CN106961085B - A kind of electric wire stringing method being used between mountain top - Google Patents

A kind of electric wire stringing method being used between mountain top Download PDF

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Publication number
CN106961085B
CN106961085B CN201710346916.6A CN201710346916A CN106961085B CN 106961085 B CN106961085 B CN 106961085B CN 201710346916 A CN201710346916 A CN 201710346916A CN 106961085 B CN106961085 B CN 106961085B
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CN
China
Prior art keywords
nylon rope
electric wire
clamping mechanism
haulage gear
anchor tip
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CN201710346916.6A
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Chinese (zh)
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CN106961085A (en
Inventor
陈克勇
邓德慧
刘宇
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State Grid Corp of China SGCC
Jingmen Power Supply Co of State Grid Hubei Electric Power Co Ltd
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State Grid Corp of China SGCC
Jingmen Power Supply Co of State Grid Hubei Electric Power Co Ltd
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Application filed by State Grid Corp of China SGCC, Jingmen Power Supply Co of State Grid Hubei Electric Power Co Ltd filed Critical State Grid Corp of China SGCC
Priority to CN201710346916.6A priority Critical patent/CN106961085B/en
Publication of CN106961085A publication Critical patent/CN106961085A/en
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    • 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
    • H02G1/04Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for overhead lines or cables for mounting or stretching

Abstract

The invention belongs to stringing technical field, a kind of more particularly to electric wire stringing method being used between mountain top, the method relies on nylon rope haulage gear, electric wire haulage gear, outlet mechanism, the nylon rope anchor tip that turns back, electric wire anchor tip, the second nylon rope anchor tip and realizes that wherein nylon rope haulage gear is used on the first nylon rope with electric wire haulage gear;Outlet mechanism is installed on hillside;The nylon rope anchor tip that turns back is installed on and turns back on nylon rope;Electric wire anchor tip is installed on electric wire;Second nylon rope anchor tip is installed on the second nylon rope;It has the function of automatic wiring, once sets up and can complete to install electricity lines.

Description

A kind of electric wire stringing method being used between mountain top
Technical field
The invention belongs to stringing technical field, more particularly to a kind of electric wire stringing method being used between mountain top.
Background technology
Existing stringing technology is needed first by a nylon rope support between initial electric pole and target electric pole at present;Then again By second tension nylon rope support between initial electric pole and target electric pole, then two nylon ropes can bear the weight of electric wire When, electric wire is erected between initial electric pole and target electric pole by the traction of the 3rd nylon rope, the efficiency of such stringing is Than relatively low, and the complex procedures of stringing, so just needing a kind of electric wire stringing method being used between mountain top.
A kind of electric wire stringing method being used between mountain top of present invention design solves the problems, such as above.
The content of the invention
To solve drawbacks described above of the prior art, the present invention discloses a kind of electric wire stringing method being used between mountain top, It is realized using following technical scheme.
A kind of electric wire stringing method being used between mountain top, it is characterised in that:The method relies on nylon rope haulage gear, electricity Line haulage gear, outlet mechanism, the nylon rope anchor tip that turns back, electric wire anchor tip, the second nylon rope anchor tip realize, Wherein nylon rope haulage gear is used on the first nylon rope with electric wire haulage gear;Outlet mechanism is installed on hillside;Folding Return nylon rope anchor tip be installed on turn back on nylon rope;Electric wire anchor tip is installed on electric wire;Second nylon rope is fixed and connect Head is installed on the second nylon rope.
Above-mentioned outlet mechanism includes two disk nylon ropes, a disk electric wire, and two disk nylon ropes are fixed on a disk electric wire by axis On hillside.
Said wires haulage gear includes the first shell, the first drive wheel mechanism, the first limited ring groove, the first battery, stretches Contracting lever apparatus, the nylon rope joint design that turns back, electric wire clamping mechanism, the second nylon rope clamping mechanism, wherein the first battery is installed In the first shell lower end;Electric wire clamping mechanism is installed on the first shell side;Nylon rope joint design one end of turning back is provided with cone Face, and two the first limited ring grooves are provided with Wire joint structure inner headed face;The nylon rope joint design that turns back is installed on outside first On shell-side face;Second nylon rope clamping mechanism is installed on the first shell side;Two Telescopic rod devices are symmetrically mounted on first Shell side both ends;Electric wire clamping mechanism, the nylon rope joint design that turns back, the second nylon rope clamping mechanism, Telescopic rod device are equal On the first shell same side;Electric wire clamping mechanism, the nylon rope joint design that turns back, the second nylon rope clamping mechanism are under It is sequentially arranged at upwards on the first shell side;Two Telescopic rod devices are respectively positioned on the upside of the second nylon rope clamping mechanism;Two First drive wheel mechanism is sequentially arranged on the first outer casing inner wall side.
Above-mentioned first drive wheel mechanism includes the first driving wheel set casing, the first driving wheel, the first fixing axle, the first electricity Machine, wherein the first motor is installed on the first outer casing inner wall side;First driving wheel set casing is installed on the first motor casing periphery On;First driving wheel one end is installed on the first driving wheel set casing end face;The outer end face of the first driving wheel other end passes through One fixing axle and the first cage connection;First driving wheel inner face and the first motor axis connection;First driving wheel axis and first Motor shaft axis overlaps.
Above-mentioned Telescopic rod device includes telescopic rod, plectane, spring, telescopic, guide groove, wherein guide block, telescopic inner headed face On be symmetrically provided with two non-through guide grooves;Two guide blocks are symmetrically mounted on telescopic rod periphery;Telescopic rod by guide block with Guide groove is fitted in telescopic;Telescopic rod one end is provided with plectane;Spring is nested in telescopic rod and telescopic periphery On;Spring one end is installed on plectane end face, and the other end is installed on the first shell side.
Above-mentioned nylon rope haulage gear includes the second drive wheel mechanism, second housing, the second nylon rope joint design, electric wire Joint design, the second limited ring groove, the 3rd limited ring groove, the nylon rope clamping mechanism that turns back, the second battery, wherein the second battery is pacified Mounted in second housing lower end;Wire joint structure one end is provided with the conical surface, and two second are provided with Wire joint structure inner headed face Limited ring groove;Wire joint structure is installed on second housing side;The nylon rope clamping mechanism that turns back is installed on second housing side On face;Second nylon rope joint design one end is provided with the conical surface, and two the 3rd spacing rings are provided with Wire joint structure inner headed face Groove;Second nylon rope joint design is installed on second housing side;Wire joint structure, the nylon rope clamping mechanism that turns back, Two nylon rope joint designs are sequentially arranged on second housing same side from top to bottom.
Above-mentioned second drive wheel mechanism includes the second driving wheel set casing, the second driving wheel, the second fixing axle, the second electricity Machine, wherein the second motor is installed on second housing inner wall side;Second driving wheel set casing is installed on the second motor casing periphery On;Second driving wheel one end is installed on the second driving wheel set casing end face;The outer end face of the second driving wheel other end passes through Two fixing axles are connected with second housing;Second driving wheel inner face and the second motor axis connection;Second driving wheel axis and second Motor shaft axis overlaps.
The above-mentioned nylon rope clamping mechanism that turns back, electric wire clamping mechanism, the structure of the second nylon rope clamping mechanism and installation side Formula is identical, and for the nylon rope clamping mechanism that turns back, the nylon rope clamping mechanism that turns back is by three clampings being in triangular distribution Device forms;Three gripping mechanisms are installed on the first shell side.
Above-mentioned gripping mechanism includes limiting plate, the first cambered surface, the second cambered surface, leaf spring, collateral ear, limiting slot, middle journal stirrup, The collateral ear of two of which is installed on the first shell side;Two limiting slots are provided with limiting plate end face, and are had on limiting slot There are the first cambered surface and the second cambered surface;The gradient of second cambered surface is more than the first cambered surface and less than 90 degree;Limiting plate both ends are provided with arc Face;Limiting plate one end is provided with middle journal stirrup, and middle journal stirrup is installed between two collateral ears by straight pin;Pacify leaf spring one end On limiting plate, the other end is installed on the first shell side.
Above-mentioned turn back nylon rope joint design and nylon rope clamping mechanism cooperation of turning back;Wire joint structure and electric wire clamping Mechanism coordinates;Second nylon rope joint design and the second nylon rope clamping mechanism coordinate;Turn back nylon rope joint design, electric wire connects Header structure, the second nylon rope joint design are respectively provided with certain elasticity.
Above-mentioned first battery is connected by circuit with the first motor;Second battery is connected by circuit with the second motor.
Above-mentioned second nylon rope anchor tip, electric wire anchor tip, mounting structure is complete on the nylon rope anchor tip that turns back Identical, for the nylon rope anchor tip that turns back, six limited blocks in pairs fix by the circumferentially uniform nylon rope that turns back that is installed on On connector periphery, and two limited blocks in every group are distributed along the nylon rope anchor tip axis that turns back.
The following steps are needed to complete during using the said equipment stringing:1st, staff installs on target electric pole top and is oriented to Wheel;Outlet mechanism is fixed on hillside top;2nd, conventional method is launched etc. by the first nylon rope by unmanned plane transport or air gun The first nylon rope is bypassed into directive wheel from initial electric pole transportation to target electric pole, and by staff;3rd, staff is by Buddhist nun Imperial wire saws mechanism is installed on the first nylon rope, and the first drive wheel mechanism and the first nylon rope coordinate, and the nylon that will turn back Rope is through second housing, and in the nylon rope clamping mechanism that turns back, the nylon rope anchor tip that will turn back is installed on the nylon rope that turns back One end, the limiting slot for the nylon rope clamping mechanism that turns back coordinate with corresponding limited block;4th, staff pacifies electric wire haulage gear On the first nylon rope, and the second drive wheel mechanism and the first nylon rope coordinate, and by a disk nylon rope in outlet mechanism Second nylon rope passes through the first shell, and in the second nylon rope clamping mechanism, the second nylon rope anchor tip is installed on the Two nylon rope one end, the limiting slot of the second nylon rope clamping mechanism coordinate with corresponding limited block;Electric wire passes through the first shell, position In in electric wire clamping mechanism, electric wire anchor tip is installed on electric wire one end, the limiting slot of electric wire clamping mechanism and corresponding limit Position block coordinates;5th, the second battery gives the power supply of nylon rope haulage gear, and nylon rope haulage gear will drive the nylon rope that turns back to first Beginning electric pole moves, and the first battery is powered to electric wire haulage gear, and wire drawing structure will drive the second nylon rope and electric wire mesh Mark electric pole movement;6th, when electric wire haulage gear and nylon rope haulage gear meet, turn back nylon rope joint design and the nylon that turns back Clamping mechanism of restricting contacts;Wire joint structure and electric wire clamping mechanism contacts;Second nylon rope joint design and the second nylon rope Clamping mechanism contacts;Electric wire haulage gear continues to move with nylon rope haulage gear at this time, and turn back nylon rope joint design One active force of nylon rope clamping mechanism that turns back will be given so that three gripping mechanism movements, the flexible nylon rope that turns back The joint design nylon rope anchor tip that will will turn back wraps, and the first limited ring groove and turns back at this time on nylon rope anchor tip Limited block coordinate;Flexible Wire joint structure will wrap electric wire anchor tip, at this time the second limited ring groove Coordinate with the limited block on electric wire anchor tip;Flexible second nylon rope joint design will fix the second nylon rope Connector wraps, and the limited block on the 3rd limited ring groove and the second nylon rope anchor tip coordinates at this time;Nylon wire saws afterwards Mechanism will draw the second nylon rope and electric wire backtracking and move, and electric wire haulage gear transports traction nylon rope backtracking of turning back It is dynamic;The weight of electric wire will be undertaken by two nylon ropes afterwards, and electric wire haulage gear and nylon rope haulage gear will be after Reforwarding is moved, so as to achieve the purpose that electric wire from initial pantograph to target electric pole;7th, stringing is completed to fix in electric wire, by electric wire Haulage gear is pulled down with nylon rope haulage gear, and stringing process terminates.
Solid lubrication oil is scribbled between above-mentioned first driving wheel and the first nylon rope;Second driving wheel and the first nylon rope it Between scribble solid lubrication oil.
Above-mentioned spring is compression spring.
Above-mentioned second fixing axle is installed on second housing by bearing.
Above-mentioned first fixing axle is installed on the first shell by bearing.
Relative to traditional stringing technology, the present invention, which devises, is related to a kind of electric wire stringing method being used between mountain top, It has the function of automatic wiring, once sets up and can complete to install electricity lines;The effect of outlet mechanism is in the present invention, to set up Nylon rope and the electric wire set up are provided during electric wire;The effect of nylon rope haulage gear is to drive nylon rope movement of turning back, electricity The effect of line haulage gear is to drive the second nylon rope and wire motion, and is coordinated with the nylon rope that turns back on nylon rope, forms two Root nylon rope, the mesh for the required time raising string efficiency of stringing of so as to reach carrying electric wire weight, quickly making contact, reduce 's.
Electric wire anchor tip, the outside diameter of the second nylon rope anchor tip are more than corresponding hole on the first shell in the present invention Effect is, when nylon rope haulage gear and electric wire haulage gear are exchanged with each other line, prevents the second nylon rope and electric wire from deviating from the One shell;The effect that electric wire anchor tip outside diameter is more than the hole opened on second housing is, when nylon rope haulage gear and electric wire When haulage gear is exchanged with each other line, the nylon rope abjection second housing that turns back is prevented.
Nylon rope haulage gear has the function that traction is turned back nylon rope in the present invention, and the effect of the first motor is drive the One driving wheel moves;The effect of first driving wheel set casing is to fix the first driving wheel;The effect of directive wheel is, to the first nylon Rope is oriented to;The effect of first drive wheel mechanism is to drive the movement of electric wire haulage gear;The work of spring on Telescopic rod device With being to prevent electric wire haulage gear from colliding with nylon rope haulage gear;The effect of Telescopic rod device is that fixed spring prevents Spring failure;When prevent electric wire haulage gear and nylon rope haulage gear i.e. will thread-changing when, turn back nylon rope joint design and The nylon rope clamping mechanism that turns back contacts;Wire joint structure and electric wire clamping mechanism contacts;Second nylon rope joint design and Two nylon rope clamping mechanisms contact;Electric wire haulage gear continues to move with nylon rope haulage gear at this time, and turn back nylon rope Joint design will give one active force of nylon rope clamping mechanism that turns back so that the limiting plate in three gripping mechanisms will surround Straight pin moves, and the limiting slot on limiting plate is gradually progressively disengaged from the limited block on the nylon rope anchor tip that turns back at this time, Nylon rope haulage gear continues to move to initial electric pole at this time;Electric wire haulage gear continues to move to target electric pole, until The first limited ring groove to turn back on nylon rope joint design all wraps the limited block on the second nylon rope anchor tip, from And the nylon rope changing-over that will turn back is on electric wire haulage gear;Wire joint structure will give one active force of electric wire clamping mechanism, Moved so that the limiting plate in three gripping mechanisms will surround straight pin, the gradual electric wire of the limiting slot on limiting plate is fixed at this time Progressively disengaged on limited block on connector, nylon rope haulage gear continues to move to initial electric pole at this time, electric wire dragger Structure continues to move to target electric pole, until the limited block on the second limited ring groove electric wire anchor tip on Wire joint structure is complete Portion wraps, so that by electric wire changing-over to nylon rope haulage gear;Second nylon rope joint design will give the second nylon rope One active force of clamping mechanism so that the limiting plate in three gripping mechanisms will surround straight pin and move, at this time on limiting plate Limiting slot gradually progressively disengaged from the limited block on the second nylon rope anchor tip, electric wire haulage gear continues at this time Being moved to target electric pole, electric wire haulage gear continues to move to target electric pole, and the on the second nylon rope joint design the 3rd Limited ring groove all wraps the limited block on the second nylon rope anchor tip, so that by the second nylon rope changing-over to nylon rope On haulage gear;Second nylon rope clamping mechanism, the nylon rope clamping mechanism that turns back, electric wire clamping mechanism are filled using three clampings Put, and three gripping mechanisms are according to the effect of Triangle-Profile, easy to the second nylon rope anchor tip, turn back nylon rope Anchor tip, electric wire anchor tip are fixed;The effect of second nylon rope anchor tip is to fix the second nylon rope;Turn back Buddhist nun The effect of dragon rope anchor tip is the fixed nylon rope that turns back;The effect of electric wire anchor tip is fixed electric wire;The effect of leaf spring is Give limiting plate one restoring force effect;The effect of limiting slot is provided with leaf spring is, coordinates with the limited block on corresponding anchor tip, Limit the movement of anchor tip;Being provided with limiting plate on limiting slot and limiting slot has the first cambered surface and the second cambered surface, the second arc The gradient in face is more than the gradient of the first cambered surface, and the effect less than 90 degree is, on the one hand coordinates with the limited block on anchor tip Limit the movement of anchor tip;The effect of second cambered surface is when the nested second nylon rope anchor tip of the second nylon rope joint design During movement, prevent that the second nylon rope joint design is stuck in limiting slot;The effect that limiting plate both ends are provided with cambered surface is, close to mesh The cambered surface of mark electric pole, which has, smoothly jacks up corresponding limiting plate easy to joint design;Effect close to initial electric pole is to prevent It is stuck in limiting plate motion process;When nylon rope joint design nesting of turning back turns back the movement of nylon rope anchor tip, turn back Buddhist nun Imperial rope socket structure is stuck in limiting slot;When Wire joint structure nesting electric wire anchor tip moves, power lug is prevented Structure is stuck in limiting slot;It is one in invention using the effect of the first nylon rope and the second nylon rope in present device Root nylon rope may only bear initial electric pole to the bigger electric wire weight of length 1/2 between target electric pole, so having to two Electric wire just successfully can be set up by root nylon rope, only need once frame nylon rope to complete the whole of electric wire in the present invention A erection process, reduces frame nylon rope number so as to reach, heightens the function of driving line efficiency.
The effect of the first drive wheel mechanism is that driving electric wire haulage gear moves in the present invention, the work of the second drive wheel mechanism With being that driving nylon rope haulage gear moves;Restoring force effect when the effect of spring is to one return of plectane.
In use, staff installs directive wheel on target electric pole top;Outlet mechanism is fixed on hillside top End;By the conventional method such as unmanned plane transport or air gun transmitting by the first nylon rope from initial electric pole transportation to target electric pole, And the first nylon rope is bypassed into directive wheel by staff;Nylon rope haulage gear is installed on the first nylon rope by staff On, and the first drive wheel mechanism and the first nylon rope coordinate, and the nylon rope that will turn back passes through second housing, positioned at the nylon rope that turns back In clamping mechanism, the nylon rope anchor tip that will turn back is installed on nylon rope one end of turning back, the limit turned back on nylon rope anchor tip Position groove coordinates with corresponding limited block;Electric wire haulage gear is installed on the first nylon rope by staff, and the second driving wheel Mechanism and the first nylon rope coordinate, and the second nylon rope of a disk nylon rope in outlet mechanism is passed through the first shell, positioned at the In two nylon rope clamping mechanisms, the second nylon rope anchor tip is installed on second nylon rope one end, the second nylon rope is fixed and connect Limiting slot on head coordinates with corresponding limited block;Electric wire passes through the first shell, and in electric wire clamping mechanism, electric wire is fixed Connector is installed on electric wire one end, and the limiting slot on electric wire anchor tip coordinates with corresponding limited block;Second battery is to nylon rope Haulage gear is powered, and nylon rope haulage gear will drive the nylon rope that turns back to be moved to initial electric pole, and the first battery is led to electric wire Draw mechanism power supply, wire drawing structure will drive the second nylon rope to be moved with electric wire target electric pole;Electric wire haulage gear and Buddhist nun When imperial wire saws mechanism meets, the nylon rope joint design that turns back is contacted with the nylon rope clamping mechanism that turns back;Wire joint structure with Electric wire clamping mechanism contacts;Second nylon rope joint design is contacted with the second nylon rope clamping mechanism;Electric wire haulage gear at this time Continue to move with nylon rope haulage gear, the nylon rope joint design that turns back will be to one work of nylon rope clamping mechanism that turns back Firmly so that the movement of three gripping mechanisms, the flexible nylon rope joint design that the turns back nylon rope that will will turn back are fixed and connect Head wraps, and the first limited ring groove and the limited block to turn back on nylon rope anchor tip coordinate at this time;Flexible electric wire connects Header structure will wrap electric wire anchor tip, and the second limited ring groove coordinates with the limited block on electric wire anchor tip at this time; Flexible second nylon rope joint design will wrap the second nylon rope anchor tip, at this time the 3rd limited ring groove with Limited block on second nylon rope anchor tip coordinates;During thread-changing, turn back nylon rope joint design and the nylon rope that turns back Clamping mechanism contacts thread-changing;Wire joint structure and electric wire clamping mechanism contacts thread-changing;Nylon rope haulage gear will after thread-changing Draw the second nylon rope and electric wire backtracking to move, electric wire haulage gear moves traction nylon rope backtracking of turning back;It The weight of electric wire will be undertaken by two nylon ropes afterwards, and electric wire haulage gear continues to transport with nylon rope haulage gear It is dynamic, so as to achieve the purpose that electric wire from initial pantograph to target electric pole;Stringing is completed to fix in electric wire, by electric wire dragger Structure is pulled down with nylon rope haulage gear, and stringing process terminates.
Brief description of the drawings
Fig. 1 is global facility distribution schematic diagram.
Fig. 2 is nylon rope haulage gear and electric wire haulage gear position view.
Fig. 3 is electric wire haulage gear schematic diagram.
Fig. 4 is spring mounting structure schematic diagram.
Fig. 5 is electric wire haulage gear sectional view.
Fig. 6 is collateral ear mounting structure schematic diagram.
Fig. 7 is the nylon rope joint design scheme of installation that turns back.
Fig. 8 is spacing plate structure schematic diagram.
Fig. 9 is the nylon rope joint design schematic diagram that turns back.
Figure 10 is directive wheel mounting structure schematic diagram.
Figure 11 is plectane mounting structure schematic diagram.
Figure 12 is guide block mounting structure schematic diagram.
Figure 13 is the first drive wheel mechanism schematic diagram.
Figure 14 is nylon rope haulage gear schematic diagram.
Figure 15 is the second nylon rope joint design scheme of installation.
Figure 16 is nylon rope haulage gear sectional view.
Figure 17 is the second driving wheel sectional view.
Figure label title:1st, hillside;2nd, target electric pole;3rd, nylon rope haulage gear;4th, electric wire haulage gear;5th, it is initial Electric pole;6th, outlet mechanism;7th, the first nylon rope;8th, the second nylon rope;9th, electric wire;10th, turn back nylon rope joint design;11st, Two nylon rope anchor tips;12nd, plectane;14th, the first shell;15th, the first drive wheel mechanism;16th, the first battery;17th, electric wire is solid Determine connector;19th, limiting plate;20th, Telescopic rod device;22nd, leaf spring;23rd, collateral ear;29th, limiting slot;30th, middle journal stirrup;31st, One limited ring groove;32nd, telescopic rod;33rd, directive wheel;34th, spring;35th, telescopic;36th, guide groove;37th, guide block;38th, the first driving Take turns set casing;39th, the first motor;42nd, the first fixing axle;43rd, the first driving wheel;51st, second housing;52nd, the second driving turbine Structure;53rd, turn back nylon rope;54th, the second battery;55th, the second nylon rope joint design;56th, turn back nylon rope anchor tip;57、 Wire joint structure;58th, the second limited ring groove;59th, the 3rd limited ring groove;60th, the second driving wheel set casing;61st, the second driving Wheel;62nd, the second fixing axle;63rd, the second motor;71st, limited block;87th, turn back nylon rope clamping mechanism;88th, electric wire clamping mechanism; 89th, the second nylon rope clamping mechanism;91st, the first cambered surface;92nd, the second cambered surface.
Embodiment
See Fig. 1 to Figure 17.As shown in Figure 1, 2, the method relies on nylon rope haulage gear 3, electric wire haulage gear 4, goes out Line mechanism 6, the nylon rope anchor tip 56 that turns back, electric wire anchor tip 17, the second nylon rope anchor tip 11 realize, as Fig. 1, Shown in 2, wherein nylon rope haulage gear 3 is used on the first nylon rope 7 with electric wire haulage gear 4;As shown in Figure 1, outlet Mechanism 6 is installed on hillside 1;As shown in Figure 1, 2, the nylon rope anchor tip 56 that turns back is installed on and turns back on nylon rope 53;Such as figure 1st, shown in 2, electric wire anchor tip 17 is installed on electric wire 9;As shown in Figure 1, 2, the second nylon rope anchor tip 11 is installed on the On two nylon ropes 8.
As shown in Figure 1, above-mentioned outlet mechanism 6 includes two disk nylon ropes, a disk electric wire 9, two disk nylon ropes and a disk electric wire 9 It is fixed on by axis on hillside 1.
As shown in Fig. 3,4,5, said wires haulage gear 4 includes the first shell 14, the first drive wheel mechanism 15, first limits Position annular groove 31, the first battery 16, Telescopic rod device 20, the nylon rope joint design 10 that turns back, electric wire clamping mechanism 88, the second nylon Rope clamping mechanism 89, as shown in Figure 3,4, wherein the first battery 16 is installed on 14 lower end of the first shell;As shown in Fig. 3,4,5, electricity Line clamping body 88 is installed on 14 side of the first shell;As shown in Figure 8,9,10 one end of nylon rope joint design of turning back is provided with cone Face, and two the first limited ring grooves 31 are provided with 57 inner headed face of Wire joint structure;As shown in Figure 3,4, turn back nylon rope socket Structure 10 is installed on 14 side of the first shell;As shown in Fig. 3,4,5, the second nylon rope clamping mechanism 89 is installed on the first shell On 14 sides;Two Telescopic rod devices 20 are symmetrically mounted on 14 side both ends of the first shell;As shown in Fig. 3,4,5, electric wire clamping Mechanism 88, the nylon rope joint design 10 that turns back, the second nylon rope clamping mechanism 89, Telescopic rod device 20 are respectively positioned on the first shell 14 On same side;As shown in Fig. 3,4,5, electric wire clamping mechanism 88, the nylon rope joint design 10 that turns back, the second nylon rope clamping machine Structure 89 is sequentially arranged on 14 side of the first shell from bottom to top;As shown in Figure 3,4, two Telescopic rod devices 20 are respectively positioned on second The upside of nylon rope clamping mechanism 89;Two the first drive wheel mechanisms 15 are sequentially arranged on 14 inner wall side of the first shell.
As shown in figure 13, above-mentioned first drive wheel mechanism 15 includes the first driving wheel set casing 38, the first driving wheel 43, the One fixing axle 42, the first motor 39, as shown in figure 13, wherein the first motor 39 is installed on 14 inner wall side of the first shell;Such as figure Shown in 13, the first driving wheel set casing 38 is installed on 39 shell periphery of the first motor;As shown in figure 13, the first driving wheel 43 1 End is installed on 38 end face of the first driving wheel set casing;As shown in figure 13, the outer end face of 43 other end of the first driving wheel passes through One fixing axle 42 is connected with the first shell 14;As shown in figure 13,39 axis connection of 43 inner face of the first driving wheel and the first motor;Such as Shown in Figure 13,43 axis of the first driving wheel is overlapped with 39 axis axis of the first motor.
As shown in figure 11, above-mentioned Telescopic rod device 20 includes telescopic rod 32, plectane 12, spring 34, telescopic 35, guide groove 36th, guide block 37, as shown in figure 11, are wherein symmetrically provided with two non-through guide grooves 36 on 35 inner headed face of telescopic;Such as Figure 12 institutes Show, two guide blocks 37 are symmetrically mounted on 32 periphery of telescopic rod;Telescopic rod 32 is installed by the cooperation of guide block 37 and guide groove 36 In telescopic 35;32 one end of telescopic rod is provided with plectane 12;As shown in figure 11, spring 34 is nested in telescopic rod 32 and telescopic On 35 peripheries;As shown in figure 4,34 one end of spring is installed on 12 end face of plectane, the other end is installed on 14 side of the first shell On.
As shown in Figure 14,15,16, above-mentioned nylon rope haulage gear 3 include the second drive wheel mechanism 52, second housing 51, Second nylon rope joint design 55, Wire joint structure 57, the second limited ring groove 58, the 3rd limited ring groove 59, turn back nylon rope Clamping mechanism 87, the second battery 54, as shown in figure 14, wherein the second battery 54 is installed on 51 lower end of second housing;Power lug 57 one end of structure is provided with the conical surface, and two the second limited ring grooves 58 are provided with 57 inner headed face of Wire joint structure;As shown in figure 15, Wire joint structure 57 is installed on 51 side of second housing;The nylon rope clamping mechanism 87 that turns back is installed on 51 side of second housing On;As shown in figure 16,55 one end of the second nylon rope joint design is provided with the conical surface, and is provided with two on 57 inner headed face of Wire joint structure A 3rd limited ring groove 59;Second nylon rope joint design 55 is installed on 51 side of second housing;As shown in figure 14, electric wire connects Header structure 57, the nylon rope clamping mechanism 87 that turns back, the second nylon rope joint design 55 are sequentially arranged at second housing from top to bottom On 51 same sides.
As shown in figure 17, above-mentioned second drive wheel mechanism 52 includes the second driving wheel set casing 60, the second driving wheel 61, the Two fixing axles 62, the second motor 63, as shown in figure 17, wherein the second motor 63 is installed on 51 inner wall side of second housing;Second Driving wheel set casing 60 is installed on 63 shell periphery of the second motor;As shown in figure 17,61 one end of the second driving wheel is installed on the On two driving wheel set casings, 60 end face;As shown in figure 17, the outer end face of 61 other end of the second driving wheel passes through the second fixing axle 62 It is connected with second housing 51;As shown in figure 17,63 axis connection of 61 inner face of the second driving wheel and the second motor;As shown in figure 17, Second driving wheel, 61 axis is overlapped with 63 axis axis of the second motor.
As shown in fig. 6, the above-mentioned nylon rope clamping mechanism 87 that turns back, electric wire clamping mechanism 88, the second nylon rope clamping mechanism 89 structure and mounting means is identical, and for the nylon rope clamping mechanism 87 that turns back, the nylon rope clamping mechanism 87 that turns back is by three A gripping mechanism 93 being in triangular distribution forms;Three gripping mechanisms 93 are installed on 14 side of the first shell.
As shown in Figure 6,7, above-mentioned gripping mechanism 93 include limiting plate 19, the first cambered surface 91, the second cambered surface 92, leaf spring 22, Collateral ear 23, limiting slot 29, middle journal stirrup 30, as shown in figure 5, the collateral ear 23 of two of which is installed in 14 side of the first shell On;As shown in fig. 7, being provided with two limiting slots 29 on 19 end face of limiting plate, and there is the first cambered surface 91 and second on limiting slot 29 Cambered surface 92;As shown in fig. 7, the gradient of the second cambered surface 92 is more than the first cambered surface 91 and less than 90 degree;19 both ends of limiting plate are provided with Cambered surface;19 one end of limiting plate is provided with middle journal stirrup 30, and middle journal stirrup 30 is installed between two collateral ears 23 by straight pin; 22 one end of leaf spring is installed on limiting plate 19, and the other end is installed on 14 side of the first shell.
As shown in Fig. 2, the above-mentioned nylon rope joint design 10 that turns back coordinates with the nylon rope clamping mechanism 87 that turns back;Power lug Structure 57 coordinates with electric wire clamping mechanism 88;Second nylon rope joint design 55 coordinates with the second nylon rope clamping mechanism 89;Folding Return nylon rope joint design 10, Wire joint structure 57, the second nylon rope joint design 55 and be respectively provided with certain elasticity.
Above-mentioned first battery 16 is connected by circuit with the first motor 39;Second battery 54 passes through circuit and the second motor 63 It is connected.
As shown in figure 5, above-mentioned second nylon rope anchor tip 11, electric wire anchor tip 17, turn back nylon rope anchor tip Mounting structure is identical on 56, and for the nylon rope anchor tip 56 that turns back, six limited blocks 71 are circumferentially uniform in pairs On 56 periphery of nylon rope anchor tip that turns back, and two limited blocks 71 in every group are along the nylon rope anchor tip that turns back 56 axis are distributed.
The following steps are needed to complete during using the said equipment stringing:1st, staff installs on 2 top of target electric pole and is oriented to Wheel;Outlet mechanism 6 is fixed on 1 top of hillside;2nd, conventional method is launched etc. by the first nylon by unmanned plane transport or air gun Rope 7 is transported onto target electric pole 2 from initial electric pole 5, as shown in Figure 10, and is bypassed the first nylon rope 7 by staff and is oriented to Wheel;3rd, nylon rope haulage gear 3 is installed on the first nylon rope 7 by staff, and the first drive wheel mechanism 15 and the first Buddhist nun Dragon rope 7 coordinates, and the nylon rope 53 that will turn back passes through second housing 51, in the nylon rope clamping mechanism 87 that turns back, by the Buddhist nun that turns back Dragon rope anchor tip 56 is installed on 53 one end of nylon rope of turning back, the limiting slot 29 for the nylon rope clamping mechanism 87 that turns back and corresponding limit Position block 71 coordinates;4th, electric wire haulage gear 4 is installed on the first nylon rope 7 by staff, and the second drive wheel mechanism 52 with First nylon rope 7 coordinates, and the second nylon rope 8 of a disk nylon rope in outlet mechanism 6 is passed through the first shell 14, positioned at second In nylon rope clamping mechanism 89, the second nylon rope anchor tip 11 is installed on 8 one end of the second nylon rope, the second nylon rope clamping The limiting slot 29 of mechanism 89 coordinates with corresponding limited block 71;Electric wire 9 passes through the first shell 14, positioned at electric wire clamping mechanism 88 It is interior, electric wire anchor tip 17 is installed on 9 one end of electric wire, the limiting slot 29 of electric wire clamping mechanism 88 is matched somebody with somebody with corresponding limited block 71 Close;5th, the second battery 54 is powered to nylon rope haulage gear 3, and nylon rope haulage gear 3 will drive the nylon rope 53 that turns back to first Beginning electric pole 5 moves, and the first battery 16 is powered to electric wire haulage gear 4,9 hitch structure of electric wire will drive the second nylon rope 8 with 9 target electric pole 2 of electric wire moves;6th, when electric wire haulage gear 4 meets with nylon rope haulage gear 3, turn back nylon rope joint design 10 contact with the nylon rope clamping mechanism 87 that turns back;Wire joint structure 57 is contacted with electric wire clamping mechanism 88;Second nylon rope connects Header structure 55 is contacted with the second nylon rope clamping mechanism 89;Electric wire haulage gear 4 is continued to nylon rope haulage gear 3 at this time Movement, the nylon rope joint design 10 that turns back will be to 87 1 active forces of nylon rope clamping mechanism that turn back so that three clamping dresses Put 93 movements, the flexible nylon rope joint design 10 that the turns back nylon rope anchor tip 56 that will will turn back wraps, at this time First limited ring groove 31 coordinates with the limited block 71 to turn back on nylon rope anchor tip 56;Flexible Wire joint structure 57 Electric wire anchor tip 17 will be wrapped, the second limited ring groove 58 is matched somebody with somebody with the limited block 71 on electric wire anchor tip 17 at this time Close;Flexible second nylon rope joint design 55 will wrap the second nylon rope anchor tip 11, at this time the 3rd limit Position annular groove 59 coordinates with the limited block 71 on the second nylon rope anchor tip 11;Nylon rope haulage gear 3 will draw second afterwards Nylon rope 8 and 9 backtracking of electric wire are moved, and electric wire haulage gear 4 moves traction 53 backtracking of nylon rope of turning back;It is electric afterwards The weight of line 9 will be undertaken by two nylon ropes, and electric wire haulage gear 4 continues to move with nylon rope haulage gear 3, So as to achieve the purpose that electric wire 9 from initial 5 frame of electric pole to target electric pole 2;7th, stringing is completed to fix in electric wire 9, and electric wire is led Draw mechanism 4 to pull down with nylon rope haulage gear 3, stringing process terminates.
Solid lubrication oil is scribbled between above-mentioned first driving wheel, 43 and first nylon rope 7;Second driving wheel 61 and the first Buddhist nun Solid lubrication oil is scribbled between dragon rope 7.
As shown in figure 3, above-mentioned spring 34 is compression spring 34.
As shown in figure 17, above-mentioned second fixing axle 62 is installed on second housing 51 by bearing.
As shown in figure 13, above-mentioned first fixing axle 42 is installed on the first shell 14 by bearing.
In summary:
The present invention devise is related to it is a kind of be used for mountain top between switch type 9 stringing method of electric wire, its with automatic wiring, Once set up can complete to install electricity lines 9 function;The effect of outlet mechanism 6 is in the present invention, is carried to set up during electric wire 9 For nylon rope and the electric wire 9 set up;The effect of nylon rope haulage gear 3 is to drive the nylon rope 53 that turns back to move, electric wire dragger The effect of structure 4 is to drive the second nylon rope 8 to be moved with electric wire 9, and is coordinated with the nylon rope 53 that turns back on nylon rope, forms two Nylon rope, the purpose for the required time raising string efficiency of stringing of so as to reach carrying 9 weight of electric wire, quickly making contact, reduce.
Electric wire anchor tip 17, the outside diameter of the second nylon rope anchor tip 11 are more than corresponding on the first shell 14 in the present invention The effect in hole be, when nylon rope haulage gear 3 and electric wire haulage gear 4 are exchanged with each other line, to prevent the second nylon rope 8 and electricity Line 9 deviates from the first shell 14;The effect that 17 outside diameter of electric wire anchor tip is more than the hole opened on second housing 51 is to work as nylon rope When haulage gear 3 is exchanged with each other line with electric wire haulage gear 4, the abjection second housing 51 of nylon rope 53 that turns back is prevented.
Nylon rope haulage gear 3 has the function that to draw the nylon rope 53 that turns back in the present invention, and the effect of the first motor 39 is The first driving wheel 43 is driven to move;The effect of first driving wheel set casing 38 is to fix the first driving wheel 43;The effect of directive wheel It is that the first nylon rope 7 is oriented to;The effect of first drive wheel mechanism 15 is to drive electric wire haulage gear 4 to move;It is flexible The effect of spring 34 on lever apparatus 20 is to prevent electric wire haulage gear 4 from colliding with nylon rope haulage gear 3;Telescopic rod The effect of device 20 is that fixed spring 34 prevents spring 34 from failing;When preventing electric wire haulage gear 4 and nylon rope haulage gear 3 I.e. will thread-changing when, the nylon rope joint design 10 that turns back is contacted with the nylon rope clamping mechanism 87 that turns back;Wire joint structure 57 with Electric wire clamping mechanism 88 contacts;Second nylon rope joint design 55 is contacted with the second nylon rope clamping mechanism 89;Electric wire is led at this time Draw mechanism 4 to continue to move with nylon rope haulage gear 3, the nylon rope joint design 10 that turns back will be to nylon rope clamping of turning back 87 1 active forces of mechanism so that the limiting plate 19 in three gripping mechanisms 93 will surround straight pin and move, at this time limiting plate Limiting slot 29 on 19 is gradually progressively disengaged from the limited block 71 on the nylon rope anchor tip 56 that turns back, at this time nylon wire saws Mechanism 3 continues to move to initial electric pole 5;Electric wire haulage gear 4 continues to move to target electric pole 2, until the nylon rope that turns back The first limited ring groove 31 on joint design 10 all wraps the limited block 71 on the second nylon rope anchor tip 11, so that 53 changing-over of nylon rope will be turned back on electric wire haulage gear 4;Wire joint structure 57 will give electric wire clamping mechanism 88 1 works Firmly so that the limiting plate 19 in three gripping mechanisms 93 will surround straight pin and move, at this time the limiting slot on limiting plate 19 Progressively disengaged on limited block 71 on 29 gradual electric wire anchor tips 17, nylon rope haulage gear 3 is continued to initial at this time Electric pole 5 moves, and electric wire haulage gear 4 continues to move to target electric pole 2, until the second limited ring groove on Wire joint structure 57 Limited block 71 on 58 electric wire anchor tips 17 all wraps, so that by 9 changing-over of electric wire to nylon rope haulage gear 3;The Two nylon rope joint designs 55 will give 89 1 active forces of the second nylon rope clamping mechanism so that in three gripping mechanisms 93 Limiting plate 19 will surround straight pin and move, and the limiting slot 29 on limiting plate 19 is gradually from the second nylon rope anchor tip 11 at this time On limited block 71 on progressively disengage, electric wire haulage gear 4 continues to move to target electric pole 2 at this time, electric wire haulage gear 4 Continue to move to target electric pole 2, until the 3rd limited ring groove 59 on the second nylon rope joint design 55 consolidates the second nylon rope The limited block 71 determined on connector 11 all wraps, so that by 8 changing-over of the second nylon rope to nylon rope haulage gear 3;Second Nylon rope clamping mechanism 89, the nylon rope clamping mechanism 87 that turns back, electric wire clamping mechanism 88 use three gripping mechanisms 93, and three A gripping mechanism 93 is according to the effect of Triangle-Profile, easy to be fixed to the second nylon rope anchor tip 11, the nylon rope that turns back Connector 56, electric wire anchor tip 17 are fixed;The effect of second nylon rope anchor tip 11 is to fix the second nylon rope 8;Folding The effect for returning nylon rope anchor tip 56 is the fixed nylon rope 53 that turns back;The effect of electric wire anchor tip 17 is fixed electric wire 9;Plate The effect of spring 22 is to give limiting plate 19 1 restoring force effects;The effect of limiting slot 29 is provided with leaf spring 22 is, is fixed with corresponding Limited block 71 on connector coordinates, and limits the movement of anchor tip;It is provided with limiting slot 29 and limiting slot 29 and has on limiting plate 19 There are the first cambered surface 91 and the second cambered surface 92, the gradient of the second cambered surface 92 is more than the gradient of the first cambered surface 91, and less than 90 degree Effect is on the one hand to coordinate the movement of limitation anchor tip with the limited block 71 on anchor tip;The effect of second cambered surface 92 is When nested second nylon rope anchor tip 11 movement of the second nylon rope joint design 55, the second nylon rope joint design 55 is prevented It is stuck in limiting slot 29;The effect that 19 both ends of limiting plate are provided with cambered surface is, has by the cambered surface of close-target electric pole 2 and is easy to connector Structure smoothly jacks up corresponding limiting plate 19;Effect close to initial electric pole 5 is to prevent from blocking in 19 motion process of limiting plate Extremely;When 10 nesting of nylon rope joint design of turning back turns back the movement of nylon rope anchor tip 56, turn back nylon rope joint design 10 It is stuck in limiting slot 29;When the nested electric wire anchor tip 17 of Wire joint structure 57 moves, Wire joint structure 57 is prevented It is stuck in limiting slot 29;The use of the effect of the first nylon rope 7 and the second nylon rope 8 is one in invention in present device Root nylon rope may only bear initial electric pole to the bigger electric wire weight of length 1/2 between target electric pole, so having to two Root nylon rope successfully can just set up over electric wire 9, only need once frame nylon rope to complete electric wire 9 in the present invention Whole erection process, reduces frame nylon rope number so as to reach, heightens the function of driving line efficiency.
The effect of the first drive wheel mechanism 15 is that driving electric wire haulage gear 4 moves in the present invention, the second drive wheel mechanism 52 effect is that driving nylon rope haulage gear 3 moves;Recovery masterpiece when the effect of spring 34 is to 12 1 returns of plectane With.
Embodiment is that staff installs directive wheel on 2 top of target electric pole;Outlet mechanism 6 is fixed on mountain 1 top of slope;The first nylon rope 7 is transported to target from initial electric pole 5 by the conventional method such as unmanned plane transport or air gun transmitting On electric pole 2, and the first nylon rope 7 is bypassed into directive wheel by staff;Nylon rope haulage gear 3 is installed on the by staff On one nylon rope 7, and the first drive wheel mechanism 15 coordinates with the first nylon rope 7, and the nylon rope 53 that will turn back passes through second housing 51, in the nylon rope clamping mechanism 87 that turns back, the nylon rope anchor tip 56 that will turn back is installed on 53 one end of nylon rope of turning back, folding The limiting slot 29 returned on nylon rope anchor tip 56 coordinates with corresponding limited block 71;Staff pacifies electric wire haulage gear 4 On the first nylon rope 7, and the second drive wheel mechanism 52 coordinates with the first nylon rope 7, and by a disk nylon in outlet mechanism 6 Second nylon rope 8 of rope passes through the first shell 14, in the second nylon rope clamping mechanism 89, by the second nylon rope anchor tip 11 are installed on 8 one end of the second nylon rope, and the limiting slot 29 on the second nylon rope anchor tip 11 coordinates with corresponding limited block 71; Electric wire 9 passes through the first shell 14, and in electric wire clamping mechanism 88, electric wire anchor tip 17 is installed on 9 one end of electric wire, electric wire Limiting slot 29 on anchor tip 17 coordinates with corresponding limited block 71;Second battery 54 is powered to nylon rope haulage gear 3, Buddhist nun Imperial wire saws mechanism 3 will drive the nylon rope 53 that turns back to be moved to initial electric pole 5, and the first battery 16 is supplied to electric wire haulage gear 4 Electricity, 9 hitch structure of electric wire will drive the second nylon rope 8 to be moved with 9 target electric pole 2 of electric wire;Electric wire haulage gear 4 and nylon rope When haulage gear 3 meets, the nylon rope joint design 10 that turns back is contacted with the nylon rope clamping mechanism 87 that turns back;Wire joint structure 57 Contacted with electric wire clamping mechanism 88;Second nylon rope joint design 55 is contacted with the second nylon rope clamping mechanism 89;Electric wire at this time Haulage gear 4 continues to move with nylon rope haulage gear 3, and the nylon rope joint design 10 that turns back will be to the nylon rope card that turns back Tight 87 1 active forces of mechanism so that three gripping mechanisms 93 move, it is flexible turn back nylon rope joint design 10 will The nylon rope anchor tip 56 that will turn back wraps, and the first limited ring groove 31 is spacing on nylon rope anchor tip 56 with turning back at this time Block 71 coordinates;Flexible Wire joint structure 57 will wrap electric wire anchor tip 17, at this time the second limited ring groove 58 coordinate with the limited block 71 on electric wire anchor tip 17;Flexible second nylon rope joint design 55 will be by the second Buddhist nun Dragon rope anchor tip 11 wraps, and the 3rd limited ring groove 59 is matched somebody with somebody with the limited block 71 on the second nylon rope anchor tip 11 at this time Close;During thread-changing, the nylon rope joint design 10 that turns back contacts thread-changing with the nylon rope clamping mechanism 87 that turns back;Power lug knot Structure 57 contacts thread-changing with electric wire clamping mechanism 88;Nylon rope haulage gear 3 will draw the second nylon rope 8 and electric wire 9 after thread-changing Backtracking move, electric wire haulage gear 4 by traction turn back 53 backtracking of nylon rope move;The weight of electric wire 9 will be by afterwards Two nylon ropes undertake, and electric wire haulage gear 4 continues to move with nylon rope haulage gear 3, so as to reach electricity Purpose of the line 9 from initial 5 frame of electric pole to target electric pole 2;Stringing is completed to fix in electric wire 9, by electric wire haulage gear 4 and nylon rope Haulage gear 3 is pulled down, and stringing process terminates.

Claims (6)

  1. A kind of 1. electric wire stringing method being used between mountain top, it is characterised in that:The method relies on nylon rope haulage gear, electric wire Haulage gear, outlet mechanism, the nylon rope anchor tip that turns back, electric wire anchor tip, the second nylon rope anchor tip realize, its Middle nylon rope haulage gear is used on the first nylon rope with electric wire haulage gear;Outlet mechanism is installed on hillside;Turn back Nylon rope anchor tip is installed on and turns back on nylon rope;Electric wire anchor tip is installed on electric wire;Second nylon rope anchor tip On the second nylon rope;
    Above-mentioned outlet mechanism includes two disk nylon ropes, a disk electric wire, and two disk nylon ropes and a disk electric wire are fixed on hillside by axis On;
    Said wires haulage gear includes the first shell, the first drive wheel mechanism, the first limited ring groove, the first battery, telescopic rod Device, the nylon rope joint design that turns back, electric wire clamping mechanism, the second nylon rope clamping mechanism, wherein the first battery is installed on the One shell lower end;Electric wire clamping mechanism is installed on the first shell side;Nylon rope joint design one end of turning back is provided with the conical surface, and Two the first limited ring grooves are provided with Wire joint structure inner headed face;The nylon rope joint design that turns back is installed on the first shell side On;Second nylon rope clamping mechanism is installed on the first shell side;Two Telescopic rod devices are symmetrically mounted on the first shell side Face both ends;Electric wire clamping mechanism, the nylon rope joint design that turns back, the second nylon rope clamping mechanism, Telescopic rod device are respectively positioned on On one shell same side;Electric wire clamping mechanism, the nylon rope joint design that turns back, the second nylon rope clamping mechanism from bottom to top according to It is secondary to be installed on the first shell side;Two Telescopic rod devices are respectively positioned on the upside of the second nylon rope clamping mechanism;Two first drives Driving wheel mechanism is sequentially arranged on the first outer casing inner wall side;
    Above-mentioned first drive wheel mechanism includes the first driving wheel set casing, the first driving wheel, the first fixing axle, the first motor, its In the first motor be installed on the first outer casing inner wall side;First driving wheel set casing is installed on the first motor casing periphery;The One driving wheel one end is installed on the first driving wheel set casing end face;The outer end face of the first driving wheel other end is fixed by first Axis and the first cage connection;First driving wheel inner face and the first motor axis connection;First driving wheel axis and the first motor shaft Axis overlaps;
    Above-mentioned Telescopic rod device includes telescopic rod, plectane, spring, telescopic, guide groove, guide block, wherein right on telescopic inner headed face Title is provided with two non-through guide grooves;Two guide blocks are symmetrically mounted on telescopic rod periphery;Telescopic rod passes through guide block and guide groove Be fitted in telescopic;Telescopic rod one end is provided with plectane;Spring is nested on telescopic rod and telescopic periphery;Bullet Spring one end is installed on plectane end face, and the other end is installed on the first shell side;
    Above-mentioned nylon rope haulage gear includes the second drive wheel mechanism, second housing, the second nylon rope joint design, power lug Structure, the second limited ring groove, the 3rd limited ring groove, the nylon rope clamping mechanism that turns back, the second battery, wherein the second battery is installed on Second housing lower end;Wire joint structure one end is provided with the conical surface, and be provided with Wire joint structure inner headed face two it is second spacing Annular groove;Wire joint structure is installed on second housing side;The nylon rope clamping mechanism that turns back is installed on second housing side; Second nylon rope joint design one end is provided with the conical surface, and two the 3rd limited ring grooves are provided with Wire joint structure inner headed face;The Two nylon rope joint designs are installed on second housing side;Wire joint structure, the nylon rope clamping mechanism that turns back, the second nylon Rope socket structure is sequentially arranged on second housing same side from top to bottom;
    Above-mentioned second drive wheel mechanism includes the second driving wheel set casing, the second driving wheel, the second fixing axle, the second motor, its In the second motor be installed on second housing inner wall side;Second driving wheel set casing is installed on the second motor casing periphery;The Two driving wheel one end are installed on the second driving wheel set casing end face;The outer end face of the second driving wheel other end is fixed by second Axis is connected with second housing;Second driving wheel inner face and the second motor axis connection;Second driving wheel axis and the second motor shaft Axis overlaps;
    The above-mentioned nylon rope clamping mechanism that turns back, electric wire clamping mechanism, the structure of the second nylon rope clamping mechanism and mounting means are complete Exactly the same, for the nylon rope clamping mechanism that turns back, the nylon rope clamping mechanism that turns back is by three gripping mechanisms being in triangular distribution Composition;Three gripping mechanisms are installed on the first shell side;
    Above-mentioned gripping mechanism includes limiting plate, the first cambered surface, the second cambered surface, leaf spring, collateral ear, limiting slot, middle journal stirrup, wherein Two collateral ears are installed on the first shell side;It is provided with two limiting slots on limiting plate end face, and has the on limiting slot One cambered surface and the second cambered surface;The gradient of second cambered surface is more than the first cambered surface and less than 90 degree;Limiting plate both ends are provided with cambered surface;Limit Position plate one end is provided with middle journal stirrup, and middle journal stirrup is installed between two collateral ears by straight pin;Leaf spring one end is installed on On limiting plate, the other end is installed on the first shell side;
    Above-mentioned turn back nylon rope joint design and nylon rope clamping mechanism cooperation of turning back;Wire joint structure and electric wire clamping mechanism Coordinate;Second nylon rope joint design and the second nylon rope clamping mechanism coordinate;Turn back nylon rope joint design, power lug knot Structure, the second nylon rope joint design are respectively provided with elasticity;
    Above-mentioned first battery is connected by circuit with the first motor;Second battery is connected by circuit with the second motor;
    Above-mentioned second nylon rope anchor tip, electric wire anchor tip, mounting structure is identical on the nylon rope anchor tip that turns back, For the nylon rope anchor tip that turns back, six limited blocks in pairs turn back outside nylon rope anchor tip by circumferentially uniform be installed on On disc, and two limited blocks in every group are distributed along the nylon rope anchor tip axis that turns back;
    The following steps are needed to complete during stringing:1st, staff installs directive wheel on target electric pole top;Outlet mechanism is fixed On hillside top;2nd, by unmanned plane transport or air gun launching technique by the first nylon rope from initial electric pole transportation to target electric pole On, and the first nylon rope is bypassed into directive wheel by staff;3rd, nylon rope haulage gear is installed on the first Buddhist nun by staff On dragon rope, and the first drive wheel mechanism and the first nylon rope coordinate, and the nylon rope that will turn back passes through second housing, positioned at the Buddhist nun that turns back In dragon rope clamping mechanism, the nylon rope anchor tip that will turn back is installed on nylon rope one end of turning back, and turn back nylon rope clamping mechanism Limiting slot coordinates with corresponding limited block;4th, electric wire haulage gear is installed on the first nylon rope by staff, and second drives Driving wheel mechanism coordinates with the first nylon rope, and the second nylon rope of a disk nylon rope in outlet mechanism is passed through the first shell, position In in the second nylon rope clamping mechanism, the second nylon rope anchor tip is installed on second nylon rope one end, the second nylon rope card The limiting slot of tight mechanism coordinates with corresponding limited block;Electric wire passes through the first shell, and in electric wire clamping mechanism, electric wire is consolidated Determine connector and be installed on electric wire one end, the limiting slot of electric wire clamping mechanism coordinates with corresponding limited block;5th, the second battery is to nylon Wire saws mechanism powers, and nylon rope haulage gear will drive the nylon rope that turns back to be moved to initial electric pole, and the first battery is to electric wire Haulage gear is powered, and wire drawing structure will drive the second nylon rope to be moved with electric wire target electric pole;6th, electric wire haulage gear When meeting with nylon rope haulage gear, the nylon rope joint design that turns back is contacted with the nylon rope clamping mechanism that turns back;Power lug knot Structure and electric wire clamping mechanism contacts;Second nylon rope joint design is contacted with the second nylon rope clamping mechanism;Electric wire is drawn at this time Mechanism continues to move with nylon rope haulage gear, and the nylon rope joint design that turns back will be to the nylon rope clamping mechanism one that turns back A active force so that the movement of three gripping mechanisms, the flexible nylon rope joint design that the turns back nylon rope that will will turn back are consolidated Determine connector to wrap, the first limited ring groove and the limited block to turn back on nylon rope anchor tip coordinate at this time;Flexible electricity Wire terminal structure will wrap electric wire anchor tip, and the second limited ring groove is matched somebody with somebody with the limited block on electric wire anchor tip at this time Close;Flexible second nylon rope joint design will wrap the second nylon rope anchor tip, at this time the 3rd spacing ring Limited block on groove and the second nylon rope anchor tip coordinates;Nylon rope haulage gear will draw the second nylon rope and electric wire afterwards Backtracking move, electric wire haulage gear by traction turn back nylon rope backtracking move;The weight of electric wire will be by two afterwards Nylon rope undertakes, and electric wire haulage gear continues to move with nylon rope haulage gear, so as to reach electric wire from first Purpose of the beginning pantograph to target electric pole;7th, stringing is completed to fix in electric wire, by electric wire haulage gear and nylon rope haulage gear Pull down, stringing process terminates.
  2. A kind of 2. electric wire stringing method being used between mountain top according to claim 1, it is characterised in that:Above-mentioned first drives Solid lubrication oil is scribbled between driving wheel and the first nylon rope;Solid lubrication oil is scribbled between second driving wheel and the first nylon rope.
  3. 3. a kind of electric wire stringing method being used between mountain top according to claim 1 or claim 2, its feature exist In:Above-mentioned spring is compression spring.
  4. A kind of 4. electric wire stringing method being used between mountain top according to claim 3, it is characterised in that:Above-mentioned second is solid Dead axle is installed on second housing by bearing.
  5. A kind of 5. electric wire stringing method being used between mountain top according to claim 1, it is characterised in that:Above-mentioned first is solid Dead axle is installed on the first shell by bearing.
  6. 6. a kind of electric wire stringing method being used between mountain top according to claim 1 or claim 2, its feature exist In:Above-mentioned second fixing axle is installed on second housing by bearing.
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102394480A (en) * 2011-10-06 2012-03-28 哈尔滨理工大学 Cable robot driving carrier
CN102611058A (en) * 2012-03-20 2012-07-25 河北省送变电公司 Traction device for primary stage of erecting transmission line
CN105490213A (en) * 2015-12-18 2016-04-13 国家电网公司 Equipment and method for installing wires of overhead power transmission line
CN105762712A (en) * 2016-04-05 2016-07-13 国网山东省电力公司章丘市供电公司 Wire tightening device for low-voltage stringing and stringing method

Family Cites Families (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1032616C (en) * 1992-09-05 1996-08-21 中国华北电力联合公司北京送变电公司 paying-off method of remote control model helicopter
JPH10126931A (en) * 1996-10-15 1998-05-15 Asahi Electric Works Ltd Wire anchor clamp
CN2610537Y (en) * 2003-03-14 2004-04-07 山西省电力公司送变电工程公司 Overhead cableway crossing construction device
EP2425153A1 (en) * 2009-04-30 2012-03-07 Kirk Andrade Cord and cable fastening system and method
CN103956703B (en) * 2014-05-26 2016-03-23 国网山东省电力公司日照供电公司 A kind of cable unwinding device
CN204858396U (en) * 2015-01-25 2015-12-09 贵阳供电局 Frame is overhauld to transmission line landing stage formula
CN105958372B (en) * 2016-05-31 2017-12-01 新昌县澄潭镇博纳机械厂 One kind utilizes unmanned plane mountain area stringing system and stringing method

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102394480A (en) * 2011-10-06 2012-03-28 哈尔滨理工大学 Cable robot driving carrier
CN102611058A (en) * 2012-03-20 2012-07-25 河北省送变电公司 Traction device for primary stage of erecting transmission line
CN105490213A (en) * 2015-12-18 2016-04-13 国家电网公司 Equipment and method for installing wires of overhead power transmission line
CN105762712A (en) * 2016-04-05 2016-07-13 国网山东省电力公司章丘市供电公司 Wire tightening device for low-voltage stringing and stringing method

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