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    • 1. 发明授权
    • 가공 배전철탑 선로의 댐퍼장치구조
    • 管塔线阻尼器结构
    • KR101812726B1
    • 2018-01-30
    • KR1020170007150
    • 2017-01-16
    • 강원숙
    • 강원숙
    • H02G7/12H02G7/02H02G7/20H01B17/06
    • H02G7/125H01B17/06H02G7/02H02G7/20
    • 본발명은가공배전철탑선로의댐퍼장치구조에관한것으로써, 더욱상세하게는서로나란히배치되는다수의배전선을일정간격으로유지하여합선및 간섭등을방지하고, 배전선이받는횡력으로인해배전선과일렬로연결되는애자가파손되는것을방지하는한편, 점퍼선으로전달되는힘에의한점퍼용애자의기울어짐에따라직립상태로의복원이원활하게이루어질수 있도록하여안정된상태를통한외부로부터전달되는힘에쉽게대응할수 있도록하기위한가공배전철탑선로의댐퍼장치구조에관한것이다.
    • 并且由于横向力的本发明线被维持,因为它涉及到处理配电塔线的阻尼器装置的结构,更具体地,分布线的数量并排布置彼此以规则的间隔,以防止短路和干扰,以及接收配电线路配电线路 使得绝缘体顺利实现根据绝缘子用于根据由发送到防止破损,同时通过对易跳线从外部通过一个稳定状态的力传递的力的跳线的倾斜恢复到直立位置时, 机械传动塔的阻尼装置结构技术领域本发明涉及机械传动塔的阻尼装置结构。
    • 2. 发明公开
    • 스마트 스페이서 댐퍼
    • 智能间隔阻尼器
    • KR1020130054828A
    • 2013-05-27
    • KR1020110120444
    • 2011-11-17
    • 한국전기연구원
    • 이형권노쾌협
    • H02G7/12H02G7/05H02G7/20G08C17/02G06Q50/06
    • H02G7/125G06Q50/06G08C17/02H02G7/05H02G7/20
    • PURPOSE: A smart spacer damper is provided to grasp whether a spacer damper clamp and a wire have an abnormality or not even if a transmission line operator or a maintenance worker does not often examine a wire state. CONSTITUTION: A body(100) is comprised of one frame and unites multiple damping units in one body. A clamp lower part(123) closely fixes the damping units to one end side, clamps a wire in the other end, and mounts one or more micro contact switches. A clamp upper part(124) fixes and adheres the lower part of the clamp lower part to the other end side of the clamp lower part at a regular interval and mounts one or more bolts with no head which correspond to the micro contact switch. An antenna senses a signal which is generated in one or more micro contact switches in real time or in a constant cycle and transmits the sensed signal to the outside. The micro contact switches(121,122) generates a signal which is related to an interval change between the clamp lower part and the clamp upper part according to a state of contacting with bolts.
    • 目的:提供一种智能间隔阻尼器,以便即使传输线操作员或维护人员不经常检查导线状态,也可以掌握间隔器阻尼器夹具和导线是否有异常。 构成:身体(100)由一个框架组成,并将多个阻尼单元组合在一体内。 夹紧下部(123)将阻尼单元紧密地固定在一端侧,夹紧另一端的导线,并安装一个或多个微接触开关。 夹具上部(124)以规则的间隔将夹具下部的下部固定并粘附到夹具下部的另一端侧,并且安装一个或多个不具有与微接触开关对应的头的螺栓。 天线在实时或恒定周期中感测在一个或多个微接触开关中产生的信号,并将感测到的信号发送到外部。 微接触开关(121,122)根据与螺栓接触的状态产生与夹具下部和夹具上部之间的间隔变化相关的信号。
    • 3. 发明公开
    • 스페이서 댐퍼
    • 间隔阻尼器
    • KR1020130032118A
    • 2013-04-01
    • KR1020110095831
    • 2011-09-22
    • 한국전력공사
    • 신구용임재섭김영홍최인혁이동일이형권
    • H02G7/12
    • H02G7/125H01B17/06
    • PURPOSE: A spacer damper is provided to prevent damage to wires by applying a ACCC(Aluminum Conductor Composite Core) wire which element wire hardness is lower than that of an ACSR(Aluminum Conductor Steel Reinforced) wire. CONSTITUTION: A damping unit(10) arranges three conductor annealed aluminum electric wires on a circular frame at every 120 degrees in order to maintain an inverted triangle arrangement. A body(11) is formed into a circular frame. A clamp includes a clamp arm(13) and a clamp cover(12). The clamp arm and the clamp cover form a nonslip prevention groove(15) for preventing an electric wire protection element(14) from sliding or being separated. The electric wire protection element forms a protrusion(16) for preventing the wires from sliding or being separated when vibrating the wires.
    • 目的:通过使用元素线硬度低于ACSR(铝导体钢筋)线的ACCC(铝导体复合芯)线)来设置间隔阻尼器,以防止线损坏。 构成:阻尼单元(10)以每120度将三导体退火的铝电线布置在圆形框架上,以便保持倒三角形布置。 主体(11)形成为圆形框架。 夹具包括夹紧臂(13)和夹具盖(12)。 夹臂和夹盖形成用于防止电线保护元件(14)滑动或分离的非防滑槽(15)。 电线保护元件形成用于防止电线在电线振动时滑动或分离的突起(16)。
    • 4. 发明公开
    • 스페이서 댐퍼 및 이를 이용한 가공 송전 선로 감시 시스템
    • 用于监控其传输线的间隔阻尼器和系统
    • KR1020110001778A
    • 2011-01-06
    • KR1020090059469
    • 2009-06-30
    • 한국전력공사
    • 이원교최인혁최종기
    • H02G7/12G08C17/02G01R31/08H02G7/05
    • H02G7/125G01R31/08G08C17/02H02G7/053Y02E60/7853
    • PURPOSE: A spacer damper and a system for monitoring overhead transmission line using thereof are provided to inspect the state of overhead transmission lines without an additional power supply by using a current guide unit. CONSTITUTION: A spacer damper(100) comprises a frame and a clamp. The clamp supports a sub-conductor. A penetration hole is formed in the center of the frame. A pressure detector(200) comprises a pressure detection unit and a data processing unit. The pressure detector detects the pressure applied to the sub-conductor through the clamp. A data processing block wirelessly transmits detection data of the pressure detector. A data collection unit(300) determines the transmission state of the sub conductor.
    • 目的:提供一种间隔器阻尼器和用于监测使用其的架空输电线路的系统,以通过使用电流引导单元来检查架空输电线路的状态,而不需要额外的电源。 构成:隔片阻尼器(100)包括框架和夹具。 夹具支撑分导体。 在框架的中心形成有贯通孔。 压力检测器(200)包括压力检测单元和数据处理单元。 压力检测器检测通过夹具施加到副导体的压力。 数据处理块无线发送压力检测器的检测数据。 数据收集单元(300)确定副导体的传输状态。
    • 5. 发明授权
    • SPACER FOR FIXING THE TRANSMISSION LINE
    • 用于固定传输线的隔板
    • KR100940519B1
    • 2010-02-10
    • KR20090076489
    • 2009-08-19
    • KOREA POWER ENG CO INC
    • CHOI JEONG BUM
    • H02G7/12
    • H02G7/125E04H12/24H01B17/06H02G7/02H02G7/056
    • PURPOSE: A spacer for fixing a transmission line is provided to prevent an insulator from being damaged by distributing lateral force applied to the transmission line. CONSTITUTION: A base frame(100) is horizontally fixed on a pylon or electric pole. A damper support(200) is arranged on the front side and the rear side of the base frame. The damper support fixes three suspension insulators or more in a row. A jumper insulator(320) is vertically arranged on the upper side of the base frame. A rotation structure rotatably fixes the jumper insulator. A propulsion structure minimizes the lateral force applied to the jumper insulator.
    • 目的:设置用于固定传输线的间隔件,以防止通过分配施加到传输线的横向力而损坏绝缘体。 构成:底座(100)水平固定在挂架或电杆上。 阻尼器支撑件(200)布置在基架的前侧和后侧。 阻尼器支撑件可以连续固定三个悬挂绝缘子或更多。 跨接绝缘体(320)垂直设置在基架的上侧。 旋转结构可旋转地固定跨接绝缘体。 推进结构使施加到跨接绝缘体的横向力最小化。
    • 6. 发明授权
    • 송전설비용 스페이서 댐퍼의 송전선 크램핑장치
    • KR101840325B1
    • 2018-03-20
    • KR1020170154290
    • 2017-11-17
    • (주)나이스에너지엔지니어링
    • 송상호
    • H02G7/12
    • H02G7/125
    • 본발명은송전선로상에서설치되어소도체간의간격을일정하게유지하여접촉마찰에따른손상을방지함은물론, 송전선로에가해지는충격력을흡수하여선로사고를방지하여주는것으로, 직사각형형상으로외관을이루고각모서리에고정통공이각각관통형성된댐퍼본체가형성되고, 상기댐퍼본체의고정통공에탄력고정되어송전선로를지지하는클램핑부재를구비하는스페이서댐퍼를구성함에있어서, 상기클램핑부재는, 일측단부에형성되어상기댐퍼본체의고정통공에탄성부재를매개로고정핀에의해탄력적으로고정되는고정홀; 타측단부중심부에내측으로요부형성되어중심부를관통하는송전선로를상하부에서각각고정지지하는전선안착홈을갖는탄성체인상하부탄성판이안착되는전선지지요부; 타측단부양측단중앙에는각각하부로길게내측으로요부형성되어하단부에회동원판을갖는축볼트가내측에회동가능하게축결합되고상단에는축볼트상단을축지지하는축홈을갖는좌우측마감판이각각체결고정되는좌우측작동요부; 상기좌우측작동요부에각각위치되는직육면체로상면중심부에는상기축볼트에나사결합되는나사공이각각형성되고외측단면에는외측으로돌출되어하면은직각걸림면을갖고상면은경사면을갖는걸림돌부가형성되며걸림돌부는내측에장착된스프링에의해외측으로탄발돌출되어상기축볼트의회동에의해상기좌우측작동요부상에서각각상하부로승하강되는좌우측승강걸림작동틀; 및상기좌우측마감판이체결고정되고상기축볼트와좌우측승강걸림작동틀이장착된좌우측작동요부를포함하는타측단부를외측에서감싸는덮개로하부내측면에는상기타측단부가삽입되는하단삽입요부가형성되고하단삽입요부상면에는상기상부탄성판이안착되는탄성판안착홈이형성되며중심부하단전후방측에는상하부탄성판의전선안착홈연장선상보다상부로전후방측장공이각각형성되고좌우측단하단부에는상기좌우측승강걸림작동틀의걸림돌부가각각돌출되어걸림고정되는좌우측걸림고정공이각각형성되는잠금보호덮개를구비하는송전설비용스페이서댐퍼의송전선크램핑장치에관한것이다. 이러한본 발명은송전선로작업및 클램핑작업이손쉽고빠르게이루어지면서도외부충격에의해서송전선로가분리되거나이탈되지않고, 바람에의한진동또는전기적인사고에의한진동및 송전선로의진동에너지를효율적으로흡수하여진동진폭을최소화시키면서송전선로의기계적인피로현상을최소화시키는효과가있다.
    • 7. 发明公开
    • 철탑용 상간 스페이서
    • 钢塔隔板
    • KR1020140038806A
    • 2014-03-31
    • KR1020120105369
    • 2012-09-21
    • 한국전력공사
    • 임철종윤태형서범달
    • H02G7/12H02G7/02
    • H02G7/125H01B17/06
    • Disclosed is a phase-to-phase spacer for a transmission tower, which comprises: a rod unit; one pair of insulators each connected to both ends of the rod unit in a straight line; crevice rods respectively combined to an end of each of the insulators; yokes combined to the crevice rods; one pair of crevice links combined to both end sides of a length direction of the yokes; and a wire clamp connected to the crevice links to clamp each wire, wherein each of the crevice links has a plurality of holes any one of which is combined to each yoke so as to be able to adjust an interval according to a distance between transmission lines. The purpose of the present invention is to provide a phase-to-phase spacer for a transmission tower capable of preventing an offset between phases of the transmission tower by forming a pole shape with a crevice rod, a yoke, and a crevice link and forming a plurality of holes along the length the pole shape in order to enable a length of the phase-to-phase spacer to be easily adjustable and thus enable a worker to adjust the length of the phase-to-phase spacer as constructing in a field.
    • 公开了一种用于传动塔的相间隔件,其包括:杆单元; 一对绝缘体各自以直线连接到杆单元的两端; 缝隙杆分别组合到每个绝缘体的端部; 轭与缝隙杆组合; 一对缝隙连杆组合到轭的长度方向的两端; 以及连接到所述缝隙连杆以夹紧每个线的线夹,其中每个所述缝隙连杆具有多个孔,其中任何一个结合到每个轭,以便能够根据传输线之间的距离来调整间隔 。 本发明的目的是提供一种用于传输塔的相间隔器,其能够通过形成具有缝隙杆,轭和缝隙连杆的极形形状来防止传输塔的相位之间的偏移,并形成 沿着长度的多个孔形成多个孔,以使得相间间隔件的长度能够容易地调节,从而使得工作人员能够在场中构造时调整相间隔件的长度 。
    • 8. 发明授权
    • 송전선로용 스페이서 댐퍼 교체장치
    • 用于更换传动线的间隔阻尼器的装置
    • KR101127175B1
    • 2012-03-21
    • KR1020110119309
    • 2011-11-16
    • (유)남양기술단
    • 이승화
    • H02G7/12H02G7/05H02G7/02H02G7/20H02G1/02
    • H02G7/125H02G1/02H02G7/02H02G7/05H02G7/20
    • PURPOSE: An apparatus for replacing a spacer damper for a transmission line is provided to secure work safety by easily controlling the space between a main fame and a plurality of clamp arms. CONSTITUTION: Main frames(10a, 10b) are formed into a flat board having a hollow. A clamp grasping a power transmission line is coupled with clamp arms(20a, 20b). Assistant frames(30a, 30b) are composed to be penetrated through the center of the mainframe. A rotating bar(40) is comprised of more than one many-sided bolt(43). First and second rotating bars(45, 46) are comprised of coupling pins and are rotatable.
    • 目的:提供一种用于更换用于传输线的间隔器阻尼器的装置,用于通过容易地控制主机架和多个夹紧臂之间的空间来确保工作安全。 构成:主框架(10a,10b)形成为具有中空部的平板。 夹持电力传输线的夹具与夹紧臂(20a,20b)连接。 辅助框架(30a,30b)被构造成穿过主框架的中心。 旋转杆(40)由多于一个的多侧螺栓(43)组成。 第一和第二旋转杆(45,46)由连接销组成并且是可旋转的。