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    • 31. 发明公开
    • 배전설비 활선작업 방법
    • 电力分配设备热线工作方法
    • KR1020150087782A
    • 2015-07-30
    • KR1020140069767
    • 2014-06-09
    • 서광전기통신공사(주)
    • 최민수
    • H02G7/00H02G7/20H02G1/02
    • H02G1/02E04H12/24E04H12/34H01B17/16H02G7/02H02G7/05H02G7/205
    • 배전설비활선작업방법에대한발명이개시된다. 본발명의배전설비활선작업방법은: 가완목부를전주에고정시키는단계와, 전주에연결된전선을가완목부에설치된전선지지부로이선하는단계와, 전선과연결된전선지지부를상향이동시켜전선을전주에기설치된기설핀장주로부터이격시키는단계와, 전주에설치된기설핀완철을철거하고신설핀완철을전주에설치하는단계와, 전선지지부를신설핀완철에설치된 LP애자측으로하향이동시키는단계와, 전선지지부에연결된전선을 LP애자로이선하는단계를포함하는것을특징으로한다.
    • 公开了配电系统的热线工作方法。 配电系统的热线工作方法包括以下步骤:将电缆固定杆固定在电杆上; 将连接到电极的电线移动到安装在电缆固定杆上的电线支撑单元; 将与电线连接的电线支撑单元向上转移,并将电线从预先安装在电杆上的现有销长柱分离; 拆下安装在电杆上的现有销钉十字臂,并在电杆上安装一个新的销十字臂; 将电线支撑单元向安装在新销上的LP绝缘子向下传送; 并且将连接到电线支撑单元的电线移动到LP绝缘体。
    • 32. 发明授权
    • 풍력타워설치를 위한 맷마스트 구조
    • 用于安装风塔结构的MET MAST
    • KR101528510B1
    • 2015-06-15
    • KR1020140050218
    • 2014-04-25
    • 디에스엔주식회사
    • 선민영
    • G01W1/00F03D11/00E04H12/34
    • E04H12/34G01P5/02G01P13/02G01W1/00Y02E10/70
    • 본발명은풍력타워설치를위한맷마스트구조에관한것으로서, 관체의내부에수용된복수의보조관체를축부재를이용하여상기관체의외부로보다용이하게인출시키면서기상관측탑(met mast)을형성시킬수 있기때문에종래처럼크레인등의중장비를사용하여기상관측탑(met mast)을형성시킬필요가없음은물론이에소요되는비용또한크게절감시킬수 있는효과가있다.
    • 本发明涉及一种用于安装风塔的桅杆结构。 通过允许容纳在管体中的多个辅助管体通过使用轴构件容易地从管体中拉出而形成满足的桅杆结构。 因此,不需要通过以常规方式使用诸如起重机的重型设备来形成碰撞杆。 此外,形成满足桅杆所需的成本可能显着降低。 根据本发明的桅杆包括管体(10),多个辅管体​​(20),连接套筒(60)和轴构件(30)。 辅助管体(20)以这样的方式容纳在管体(10)的内部,使得辅管体能够从管体(10)中拉出。 连接套筒(60)包括:每个板件(610); 每个上套筒构件(620)形成在每个板构件(610)的上部,并且与位于板的上侧中的一个辅管体(20)的内下部螺纹连接 会员(610); 以及每个下套筒构件(630),其形成在每个板构件(610)的下部处,并且与位于所述板构件的下侧中的另一个辅管体(20)的内部上部螺纹连接 板构件(610),其中每个连接套筒(60)位于辅助管体(20)之间。 轴构件(30)被容纳在辅助管体(20)的内部,同时辅助管体(20)从管体(10)中拉出。 每个轴构件被放置在板构件(610)之间。
    • 34. 发明授权
    • 154kV, 345kV 가공송전선로 공중이설장치
    • 154KV,345KV变速箱换档结构装置
    • KR101412759B1
    • 2014-06-30
    • KR1020140024617
    • 2014-02-28
    • 티앤제이건설 주식회사
    • 고태유
    • H02G7/05H02G7/20E04H12/34
    • H02G7/05E04H12/34H02G7/205
    • The present invention includes an isolated pole which lifts by an auger crane; a support which has a fixing part connected to the insulated pole and a conversion motor and is bent in a downward direction; a body which is rotatably installed on a lower end of the support and has a plurality of cut groove parts at both ends, extended to the bottom from the top along both sides, and a mounting frame on the top, rotatably connected to the support; a detection part which is extended to the outside of the body through the cut groove part, is rotatably installed inside the body, has a rotary gear on a rotary shaft, and delivers power of a rotary motor by a driving gear engaged with the rotary gear and a driven gear; a holding part including an extended passage part which is extended by being bent from the detection part, protrudes to the outside of the body through the cut groove part, and has a coupling ring and a driving hole part, a holding stand which is installed along the extended passage part, is coupled to an arm, and has a rack part, an elastic member which is installed between the holding stand and the extended passage part, and a pinion which is installed on the extended passage part to be connected to the rack part by a gear and shows the holding stand by delivering the power of a drive motor to the rack part; an actuator which is installed around the cut groove part and fastens the detection part as a rod protrudes when the detection part rotates; a rotation sensor which detects the rotation of the detection part and transmits a rotation signal; and a control part which transmits a drive signal to the rotary motor and the actuator according to the rotation signal transmitted from the rotation sensor.
    • 本发明包括由螺旋起重机提升的隔离杆; 具有连接到绝缘电极的固定部分和转换电动机并且向下弯曲的支撑件; 可旋转地安装在支撑件的下端的主体,并且在两端具有多个切割槽部分,两个侧面从顶部延伸到底部,以及顶部的安装框架,可旋转地连接到支撑件; 通过切槽部向外部延伸的检测部可旋转地安装在主体内部,在旋转轴上具有旋转齿轮,并且通过与旋转齿轮啮合的驱动齿轮输送旋转马达的动力 和从动齿轮; 包括从检测部弯曲而延伸的延伸通路部的保持部通过切槽部向外部突出,具有联接环和驱动孔部,保持架沿着 延伸通道部分连接到臂上,并且具有齿条部分,安装在保持架和延伸通道部分之间的弹性部件和安装在延伸通道部分上以连接到齿条的小齿轮 部分由齿轮组成,并通过将驱动马达的动力传递到齿条部分来显示保持架; 当检测部分旋转时,安装在切割槽部分周围并紧固检测部分作为杆的致动器突出; 旋转传感器,其检测所述检测部的旋转并传送旋转信号; 以及控制部,其根据从旋转传感器传递的旋转信号将驱动信号发送到旋转电动机和致动器。
    • 35. 发明授权
    • 송전, 배전, 변전용 철탑의 인상장치
    • 电力传输钢塔升降装置
    • KR101389995B1
    • 2014-04-30
    • KR1020140018696
    • 2014-02-18
    • (주)한국엔지니어링
    • 유충희
    • H02G7/20E04H12/34H01B17/06H02G1/02
    • H02G7/205E04H12/34H01B17/06H02G1/02
    • A device for lifting a steel tower for electric power transmission, distribution, and generation according to the present invention includes: a plurality of vertical members vertically disposed to constitute a structure surrounding an outer peripheral portion of the steel tower; a plurality of horizontal members connected to the vertical members and horizontally disposed to constitute the structure surrounding the outer peripheral portion of the steel tower; a plurality of brackets having an upper connection hole portion, a lower connection hole portion, a first horizontal connection hole portion, and a second horizontal connection hole portion integrally formed therein to connect the vertical members with the horizontal members; a diagonal member to connect the brackets with each other and to maintain the connection state between the vertical members and the horizontal members; an attaching/detaching member provided in the upper connection hole portion, the lower connection hole portion, the first horizontal connection hole portion, and the second horizontal connection hole portion to lock-couple the vertical members or the horizontal members; and a lower support coupled with the bracket to support a lower portion of the structure configured by the vertical members, the horizontal members and the diagonal member; and a connecting part to connect the lower support with the steel tower.
    • 根据本发明的用于提升用于电力输送,分配和产生的钢塔的装置包括:垂直设置的多个垂直构件,以构成围绕钢塔的外周部分的结构; 多个水平构件,其连接到垂直构件并且水平地设置成构成围绕钢塔的外周部分的结构; 多个托架,其具有一体地形成在其中的上连接孔部分,下连接孔部分,第一水平连接孔部分和第二水平连接孔部分,以将竖直构件与水平构件连接; 将支架彼此连接并保持垂直构件和水平构件之间的连接状态的对角构件; 设置在上连接孔部分,下连接孔部分,第一水平连接孔部分和第二水平连接孔部分中的安装/拆卸构件,以将竖直构件或水平构件锁定在一起; 以及与支架结合的下支撑件,以支撑由垂直构件,水平构件和对角构件构成的结构的下部; 以及连接部分,以将下支撑件与钢塔连接。
    • 36. 发明公开
    • 오거크레인용 굴착스크류를 이용한 역T형 확장 굴착과 확장굴착부의 콘크리트 타설을 이용한 고강도 건주 시공법
    • 使用穿孔螺钉切割的反向T形空间构造高密度实用方法的方法,并在开挖空间中加入混凝土
    • KR1020130127577A
    • 2013-11-25
    • KR1020120051207
    • 2012-05-15
    • 대원전기 주식회사
    • 권세원
    • E04H12/22E02D27/42
    • E04H12/2215E04H12/34
    • The present invention relates to a method for constructing a high strength electric pole by using concrete placement when the electric pole is constructed by using an expanding excavator of an auger crane. More specifically, one electric pole insertion hole and a reversed T-shaped excavation unit inside the electric pole are formed when the electric pole insertion hole is formed in order to embed the electric pole. High early strength concrete is placed in an expanding excavation unit, and the electric pole is supported by a concrete foundation structure of the reverse T-shaped excavation unit. The present invention obtains a strong vertical support force equally applied to the outer circumference of the electric pole without the installation of additional support unit of the electric pole. An excavation screw for the auger crane can remarkably improve support strength and workability of electric pole construction with a simple process by simplifying excavation work.
    • 本发明涉及一种通过使用螺旋起重机的膨胀式挖掘机构造电杆时,通过使用混凝土配置来构造高强度电杆的方法。 更具体地说,为了嵌入电极而形成电极插入孔,形成电极内部的一个电极插入孔和反转的T形挖掘单元。 高强度混凝土被放置在扩展挖掘单元中,电杆由反向T型挖掘单元的混凝土基础结构支撑。 本发明不需要安装电极的附加支撑单元就可获得同样应用于电极外圆的强垂直支撑力。 螺旋起重机的挖掘螺丝可以通过简单的挖掘工作,以简单的过程显着提高电杆施工的支撑强度和可加工性。
    • 37. 发明公开
    • 승강구동장치를 이용한 배전활선 장주 교체공법
    • 点配件更换方法使用提升装置
    • KR1020130121398A
    • 2013-11-06
    • KR1020120044560
    • 2012-04-27
    • 서광전기통신공사(주)임용호
    • 최민수임용호
    • H02G7/20H02G1/02E04H12/24H02G7/02E04H12/34H01B17/02E02D27/42
    • H02G7/205E02D27/42E04H12/24E04H12/34H01B17/02H02G1/02H02G7/02
    • The present invention relates to a power distribution cable replacement method using a lifting device which does not require too much manpower and transportation and so that it can secure economic efficiency from saving costs, and also the task can be done more quickly and safely and therefore increase the overall effectiveness of the task. The phase of having the lifting device in which the method mechanically operates crossing the wooden edge of the arm is included. It comprises the existing pin arm brace installed at the first step which the down movement is fixed, and it sets up the electric pole and the electric pole of the wooden edge of the arm is crossed by using the lifting device, the second step of lifting the ship in the wooden edge arm up by the wire in order to be located on the surface in a straight line and is fixed to the existing pin arm brace, the third step of securing the space for replacing the new pin arm brace, the fourth step of replacing the existing pin arm brace with the new pin arm brace, the fifth step of having it to be in straight line with the new pin arm brace in straight line by using the lifting device to go down, and the sixth step of moving the lifting device away the edge wooden cross arm from the electric pole.
    • 本发明涉及一种使用提升装置的配电电缆更换方法,其不需要太多的人力和运输,并且可以确保经济效率从节省成本,并且任务可以更快速和安全地进行,因此增加 整体效能的任务。 包括使该方法机械地操作穿过手臂的木边缘的提升装置的阶段。 它包括在第一步安装的现有的针臂支架,其下移运动被固定,并且它设置电杆,并且通过使用提升装置将臂的木边缘的电杆穿过,第二步提升 木质边缘的船由电线将其放置在直线上的表面上,并固定在现有的销臂支架上,第三步是固定更换新的销臂支架的空间,第四步 使用新的针臂支架来替换现有的针臂支架的步骤,通过使用提升装置下降使其与直线的新的销臂支架直线相连的第五步骤,以及移动的第六步骤 起重装置从电杆离开边缘木制十字臂。
    • 38. 发明公开
    • 타워크레인 마스트를 이용한 시추탑의 기둥탑 축조시스템 및 방법
    • 用于构造使用塔顶起重机的钻机的系统和方法
    • KR1020130036098A
    • 2013-04-10
    • KR1020130015686
    • 2013-02-14
    • 이시우
    • 이시우
    • E21B15/00E04H12/34B66C23/18
    • E21B15/00B66C23/18B66C23/60E04H12/34
    • PURPOSE: A column tower construction system for a drilling derrick using a tower crane mast and a method thereof are provided to perform necessary construction work without the installation of normal elevator facilities, and to remarkably reduce construction costs of column towers. CONSTITUTION: A column tower construction method for a drilling derrick using a tower crane mast comprises: a step of installing cross beam 3(13) and cross beam 4(14) after installing a mast section, and using a crane(9); a step of installing cross beam 5(15) and cross beam 6(16), and hanging pulleys(17,18) at the center of the cross beam 5 and the cross beam 6; a step of connecting hooks(20,21) to both ends of a climbing work platform(8); a step of installing safety chains(22) connecting the cross beam 3, the cross beam 4, and the climbing work platform, and connecting a hook(10) of a crane to a loop(19); and a step of upwardly moving the climbing work platform to a predetermined height while pulling the hook with the crane.
    • 目的:提供一种使用塔式起重机桅杆的钻井井架的塔式塔架施工系统及其方法,无需安装正常的电梯设施,进行必要的施工工作,显着降低塔塔的施工成本。 构成:使用塔式起重机桅杆的钻井井架的塔塔施工方法包括:安装桅杆段后使用起重机(9)安装横梁3(13)和横梁4(14)的步骤; 安装横梁5(15)和横梁6(16)的步骤,以及悬挂在横梁5和横梁6的中心的滑轮(17,18); 将挂钩(20,21)连接到攀爬工作平台(8)的两端的步骤; 连接横梁3,横梁4和攀爬工作平台的安全链条(22)的安装步骤,以及将起重机的吊钩(10)连接到回路(19)上; 以及在用起重机拉动钩的同时将攀爬工作平台向上移动到预定高度的步骤。
    • 40. 发明公开
    • 기둥 설치장치
    • 基金会设备
    • KR1020110032971A
    • 2011-03-30
    • KR1020090091421
    • 2009-09-24
    • 남준욱이용국
    • 남준욱이용국
    • E04H12/34E04H12/22
    • E04H12/34E04H12/2284
    • PURPOSE: A post arranging apparatus is provided to enable a post to stand upright since the post can correct a tilt angle as a dual ring member on the post rotates. CONSTITUTION: A post arranging apparatus comprises a post(10), a central cup, and a dual ring member. The post is inserted into a basic structure(100) and a ball is formed on the lower end of the post. The central cup is formed on the upper part of the basic structure and comprises a base plate(22) and a ball seat. The base plate is coupled to the top of the basic structure. The ball seat is formed on the central part of the base plate, and the ball is placed on the ball seat. The ring member is coupled to the mount of the central cup and makes the post stand upright. The ring member is composed of an outer ring(30) and an inner ring. The outer ring is inserted into the inner side of the base plate to slide in a rotating direction, and a first eccentric hole is formed in the outer ring. The inner ring is inserted into the inner side of the outer ring to slide in a rotating direction, and a second eccentric hole is formed in the inner ring.
    • 目的:提供一种后排布置装置,以使柱能够立起来,因为柱可以在柱旋转时校正倾斜角,因为双环构件。 构成:柱布置装置包括柱(10),中心杯和双环构件。 柱被插入到基本结构(100)中,并且在柱的下端形成球。 中心杯形成在基本结构的上部,并包括底板(22)和球座。 基板耦合到基本结构的顶部。 球座形成在基板的中心部分,球放置在球座上。 环形构件联接到中心杯的安装件并使立柱直立。 环形构件由外圈(30)和内圈构成。 外圈插入基板的内侧,沿旋转方向滑动,在外圈形成第一偏心孔。 内圈插入外圈的内侧,沿旋转方向滑动,在内圈形成第二偏心孔。