CN114204478B - Auxiliary device and method for entering and exiting multi-bundle conductor electric field - Google Patents

Auxiliary device and method for entering and exiting multi-bundle conductor electric field Download PDF

Info

Publication number
CN114204478B
CN114204478B CN202111325503.2A CN202111325503A CN114204478B CN 114204478 B CN114204478 B CN 114204478B CN 202111325503 A CN202111325503 A CN 202111325503A CN 114204478 B CN114204478 B CN 114204478B
Authority
CN
China
Prior art keywords
rope
pull
unmanned aerial
insulating
aerial vehicle
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN202111325503.2A
Other languages
Chinese (zh)
Other versions
CN114204478A (en
Inventor
梁加凯
虞驰
汤春俊
方玉群
朱凯
李炯
蒋卫东
郑宏伟
傅卓君
林峰
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jinhua Power Supply Co of State Grid Zhejiang Electric Power Co Ltd
Original Assignee
Jinhua Power Supply Co of State Grid Zhejiang Electric Power Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jinhua Power Supply Co of State Grid Zhejiang Electric Power Co Ltd filed Critical Jinhua Power Supply Co of State Grid Zhejiang Electric Power Co Ltd
Priority to CN202111325503.2A priority Critical patent/CN114204478B/en
Publication of CN114204478A publication Critical patent/CN114204478A/en
Application granted granted Critical
Publication of CN114204478B publication Critical patent/CN114204478B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Classifications

    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02GINSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G1/00Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
    • H02G1/02Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for overhead lines or cables
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B64AIRCRAFT; AVIATION; COSMONAUTICS
    • B64CAEROPLANES; HELICOPTERS
    • B64C39/00Aircraft not otherwise provided for
    • B64C39/02Aircraft not otherwise provided for characterised by special use
    • B64C39/024Aircraft not otherwise provided for characterised by special use of the remote controlled vehicle type, i.e. RPV
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B64AIRCRAFT; AVIATION; COSMONAUTICS
    • B64UUNMANNED AERIAL VEHICLES [UAV]; EQUIPMENT THEREFOR
    • B64U2101/00UAVs specially adapted for particular uses or applications

Landscapes

  • Engineering & Computer Science (AREA)
  • Aviation & Aerospace Engineering (AREA)
  • Forklifts And Lifting Vehicles (AREA)

Abstract

The invention relates to an auxiliary device for entering and exiting an electric field of a multi-bundle conductor, which comprises an insulating operation rope, a pull-down hook and a body, wherein the body comprises a clamping plate and a cushion block, the body is provided with an adjusting structure, one side of the clamping plate is provided with an arc guide part, and the other side of the clamping plate is provided with a connecting block; the invention has the advantages that: through the adjusting structure arranged on the body, the gravity center of the whole body is effectively adjusted, the overall balance of the device is kept, the smooth hanging function is ensured, meanwhile, the unbalance of the unmanned aerial vehicle caused by the gravity center deviation of the device is avoided, the hanging quality of the body is improved, and due to the fact that the insulating operation rope is arranged on the body, action personnel can enter and exit the electric field as the climbing rope of the electric lifting device through the insulating operation rope, the defects and the limitations of a rope throwing method adopted by the existing method that the unmanned aerial vehicle is combined with the electric lifting device to enter and exit the electric field are eliminated.

Description

一种进出多分裂导线电场的辅助装置及方法An auxiliary device and method for entering and exiting the electric field of a multi-split wire

技术领域technical field

本发明涉及一种进出多分裂导线电场的辅助装置及方法。The invention relates to an auxiliary device and method for entering and exiting the electric field of a multi-split wire.

背景技术Background technique

近年,我国输电线路得到迅速发展,电网规模日益扩大,电网运行稳定性要求高,常需等电位作业进行消缺或安装在线监控设备。然而,500kV及以上电压等级线路,由于传统作业工法存在的技术局限性以及等电位作业的安全性要求,使等电位作业面临诸多难题。In recent years, my country's transmission lines have been developed rapidly, the scale of the power grid is expanding day by day, and the requirements for the stability of the power grid operation are high. Equipotential operations are often required to eliminate defects or install online monitoring equipment. However, for 500kV and above voltage lines, due to the technical limitations of traditional working methods and the safety requirements of equipotential work, equipotential work faces many difficulties.

通常,带电作业相关规程、导则规定:输电线路耐张杆塔进出等电位方式为“跨二短三”法(为尽可能小地占用绝缘空气间隙,手和脚跨过两片绝缘子、短接三片绝缘子),由于实践经验表明,当两串绝缘子间水平距离超过60cm时,作业人员手、脚之间距离过大,无法按照“跨二短三”技术要求的“手脚同步横向移动”,作业风险和劳动强度极大,同时,若缺陷位置处于两档中间位置或直线塔附近时,通过“跨二短三”法进入电场后,作业人员还需经过走线才能到达作业位置,耗时耗力。Usually, the relevant regulations and guidelines for live work stipulate that: the equipotential method of entering and exiting the tension tower of the transmission line is the "cross-two-short-three" method (in order to occupy the insulating air gap as small as possible, hands and feet cross two insulators, short-circuit Three pieces of insulators), due to practical experience, when the horizontal distance between two strings of insulators exceeds 60cm, the distance between the hands and feet of the operator is too large, and it is impossible to "synchronously move the hands and feet laterally" according to the technical requirements of "crossing two shorts and three", The operation risk and labor intensity are extremely high. At the same time, if the defect position is in the middle of the two gears or near the straight tower, after entering the electric field through the "cross-two-short-three" method, the operator still needs to go through the wiring to reach the working position, which is time-consuming exhausting.

此外,其他传统带电作业进出电场工法如硬梯法、软梯法(地面软梯法、地线软梯法)、吊篮法等,在适用电压等级、输电线路塔形等方面都存在限制条件,特别是对于同塔多回线路、紧凑型线路,塔头间隙尺寸较小、杆塔布置及环境复杂,无法通过传统工法安全、高效、快速实现等电位,不利于带电作业的安全开展。In addition, other traditional live work access methods such as hard ladder method, soft ladder method (ground soft ladder method, ground wire soft ladder method), hanging basket method, etc., have restrictions on the applicable voltage level and transmission line tower shape, etc., especially For multi-circuit lines and compact lines on the same tower, the gap between tower heads is small, the layout of towers and the environment are complex, and it is impossible to achieve equipotentiality safely, efficiently and quickly through traditional construction methods, which is not conducive to the safe development of live work.

如今,随着无人机等新型装备的应用,进出电场方式迎来新的发展。利用无人机将绝缘绳抛过导线,完成挂设,再使用电动升降装置从地面到达作业位置,然而,现有无人机结合电动升降装置进出电场方法采用抛绳方式,对于地理环境复杂及双回或多回线路,易出现绝缘绳磨损、脏污,影响作业安全,只适用于超特高压单回线路及同塔多回最下层导线,同时,回收绳索时直接抽绳回收,在复杂线路环境下,易缠绕至其他导线上,存在安全风险。Nowadays, with the application of new equipment such as drones, the way of entering and exiting the electric field has ushered in new developments. Use the UAV to throw the insulating rope over the wire, complete the installation, and then use the electric lifting device to reach the working position from the ground. However, the existing UAV combined with the electric lifting device uses the rope throwing method to enter and exit the electric field, which is difficult for the geographical environment. Complex and Double-circuit or multi-circuit lines are prone to wear and dirt on the insulating rope, which will affect the safety of the operation. In the line environment, it is easy to be entangled on other wires, posing a safety risk.

发明内容Contents of the invention

本发明所要达到的目的就是提供一种进出多分裂导线电场的辅助装置,能简化快速准确的将绝缘绳挂设在多分裂导线上,减少绝缘绳的磨损。The purpose of the present invention is to provide an auxiliary device for entering and exiting the electric field of multi-split wires, which can simplify, quickly and accurately hang insulating ropes on the multi-split wires, and reduce the wear of the insulating ropes.

为了解决上述技术问题,本发明是通过以下技术方案实现的:一种进出多分裂导线电场的辅助装置,包括绝缘操作绳、下拉挂钩,以及与分裂导线相适配的本体,所述本体包括两块夹板,以及设置在两块夹板之间的垫块,所述本体上设有调节起吊时本体重心的调节结构,所述夹板的一侧设有向外延伸的圆弧导向部,所述夹板的另一侧设有与下拉挂钩相连的连接块,所述下拉挂钩活动连接在连接块上,所述绝缘操作绳的一端依次穿过圆弧导向部、垫块和连接块后与下拉挂钩相连,所述绝缘操作绳的另一端延伸至地面,所述下拉挂钩依靠绝缘操作绳的拉力而限位在连接块上,所述下拉挂钩在向下的拉力而脱出连接块。In order to solve the above technical problems, the present invention is achieved through the following technical solutions: an auxiliary device for entering and exiting the electric field of multi-split wires, including an insulated operation rope, a pull-down hook, and a body adapted to the split wires, the body includes two One splint, and a cushion block arranged between the two splints. The body is provided with an adjustment structure for adjusting the center of gravity of the body during lifting. One side of the splint is provided with an outwardly extending arc guide. The splint The other side is provided with a connecting block connected with the drop-down hook, and the drop-down hook is movably connected to the connecting block, and one end of the insulating operation rope passes through the circular arc guide part, the spacer block and the connecting block in turn and is connected with the drop-down hook , the other end of the insulating operation rope extends to the ground, the pull-down hook is limited on the connection block by the pulling force of the insulation operation rope, and the pull-down hook breaks out of the connection block under the downward pulling force.

优选的,所述调节结构包括调节块和若干个设置在调节块上的调节通孔,相邻两个调节通孔之间的间距均相等,每块夹板上均设有一块调节块,所述调节块设置在靠近圆弧导向部一端的本体上。Preferably, the adjustment structure includes an adjustment block and several adjustment through holes arranged on the adjustment block, the spacing between two adjacent adjustment through holes is equal, and each splint is provided with an adjustment block, the The adjusting block is arranged on the body close to one end of the arc guide part.

优选的,所述夹板上设有若干个安装孔,所述调节块通过螺钉固定连接在夹板上。Preferably, several installation holes are provided on the splint, and the adjustment block is fixedly connected to the splint by screws.

优选的,所述圆弧导向部的一端与夹板为一体式结构,所述圆弧导向部的另一端设有使其相互贴合的连接销。Preferably, one end of the arc guide part and the splint are integrally formed, and the other end of the arc guide part is provided with a connecting pin to make them fit together.

优选的,所述连接块上设有T型孔,所述下拉挂钩的一端设有插销,所述插销活动连接在T型孔内,且所述连接块上设有伸入T型孔内的玻珠螺丝,当插销受拉力向下作用时所述玻珠螺丝收缩在连接块内。Preferably, the connecting block is provided with a T-shaped hole, one end of the drop-down hook is provided with a pin, and the pin is movably connected in the T-shaped hole, and the connecting block is provided with a The glass bead screw shrinks in the connection block when the bolt is subjected to a downward pulling force.

优选的,所述下拉挂钩的一端设有固定插销的安装孔,所述下拉挂钩的中部设有与绝缘操作绳相连的连接孔,所述下拉挂钩的另一端设有悬挂槽,所述悬挂槽的一端设有导向斜边。Preferably, one end of the drop-down hook is provided with a mounting hole for fixing the bolt, the middle part of the drop-down hook is provided with a connecting hole connected with an insulating operation rope, and the other end of the drop-down hook is provided with a suspension groove, and the suspension groove One end is provided with a guiding bevel.

优选的,两块所述夹板之间还设有能增加本体机械强度的销钉。Preferably, a pin that can increase the mechanical strength of the body is also provided between the two splints.

优选的,所述垫块和连接块均为尼龙块,所述夹板为环氧树脂板,且所述环氧树脂板的宽度小于尼龙块的宽度。Preferably, both the spacer block and the connection block are nylon blocks, the splint is an epoxy resin plate, and the width of the epoxy resin plate is smaller than that of the nylon block.

优选的,所述垫块和连接块上均设有与绝缘操作绳相适配的导向凹槽,所述垫块、夹板和连接块上均设有向上延伸的凸起,所述凸起上设有避免绝缘操作绳脱出导向凹槽的限位钉,且所述限位钉上设有绝缘套。Preferably, the spacer and the connection block are provided with guide grooves suitable for the insulating operation rope, and the spacer, the splint and the connection block are all provided with upwardly extending protrusions, and the protrusions are A limit nail is provided to prevent the insulating operation rope from slipping out of the guide groove, and an insulating sleeve is provided on the limit nail.

另外,本发明还提供了一种进出多分裂导线电场的方法,包括无人机、起吊挂钩、第一高空悬吊组件和辅助装置,辅助装置采用上述所述的进出多分裂导线电场的辅助装置,所述无人机上设有两个脱钩器,且两个脱钩器关于竖直轴线对称的设置在无人机上,所述脱钩器上设有与起吊挂钩相连的连接绝缘绳,所述第一高空悬吊组件设置在调节结构上,所述下拉挂钩上悬挂有第二高空悬吊组件,所述第二高空悬吊组件上设有拉动下拉挂钩脱出连接部的下拉绝缘绳,所述绝缘操作绳上设有攀爬绳,所述方法依次包括以下步骤:In addition, the present invention also provides a method for entering and exiting the electric field of multi-split wires, including a drone, a lifting hook, a first high-altitude suspension component and an auxiliary device, and the auxiliary device adopts the above-mentioned auxiliary device for entering and exiting the electric field of multi-split wires , the UAV is provided with two decoupling devices, and the two decoupling devices are symmetrically arranged on the UAV with respect to the vertical axis, the decoupling device is provided with a connecting insulating rope connected with the lifting hook, and the first The high-altitude suspension component is arranged on the adjustment structure, and a second high-altitude suspension component is suspended on the drop-down hook. A climbing rope is provided on the rope, and the method comprises the following steps in turn:

步骤一:将两根绝缘操作绳的一端分别穿过圆弧导向部、垫块和连接块后固定在下拉挂钩上,并将下拉挂钩安装在本体上且拉紧绝缘操作绳使下拉挂钩不脱出,然后将第一高空悬吊组件固定在调节块上;Step 1: Pass one end of the two insulated operation ropes through the arc guide, spacer and connecting block respectively and fix them on the drop-down hook, install the pull-down hook on the body and tighten the insulated operation rope so that the pull-down hook does not come out , and then fix the first high-altitude suspension assembly on the adjustment block;

步骤二:将步骤一安装后的本体通过起吊挂钩和连接绝缘绳安装在无人机的脱钩器上;Step 2: Install the body installed in Step 1 on the uncoupling device of the drone through the lifting hook and connecting the insulating rope;

步骤三:将步骤二安装后的无人机进行起飞操作,地面操作人员通过辅助的无人机或摄像机确定作业位置、无人机的飞行状态及装置的空中姿态,并引导无人机飞行至多分裂导线的相应位置,将本体对准挂设位置,贴近多分裂导线使圆弧导向部贴合多分裂导线,向下移动本体,多分裂导线落入本体内,完成挂设,无人机向下调整位置使起吊挂钩脱出第一高空悬吊组件,无人机返回地面;Step 3: Take off the UAV installed in Step 2. The ground operator determines the working position, the flight status of the UAV and the air attitude of the device through the auxiliary UAV or camera, and guides the UAV to fly at most The corresponding position of the split wire, align the main body with the hanging position, get close to the multi-split wire so that the arc guide part fits the multi-split wire, move the body downward, the multi-split wire falls into the body, and complete the hanging. Adjust the position downward so that the lifting hook comes out of the first high-altitude suspension assembly, and the UAV returns to the ground;

步骤四:将系有下拉绝缘绳的第二高空悬吊组件悬挂步骤三返回的无人机的起吊挂钩上,并将安装后的无人机进行起飞操作,使第二高空悬吊组件挂设在下拉挂钩上,无人机调整位置使起吊挂钩脱出第二高空悬吊组件后无人机返回地面;Step 4: Hang the second high-altitude suspension component with the pull-down insulation rope on the lifting hook of the drone returned in step 3, and take off the installed drone to make the second high-altitude suspension component hang On the drop-down hook, the UAV adjusts the position so that the UAV returns to the ground after the lifting hook breaks out of the second high-altitude suspension assembly;

步骤五:地面作业人员拉动下拉绝缘绳使下拉挂钩向下受力而脱出本体,下拉挂钩带动两根绝缘操作绳下拉,而绝缘操作绳带动攀爬绳穿入辅助装置,其中:一根攀爬绳用于后备保护用,另一根攀爬绳作为电动升降装置的攀爬用;Step 5: The ground operator pulls the pull-down insulating rope to force the pull-down hook to come out of the body. The pull-down hook drives two insulating operating ropes to pull down, and the insulating operating rope drives the climbing rope to penetrate the auxiliary device. Among them: one climbing rope The rope is used for backup protection, and the other climbing rope is used for climbing the electric lifting device;

步骤六:作业人员通过电动升降装置进出电场,完成作业,返回地面;Step 6: The operator enters and exits the electric field through the electric lifting device, completes the operation, and returns to the ground;

步骤七:将攀爬绳穿过回收套环后通过无人机吊起,地面作业人员通过拉动攀爬绳将回收套环卡接在本体上;Step 7: Pass the climbing rope through the recovery collar and lift it by the drone, and the ground operator will snap the recovery collar to the body by pulling the climbing rope;

步骤八:无人机下挂系有下拉绝缘绳的起吊挂钩起飞,地面作业人员手拉下拉绝缘绳进行控制,将起吊挂钩挂入装置第一高空悬吊组件内,解开定位绝缘绳后无人机吊起本体而返回地面。Step 8: The lifting hook with the pull-down insulating rope attached to the drone takes off. The man-machine lifts the main body and returns to the ground.

通过上述进出多分裂导线电场的方法,能有效消除目前无人机结合电动升降装置进出电场方法存在的缺陷和局限,能够通过该方法安全轻松便捷地由地面进入作业点位位置,以便开展带电消缺或安装在线检测装置。Through the above method of entering and exiting the electric field of multi-split wires, the defects and limitations of the current method of entering and exiting the electric field of unmanned aerial vehicles combined with electric lifting devices can be effectively eliminated. Through this method, it is safe, easy and convenient to enter the operating point from the ground, so as to carry out electrification. Missing or installing an online detection device.

综上所述,本发明的优点:通过本体上设置的调节结构,从而有效的调整了整个本体的重心,保持装置整体平衡,保证顺利挂设的功能,同时避免装置重心偏差导致无人机失衡,提高了本体的挂设质量,由于本体上设有绝缘操作绳,因此,绝缘操作绳能随本体同步悬挂在多分裂导线上,由于绝缘操作绳的一端与下拉挂钩相连,因此,挂设时下拉挂钩始终受到绝缘操作绳的拉力作业,下拉挂钩无法脱离本体,而当下拉挂钩受到向下的作用力时能快速的脱出所述连接块,当下拉挂钩脱出连接块时,绝缘操作绳始终固定在下拉挂钩上,因此绝缘操作绳的一端能随下拉挂钩而下降至地面,此时,作用人员能通过绝缘操作绳作为电动升降装置的攀爬绳而进出电场,因此消除了目前无人机结合电动升降装置进出电场方法采用的抛绳法存在的缺陷和局限,使其适用于地理环境复杂地区及同塔双回或多回线路复杂线路,能够进入传统带电作业进出电场方法受限无法或较难进入的紧凑型杆塔等特殊杆塔线路位置,从而消除现有抛绳方式而导致绝缘绳磨损、脏污的问题,提高作业的安全性能,在本体一端设置圆弧导向部,通过圆弧导向部在本体挂设时起到一定的导向和限位功能,进一步提高了本体的挂设效率,连接块的设置,能提高下拉挂钩与连接块的接触面积,提高下拉挂钩的固定质量,最后,将本体设置成夹板和垫块的结构,能有效的降低整个本体的重量。To sum up, the advantages of the present invention are: through the adjustment structure provided on the body, the center of gravity of the entire body can be effectively adjusted, the overall balance of the device can be maintained, the function of hanging can be ensured, and the unbalance of the drone caused by the deviation of the center of gravity of the device can be avoided. , which improves the hanging quality of the body. Since the body is provided with an insulating operating rope, the insulating operating rope can be hung on the multi-split conductor synchronously with the body. Since one end of the insulating operating rope is connected with the pull-down hook, when hanging The pull-down hook is always subjected to the pulling force of the insulating operation rope, and the pull-down hook cannot be separated from the body. When the pull-down hook receives a downward force, it can quickly escape from the connecting block. When the pull-down hook is released from the connecting block, the insulating operating rope is always fixed. On the pull-down hook, so one end of the insulated operation rope can be lowered to the ground with the pull-down hook. At this time, the operator can use the insulated operation rope as the climbing rope of the electric lifting device to enter and exit the electric field, thus eliminating the current combination of drones. The defects and limitations of the rope-throwing method used by the electric lifting device to enter and exit the electric field make it suitable for areas with complex geographical environments and complex lines with double or multiple circuits on the same tower, and can enter the traditional live work. Difficult-to-access compact towers and other special tower line positions, thereby eliminating the problem of insulation rope wear and dirt caused by the existing rope throwing method, improving the safety performance of the operation, setting an arc guide at one end of the body, and passing through the arc guide It plays a certain guiding and limiting function when the main body is hung, which further improves the hanging efficiency of the main body. The setting of the connecting block can increase the contact area between the pull-down hook and the connecting block, and improve the fixing quality of the pull-down hook. Finally, the The main body is configured as a structure of splints and pads, which can effectively reduce the weight of the entire main body.

附图说明Description of drawings

下面结合附图对本发明作进一步说明:The present invention will be further described below in conjunction with accompanying drawing:

图1为本发明一种进出多分裂导线电场的辅助装置的结构示意图;Fig. 1 is the structural representation of a kind of auxiliary device that enters and exits the multi-split wire electric field of the present invention;

图2为本发明中调节结构在本体上的结构示意图;Fig. 2 is a structural schematic diagram of the adjustment structure on the body in the present invention;

图3为本发明中连接块在本体上的结构示意图;Fig. 3 is a schematic structural view of the connecting block on the body in the present invention;

图4为本发明中连接块的结构示意图;Fig. 4 is the structural representation of connecting block among the present invention;

图5为本发明中下拉挂钩的结构示意图;Fig. 5 is a schematic structural view of the pull-down hook in the present invention;

图6为本发明中辅助装置悬挂时的结构示意图;Fig. 6 is a schematic structural view of the suspension of the auxiliary device in the present invention;

图7为本发明中第二高空悬吊组件悬挂在下拉挂钩上的结构示意图;Fig. 7 is a structural schematic diagram of the second high-altitude suspension assembly suspended on the drop-down hook in the present invention;

图8为本发明中下拉挂钩脱离本体的结构示意图;Fig. 8 is a schematic diagram of the structure of the pull-down hook detached from the body in the present invention;

图9为本发明中作业人员进出多分裂导线电场时的结构示意图。Fig. 9 is a schematic diagram of the structure when the operator enters and exits the electric field of the multi-split wires in the present invention.

附图标记:Reference signs:

1绝缘操作绳、10多分裂导线、11攀爬绳、2下拉挂钩、20插销、21安装孔、22连接孔、23悬挂槽、24导向斜边、3本体、31夹板、32垫块、33销钉、4调节结构、41调节块、42调节通孔、43螺钉、5圆弧导向部、51连接销、6连接块、60T型孔、61玻珠螺丝、7导向凹槽、8凸起、81限位钉、82绝缘套、9无人机、91起吊挂钩、92第一高空悬吊组件、93脱钩器、94连接绝缘绳、95第二高空悬吊组件、96下拉绝缘绳。1 insulated operation rope, 10 multi-split wires, 11 climbing rope, 2 pull-down hook, 20 pin, 21 installation hole, 22 connection hole, 23 suspension groove, 24 guiding bevel, 3 body, 31 splint, 32 spacer, 33 Pin, 4 adjustment structure, 41 adjustment block, 42 adjustment through hole, 43 screw, 5 arc guide part, 51 connection pin, 6 connection block, 60T hole, 61 glass bead screw, 7 guide groove, 8 protrusion, 81 limit nail, 82 insulating sleeve, 9 drone, 91 lifting hook, 92 first high-altitude suspension component, 93 uncoupling device, 94 connecting insulating rope, 95 second high-altitude suspension component, 96 pull-down insulating rope.

具体实施方式Detailed ways

实施例一Embodiment one

如图1、图2、图3、图4、图5所示,一种进出多分裂导线电场的辅助装置,包括绝缘操作绳1、下拉挂钩2,以及与多分裂导线10相适配的本体3,多分裂导线10一般包括四分裂导线、六分裂导线和八分裂导线,本实施例中以四分裂导线为例,所述本体3包括两块夹板31,以及设置在两块夹板31之间的垫块32,所述本体3上设有调节起吊时本体3重心的调节结构4,所述夹板31的一侧设有向外延伸的圆弧导向部5,所述夹板31的另一侧设有与下拉挂钩2相连的连接块6,所述下拉挂钩2活动连接在连接块6上,所述绝缘操作绳1的一端依次穿过圆弧导向部5、垫块32和连接块6后与下拉挂钩2相连,所述绝缘操作绳1的另一端延伸至地面,所述下拉挂钩2依靠绝缘操作绳1的拉力而限位在连接块6上,所述下拉挂钩2在向下的拉力而脱出连接块6。As shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, and Fig. 5, an auxiliary device for entering and exiting the electric field of a multi-split wire includes an insulating operation rope 1, a pull-down hook 2, and a body adapted to the multi-split wire 10 3. The multi-split wire 10 generally includes four-split wires, six-split wires and eight-split wires. In this embodiment, the four-split wire is taken as an example. The body 3 includes two splints 31, and is arranged between the two splints 31. pad 32, the body 3 is provided with an adjustment structure 4 for adjusting the center of gravity of the body 3 during lifting, one side of the splint 31 is provided with an outwardly extending arc guide 5, and the other side of the splint 31 There is a connection block 6 connected with the pull-down hook 2, the drop-down hook 2 is movably connected to the connection block 6, and one end of the insulating operation rope 1 passes through the arc guide part 5, the spacer 32 and the connection block 6 successively. Connected with the pull-down hook 2, the other end of the insulating operation rope 1 extends to the ground, the pull-down hook 2 is limited on the connecting block 6 by the pulling force of the insulating operating rope 1, and the pull-down hook 2 is in the downward pulling force And deviate from connection block 6.

通过本体3上设置的调节结构4,从而有效的调整了整个本体3的重心,保持装置整体平衡,保证顺利挂设的功能,同时避免装置重心偏差导致无人机9失衡,提高了本体3的挂设质量,由于本体3上设有绝缘操作绳1,因此,绝缘操作绳1能随本体3同步悬挂在多分裂导线10上,由于绝缘操作绳1的一端与下拉挂钩2相连,因此,挂设时下拉挂钩2始终受到绝缘操作绳1的拉力作业,下拉挂钩2无法脱离本体3,而当下拉挂钩2受到向下的作用力时能快速的脱出所述连接块6,当下拉挂钩2脱出连接块6时,绝缘操作绳1始终固定在下拉挂钩2上,因此绝缘操作绳1的一端能随下拉挂钩2而下降至地面,此时,作用人员能通过绝缘操作绳1作为电动升降装置的攀爬绳11而进出电场,因此消除了目前无人机9结合电动升降装置进出电场方法采用的抛绳法存在的缺陷和局限,使其适用于地理环境复杂地区及同塔双回或多回线路复杂线路,能够进入传统带电作业进出电场方法受限无法或较难进入的紧凑型杆塔等特殊杆塔线路位置,从而消除现有抛绳方式而导致绝缘绳磨损、脏污的问题,提高作业的安全性能,在本体一端设置圆弧导向部5,通过圆弧导向部5在本体3挂设时起到一定的导向和限位功能,进一步提高了本体3的挂设效率,连接块6的设置,能提高下拉挂钩2与连接块6的接触面积,提高下拉挂钩2的固定质量,最后,将本体3设置成夹板31和垫块32的结构,能有效的降低整个本体3的重量。Through the adjustment structure 4 provided on the body 3, the center of gravity of the entire body 3 is effectively adjusted, the overall balance of the device is maintained, and the function of hanging is ensured. Hanging quality, because the body 3 is provided with an insulating operation rope 1, therefore, the insulation operation rope 1 can be suspended on the multi-split conductor 10 synchronously with the body 3, because one end of the insulation operation rope 1 is connected with the pull-down hook 2, therefore, the hanging When it is assumed that the pull-down hook 2 is always subjected to the pulling force of the insulating operation rope 1, the pull-down hook 2 cannot be separated from the body 3, and when the pull-down hook 2 is subjected to a downward force, it can quickly escape from the connecting block 6, and when the pull-down hook 2 is released When the block 6 is connected, the insulating operating rope 1 is always fixed on the pull-down hook 2, so one end of the insulating operating rope 1 can drop to the ground along with the pulling-down hook 2. Climbing the rope 11 to enter and exit the electric field, thus eliminating the defects and limitations of the current rope throwing method used by the UAV 9 combined with the electric lifting device to enter and exit the electric field, making it suitable for areas with complex geographical environments and double or multiple circuits on the same tower The circuit is complicated and can enter the special pole line positions such as compact pole towers where the traditional live work method of entering and exiting the electric field is limited or difficult to enter, so as to eliminate the problem of insulation rope wear and dirt caused by the existing rope throwing method and improve the operation efficiency. Safety performance, the arc guide part 5 is set at one end of the body, and the arc guide part 5 plays a certain guiding and limiting function when the body 3 is hung, which further improves the hanging efficiency of the body 3. The setting of the connecting block 6 , can improve the contact area of pull-down hook 2 and connecting block 6, improve the fixed quality of pull-down hook 2, finally, body 3 is set to the structure of splint 31 and spacer 32, can effectively reduce the weight of whole body 3.

所述调节结构4包括调节块41和若干个设置在调节块41上的调节通孔42,相邻两个调节通孔42之间的间距均相等,每块夹板31上均设有一块调节块41,所述调节块41设置在靠近圆弧导向部5一端的本体3上,将调节结构4设置成调节块41和调节通孔42,调节通孔42不仅使其高空悬吊组件安装时具有多个安装位置,而且方便高空悬吊组件的快速安装,结构简单,将调节块41设置在靠近圆弧导向部5一端的本体3上,能保证整个本体的平衡性,所述夹板31上设有若干个安装孔21,所述调节块41通过螺钉43固定连接在夹板31上,能实现调节块41快速的安装在夹板31上,也可根据实际的需求设置调节块41的位置,满足不同型号的分裂导线10,所述圆弧导向部5的一端与夹板31为一体式结构,所述圆弧导向部5的另一端设有使其相互贴合的连接销51,将圆弧导向部5与夹板31设置成一体式结构,能简化圆弧导向部5与夹板31之间的安装工艺,提高圆弧导向部5与夹板31之间的连接强度,连接销51的设置,能减少圆弧导向部5两端的晃动。The adjustment structure 4 includes an adjustment block 41 and a plurality of adjustment through holes 42 arranged on the adjustment block 41, the distance between two adjacent adjustment through holes 42 is equal, and each splint 31 is provided with an adjustment block 41, the adjustment block 41 is arranged on the body 3 close to one end of the arc guide part 5, and the adjustment structure 4 is set as an adjustment block 41 and an adjustment through hole 42, and the adjustment through hole 42 not only makes the high-altitude suspension assembly have a Multiple installation positions, and it is convenient for quick installation of high-altitude suspension components. There are several installation holes 21, and the adjustment block 41 is fixedly connected to the splint 31 by screws 43, so that the adjustment block 41 can be quickly installed on the splint 31, and the position of the adjustment block 41 can also be set according to actual needs to meet different demands. Model split wire 10, one end of the arc guide part 5 and the splint 31 are integrally structured, the other end of the arc guide part 5 is provided with a connecting pin 51 that makes it fit together, and the arc guide part 5 and the splint 31 are arranged as an integrated structure, which can simplify the installation process between the arc guide 5 and the splint 31, improve the connection strength between the arc guide 5 and the splint 31, and the setting of the connecting pin 51 can reduce the circular arc. The rocking of arc guide part 5 two ends.

所述连接块6上设有T型孔60,所述下拉挂钩2的一端设有插销20,所述插销20活动连接在T型孔60内,且所述连接块6上设有伸入T型孔60内的玻珠螺丝61,当插销20受拉力向下作用时所述玻珠螺丝61收缩在连接块6内,玻珠螺丝61的设置,能方便卡住下拉挂钩2,避免下拉挂钩2意外脱出,玻珠螺丝61为现有技术,玻珠螺丝61的结构本实施例不做详细说明,当下拉挂钩2受到向下的拉力时能使玻珠螺丝61收缩在连接块6内,从而方便下拉挂钩2脱离连接块6,T型孔60和插销20能保证下拉挂钩2的活动的直线度,所述下拉挂钩2的一端设有固定插销20的安装孔21,所述下拉挂钩2的中部设有与绝缘操作绳1相连的连接孔22,所述下拉挂钩2的另一端设有悬挂槽23,所述悬挂槽23的一端设有导向斜边24,能使绝缘操作绳1固定时不受连接块6的干涉,提高了绝缘操作绳1的固定质量,凹槽的设置,能悬挂高空悬吊组件,方便向下拉挂钩2施加一个向下的拉力,保证下拉挂钩2脱离连接块6。The connecting block 6 is provided with a T-shaped hole 60, and one end of the drop-down hook 2 is provided with a latch 20, and the latch 20 is movably connected in the T-shaped hole 60, and the connecting block 6 is provided with a T-shaped hole extending into it. The glass bead screw 61 in the type hole 60 shrinks in the connecting block 6 when the bolt 20 is pulled downwards. The setting of the glass bead screw 61 can conveniently block the pull-down hook 2 and avoid the pull-down hook 2 Accidental prolapse, the glass bead screw 61 is the prior art, the structure of the glass bead screw 61 will not be described in detail in this embodiment, when the pull-down hook 2 is subjected to downward pulling force, the glass bead screw 61 can be shrunk in the connecting block 6, Thereby the pull-down hook 2 is separated from the connection block 6 conveniently, and the T-shaped hole 60 and the latch 20 can ensure the straightness of the activity of the pull-down hook 2. One end of the drop-down hook 2 is provided with a mounting hole 21 for fixing the latch 20, and the pull-down hook 2 The middle part is provided with the connecting hole 22 that links to each other with insulating operation rope 1, and the other end of described pull-down hook 2 is provided with hanging groove 23, and one end of described hanging groove 23 is provided with guiding hypotenuse 24, can make insulating operating rope 1 fix It is not interfered by the connecting block 6, which improves the fixing quality of the insulating operation rope 1. The setting of the groove can hang the high-altitude suspension component, and it is convenient to pull down the hook 2 to apply a downward pulling force to ensure that the pull-down hook 2 is separated from the connecting block. 6.

两块所述夹板31之间还设有能增加本体3机械强度的销钉33,能提高整个本体3的机械强度,提高整体的使用寿命,所述垫块32和连接块6均为尼龙块,所述夹板31为环氧树脂板,且所述环氧树脂板的宽度小于尼龙块的宽度,能有效的减轻整个辅助装置的重量,其次,将环氧树脂板的宽度不大于尼龙块的宽度,因此,能使辅助装置与多分裂导线接触时,能有效的防止夹板31与多分裂导线接触,保证完全由尼龙块受力,所述垫块32和连接块6上均设有与绝缘操作绳1相适配的导向凹槽7,所述垫块32、夹板31和连接块6上均设有向上延伸的凸起8,所述凸起8上设有避免绝缘操作绳1脱出导向凹槽7的限位钉81,且所述限位钉81上设有绝缘套82,导向凹槽7的设置,能实现绝缘操作绳1与本体3的固定质量,其次,通过限位钉81能有效地的避免绝缘操作绳1的脱出,绝缘套82的设置,能防止绝缘操作绳1的磨损,提高绝缘操作绳1的质量,另外,为了防止绝缘操作绳1的卡顿,可在尼龙块上设置倒角,本实施例中的限位钉81为铝合金限位钉81。A pin 33 that can increase the mechanical strength of the body 3 is also provided between the two splints 31, which can improve the mechanical strength of the entire body 3 and improve the overall service life. The spacer 32 and the connecting block 6 are all nylon blocks. The splint 31 is an epoxy resin plate, and the width of the epoxy resin plate is less than the width of the nylon block, which can effectively reduce the weight of the entire auxiliary device. Secondly, the width of the epoxy resin plate is not greater than the width of the nylon block Therefore, when the auxiliary device is in contact with the multi-split wire, it can effectively prevent the splint 31 from contacting the multi-split wire, and ensure that the nylon block is completely stressed. The guide groove 7 that is compatible with the rope 1, the pad 32, the splint 31 and the connecting block 6 are all provided with an upwardly extending protrusion 8, and the protrusion 8 is provided with a guide recess to prevent the insulating operation rope 1 from falling out. The limit nail 81 of the slot 7, and the limit nail 81 is provided with an insulating sleeve 82, and the setting of the guide groove 7 can realize the fixed quality of the insulating operation rope 1 and the body 3. Secondly, the limit nail 81 can Effectively prevent the insulating operation rope 1 from falling out, and the setting of the insulating sleeve 82 can prevent the abrasion of the insulating operating rope 1 and improve the quality of the insulating operating rope 1. In addition, in order to prevent the insulation operating rope 1 from being stuck, the nylon block Chamfering is provided on the top, and the limiting nail 81 in this embodiment is an aluminum alloy limiting nail 81 .

实施例二Embodiment two

本实施例还公开了一种进出多分裂导线电场的方法,如图6、图7、图8和图9所示,包括无人机9、起吊挂钩91、第一高空悬吊组件92和辅助装置,本实施例中的无人机9采用大疆M600六旋翼无人机,载重量为6kg,辅助装置采用实施例一所述的进出多分裂导线电场的辅助装置,所述无人机9上设有两个脱钩器93,且两个脱钩器93关于竖直轴线对称的设置在无人机9上,两个脱钩器93之间间隔越大,无人机9提供的扭矩越大,控制转向的效果越好,所述脱钩器93上设有与起吊挂钩91相连的连接绝缘绳94,在无人机9上设置与连接绝缘绳94的脱钩器93,当无人机9在空中失控或其他意外情况发生时,可立即打开脱钩器93,使连接绝缘绳94脱出,随即稳住飞机,避免进一步意外发生,而且脱钩器93设置有两个,可以控制吊装装置的转向,且设置成对称设置在无人机9上,能保持无人机9重心的平衡,整个吊装过程无需人员登杆作业,降低高空作业风险,减员增效明显,也可适用在水塘或复杂地形地区,拓展了高空作业的适用场景,所述第一高空悬吊组件92设置在调节结构4上,所述下拉挂钩2上悬挂有第二高空悬吊组件95,所述第二高空悬吊组件上设有拉动下拉挂钩2脱出连接部的下拉绝缘绳96,本实施例中的第一高空悬吊组件和第二高空悬吊组件均采用圆环结构,且所述圆环的直径D为20cm~60cm,小于20cm时,受到空中风力舞动及无人机9定位摆动的影响,起吊挂钩91难以进入高空悬吊组件,大于60cm时,高空悬吊组件对装置重心影响过大,且无人机9转动时更易使高空悬吊组件弯曲,难以控制装置,所述绝缘操作绳1上设有攀爬绳11,也可直接将绝缘操作绳1用于作业人员的攀爬,本实施例中,优先采用在绝缘操作绳1固定攀爬绳11,且攀爬绳11的直径大于绝缘操作绳1的直径,这样操作能有效减少了整个辅助装置在起吊时的重量,保证起吊的安全性能,且绝缘操作绳1和攀爬绳11之间设有冷缩管连接,连接可靠,连接部位没有明显凸起8,不易卡住,所述方法依次包括以下步骤:This embodiment also discloses a method for entering and exiting the electric field of multi-split wires, as shown in Figure 6, Figure 7, Figure 8 and Figure 9, including a drone 9, a lifting hook 91, a first high-altitude suspension assembly 92 and auxiliary Device, the UAV 9 in this embodiment adopts the DJI M600 six-rotor UAV with a load capacity of 6kg, and the auxiliary device adopts the auxiliary device for entering and exiting the multi-split wire electric field described in Embodiment 1. The UAV 9 Two uncoupling devices 93 are arranged on the top, and the two uncoupling devices 93 are symmetrically arranged on the drone 9 with respect to the vertical axis. The larger the interval between the two decoupling devices 93, the greater the torque provided by the drone 9. The better the effect of controlling the steering, the decoupling device 93 is provided with a connecting insulating rope 94 connected to the lifting hook 91, and the uncoupling device 93 connected with the insulating rope 94 is set on the unmanned aerial vehicle 9, when the unmanned aerial vehicle 9 is in the air When out of control or other unexpected situations take place, the uncoupling device 93 can be opened immediately to make the connecting insulating rope 94 deviate from, then stabilize the aircraft to avoid further accidents, and the uncoupling device 93 is provided with two, which can control the steering of the lifting device It is arranged symmetrically on the drone 9, which can maintain the balance of the center of gravity of the drone 9. The whole hoisting process does not require personnel to work on the pole, which reduces the risk of high-altitude operations. The applicable scene of high-altitude work is expanded, the first high-altitude suspension component 92 is arranged on the adjustment structure 4, the second high-altitude suspension component 95 is suspended on the drop-down hook 2, and the second high-altitude suspension component is provided with There is a pull-down insulating rope 96 that pulls the pull-down hook 2 out of the connecting part. The first high-altitude suspension component and the second high-altitude suspension component in this embodiment both adopt a ring structure, and the diameter D of the ring is 20cm-60cm , when it is less than 20cm, it is difficult for the lifting hook 91 to enter the high-altitude suspension component due to the influence of wind dancing in the air and the positioning swing of the drone 9; It is easier to bend the high-altitude suspension assembly and it is difficult to control the device. The insulating operation rope 1 is provided with a climbing rope 11, and the insulating operation rope 1 can also be directly used for climbing by the workers. In this embodiment, the preferred method is to use Fix the climbing rope 11 on the insulating operation rope 1, and the diameter of the climbing rope 11 is larger than the diameter of the insulating operating rope 1, so that the operation can effectively reduce the weight of the entire auxiliary device when lifting, ensure the safety performance of lifting, and the insulation operation There is a cold-shrink tube connection between the rope 1 and the climbing rope 11, the connection is reliable, there is no obvious protrusion 8 at the connection part, and it is not easy to get stuck. The method includes the following steps in sequence:

步骤一:将两根绝缘操作绳1的一端分别穿过圆弧导向部5、垫块32和连接块6后固定在下拉挂钩2上,并将下拉挂钩2安装在本体上且拉紧绝缘操作绳1使下拉挂钩2不脱出,然后将第一高空悬吊组件92固定在调节块41上;Step 1: Fix one end of the two insulating operation ropes 1 through the arc guide part 5, the spacer 32 and the connecting block 6 respectively on the pull-down hook 2, install the pull-down hook 2 on the body and tighten the insulation operation The rope 1 keeps the pull-down hook 2 from coming out, and then the first high-altitude suspension assembly 92 is fixed on the adjustment block 41;

步骤二:将步骤一安装后的本体3通过起吊挂钩91和连接绝缘绳94安装在无人机9的脱钩器93上;Step 2: install the body 3 installed in step 1 on the uncoupling device 93 of the drone 9 through the lifting hook 91 and the connecting insulating rope 94;

步骤三:将步骤二安装后的无人机9进行起飞操作,地面操作人员通过辅助的无人机9或摄像机确定作业位置、无人机9的飞行状态及装置的空中姿态,并引导无人机9飞行至多分裂导线10的相应位置,将本体3对准挂设位置,贴近多分裂导线10使圆弧导向部5贴合多分裂导线10,向下移动本体3,导线10落入本体3内,完成挂设,无人机9向下调整位置使起吊挂钩91脱出第一高空悬吊组件92,无人机9返回地面;Step 3: Take off the UAV 9 installed in Step 2, and the ground operator determines the working position, the flight status of the UAV 9 and the air attitude of the device through the auxiliary UAV 9 or camera, and guides the UAV 9 The machine 9 flies to the corresponding position of the multi-split wire 10, aligns the main body 3 with the hanging position, gets close to the multi-split wire 10 so that the arc guide part 5 fits the multi-split wire 10, moves the body 3 downward, and the wire 10 falls into the body 3 Inside, the hanging is completed, the UAV 9 adjusts its position downwards so that the lifting hook 91 breaks out of the first high-altitude suspension assembly 92, and the UAV 9 returns to the ground;

步骤四:将系有下拉绝缘绳96的第二高空悬吊组件95悬挂步骤三返回的无人机9的起吊挂钩91上,并将安装后的无人机9进行起飞操作,使第二高空悬吊组件95挂设在下拉挂钩2上,无人机9调整位置使起吊挂钩91脱出第二高空悬吊组件95后无人机9返回地面;Step 4: On the hoisting hook 91 of the unmanned aerial vehicle 9 that the second high-altitude suspension assembly 95 that is tied with the pull-down insulation rope 96 is suspended step three returns, and the unmanned aerial vehicle 9 after installation is carried out take-off operation, makes the second high-altitude The suspension assembly 95 is hung on the drop-down hook 2, and the UAV 9 adjusts its position so that the hoisting hook 91 breaks away from the second high-altitude suspension assembly 95 and then the UAV 9 returns to the ground;

步骤五:地面作业人员拉动下拉绝缘绳96使下拉挂钩2向下受力而脱出本体3,下拉挂钩2带动两根绝缘操作绳1下拉,而绝缘操作绳1带动攀爬绳11穿入辅助装置,其中:一根攀爬绳11用于后备保护用,另一根攀爬绳11作为电动升降装置的攀爬用;Step 5: The ground operator pulls the pull-down insulating rope 96 to force the pull-down hook 2 to fall out of the body 3. The pull-down hook 2 drives the two insulating operation ropes 1 to pull down, and the insulation operation rope 1 drives the climbing rope 11 to penetrate into the auxiliary device. , wherein: one climbing rope 11 is used for backup protection, and the other climbing rope 11 is used for climbing of the electric lifting device;

步骤六:作业人员通过电动升降装置进出电场,完成作业,返回地面;Step 6: The operator enters and exits the electric field through the electric lifting device, completes the operation, and returns to the ground;

步骤七:将攀爬绳11穿过回收套环后通过无人机9吊起,地面作业人员通过拉动攀爬绳11将回收套环卡接在本体上;Step 7: Pass the climbing rope 11 through the recovery collar and lift it up by the drone 9, and the ground operator pulls the climbing rope 11 to clamp the recovery collar on the body;

步骤八:无人机9下挂系有下拉绝缘绳96的起吊挂钩91起飞,地面作业人员手拉下拉绝缘绳96进行控制,将起吊挂钩91挂入装置第一高空悬吊组件92内,解开定位绝缘绳后无人机9吊起本体而返回地面。Step 8: The lifting hook 91 with the pull-down insulating rope 96 attached to the lower part of the UAV 9 takes off. Unmanned aerial vehicle 9 hoists the body and returns to the ground after opening the positioning insulation rope.

通过上述进出多分裂导线电场的方法,能有效消除目前无人机结合电动升降装置进出电场方法存在的缺陷和局限,能够通过该方法安全轻松便捷地由地面进入作业点位位置,以便开展带电消缺或安装在线检测装置。Through the above method of entering and exiting the electric field of multi-split wires, the defects and limitations of the current method of entering and exiting the electric field of unmanned aerial vehicles combined with electric lifting devices can be effectively eliminated. Through this method, it is safe, easy and convenient to enter the operating point from the ground, so as to carry out electrification. Missing or installing an online detection device.

以上所述仅为本发明的具体实施例,但本发明的技术特征并不局限于此,任何本领域的技术人员在本发明的领域内,所作的变化或修饰皆涵盖在本发明的专利范围之中。The above is only a specific embodiment of the present invention, but the technical characteristics of the present invention are not limited thereto, any changes or modifications made by those skilled in the art within the field of the present invention are covered by the patent scope of the present invention among.

Claims (10)

1. The utility model provides an auxiliary device of business turn over many bundled conductor electric fields which characterized in that: including insulating operation rope, drop-down couple to and with the body of many split conductors looks adaptations, the body includes two splint to and the cushion of setting between two splint, be equipped with on the body and adjust the centrobaric regulation structure of body when lifting by crane, splint are the type of falling U structure, the bottom of splint is equipped with the first groove that hangs of opening down, the body is hung through first groove that hangs and is established on many split conductors, one side of splint is equipped with the circular arc guide part of outside extension, the opposite side of splint is equipped with the connecting block that links to each other with drop-down couple, just circular arc guide part and connecting block set up two free ends department at the type of falling U structure, drop-down couple swing joint is on the connecting block, the one end of insulating operation rope links to each other with drop-down couple after passing circular arc guide part, cushion and connecting block in proper order, the other end of insulating operation rope extends to ground, drop-down couple relies on the pulling force of insulating operation rope and spacing on the connecting block, drop-down couple receives decurrent pulling force and deviates from the connecting block when acting.
2. The device of claim 1, wherein the device comprises: the adjusting structure comprises an adjusting block and a plurality of adjusting through holes arranged on the adjusting block, the distance between every two adjacent adjusting through holes is equal, an adjusting block is arranged on each clamping plate, and the adjusting block is arranged on the body close to one end of the arc guide portion.
3. The device of claim 2, wherein the electrical field is applied to a multi-split conductor by: the clamping plate is provided with a plurality of mounting holes, and the adjusting block is fixedly connected to the clamping plate through screws.
4. The device of claim 1, wherein the device comprises: one end of the arc guide part and the clamping plate are of an integrated structure, and the other end of the arc guide part is provided with a connecting pin for enabling the two arc guide parts to be mutually attached.
5. The device of claim 1, wherein the device comprises: the connecting block is provided with a T-shaped hole, one end of the pull-down hook is provided with a bolt, the bolt is movably connected in the T-shaped hole, a wave bead screw stretching into the T-shaped hole is arranged on the connecting block, and the wave bead screw is contracted in the connecting block when the bolt is acted downwards by tension.
6. The device of claim 5, wherein the device further comprises: one end of the pull-down hook is provided with a mounting hole for fixing the bolt, the middle of the pull-down hook is provided with a connecting hole connected with the insulating operation rope, the other end of the pull-down hook is provided with a second suspension groove, and one end of the second suspension groove is provided with a guide bevel edge.
7. The device of claim 1, wherein the device comprises: and a pin capable of increasing the mechanical strength of the body is arranged between the two clamping plates.
8. The device of claim 1, wherein the device comprises: the cushion block and the connecting block are nylon blocks, the clamping plate is an epoxy resin plate, and the width of the epoxy resin plate is smaller than that of the nylon blocks.
9. The device of claim 8, wherein the device further comprises: all be equipped with the direction recess with insulating operation rope looks adaptation on cushion and the connecting block, all be equipped with the arch of upwards extending on cushion, splint and the connecting block, be equipped with the spacing nail of avoiding insulating operation rope to deviate from direction recess in the arch, just be equipped with insulating cover on the spacing nail.
10. A method of accessing an electric field of a multi-split conductor, comprising: the device comprises an unmanned aerial vehicle, a lifting hook, a first high-altitude suspension assembly and an auxiliary device, wherein the auxiliary device adopts the auxiliary device for entering and exiting a multi-bundle conductor electric field as claimed in any one of claims 1 to 9, two detachers are arranged on the unmanned aerial vehicle and symmetrically arranged on the unmanned aerial vehicle about a vertical axis, a connection insulating rope connected with the lifting hook is arranged on each detacher, the first high-altitude suspension assembly is arranged on an adjusting structure, a second high-altitude suspension assembly is suspended on each lower-pulling hook, a lower-pulling insulating rope for pulling the lower-pulling hook to be separated from a connecting block is arranged on each second high-altitude suspension assembly, a climbing rope is arranged on each insulating operation rope, and the method sequentially comprises the following steps:
the method comprises the following steps: one end of each of two insulating operation ropes respectively penetrates through the arc guide part, the cushion block and the connecting block and then is fixed on the pull-down hook, the pull-down hook is installed on the body, the insulating operation ropes are tensioned to prevent the pull-down hook from falling off, and then the first high-altitude suspension assembly is fixed on the adjusting structure;
step two: mounting the body mounted in the first step on a detacher of the unmanned aerial vehicle through a lifting hook and a connecting insulating rope;
step three: taking off the unmanned aerial vehicle installed in the second step, determining an operation position, a flight state of the unmanned aerial vehicle and an aerial posture of the device by a ground operator through an auxiliary unmanned aerial vehicle or a camera, guiding the unmanned aerial vehicle to fly to a corresponding position of the wire, aligning the body to a hanging position, enabling the arc guide part to be attached to the wire by being close to the wire, moving the body downwards, enabling the wire to fall into the body to complete hanging, enabling the lifting hook to be separated from the first high-altitude suspension assembly by downwards adjusting the position of the unmanned aerial vehicle, and enabling the unmanned aerial vehicle to return to the ground;
step four: hanging a second high-altitude suspension assembly tied with a pull-down insulating rope on the lifting hook of the unmanned aerial vehicle returned in the third step, taking off the installed unmanned aerial vehicle to enable the second high-altitude suspension assembly to be hung on the pull-down hook, and adjusting the position of the unmanned aerial vehicle to enable the lifting hook to be separated from the second high-altitude suspension assembly and then enable the unmanned aerial vehicle to return to the ground;
step five: ground operation personnel pulling insulating rope down makes the pull-down couple atress downwards and deviate from the body, and pull-down couple drives two insulation operation rope pulldowns, and the insulation operation rope drives the climbing rope and penetrates auxiliary device, wherein: one climbing rope is used for backup protection, and the other climbing rope is used for climbing of the electric lifting device;
step six: the operator enters and exits the electric field through the electric lifting device to complete the operation and returns to the ground;
step seven: the climbing rope penetrates through the recovery lantern ring and is hoisted by the unmanned aerial vehicle, and ground operators pull the climbing rope to clamp the recovery lantern ring on the body;
step eight: the unmanned aerial vehicle hung with the lifting hook takes off, the lifting hook is tied with a pull-down insulating rope, ground operators pull the pull-down insulating rope by hand to control the lifting hook to be hung in the first high-altitude suspension assembly, and the unmanned aerial vehicle lifts the body and returns to the ground.
CN202111325503.2A 2021-11-10 2021-11-10 Auxiliary device and method for entering and exiting multi-bundle conductor electric field Active CN114204478B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202111325503.2A CN114204478B (en) 2021-11-10 2021-11-10 Auxiliary device and method for entering and exiting multi-bundle conductor electric field

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202111325503.2A CN114204478B (en) 2021-11-10 2021-11-10 Auxiliary device and method for entering and exiting multi-bundle conductor electric field

Publications (2)

Publication Number Publication Date
CN114204478A CN114204478A (en) 2022-03-18
CN114204478B true CN114204478B (en) 2023-04-07

Family

ID=80647240

Family Applications (1)

Application Number Title Priority Date Filing Date
CN202111325503.2A Active CN114204478B (en) 2021-11-10 2021-11-10 Auxiliary device and method for entering and exiting multi-bundle conductor electric field

Country Status (1)

Country Link
CN (1) CN114204478B (en)

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105390988A (en) * 2015-12-17 2016-03-09 国家电网公司 Ultra-high voltage power transmission line equipotential live working device and use method thereof

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH10216253A (en) * 1997-02-12 1998-08-18 Nippon Retsuku Kk Ropeway rescue device and its mounting method
CN108298080B (en) * 2017-12-20 2021-08-10 易瓦特科技股份公司 Method, system and device for hanging rope ladder on target cable based on ground station
CN108599007B (en) * 2018-03-29 2020-07-24 武汉大学 Device and method for installing pulley insulating rope on high-voltage line unmanned aerial vehicle
CN208890236U (en) * 2018-11-15 2019-05-21 国网四川省电力公司检修公司 New easy-to-use wire trolley
CN110011224A (en) * 2019-05-15 2019-07-12 国家电网有限公司 A combined live working insulating rope protection tool and operation method

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105390988A (en) * 2015-12-17 2016-03-09 国家电网公司 Ultra-high voltage power transmission line equipotential live working device and use method thereof

Also Published As

Publication number Publication date
CN114204478A (en) 2022-03-18

Similar Documents

Publication Publication Date Title
CN103227431A (en) Method for replacing insulator chains in 220 kV long-span high tower in live working
KR20080044012A (en) Direct ship construction method of 765 kilovolt 2-line transmission line by helicopter
CN108832531A (en) A transmission line maintenance device
CN114014156B (en) Device and method for accurately hoisting unmanned aerial vehicle at high altitude
CN114204478B (en) Auxiliary device and method for entering and exiting multi-bundle conductor electric field
CN216699341U (en) Auxiliary device for passing in and out electric field of multi-bundle conductor
CA1090322A (en) Method to draw out wires and their hanging up in poles
CN204651782U (en) Phase connection device in one
CN114123025B (en) Auxiliary device and method for electric field of single wire, double split wires and ground wire
CN216904035U (en) Auxiliary device for passing in and out single conductor, double split conductor and ground wire electric field
CN112152145A (en) Power line equipotential operation method based on high-altitude rope technology
CN216471839U (en) A device for high-altitude precision hoisting by unmanned aerial vehicles
CN103663171A (en) Crane and derrick mast thereof
CN216662188U (en) Wall bushing hoisting balance tool
CN104852330B (en) A middle-phase connector
CN106129898B (en) One kind changes ground wire and crosses over servicing unit
CN108988200A (en) The method of somersault coaster is hung and taken on a kind of somersault coaster and overhead transmission line
CN110783851B (en) Transmission line outlet device
CN208767697U (en) UAV wire system
CN109179217B (en) Super high-rise vertical high-voltage cable laying construction process
CN108265987B (en) Installation method of large-span space truss
CN214044754U (en) Special clamping and fixing device for UHV tensile string wire end connecting plate
CN112615300B (en) A device and method for using unmanned aerial vehicle to enter and exit UHV tensile string
CN214100594U (en) Auxiliary device of unmanned aerial vehicle for equipotential operation in and out of tension towers of transmission lines
CN205141515U (en) Protection mechanism is strideed across to transmission line passageway

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant