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    • 1. 发明授权
    • Electric wire changing device for wire replacing works on electric poles and power distributing method without cutting off power supply
    • 电线换线装置用于电极和配电方式而不切断电源
    • US07216850B2
    • 2007-05-15
    • US10480521
    • 2002-06-05
    • Sae-Won Kwon
    • Sae-Won Kwon
    • H02G1/02B66D3/08
    • H02G1/02
    • A device for changing an electric wire and method for distributing power without cutting off power supply has developed for replacing the live electric line on the electric poles, relocating the electric poles and alteration of the power distribution route. Replacement operation of the live electric wire is sequentially performed by connecting new wire and separating old wire by the wire changing device mounted on each electric pole without using bypass cable. The wire changing device comprises a cross-arm fastening unit, wire replacing unit and axial-rotating unit having a central arm fixture, axial shaft, arm coupling and position locking unit. The wire changing method comprises the steps of: mounting the wire changing device on each electric pole, replacing new and old wires without cutting off power supply, arranging the wire space, installing and tightening the new wire on each LP insulator of the electric pole, and removing the separated wire.
    • 已经开发了用于更换电线的装置和用于分配电力而不切断电源的方法,用于更换电极上的电力线,重新定位电极和改变配电路线。 通过连接新的电线并且通过安装在每个电极上的换线装置分离旧电线而不使用旁路电缆来依次执行活动电线的更换操作。 线切换装置包括横臂紧固单元,线更换单元和具有中心臂固定装置,轴向轴,臂联接器和位置锁定单元的轴向旋转单元。 线切换方法包括以下步骤:将线切换装置安装在每个电极上,替代新旧线不切断电源,布置电线空间,安装和紧固电线的每个LP绝缘子上的新线, 并拆下分离的线。
    • 2. 发明授权
    • Electric wire removing roller for LP insulator and power distribution method of construction
    • LP绝缘子电线去除辊及配电方式
    • US07007929B2
    • 2006-03-07
    • US10479895
    • 2002-06-01
    • Sae-Won Kwon
    • Sae-Won Kwon
    • B66D3/08B65H59/00B65H57/00
    • H02G1/04
    • The present invention discloses a wire stranding roller and a new method for the same, in a LP insulator being mounted at a cross arm of pin long column and insulating and supporting a high voltage wire, which drastically improves workability and greatly reduces construction cost because the location of a wire don't need to be changed after the stranding and wire pulling, which is easy to work with and is very effective in reducing labor cost and preventing a safety accident because it can easily perform wiring and removing works no matter how large the weight of the wires would be, which is capable of precisely adjusting a dip (degree in which the wire hangs down) because the wire are placed on an insulator, which is to be mounted, during a wire pulling work and also which can solve the problem of securing a work space when carrying out the work applying and uninterruptible method by forming a open-and-shut roller capable of wire insertion and a wire stranding roller consisting of an insulator coupling opening and directly coupling them on the upper surface of the LP insulator.
    • 本发明公开了一种线绞线及其新方法,其中LP绝缘体安装在销长柱的横臂上并绝缘并支撑高压电线,从而显着提高了可加工性,并大大降低了施工成本,因为 电线的位置不需要在绞合和拉丝之后变化,这是易于使用的,并且非常有效地降低人工成本并且防止安全事故,因为它可以容易地执行布线和去除工作,无论多大 电线的重量将是能够精确地调节浸渍(电线垂下的程度),因为电线被放置在要被安装的绝缘体上,在拉丝工作期间并且还可以解决 通过形成能够进行电线插入的打开和关闭辊来确保工作空间的固定和不间断方法的问题,以及由 绝缘体耦合开口,并直接耦合在LP绝缘体的上表面上。
    • 3. 发明授权
    • Spacer jig for replacing spacer damper of overhead power lines and method of replacing spacer damper using the same
    • 用于更换架空电力线的间隔阻尼器的间隔夹具以及使用其间隔阻尼器的更换方法
    • US08079122B2
    • 2011-12-20
    • US12071613
    • 2008-02-25
    • Sae Won KwonGap Young CheongHyuek Gi Lee
    • Sae Won KwonGap Young CheongHyuek Gi Lee
    • H02G7/12
    • H02G7/14Y10T29/4973Y10T29/537Y10T29/53978
    • A spacer jig using as a tool has developed for easily replacing the spacer dampers on the overhead power lines during the maintenance and repair. The spacer jig is comprised of: a frame having a polygonal shape of two flat panels in parallel with a clearance for mounting the fixtures arranged even intervals in the radial direction between the two flat panels; the frame having square shape using for four-conductor and hexagonal shape using for six-conductor overhead power lines; the fixtures consisting of stationary hexahedron nuts and rotational hexahedron nuts; a clamping arm forming cylindrical-shaped long shafts with threaded end portion for inserting into the fixtures; a cable gripping unit consisting of a clamp, lid, snapping latch and locking detent for easily opening and closing the lid to grip or release the cables, and a clamp mounting unit for rotationally mounting the cable gripping unit on top of the clamping arm.
    • 已经开发了用作工具的间隔夹具,用于在维护和修理期间容易地更换架空电力线上的间隔件阻尼器。 间隔夹具包括:具有两个平板的多边形形状的框架,其平行于用于安装在两个平板之间沿径向间隔布置的固定装置的间隙; 所述框架具有用于六导体架空电力线的四导体和六边形形状的正方形; 固定六面体螺母和旋转六面体螺母组成的夹具; 夹持臂形成具有用于插入固定装置的螺纹端部的圆柱形长轴; 电缆夹持单元,包括夹具,盖子,卡扣闩锁和锁定定位器,用于容易地打开和关闭盖子以夹紧或释放电缆;以及夹具安装单元,用于将电缆夹持单元旋转地安装在夹紧臂的顶部上。
    • 4. 发明授权
    • Method for replacing concrete utility pole without interrupting power supply by adopting pole clamp and pole crusher
    • 通过采用电极钳和极压破碎机中断电源的替代方法
    • US07814725B2
    • 2010-10-19
    • US12213028
    • 2008-06-13
    • Sae Won Kwon
    • Sae Won Kwon
    • E04G21/00
    • H02G1/02E02D27/42Y10T29/49632Y10T29/49718Y10T29/4973
    • A method of replacing a concrete utility pole for the overhead distribution line without interrupting service is developed by adopting a pole clamp and pole crusher, whereby work stability is excellent and utility pole replacement work can be carried out quickly and effectively. The method is comprised of a process for connecting a pole clamp to the end portion of the boom of an auger crane, mounting the pole clamp onto the outer circumference of the old concrete utility pole to be replaced; mounting a pole crusher to the old utility pole below the pole clamp using a hot-line bucket truck, crushing the concrete of the old utility pole, cutting the reinforcing bars of the old utility pole, removing the lower portion of the old utility pole, erecting and installing a new utility pole, and relocating the arms and wires to the new utility pole.
    • 通过采用杆式夹具和杆式破碎机,开发了替代不用中断服务的架空配电线路的混凝土电线杆的方法,从而使工作稳定性极佳,可以快速,有效地进行电线杆更换作业。 该方法包括将杆夹连接到螺旋起重机的起重臂的端部的过程,将杆夹安装在待更换的旧混凝土工作杆的外圆周上; 使用热线斗式铲车将柱式破碎机安装在杆夹下方的旧电杆上,破碎旧电杆的混凝土,切割旧电杆的钢筋,拆下旧电杆的下部, 架设和安装一个新的电线杆,并将手臂和电线重新安装到新的电线杆上。
    • 5. 发明授权
    • Extendable excavating screw unit equipped with hydraulic excavating auxiliary blades
    • 可扩展挖掘螺丝机组配备液压挖掘辅助叶片
    • US07614170B2
    • 2009-11-10
    • US12071535
    • 2008-02-22
    • Sae Won Kwon
    • Sae Won Kwon
    • E02F3/24E21B10/44
    • E02F3/06E02F5/02E21B10/322E21B10/44
    • An excavating screw unit equipped with a hydraulic excavating auxiliary blades has developed for an auger crane, comprising: an extension unit having auxiliary excavating blade, cylinder mounting hole, built-in fluid passages in extension unit, hydraulic cylinder, piston, and extension guiding rods; an excavation column formed a hollow center of a square-shaped to mount on top of extension unit; an extension rod having an outer square-shape to fit into the excavation column, a built-in hydraulic passages in the extension rod, at top portion of the extension rod, an inlet and outlet that is bent right angle at top portion of the hydraulic passages to connect to hydraulic tubes, the extension rod is sliding to extend or retract through the excavation column. The extended excavating auxiliary blades are maintained by the pressurized fluid to prevent retracting by digging resistance during the excavating. Thus, this mechanized excavating device is easily digging a burial hole for a utility pole and underbracing.
    • 已经开发了具有液压挖掘辅助叶片的挖掘螺杆单元,用于螺旋起重机,包括:具有辅助挖掘刀片的延伸单元,气缸安装孔,延伸单元中的内置流体通道,液压缸,活塞和延伸引导杆 ; 挖掘塔形成中空的中心的方形,以安装在延伸单元的顶部; 具有外方形的延伸杆,用于装配到挖掘塔中,延伸杆中的内置液压通道,在延伸杆的顶部,在液压的顶部弯曲成直角的入口和出口 连接到液压管的通道,延伸杆滑动通过挖掘柱延伸或缩回。 延伸的挖掘辅助叶片由加压流体保持,以防止在挖掘期间通过挖掘阻力而缩回。 因此,这种机械化的挖掘装置很容易挖掘用于公用电极的杆和埋地埋地。
    • 6. 发明申请
    • Method for replacing concrete utility pole without interrupting power supply by adopting pole clamp and pole crusher
    • 通过采用电极钳和极压破碎机中断电源的替代方法
    • US20090169309A1
    • 2009-07-02
    • US12213028
    • 2008-06-13
    • Sae Won Kwon
    • Sae Won Kwon
    • E02D11/00
    • H02G1/02E02D27/42Y10T29/49632Y10T29/49718Y10T29/4973
    • A method of replacing a concrete utility pole for the overhead distribution line without interrupting service is developed by adopting a pole clamp and pole crusher, whereby work stability is excellent and utility pole replacement work can be carried out quickly and effectively. The method is comprised of a process for connecting a pole clamp to the end portion of the boom of an auger crane, mounting the pole clamp onto the outer circumference of the old concrete utility pole to be replaced; mounting a pole crusher to the old utility pole below the pole clamp using a hot-line bucket truck, crushing the concrete of the old utility pole, cutting the reinforcing bars of the old utility pole, removing the lower portion of the old utility pole, erecting and installing a new utility pole, and relocating the arms and wires to the new utility pole.
    • 通过采用杆式夹具和杆式破碎机,开发了替代不用中断服务的架空配电线路的混凝土电线杆的方法,从而使工作稳定性极佳,可以快速,有效地进行电线杆更换作业。 该方法包括将杆夹连接到螺旋起重机的起重臂的端部的过程,将杆夹安装在待更换的旧混凝土工作杆的外圆周上; 使用热线斗式铲车将柱式破碎机安装在杆夹下方的旧电杆上,破碎旧电杆的混凝土,切割旧电杆的钢筋,拆下旧电杆的下部, 架设和安装一个新的电线杆,并将手臂和电线重新安装到新的电线杆上。
    • 7. 发明授权
    • Method for installing an arch-type underbracing on a utility pole for an overhead line by using extendable excavating unit for auger crane
    • 通过使用螺旋式起重机的可伸缩挖掘装置,在架空线的电线杆上安装拱形基座的方法
    • US07600947B2
    • 2009-10-13
    • US12071196
    • 2008-02-19
    • Sae Won Kwon
    • Sae Won Kwon
    • E02D5/54
    • E02D27/42
    • A method for installing a utility pole and arch-type underbracing has developed by using an extendable excavating unit mounted on an auger crane. The method comprises two steps of excavation that: the primary hole is excavated about 75 cm in depth by extending an arm about 80 cm diameter of the extendable excavation unit. The secondary hole is excavated to have a standard depth for erecting the utility pole. Then, orientation of the arch-type underbracing is determined for setting on the primary hole. An underbracing hook is installed to the arch-type underbracing for lifting and attaching a U-bolt temporarily to the arch-type underbracing by surround the utility pole. A lead wire of the arch-type underbracing is connected to an earth wire of the utility pole. The arch-type underbracing is tightened with the U-bolt surrounded the utility pole. The excavated soil is filling back into the gaps around the utility pole and the holes by tempering.
    • 通过使用安装在螺旋起重机上的可扩展挖掘单元开发了一种用于安装电线杆和拱形基座的方法。 该方法包括以下两个步骤:通过延伸可伸缩挖掘单元直径大约80厘米的臂,开孔深度约75厘米。 挖掘二次孔以具有用于竖立电线杆的标准深度。 然后,确定拱形底部的定位用于在主孔上设置。 将拱形钩安装到拱形支撑件上,用于通过围绕电线杆将U形螺栓临时吊装到拱形支撑件上。 拱形支撑的导线连接到电线杆的接地线。 拱形支撑被紧固,U形螺栓围绕电线杆。 挖出的土壤通过回火填充到电线杆和孔的周围。
    • 8. 发明申请
    • C-type underbracing having enlarged end portions for installing on utility pole
    • C型支撑具有扩大的端部用于安装在电线杆上
    • US20090013618A1
    • 2009-01-15
    • US12071197
    • 2008-02-19
    • Sae Won Kwon
    • Sae Won Kwon
    • E02D5/74
    • E04H12/2292
    • A C-type underbracing has developed for installing on a lower portion of a utility pole for firmly anchoring the utility pole. The underbracing is comprised of: a body (12) formed a half-annular or C-shape with a rectangular cross section; a pair of the enlarged end portions (11, 11′) having larger rectangular cross section than that of the body; a pair of the conjunction (17, 17′) for connecting between the body and the enlarged end portions; a hook receiving hole (13) horizontally through a center of the body, and a pair of nut mounting portions (16, 16′) formed flat surfaces for seating the nuts and a pair of slit-shaped holes (14, 14′) for horizontally inserting U-bolts (20) through the body portion, the nut mounting portions and slit-shaped holes disposed both sides of said hook receiving hole, and an earth plate (30) made of conductive material is attached to the bottom surface of the body.
    • 已经开发了C型底座,用于安装在电线杆的下部,用于牢固地固定电线杆。 所述支撑件包括:形成具有矩形横截面的半环形或C形的主体(12); 一对具有比本体大的矩形横截面的扩大端部(11,11'); 一对用于在主体和扩大的端部之间连接的连接件(17,17'); 水平地穿过主体的中心的钩接收孔(13)和形成用于固定螺母的平坦表面的一对螺母安装部分(16,16')和一对狭缝形孔(14,14'),用于 水平地插入U形螺栓(20)穿过主体部分,设置在所述钩接收孔两侧的螺母安装部分和狭缝状孔以及由导电材料制成的接地板(30)附接到 身体。
    • 9. 发明申请
    • Spacer jig for replacing spacer damper of overhead power lines and method of replacing spacer damper using the same
    • 用于更换架空电力线的间隔阻尼器的间隔夹具以及使用其间隔阻尼器的更换方法
    • US20090000100A1
    • 2009-01-01
    • US12071613
    • 2008-02-25
    • Sae Won KwonGap Young CheongHyuek Gi Lee
    • Sae Won KwonGap Young CheongHyuek Gi Lee
    • B23P6/00
    • H02G7/14Y10T29/4973Y10T29/537Y10T29/53978
    • A spacer jig using as a tool has developed for easily replacing the spacer dampers on the overhead power lines during the maintenance and repair. The spacer jig is comprised of: a frame having a polygonal shape of two flat panels in parallel with a clearance for mounting the fixtures arranged even intervals in the radial direction between the two flat panels; the frame having square shape using for four-conductor and hexagonal shape using for six-conductor overhead power lines; the fixtures consisting of stationary hexahedron nuts and rotational hexahedron nuts; a clamping arm forming cylindrical-shaped long shafts with threaded end portion for inserting into the fixtures; a cable gripping unit consisting of a clamp, lid, snapping latch and locking detent for easily opening and closing the lid to grip or release the cables, and a clamp mounting unit for rotationally mounting the cable gripping unit on top of the clamping arm.
    • 已经开发了用作工具的间隔夹具,用于在维护和修理期间容易地更换架空电力线上的间隔件阻尼器。 间隔夹具包括:具有两个平板的多边形形状的框架,其平行于用于安装在两个平板之间沿径向间隔布置的固定装置的间隙; 所述框架具有用于六导体架空电力线的四导体和六边形形状的正方形; 固定六面体螺母和旋转六面体螺母组成的夹具; 夹持臂形成具有用于插入固定装置的螺纹端部的圆柱形长轴; 电缆夹持单元,包括夹具,盖子,卡扣闩锁和锁定定位器,用于容易地打开和关闭盖子以夹紧或释放电缆;以及夹具安装单元,用于将电缆夹持单元旋转地安装在夹紧臂的顶部上。
    • 10. 发明申请
    • Electric wire changing device for wire replacing works on electric poles and power distributing method without cutting off power supply
    • 电线换线装置用于电极和配电方式而不切断电源
    • US20070252122A1
    • 2007-11-01
    • US11783918
    • 2007-04-12
    • Sae-Won Kwon
    • Sae-Won Kwon
    • B66D3/08
    • H02G1/02
    • A method for distributing power has developed without cutting off power supplying while a live electric wire is replaced on the electric poles by using a wire changing device for replacing the electric line, relocating the electric poles and alteration of the power distribution route. Replacement operation of the live electric wire is sequentially performed by connecting new wire and separating old wire by the wire changing device mounted on each electric pole without using bypass cable. The wire changing device comprises a cross-arm fastening unit, wire replacing unit and axial-rotating unit having a central arm fixture, axial shaft, arm coupling and position locking unit. The wire changing method comprises the steps of: mounting the wire changing device on each electric pole, replacing new and old wires without cutting off power supply, arranging the wire space, installing and tightening the new wire on each LP insulator of the electric pole, and removing the separated wire.
    • 通过使用用于更换电线的线切换装置,电极重新定位和配电线路的改变,在电力线上更换电线的同时,开发了分配电力的方法。 通过连接新的电线并且通过安装在每个电极上的换线装置分离旧电线而不使用旁路电缆来依次执行活动电线的更换操作。 线切换装置包括横臂紧固单元,线更换单元和具有中心臂固定装置,轴向轴,臂联接器和位置锁定单元的轴向旋转单元。 线切换方法包括以下步骤:将线切换装置安装在每个电极上,替代新旧线不切断电源,布置电线空间,安装和紧固电线的每个LP绝缘子上的新线, 并拆下分离的线。