当应用ICCP型和牺牲阳极型阴极保护技术,均匀地保护混凝土海上结构。 构成:用于混凝土海上结构(2)的混合阴极保护系统包括ICCP型阴极保护单元和牺牲阳极型阴极保护单元。 ICCP型阴极保护单元包括安装在混凝土海上结构的飞溅区域(C)的上部的ICCP阳极(21)。 ICCP型阴极保护装置对混凝土海上结构的空气接触部分施加直流电力。 牺牲阳极型阴极保护单元包括位于水下部分中的牺牲阳极(31)。 牺牲阳极型阴极保护装置用牺牲阳极保护混凝土海底结构的水下部分。
    • 10. 发明公开
    • 해양구조물의 수상부 음극방식 시스템
    • 海洋结构上部水域阴极保护系统
    • KR1020130046875A
    • 2013-05-08
    • KR1020110111524
    • 2011-10-28
    • 주식회사 화승알앤에이
    • 이승경
    • B63B59/04C23F13/08C23F13/18
    • B63B59/04C23F13/02C23F13/06C23F2201/02C23F2213/22C23F2213/31E02B17/0026
    • PURPOSE: A cathode protection system for a water surface part of an offshore structure is provided to prevent corrosion of the offshore structure containing the water surface part and an underwater part. CONSTITUTION: A cathode protection system for a water surface part of an offshore structure comprises a sacrificial anode(60), a moisture-absorbing fiber layer(13), and a support layer. The sacrificial anode is arranged on the offshore structure or in an underwater part close to the offshore structure. The moisture-absorbing fiber layer pulls up a protection current of the sacrificial anode from the underwater part to the water surface part with moisture, thereby transferring the protection current to the offshore structure. The support layer is arranged above the moisture-absorbing fiber layer.
    • 目的:提供一种用于海上结构的水面部分的阴极保护系统,以防止含有水面部分和水下部分的海上结构的腐蚀。 构成:用于海上结构的水面部分的阴极保护系统包括牺牲阳极(60),吸湿纤维层(13)和支撑层。 牺牲阳极布置在离岸结构上或靠近海上结构的水下部分。 吸湿纤维层通过水分将牺牲阳极的保护电流从水下部分吸收到水面部分,从而将保护电流传递到海上结构。 支撑层设置在吸湿纤维层的上方。