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    • 1. 发明专利
    • Technique for rewiring electric wire and construction yoke used in the rewiring technique
    • 回收技术中使用的电线和构造诀窍的技术
    • JP2008113527A
    • 2008-05-15
    • JP2006296188
    • 2006-10-31
    • Tlc:KkTokyo Electric Power Co Inc:The東京電力株式会社株式会社Tlc
    • KASAMA SHOJIROYAMAGATA ATSUSHIASAMI TETSUYOYOSHIDA TAKASHI
    • H02G1/02
    • PROBLEM TO BE SOLVED: To provide a technique for rewiring an electric wire, wherein when rewiring work for an electric wire is conducted by a hanging sheave method, a parent wire is supported at the central part of the front end edge of an insulator string yoke which will not impart a load which is eccentrically applied to the insulator yoke. SOLUTION: Construction yokes a, b are installed on an insulator string yoke 4 so that a part of it is protruded from both ends and the central part of the front end edge of the insulator string yoke 4. A hanging sheave is attached to electric wires, and a semi-sheave 7 is attached to both sides of the constructing yokes a, b. The electric wires are supported, by pulling them at one end of the wire 9 of each semi-sheave 7 and moved away from the insulator string yoke 4. The front end of one of the electric wires, separated away, is supported by the protruded portion 1c of the front end edge of each construction yoke a, b, and the electric wire is removed from support by each wire 9. The other of the electric wires moved away is hung under the one electric wire. The one of the electric wires supported by the protruded portion 1c of the front end edge of each construction yoke a, b is taken as the parent wire for the hanging sheave method, and the other electric wire is pulled and removed; and further, a new wire connected to the rear end of the other electric wire is extended. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种重新布线电线的技术,其中当通过悬挂滑轮方式进行电线重新布线工作时,母线被支撑在前端边缘的中心部分 绝缘子串轭,其不会赋予偏心施加到绝缘体轭的负载。 解决方案:结构轭a,b安装在绝缘子串轭4上,使得其一部分从绝缘子串轭4的前端边缘的两端和中心部分突出。附接悬挂滑轮 到电线,并且半绳轮7连接到构造轭a,b的两侧。 电线通过在每个半滑轮7的导线9的一端处拉动并且被从绝缘体弦线轭架4移开而被支撑。分离的一根电线的前端由突出的 每个结构磁轭a,b的前端边缘的部分1c,并且电线从每个电线9从支撑件移除。另外一根电线被移开离开一根电线。 将由各构造磁轭a,b的前端缘的突出部1c支撑的电线中的一根作为悬挂滑轮方式的母线,另一根电线被拉出除去。 此外,连接到另一根电线的后端的新的线延长。 版权所有(C)2008,JPO&INPIT
    • 2. 发明专利
    • Construction method for replacing insulator set of 4 conductor power line, and replacing apparatus used for same construction method
    • 用于更换4导体电源线绝缘子组的构造方法和用于相同构造方法的替换装置
    • JP2013233038A
    • 2013-11-14
    • JP2012103759
    • 2012-04-27
    • Tokyo Electric Power Co Inc:The東京電力株式会社Tlc:Kk株式会社TlcSkytech Co Ltd株式会社スカイテックNippon Katan Co Ltd日本カタン株式会社
    • TAKAISHI KAZUHIROMIYANO SADAMUKOBAYASHI KENICHIIKEDA TOMOYUKISUZUKI SHINICHIHASEGAWA HIROMIMATSUSHITA RYOJI
    • H02G1/02
    • PROBLEM TO BE SOLVED: To allow replacing of an insulator set while a spacer separating and holding respective power lines of a 4 conductor power line is being attached, and further, to allow replacement work with ease and at a high speed, with the number of components being decreased.SOLUTION: Each conductor 5 is attached with a come-along 10, and the come-along 10 and a fixed yoke 6 are caused to support semi-sheaves 11 and 12 respectively, and then a semi-wire 13 is hooked on these two semi-sheaves 11 and 12 and the other end of the semi-wire 13 is stretched as far as a steel tower, which being provided for each conductor. Each conductor 5 is removed from the fixed yoke 6. The respective conductors 5 are fixed to an upper part and a lower part of a temporary fitting yoke 16 provided to one ends of each of two temporary fitting wires 15 whose the other end is hooked on the cross arm 1 of the steel tower, being stretched between the two lines of conductors 5 and the outside of the conductor. The respective semi-wires 13 are loosened and a front end part of an insulator set A is made to hang downward. The insulator set A is removed from the steel tower and the semi sheave 12, for replacement with a new insulator set A.
    • 要解决的问题:为了允许在分离并保持4导体电力线的各个电力线的间隔件的同时更换绝缘体组,并且进一步允许容易地和高速地进行替换工作, 部件减少。解决方案:每个导体5分别附着有10个,分别绕着10和固定磁轭6支撑半滑轮11和12,然后将半导体13钩挂 在这两个半滑轮11和12上,并且半导线13的另一端被拉伸到为每个导体提供的钢塔。 每个导体5从固定磁轭6移除。各个导体5固定到临时装配磁轭16的上部和下部,该临时装配磁轭16设置在两个临时配合电线15的一端,其另一端被钩住 钢塔的横臂1在导体5的两条线之间拉伸,并且在导体的外侧。 各半导线13松动,使绝缘体组A的前端部向下悬挂。 绝缘子组A从钢塔和半滑轮12中移除,用于替换新的绝缘体组A.
    • 3. 发明专利
    • Co-rotation preventing tool
    • CO-ROTATION预防工具
    • JP2012115949A
    • 2012-06-21
    • JP2010268216
    • 2010-12-01
    • Fushimi Denko:KkSanwa Clean:KkSanwa Tekki CorpTlc:Kk三和テッキ株式会社株式会社Tlc株式会社三和クリーン株式会社伏見電工
    • YOSHIDA TAKASHIKITAGAWA MICHIOHATORI RYOKAWASAKI NORIAKIKAWASHIMA TAMIOSUZUKI JUNAKATSUKA SHUNSUKE
    • B25B13/00
    • PROBLEM TO BE SOLVED: To carry out work easily, safely and positively as much as possible while preventing occurrence of co-rotation of bolts in work of fastening or loosening nuts on a steel tower for power transmission.SOLUTION: The co-rotation preventing tool includes: a body 1 having a mouth part 3 having a fitting hole 5 for fitting a head part of a bolt, and two arm parts 4 extended from one side of a periphery of the mouth part 3 in a radial outward direction of the fitting hole 5; and a central operation member 2 turnably fit between the two arm parts 4. Through holes piercing through the arm part 4, the central operation member 2 and the arm part 4 are respectively provided in the two arm parts 4 and the central operation member 2 near the mouth part 3. By fitting hinge pins 11 in the through holes, the two arm parts 4 and the central operation member 2 are connected at one point, and a magnet is embedded in the body 1 or the central operation member 2.
    • 要解决的问题:尽可能地安全,积极地进行工作,同时防止螺栓在钢塔上的紧固或松动螺母的工作中发生共同转动以进行动力传递。 共旋转防止工具包括:主体1,其具有口部3,其具有用于安装螺栓的头部的装配孔5和从嘴的周边的一侧延伸的两个臂部4 部分3在装配孔5的径向向外方向上; 以及可转动地配合在两个臂部4之间的中央操作构件2.通过穿过臂部4的孔,中央操作构件2和臂部4分别设置在两个臂部4和中央操作构件2附近 通过将铰链销11装配在通孔中,两个臂部4和中央操作构件2在一个点处连接,并且磁体嵌入在主体1或中央操作构件2中。

      版权所有(C)2012,JPO&INPIT

    • 4. 发明专利
    • Fall preventing implement for bolt, nut, or the like
    • 防止螺栓,螺母或类似物的执行
    • JP2011117558A
    • 2011-06-16
    • JP2009276700
    • 2009-12-04
    • Skytech Co LtdTlc:KkToden Doso Denki KkTokyo Electric Power Co Inc:The東京電力株式会社東電同窓電気株式会社株式会社Tlc株式会社スカイテック
    • MUKOUDA HIROZUMITAIRA MASAMICHIUTSUGI YASUNOBUSUZUKI YASUHIRO
    • F16B41/00E04G21/32F16B37/14H02G1/02
    • PROBLEM TO BE SOLVED: To provide a fall preventing implement for a bolt, a nut, or the like making bolt head and nut locking work extremely easy and secure with simple structure by using a magnet for attracting with powerful magnetic force. SOLUTION: The fall preventing implement includes at least two sets of implements each including a holding part 2 holding a small article formed of a magnetic body such as the bolt or nut, and a suspension-attaching part 3 connecting the holding part 2 in a suspendible manner. The holding part 2 in each set has a plate-like magnet 2a capable of supporting the bolt by attracting the head plane of the bolt and also supporting the side face of the small article such as the nut, and a frame body 2b holding the magnet 2a. Each suspension-attaching part 3 is formed of a flexible material, and one end is connected to a rotary joint 2c provided at the frame body 2b of each holding part 2. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供一种用于螺栓,螺母等的防坠落工具,通过使用磁铁吸引强大的磁力,使得螺栓头和螺母锁定工作非常容易且牢固,结构简单。 解决方案:防坠落装置包括至少两组装置,每组包括保持部件2,保持部件2保持由诸如螺栓或螺母的磁体形成的小物品,以及悬挂安装部分3,其连接保持部件2 以可阻止的方式。 每组中的保持部件2具有能够通过吸引螺栓的头部平面来支撑螺栓并且还支撑诸如螺母的小物品的侧面的板状磁体2a和保持磁体的框架体2b 2A。 每个悬挂安装部分3由柔性材料形成,一端连接到设置在每个保持部分2的框架体2b处的旋转接头2c。版权所有(C)2011,JPO&INPIT
    • 5. 发明专利
    • Apparatus for examining strength of steel tower
    • 检查钢塔强度的装置
    • JP2011038253A
    • 2011-02-24
    • JP2009183735
    • 2009-08-06
    • Tlc:Kk株式会社Tlc
    • SHIMIZU SHUZO
    • E04H12/10G06F17/50G06Q50/00G06Q50/08
    • PROBLEM TO BE SOLVED: To provide an apparatus for examining strength of a steel tower, which examines the strength of a tower body in each construction section in the assembling construction of the steel tower. SOLUTION: This apparatus includes: a storage portion 1 for storing information; an input portion 3 for inputting the information; a display portion 2 for displaying the information; and a control unit 4 which performs calculation using the information stored in the storage portion 1 and the information input using the input portion 3, and which displays the result of the calculation on the display portion 2. The control unit 4 is a device which performs the calculation for computing the weight of the steel tower using the information input using the input portion 3 and the information prestored in the storage portion 1 and which makes the display portion 2 display the result of the calculation. In the calculation for computing the weight of the steel tower, which is performed by the control unit 4, a position of each member of the steel tower to be constructed is represented by coordinates on a two-dimensional plane; the length of each member is computed from the coordinates; and the weight of each section of the steel tower is computed by multiplying the computed length of the member by the unit weight of the member for totalization. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种用于检查钢塔的强度的装置,其检查在钢塔的组装结构中的每个结构部分中的塔体的强度。 解决方案:该装置包括:用于存储信息的存储部分1; 用于输入信息的输入部分3; 用于显示信息的显示部分2; 以及控制单元4,其使用存储在存储部分1中的信息和使用输入部分3输入的信息进行计算,并且在显示部分2上显示计算结果。控制单元4是执行 用于使用输入部分3输入的信息和预先存储在存储部分1中的信息计算钢塔的重量的计算,并使显示部分2显示计算结果。 在由控制单元4进行的用于计算钢塔的重量的计算中,要构造的钢塔的每个构件的位置由二维平面上的坐标表示; 每个成员的长度由坐标计算出来; 钢塔的每个部分的重量通过将成员的计算长度乘以构件的单位重量来计算。 版权所有(C)2011,JPO&INPIT
    • 6. 发明专利
    • Overhead wire wrapping apparatus and overhead wire wrapping method therewith
    • OVERHEAD线缠绕装置及其覆盖方法
    • JP2008236969A
    • 2008-10-02
    • JP2007076201
    • 2007-03-23
    • Tlc:KkTokyo Electric Power Co Inc:The東京電力株式会社株式会社Tlc
    • MURAKAMI SADANORIYAMAGATA ATSUSHIASAMI TETSUYOOKAMURA NOBUO
    • H02G1/02
    • PROBLEM TO BE SOLVED: To provide an overhead wire wrapping apparatus with a simple and compact structure capable of preventing the drop of rust during replacing an earth wire and of reinforcing the earth wire by surely covering the existing overhead wire with a cover member when the existing overhead wire is removed or replaced, and an overhead wire wrapping method therewith. SOLUTION: This overhead wire wrapping apparatus includes an apparatus body movably along the overhead wire. The apparatus body includes: a roller unit having a plurality of rollers; reels wound by the tape-shaped cover member; and a resiliently installed mechanism for energizing the plurality of facing rollers so as to be arranged close to each other. The roller unit is formed by arranging first rollers and second rollers in turn from the front in the travelling direction of the apparatus body in relation to the overhead wire. The first rollers and the second rollers sandwich the overhead wire by the resiliently installed mechanism and are rotatable while abutting the overhead wire. The cover member is bondable to the mating surface of the cover member unreeled from the other facing reel. A plurality of second rollers are provided along the overhead wire. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种具有简单紧凑结构的架空电线包装装置,其能够在更换地线时防止生锈下降,并且通过用盖构件可靠地覆盖现有的架空线来加强接地线 当现有的架空线被去除或更换时,以及与其的架空线缠绕方法。 解决方案:该架空线包裹装置包括沿架空线可移动的装置主体。 所述装置本体包括:具有多个辊的辊单元; 由带状盖构件缠绕的卷轴; 以及弹性安装机构,用于使所述多个面对辊通电,使得彼此靠近配置。 辊单元通过相对于架空线从设备主体的行进方向从前方依次布置第一辊和第二辊而形成。 第一辊和第二辊通过弹性安装的机构夹在架空线上,并且在邻接架空线时是可旋转的。 盖构件可接合到从另一个相对的卷轴未拉出的盖构件的配合表面。 沿架空线设置多个第二辊。 版权所有(C)2009,JPO&INPIT
    • 7. 发明专利
    • Surface treatment booth for steel frame
    • 钢框架表面处理引擎
    • JP2014015750A
    • 2014-01-30
    • JP2012153291
    • 2012-07-09
    • Tokyo Electric Power Co Inc:The東京電力株式会社Yoshihata Kogyo Kkヨシハタ工業株式会社Tlc:Kk株式会社TlcSanmeta:Kk株式会社サンメタ
    • TAKAISHI KAZUHIROKAKUMOTO YOSHIMIMIYOSHI HIROYUKINAKAGAWA MIYOSHISUZUKI SHINICHIITO KAZUHITOMATAYOSHI ISAOMIYASATO KOEI
    • E04G21/32E04G23/02
    • PROBLEM TO BE SOLVED: To provide a surface treatment booth for a steel frame capable of ensuring a safe work environment for workers by preventing dust scattering in surface preparation or open blast, and avoiding environment contamination in surface treatment such as open blast, spray coating or coating in a structure where the steel frame is exposed.SOLUTION: A surface treatment booth (booth 100) for a steel frame comprises: a plurality of end face members (upper end face member 110, lower end face member 130) mounted to a steel frame 12 and form an end face of a work space; a sheet 150 spread over the plurality of end face members to form the work space around the steel frame; and clips 128, 148 disposed in outer peripheral parts of the end face members to fix the sheet. The sheet is comprised of a plurality of divided sheets 152a-152f which are divided in a direction of winding around the steel frame, and the divided sheets are joined with each other by hook-and-loop fasteners 154a-154l mounted to end sides of the divided sheets.
    • 要解决的问题:提供一种钢框架的表面处理室,能够通过防止表面处理或开风中的粉尘散射,确保工人的安全工作环境,并避免表面处理如露天喷涂,喷涂或 在钢框架暴露的结构中的涂层。解决方案:用于钢框架的表面处理台(摊位100)包括:多个端面构件(上端面构件110,下端面构件130),安装到钢 框架12并形成工作空间的端面; 一片150分散在多个端面构件上,以形成钢架周围的工作空间; 以及设置在端面构件的外周部分中的夹子128,148,以固定片材。 片材由沿着钢框架绕绕的方向分割的多个分割片152a-152f组成,并且分割的片材通过钩挂钩154a-154l彼此接合,该钩环紧固件154a-154l安装在 分片。
    • 9. 发明专利
    • Derrick for assembling/disassembling iron tower
    • DERRICK组装/拆卸铁塔
    • JP2010235265A
    • 2010-10-21
    • JP2009085393
    • 2009-03-31
    • Sanwa Tekki CorpTlc:Kk三和テッキ株式会社株式会社Tlc
    • ASAMI TETSUYOYOSHIDA TAKASHINONOHARA MASARUKAWASAKI NORIAKIYAMADA TATSUYA
    • B66C23/06
    • PROBLEM TO BE SOLVED: To easily raise and fall a boom without increasing a winding load when the boom is raised in the lifted state of a hoisted cargo.
      SOLUTION: In this derrick, the boom having one end mounted to a mast vertically and temporarily fixed to an upper end of an iron tower is provided so as to be freely raised and fallen, a lifting wire rope having a hook at a lower end is drawn down from a pulley at a tip of the boom, the other end of the lifting wire rope is laid on a pulley in an upper part of the mast, and the hoisted cargo is lifted up and lifted down by operating the lifting wire rope on a lower side of the mast. The mast 2 is formed into a cylindrical shape and supported to a member of the iron tower 20 to be rotatable in a peripheral direction, and a top pulley 23 is provided in an upper part of the mast 2. A tip pulley 22 is journaled to a bearing frame 22a provided at a tip of the boom 3. One end of the lifting wire rope 8 is laid over each of the tip pulley 22 and the top pulley 23. A stopper 7a lockable to the bearing frame 22a is provided on a hook at the other end of the lifting wire rope 8.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:当悬臂在提升的货物的提升状态下升高时,能够容易地升起和下降动臂而不增加卷绕负载。 解决方案:在该井架中,具有一端安装到竖立并临时固定在铁塔上端的桅杆的悬臂被设置为可以自由地升起和下降, 下端从吊杆末端的滑轮下拉,提升钢丝绳的另一端被放置在桅杆上部的滑轮上,并通过操作起重机将提升的货物提升并提升 桅杆下侧的钢丝绳。 桅杆2形成为圆柱形,并被支撑在铁塔20的一个构件上,以便在圆周方向上可旋转,并且顶部滑轮23设置在桅杆2的上部。顶端滑轮22轴颈 设置在起重臂3的前端的轴承框架22a。提升钢丝绳8的一端被放置在每个末端滑轮22和顶部滑轮23上。可锁定到轴承架22a的止动件7a设置在钩 在提升钢丝绳8的另一端。版权所有(C)2011,JPO&INPIT
    • 10. 发明专利
    • Method for moving electric cable in vertical direction
    • 用于沿垂直方向移动电缆的方法
    • JP2010142005A
    • 2010-06-24
    • JP2008315005
    • 2008-12-10
    • Tlc:KkYasuda Seisakusho Co Ltd株式会社Tlc株式会社安田製作所
    • ASAMI TETSUYOOKAMURA NOBUOYOSHIDA TAKASHIKAIDO TOSHIO
    • H02G1/02
    • PROBLEM TO BE SOLVED: To provide a method for vertically moving electric cables that moves an electric cable efficiently by preventing interference between the electric cable to be moved and crossing objects under the electric cable.
      SOLUTION: The method for vertically moving electric cables is used to move one or the other of a plurality of electric cables stretched between steel towers to steel towers higher than the steel towers. When an electric cable E is moved to destination steel towers, each upper sheave 4 for move is developed along an electric cable H which is closest on the upper side. Each operating rope 6 passes through each roller 14 for an operating rope. One end of each hoisting rope 8 is fixed to each operating rope 6. The other end of each hoisting rope 8 is hung down from each guide roller 12. The electric cable E is provided with each lower sheave 5 for move to be hung via the hoisting rope 8. One end of each operating rope 6 is pulled so as to mount the electric cable E at proper parts in the destination steel towers by raising each lower sheave 5 for move via each hoisting rope 8 while raising the electric cable E.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种垂直移动电缆的方法,其通过防止要移动的电缆与电缆下方的交叉物体之间的干扰而有效地移动电缆。 解决方案:用于垂直移动电缆的方法用于将钢塔之间拉伸的多根电缆中的一根或另一根电缆移动到高于钢塔的钢塔。 当电缆E移动到目的钢塔时,用于移动的每个上滑轮4沿着最靠近上侧的电缆H展开。 每个操作绳索6通过用于操作绳索的每个辊14。 每个提升绳8的一端固定到每个操作的绳索6.每个提升绳8的另一端从每个导向辊12悬挂下来。电缆E设有每个下滑轮5,用于移动以通过 提升绳8.每个操作绳索6的一端被拉动,以将电缆E安装在目的地钢塔中的适当部分,通过每个提升绳索8升高每个下滑轮5以移动,同时提升电缆E。 P>版权所有(C)2010,JPO&INPIT