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    • 1. 发明公开
    • Electrical power cable formed smoothness metallic sheath
    • 电力电缆成型的平滑金属表层
    • KR20120057824A
    • 2012-06-07
    • KR20100119340
    • 2010-11-29
    • TAIHAN ELECTRIC WIRD
    • LEE HO LIMKIM DO YOUNGKIM HYUN JOO
    • H01B9/02
    • PURPOSE: A power cable having a smoothing metallic sheath is provided to reduce the number of connectors by making a cable longer for being reeled around a drum. CONSTITUTION: A core unit(100) is composed of an inner semi conductive layer, an insulating layer, and an outer semi conductive layer. The inner semi conductive layer is formed around a core conductor(11). The outer semi conductive layer is formed around the insulating layer. An external sheath(200) is composed of a smoothing metal sheath(16) and an anti-corrosion layer(17). The anti-corrosion layer is coated around the smoothing metal sheath.
    • 目的:提供具有平滑金属护套的电力电缆,以通过使电缆更长地卷绕在鼓上来减少连接器的数量。 构成:核心单元(100)由内部半导体层,绝缘层和外部半导体层构成。 内部半导体层围绕芯导体(11)形成。 外半导体层形成在绝缘层周围。 外护套(200)由平滑金属护套(16)和防腐层(17)组成。 防腐蚀层涂覆在平滑金属护套周围。
    • 2. 发明公开
    • Electrical power cable formed nylon sheath
    • 电力电缆形成尼龙
    • KR20120057823A
    • 2012-06-07
    • KR20100119339
    • 2010-11-29
    • TAIHAN ELECTRIC WIRD
    • LEE HO LIMKIM DO YOUNGKIM HYUN JOO
    • H01B9/02
    • PURPOSE: A power cable for having a sheath of a laminated copper plate is provided to reduce the external diameter of a cable by forming a smoothing copper tape into a metal shield layer. CONSTITUTION: A core unit(100) is composed of an inner semi conductive layer, an insulating layer, and an outer semi conductive layer. The inner semi conductive layer is formed around a core conductor(11). The outer semi conductive layer is formed around the insulating layer. A metal shield layer(20) includes a coupling neutral conductor line(16) and a copper tape layer(18). An external sheath(200) is composed of an anti-corrosion layer(19) coated around the metal shield layer.
    • 目的:提供一种用于具有层叠铜板的护套的电力电缆,以通过在金属屏蔽层中形成平滑铜带来减小电缆的外径。 构成:核心单元(100)由内部半导体层,绝缘层和外部半导体层构成。 内部半导体层围绕芯导体(11)形成。 外半导体层形成在绝缘层周围。 金属屏蔽层(20)包括耦合中性线(16)和铜带层(18)。 外护套(200)由涂覆在金属屏蔽层周围的防腐蚀层(19)构成。
    • 3. 发明公开
    • Cable end joint box of slip-on type
    • 电缆端接线盒(SLIP-ON TYPE)
    • KR20120035258A
    • 2012-04-16
    • KR20100096628
    • 2010-10-05
    • TAIHAN ELECTRIC WIRD
    • PARK JEONG KIKIM HYUN JOO
    • H02G15/06H02G1/14
    • H02G15/068F16L59/123H01R13/53H02G1/14
    • PURPOSE: A slip-on type cable terminal joint box is provided to reduce manufacturing costs and process time by removing a pressure spring device and a pressure pipe for elastic pressurization. CONSTITUTION: A conductor withdrawing rod(23) is connected to a conductor exposed to the leading end of an ultra high voltage cable. A stress cone(25) is comprised of an insulation unit(25a) made of silicon materials and a semi-conductive unit(25b). A sealing unit(26) seals insulating oil filled between an epoxy bushing and a cable for reinforcing insulation. An epoxy bushing(21) is made of epoxy materials which cover the connection unit of the ultra high voltage cable. An adapter(24) is connected to the epoxy bushing.
    • 目的:提供一种滑动式电缆端子接头盒,通过拆卸压力弹簧装置和用于弹性加压的压力管道来降低制造成本和加工时间。 构成:导体拉出杆(23)连接到暴露于超高压电缆前端的导体。 应力锥体(25)包括由硅材料制成的绝缘单元(25a)和半导电单元(25b)。 密封单元(26)密封填充在环氧树脂衬套和用于加强绝缘的电缆之间的绝缘油。 环氧树脂套管(21)由环氧材料制成,覆盖超高压电缆的连接单元。 适配器(24)连接到环氧衬套。
    • 4. 发明公开
    • Structure of frp case for jointer
    • FRP案件结构的结构
    • KR20120034474A
    • 2012-04-12
    • KR20100096066
    • 2010-10-01
    • TAIHAN ELECTRIC WIRD
    • KIM HYUN JOOCHOI MAN OK
    • H02G15/10H02G1/14
    • H02G15/115H02G1/14H02G15/1806
    • PURPOSE: A FRP case combining structure for jointer protection is provided to improve the quality of a connection box by improving a combination structure of an FRP case from a flange structure to a heat shrinkable tube structure. CONSTITUTION: An FRP(Fiber Reinforced Plastics) case is formed by combining a first FRP case(210) of the left side and a second FRP case(220) of the right side. Both ends of the first FRP case and the second FRP case respectively comprise cable settling portions(211, 221) and connection box settling portions(212, 222). An auxiliary body(240) is formed on the upper side of the FRP case. A ground line lead-in paortion(241) and an inlet port(242) for injecting compounds are formed in one end of the auxiliary body. A heat shrinkable tube(230) completely adheres to the first FRP case and the second FRP case.
    • 目的:提供一种用于接合保护的FRP外壳组合结构,通过改进FRP外壳从凸缘结构到可热收缩管结构的组合结构来提高接线盒的质量。 构成:通过组合左侧的第一FRP壳体(210)和右侧的第二FRP壳体(220)而形成FRP(纤维增强塑料)壳体。 第一FRP壳体和第二FRP壳体的两端分别包括电缆沉降部分(211,221)和连接盒沉降部分(212,222)。 辅助体(240)形成在FRP壳体的上侧。 在辅助体的一端形成地线引入圈(241)和用于注入化合物的入口(242)。 热收缩管(230)完全粘附到第一FRP壳体和第二FRP壳体。
    • 6. 发明公开
    • Messenger wire with communication function for easy discriminate
    • 具有通信功能的信使线易于辨别
    • KR20120025162A
    • 2012-03-15
    • KR20100087372
    • 2010-09-07
    • TAIHAN ELECTRIC WIRD
    • JO JIN CHULJEONG CHAN HO
    • H01B7/36H01B7/28H01B11/22
    • PURPOSE: A messenger wire is provided to reduce installation costs of a communications line by constructing communications network without installing an optical fiber cable by including the communications line. CONSTITUTION: An internal communications line(10) comprises a plurality of optical fibers(11) which is shut tightly through a waterproof mean(12). A supporting wire(20) is gathered in the boundary surface of the internal communications line. The supporting wire offers tensile strength through a plurality of steel wires(21) which are placed in a central part. A identification line(30) is included at least one of the supporting wires. A identified object(35) is spread or coated on the boundary surface of the identification line.
    • 目的:提供信使线,通过构建通信网络,通过包括通信线路而不安装光纤电缆来降低通信线路的安装成本。 构成:内部通信线路(10)包括通过防水装置(12)紧密关闭的多根光纤(11)。 支撑线(20)聚集在内部通信线路的边界面上。 支撑线通过放置在中心部分的多根钢丝(21)提供拉伸强度。 识别线(30)包括至少一个支撑线。 识别对象(35)被扩散或涂覆在识别线的边界表面上。
    • 8. 发明公开
    • A conductor sleeve for connecting power cables having different conductors, a conductor sleeve for connecting aluminum conductor power cable, a method of manufacturing the same, and a joint box having the same
    • 用于连接具有不同导体的电源线的导体套管,用于连接铝导体电力电缆的导体套管,其制造方法和具有该导电器的接线盒
    • KR20120004111A
    • 2012-01-12
    • KR20100064782
    • 2010-07-06
    • TAIHAN ELECTRIC WIRD
    • PARK JEONG KIKIM HYUN JU
    • H02G15/08H01B13/00H02G15/28
    • H02G15/18F16L13/02H01B7/282H01B13/22
    • PURPOSE: A conductive sleeve for connecting power cables with different conductors, a middle connection box, or a terminal connection box, a conductor sleeve for connecting a power cable with an aluminum conductor, a manufacturing method thereof, and a connection box having the same are provided to improve corrosion resistance and mechanical intensity by forming the connection part of a conductive sleeve with a copper material. CONSTITUTION: The accommodating groove accepting a first conductor is formed in one side of a sleeve(230). A body(232) with a junction portion(232a) is formed in the other side of the sleeve. A welding unit(235b) is connected by welding the second conductor of an aluminum material. A first power cable and a second power cable include the first conductor and the second conductor of a copper material and the aluminum material. The conductive sleeve includes the welding unit which is connected to the second conductor and a second welding method. An insulation unit insulates the first and the second power cable. A protection pipe protects the outside of the insulation unit.
    • 目的:用于将不同导体,中间接线盒或端子接线盒的电力电缆连接的导电套管,用于将电力电缆与铝导体连接的导体套管,其制造方法和具有该导体套筒的接线盒 通过用铜材料形成导电套筒的连接部分来提供耐腐蚀性和机械强度。 构成:容纳第一导体的容纳槽形成在套筒(230)的一侧。 具有接合部分(232a)的主体(232)形成在套筒的另一侧。 焊接单元(235b)通过焊接铝材料的第二导体而连接。 第一电力电缆和第二电力电缆包括铜材料的第一导体和第二导体以及铝材料。 导电套筒包括连接到第二导体的焊接单元和​​第二焊接方法。 绝缘单元绝缘第一和第二电力电缆。 保护管保护绝缘单元的外部。
    • 9. 发明公开
    • A UNIFIED MANAGEMENT AND FOLLOW UP CONTROL SYSTEM AND METHOD IN SOLAR PHOTOVOLTATIC POWER GENERATION FACILITY
    • 太阳能光伏发电设备统一管理和下一步控制系统及方法
    • KR20090002295A
    • 2009-01-09
    • KR20070063153
    • 2007-06-26
    • TAIHAN ELECTRIC WIRDTAIHAN TECHREN INC
    • HAHN KWANG HYUNCHOI DONG YUNKIM SANG BIN
    • G06Q50/06H02J7/35
    • G06Q50/06G06Q10/20H01L31/02008
    • A system and a method for operating and managing solar generating equipment are provided to immediately handle an abnormal situation by using a central control management center and a post management organization nearest to the place where the abnormal situation occurs and manage the solar generating equipment by using weather information. A system for operating and managing solar generating equipment includes solar cells(112-1,112-n) which transform solar energy into electric energy and detect the power, voltage and current of the electric energy, sunlight connectors(114-1,114n) which prevent reverse current to the solar cells and receive the power and voltage detected by the solar cells, inverters(116-1,116-n) which receive DC power collected from the sunlight connectors and convert the DC power into AC power, weather observation devices(111-1,111-n) which collect weather data of a horizontal plane and inclined plane of the solar generating equipment, and generation control management consoles(120-1,120-n) connected to the solar cells, the sunlight connectors and the inverter to collect data, determine whether the solar generating equipment is normal and report a central control management center(148) of the determination result.
    • 提供一种操作和管理太阳能发电设备的系统和方法,通过使用最靠近异常情况的地方的中央控制管理中心和后台管理机构立即处理异常情况,并通过使用天气来管理太阳能发电设备 信息。 用于操作和管理太阳能发电设备的系统包括太阳能电池(112-1,112-n),其将太阳能转换成电能并检测电能的功率,电压和电流,防止反向的太阳光连接器(114-1,114n) 接收太阳能电池的电流并接收由太阳能电池检测到的电力和电压,接收从阳光连接器收集的DC电力的逆变器(116-1,116-n),并将DC电力转换成AC电力,天气观测装置(111-1,111 -n),其收集太阳能发电设备的水平面和倾斜面的天气数据,以及与太阳能电池连接的发电控制管理控制台(120-1,120-n),阳光连接器和逆变器以收集数据,确定是否 太阳能发电设备正常,报告中央控制管理中心(148)的确定结果。
    • 10. 发明公开
    • Connecting structure of epoxy unit electrode and conductor sleeve for jointing box of ultar high voltage power cable
    • 环氧树脂电极和导体套管的连接结构用于超高压电源线的接线盒
    • KR20120013025A
    • 2012-02-14
    • KR20100075157
    • 2010-08-04
    • TAIHAN ELECTRIC WIRD
    • KIM HYUN JOOCHOI MAN OKHAN DU HYUN
    • H02G15/02H02G15/18
    • H02G15/18H02G15/182H02G15/184
    • PURPOSE: A connection structure of an epoxy unit electrode and a conductive sleeve in a joint box of an ultra high voltage power cable is provided to easily connect an epoxy unit electrode and a conductive sleeve in a joint box of an ultra high voltage power cable by improving the structure of a power electrode and the structure of a conductive sleeve. CONSTITUTION: An outside sheath and an insulator are removed in a state an ultra high voltage cable is cut. A conductor is exposed from the ultra high voltage cable. An exposed conductor on either side is inserted into a conductive insertion part of a conductive sleeve(130). The exposed conductor on either side is compacted according to a connection designing standard. An epoxy unit is inserted into a compacted sleeve. The power electrode of the epoxy unit is electrically connected to the conductive sleeve. An electrode connection pin(131) for connecting the power electrode of the epoxy unit is inserted into a groove in a body.
    • 目的:提供超高压电力电缆的接线盒中的环氧单元电极和导电套管的连接结构,以便通过以下方式容易地连接超高压电力电缆的接线盒中的环氧单元电极和导电套筒 改善电源电极的结构和导电套管的结构。 构成:在超高压电缆被切断的状态下去除外护套和绝缘体。 导体从超高压电缆露出。 任一侧的暴露的导体插入到导电套筒(130)的导电插入部分中。 根据连接设计标准,两侧的裸露导体压实。 将环氧单元插入压实的套筒中。 环氧单元的电源电极与导电套管电连接。 用于连接环氧树脂单元的电源电极的电极连接销(131)插入到主体的凹槽中。