CN208071237U - Electric power line pole tower climb-aiding device - Google Patents

Electric power line pole tower climb-aiding device Download PDF

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Publication number
CN208071237U
CN208071237U CN201820524319.8U CN201820524319U CN208071237U CN 208071237 U CN208071237 U CN 208071237U CN 201820524319 U CN201820524319 U CN 201820524319U CN 208071237 U CN208071237 U CN 208071237U
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CN
China
Prior art keywords
electric power
power line
outside
line pole
pole tower
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Active
Application number
CN201820524319.8U
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Chinese (zh)
Inventor
孟令
刘达
周立民
梅佳
徐方林
张振威
常叶枫
卫晓东
李学斌
王志军
昝占华
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State Grid Corp of China SGCC
Anhui Power Transmission and Transformation Engineering Co Ltd
Beijing Guowang Fuda Technology Development Co Ltd
Original Assignee
State Grid Corp of China SGCC
Anhui Power Transmission and Transformation Engineering Co Ltd
Beijing Guowang Fuda Technology Development Co Ltd
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Application filed by State Grid Corp of China SGCC, Anhui Power Transmission and Transformation Engineering Co Ltd, Beijing Guowang Fuda Technology Development Co Ltd filed Critical State Grid Corp of China SGCC
Priority to CN201820524319.8U priority Critical patent/CN208071237U/en
Application granted granted Critical
Publication of CN208071237U publication Critical patent/CN208071237U/en
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Abstract

The utility model discloses a kind of electric power line pole tower climb-aiding devices, including casing (10);The column (20) being sheathed in casing (10);The driving mechanism (60) being connected and fixed with column (20);The electric power line pole tower climb-aiding device can be guided along the mobile guide pulley mechanism (40) of guide rail (80);The connection through-hole (51) for safety cramp ring hook joint is equipped in connecting plate (50).Electric power line pole tower climb-aiding device small volume and less weight, bottom of tower upkeep operation personnel only need a people to can be used, and the features such as having detachable, easy transport concurrently, reduce the labor intensity of upkeep operation personnel, tower can reduce physical demands to operating personnel with the electric power line pole tower climb-aiding device up and down repeatedly, influence of the equipment to steel tower safety is reduced simultaneously, solves the problems such as cost is high, maintaining is inconvenient.

Description

Electric power line pole tower climb-aiding device
Technical field
The utility model is related to power transmission line maintenance ancillary equipment field, particularly a kind of electric power line pole tower is climbed with helping Device.
Background technology
With the development of power industry, voltage class and the electric power pylon height of transmission line of electricity are higher and higher, and manpower steps on tower Physical demands is increasing.Operation physical demands is climbed to reduce shaft tower, tower upkeep operation means and operating environment are stepped in improvement, closely Power industry has installed and used manned lift equipment on some extra-high voltage iron towers successively over a little years, be broadly divided into well formula elevator, Building hoist, iron tower climbing machine and light-duty intelligent four kinds of tower climbing equipment.These four electric power overhaul equipment are with manned for design Thinking is constantly updated and is improved, but never occurs the climbing relevant mentality of designing of power-assisted in power industry.
Utility model content
In order to solve the problems, such as that, in the prior art without climbing power-assisted relevant device, the utility model provides a kind of transmission of electricity Overhead line structures climb-aiding device, electric power line pole tower climb-aiding device small volume and less weight, bottom of tower upkeep operation personnel only need a people The features such as using, and having detachable, easy transport concurrently, reduces the labor intensity of upkeep operation personnel, and operating personnel is repeatedly upper and lower Tower can reduce physical demands with the electric power line pole tower climb-aiding device, while reduce influence of the equipment to steel tower safety, solve The problems such as cost of having determined is high, maintaining is inconvenient.
Technical solution adopted by the utility model to solve its technical problems is:A kind of electric power line pole tower climb-aiding device, Including:
Casing,
Column is sheathed in casing;
Driving mechanism in casing and can drive the electric power line pole tower to be moved along guide rail with climb-aiding device, the driving Mechanism is connected and fixed with column;
Guide pulley mechanism can guide the electric power line pole tower to be moved along guide rail with climb-aiding device;
Connecting plate is fixed on outside casing, and the connection through-hole for safety cramp ring hook joint is equipped in connecting plate.
Casing contains upper cover plate, lower cover, left plate, right plate, front side board and back side panel, the lower end of column and lower cover It is connected and fixed, the lower end of column is set to outside casing.
Casing is cube structure, and column contains the left risers and right risers being mutually parallel, and left risers are parallel with left plate, Right risers are parallel with right plate, and the top of left risers and the top of right risers are connected and fixed by upper vertical plate, the lower part of left risers It is connected and fixed by lower riser with the lower part of right risers, driving mechanism is connected and fixed with left risers or right risers, and driving mechanism contains There are driving gear, driving gear to be located between upper vertical plate and lower riser, driving gear can be engaged with the tooth-strip part of guide rail.
Upper vertical plate and lower riser are located in same perpendicular, and upper vertical plate is vertical with right risers, left risers and left plate it Between distance be equal to the distance between right risers and right plate, upper vertical plate is parallel to front side board, between upper vertical plate and front side board Distance is equal to the distance between upper vertical plate and back side panel, and the notch passed through for guide rail is equipped in upper cover plate and lower cover.
Driving mechanism also contains sequentially connected motor, retarder, transmission shaft and first bearing, and driving geared sleeve, which is set to, to be passed Outside moving axis, it is equipped with left driving installation through-hole in left risers, right driving installation through-hole is equipped in right risers, left driving installation through-hole Center line is overlapped with the center line of right driving installation through-hole, and first bearing is fixed in left driving installation through-hole, and retarder is fixed In in right driving installation through-hole, motor is between right risers and right plate.
The lower end of left risers and the lower end of right risers are connected and fixed by angle steel and lower cover, and two angle steel are each perpendicular to Front side board, left risers and right risers are located between two angle steel, and connecting plate is rectangular configuration, the left and right ends of connecting plate respectively with The end of two angle steel is connected and fixed, and connecting plate is parallel with front side board, after the distance of connecting plate to front side board is arrived less than connecting plate The distance of side plate, the upper end of connecting plate and the lower surface of lower cover connect, and the height of connecting plate is identical as the height of angle steel, connection Through-hole is located at the center of connecting plate, connects a diameter of 10mm~15mm of through-hole.
Column contains the left risers and right risers being mutually parallel, and the top of left risers and the top of right risers pass through upper vertical plate It is connected and fixed, the lower part of left risers and the lower part of right risers are connected and fixed by lower riser, and guide pulley mechanism is connect with column Fixed, guide pulley mechanism contains inside guide wheel assemblies and outside guide wheel assemblies, and inside guide wheel assemblies and outside are oriented to Wheel assembly being capable of matched clamp rail.
Inside guide wheel assemblies are individually fixed in the upper left quarter of the lower left quarter of upper vertical plate, the right lower quadrant of upper vertical plate, lower riser With the upper right quarter of lower riser, inside guide wheel assemblies contain inside and are oriented to wheel carrier, inside guide wheel shaft and inside directive wheel, inside Directive wheel is sheathed on outside the guide wheel shaft of inside, and inside guide wheel shaft is oriented to wheel carrier by inside and is connected and fixed with column, driving machine Structure contains driving gear, and the axis of inside guide wheel shaft is parallel with the driving axis of gear, is led on the inside of the guide wheel assemblies of inside The front of guide rail can be located to wheel.
Outside guide wheel assemblies be individually fixed in the rear upside of left risers, the rear side of left risers, right risers rear upside With the rear side of right risers, outside guide wheel assemblies contain outside directive wheel fixed frame, outside directive wheel adjustable shelf, outside guiding Wheel shaft and outside directive wheel, outside directive wheel are sheathed on outside the guide wheel shaft of outside, outside guide wheel shaft and the activity of outside directive wheel Frame is connected and fixed, and outside directive wheel adjustable shelf is connect by the first axis pin and the second axis pin with outside directive wheel fixed frame, and first The axis of axis pin is parallel with the axis of the second axis pin, and outside directive wheel fixed frame is connected and fixed with column, and driving mechanism contains drive Moving gear, the axis of outside guide wheel shaft is parallel with the driving axis of gear, the extending direction of the axis of the first axis pin along guide rail Setting, the outside directive wheel of outside guide wheel assemblies can be located at the rear of guide rail, when unloading the first axis pin, outside directive wheel Adjustable shelf can be dynamic by shaft rotation of the second axis pin, and the outside directive wheel energy of two outside guide wheel assemblies positioned at sustained height Enough it is located remotely from each other.
The electric power line pole tower further includes with climb-aiding device:
Accumulator can give the electric power line pole tower climb-aiding device to provide electric energy;
Control unit is run for controlling the electric power line pole tower with climb-aiding device;
Brake unit can be such that the electric power line pole tower is still on guide rail with climb-aiding device;
Travel switch when the electric power line pole tower can be made to run to the position of setting with climb-aiding device, is automatically stopped fortune Row, the trip switch are connect with control unit;
Remote control module is run for electric power line pole tower described in remote control with climb-aiding device.
The utility model has the beneficial effects that:
1, the muscle power for reducing staff when stepping on tower maintenance provides a kind of electric power overhaul equipment for having and climbing power-assisted;
2, a set of power industry new solution and equipment are provided;
3, the guide rail used in the utility model, it is reasonable for structure, intensity is high, low cost, antiseptic property are good, daily use It is non-maintaining, working service cost has been saved, has been more suitable for using in the wild;
4, in the utility model equipment housing construction simple and compact, convenient for storage and transport;
5, equipment convenient for assembling, installation, dismounting, transport and is safeguarded, highly practical, is suitble to use in power industry.
Description of the drawings
The accompanying drawings which form a part of this application are used to provide a further understanding of the present invention, this practicality Novel illustrative embodiments and their description are not constituted improper limits to the present invention for explaining the utility model.
Fig. 1 is the vertical view of electric power line pole tower climb-aiding device described in the utility model.
Fig. 2 is in Fig. 1 along the schematic diagram in the directions F.
Fig. 3 is in Fig. 1 along the sectional view in the directions A-A.
Fig. 4 is the front view of casing.
Fig. 5 is the right view of casing.
Fig. 6 is the rearview of casing.
Fig. 7 is the front view of column.
Fig. 8 is the left view of column.
Fig. 9 is the right view of column.
Figure 10 is the vertical view of column.
Figure 11 is in Fig. 7 along the sectional view in the directions B-B.
Figure 12 is the front view of driving mechanism.
Figure 13 is in Figure 12 along the sectional view in the directions C-C.
Figure 14 is the front view of inside guide wheel assemblies.
Figure 15 is the right view of inside guide wheel assemblies.
Figure 16 is in Figure 15 along the sectional view in the directions D-D.
Figure 17 is the upward view of outside guide wheel assemblies.
Figure 18 is in Figure 17 along the schematic diagram in the directions G.
Figure 19 is in Figure 17 along the sectional view in the directions E-E.
Figure 20 is the cross-section diagram of guide rail.
Figure 21 is in Fig. 5 along the sectional view in the directions H-H.
10, casing;20, column;30, control unit;40, guide pulley mechanism;50, connecting plate;60, driving mechanism;70, Accumulator;80, guide rail;
11, upper cover plate;12, lower cover;13, left plate;14, right plate;15, front side board;16, back side panel;
21, left risers;22, right risers;23, upper vertical plate;24, lower riser;25, left driving installation through-hole;26, right driving peace Fill through-hole;27, angle steel;28, handle;29, through-hole;
41, inside guide wheel assemblies;42, inside is oriented to wheel carrier;43, inside guide wheel shaft;44, inside directive wheel;
411, outside guide wheel assemblies;412, outside directive wheel fixed frame;413, outside directive wheel adjustable shelf;414, outside Guide wheel shaft;415, outside directive wheel;416, the first axis pin;417, the second axis pin;
51, through-hole is connected;
61, gear is driven;62, motor;63, retarder;64, transmission shaft;65, first bearing.
81, tooth-strip part;82, curved portion.
Specific implementation mode
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.The utility model will be described in detail below with reference to the accompanying drawings and embodiments.
A kind of electric power line pole tower climb-aiding device, including:
Casing 10,
Column 20 is sheathed in casing 10;
Driving mechanism 60 in casing 10 and can drive the electric power line pole tower climb-aiding device to be moved along guide rail 80, The driving mechanism 60 is connected and fixed with column 20;
Guide pulley mechanism 40 can guide the electric power line pole tower climb-aiding device to be moved along guide rail 80;
Connecting plate 50 is fixed on outside casing 10, the connection through-hole 51 for safety cramp ring hook joint is equipped in connecting plate 50, even Fishplate bar 50 is steel plate.
Above structure is the primary structure of the electric power line pole tower climb-aiding device, this equipment small volume and less weight, bottom of tower maintenance work Industry personnel only need a people to can be used, and the features such as have detachable, easy transport concurrently, and the labour for reducing upkeep operation personnel is strong Degree.In use, staff connects 51 hook joint of connection through-hole of safety cramp ring and connecting plate 50 on safety belt It is very convenient.The guide rail 80 of the electric power line pole tower climb-aiding device and electric power line pole tower connect, such operating personnel repeatedly on Physical demands can be reduced with the climb-aiding device when lower tower, while also reduce also influence of the equipment to steel tower safety, solved and make The problems such as valence is high, maintaining is inconvenient.
In the present embodiment, casing 10 contains upper cover plate 11, lower cover 12, left plate 13, right plate 14,15 and of front side board Back side panel 16, lower end and the lower cover 12 of column 20 are connected and fixed, and upper end and the upper cover plate 11 of column 20 are connected and fixed, column 20 It is front and back be connected and fixed respectively with front side board 15 and back side panel 16, the lower end of column 20 is set to outside casing 10, column 20 it is upper End is set in casing 10, as shown in Figure 3 and Figure 4.The left and right sides of casing 10 is additionally provided with handle 28.
For the ease of understanding and facilitating description, the introduction of the electric power line pole tower climb-aiding device is used in the utility model Absolute positional relation, the word in the utility model about orientation is the description carried out for Fig. 3 and Fig. 4.I.e. at this In utility model, "upper" is upwardly direction in Fig. 3, and "lower" is downwardly direction in Fig. 3, and " left side " is the direction in Fig. 3 to the left, " right side " is the direction in Fig. 3 to the right, " preceding " for perpendicular to Fig. 3 paper inward directions, " rear " is outside perpendicular to Fig. 3 papers Direction.In addition, in Fig. 3, one section of guide rail 80 is only depicted.
In the present embodiment, casing 10 is cube structure, and as shown in Figures 4 to 6, column 20 contains the left side being mutually parallel Riser 21 and right risers 22, left risers 21 are parallel with left plate 13, and right risers 22 are parallel with right plate 14, the top of left risers 21 It is connected and fixed by upper vertical plate 23 with the top of right risers 22, the lower part of left risers 21 and the lower part of right risers 22 pass through lower riser 24 are connected and fixed, and through-hole 29 is formed between upper vertical plate 23 and lower riser 24, and driving mechanism 60 is connected and fixed with right risers 22, such as scheme Shown in 3, driving mechanism 60 is located at containing driving gear 61, driving gear 61 between upper vertical plate 23 and lower riser 24, drives gear 61 can engage with the tooth-strip part 81 of guide rail 80.The tooth-strip part 81 can be the zigzag of standard, alternatively, the tooth-strip part 81 can be with For upright metal strip, which contains the multiple through-holes being vertically arranged, and drives the gear teeth and the through-hole of gear 61 Engagement.
In the present embodiment, upper vertical plate 23 is located at lower riser 24 in same perpendicular, and it is in " work " word that column 20, which is overlooked, Shape, as shown in Fig. 7 to Figure 11, upper vertical plate 23 is vertical with right risers 22, and the distance between left risers 21 and left plate 13 are equal to the right side The distance between riser 22 and right plate 14, upper vertical plate 23 are parallel to front side board 15, between upper vertical plate 23 and front side board 15 away from From equal to the distance between upper vertical plate 23 and back side panel 16, two pieces containing left and right settings of back side panel 16, upper cover plate 11 and lower cover The notch passed through for guide rail 80 is equipped in plate 12, as shown in Figure 1, the notch is located at the lower part of the upper cover plate 11 in Fig. 1.
In the present embodiment, driving mechanism 60 also contains sequentially connected motor 62, retarder 63, transmission shaft 64 and first Bearing 65, as shown in Figure 12 and Figure 13, driving gear 61 are sheathed on outside transmission shaft 64, and driving gear 61 passes through key with transmission shaft 64 Connection, left risers 21 are interior to be equipped with left driving installation through-hole 25, and right driving installation through-hole 26, left driving installation are equipped in right risers 22 The center line of through-hole 25 is overlapped with the center line of right driving installation through-hole 26, and first bearing 65 is fixed on left driving installation through-hole 25 Interior, retarder 63 is fixed in right driving installation through-hole 26, and motor 62 is between right risers 22 and right plate 14, such as Fig. 3 institutes Show.
In the present embodiment, as shown in Figure 3 and Figure 4, the lower end of left risers 21 and the lower end of right risers 22 pass through angle steel 27 are connected and fixed with lower cover 12, and angle steel 27 is perpendicular to front side board 15, as shown in figure 5, angle steel 27 shares two, angle steel 27 is in water Level state is arranged, and column 20 is located between two angle steel 27, and column 20 and the connection of angle steel 27 are connected using bolt and nut, two Angle steel 27 is each perpendicular to front side board 15, and left risers 21 and right risers 22 are located between two angle steel 27, and connecting plate 50 is rectangle knot Structure, the end of the left and right ends of connecting plate 50 respectively with two angle steel 27 are connected and fixed, and connecting plate 50 is parallel with front side board 15, even The distance of fishplate bar 50 to front side board 15 is less than the distance that connecting plate 50 arrives back side panel 16, upper end and the lower cover 12 of connecting plate 50 Lower surface connects, and the height of connecting plate 50 is identical as the height of angle steel 27, and the height of connecting plate 50 and the height of angle steel 27 are The size of upper and lower directions in Fig. 3, connection through-hole 51 are located at the center of connecting plate 50, and a diameter of 10mm of connection through-hole 51~ 15mm, as shown in figure 21.
Connecting plate 50 is located at the front side of the electric power line pole tower climb-aiding device, the length of connecting plate 50 be 115mm~ 120mm, such as 119mm.The height of connecting plate 50 is 25mm~35mm, such as 30mm.The thickness of connecting plate 50 is 3mm~5mm, such as 4mm.Connecting plate 50 can be an integral structure with angle steel 27 or connecting plate 50 is welded with angle steel 27.Wherein, the length of connecting plate 50 Degree is the size on connecting plate 50 in figure 21 upper and lower directions, and the height of connecting plate 50 is the upper and lower directions in Figure 5 of connecting plate 50 On size, the thickness of connecting plate 50 is size of the connecting plate 50 in figure 21 on left and right directions.
In the present embodiment, guide pulley mechanism 40 is connected and fixed with column 20, and guide pulley mechanism 40 is led containing inside To wheel assembly 41 and outside guide wheel assemblies 411, inside guide wheel assemblies 41 and outside guide wheel assemblies 411 matched can be pressed from both sides Tight guide rail 80, i.e., as shown in Figure 1.The electric power line pole tower climb-aiding device designs and makes mainly for following patent middle guide With:103508295 A of Chinese patent CN, it is January 15 2014 publication date, disclosed《Electric power pylon lifting device guide rail Mounting structure and electric power pylon》Shown in guide rail;104909240 A of Chinese patent CN, 2015 publication dates September 16 Day, it is disclosed《The guide rail that tower climbing equipment uses》;105819304 A of Chinese patent CN, 2016 publication dates August 3 days are public It opens《A kind of rail unit and guide rail used on electric power pylon》.
In the present embodiment, inside guide wheel assemblies 41 altogether there are four, four inside guide wheel assemblies 41 two-by-two left and right pair Setting, four inside guide wheel assemblies 41 is claimed to be fixed on the right side of the lower left quarter of upper vertical plate 23, upper vertical plate 23 correspondingly respectively The upper right quarter (being respectively the position X1, X2, X3, X4 in Fig. 7) of lower part, the upper left quarter of lower riser 24 and lower riser 24.Inside is oriented to Wheel assembly 41 is oriented to wheel carrier 42, inside guide wheel shaft 43 and inside directive wheel 44, as shown in Figure 14 to Figure 16, inside containing inside Directive wheel 44 is sheathed on outside the guide wheel shaft 43 of inside, and inside guide wheel shaft 43 is oriented to wheel carrier 42 by inside and is connect admittedly with column 20 Fixed, i.e., inside guide wheel shaft 43 is oriented to wheel carrier 42 with inside and is connected and fixed, and inside is oriented to the upper vertical plate 23 of wheel carrier 42 and column 20 Or lower riser 24 is connected and fixed, axis (the namely axis of transmission shaft 64 of the axis and driving gear 61 of inside guide wheel shaft 43 Line) it is parallel, the inside directive wheel 44 of inside guide wheel assemblies 41 can be located at the front of guide rail 80, inside directive wheel 44 and guide rail The matching connection of curved portion 82 in 80 outsides quadrangle, as shown in fig. 1.
In the present embodiment, there are four outside guide wheel assemblies 411 are total to, four outside guide wheel assemblies 411 are respectively positioned on this The rear side of electric power line pole tower climb-aiding device, four outside guide wheel assemblies 411 are symmetrical set two-by-two, and four outsides are oriented to Wheel assembly 411 be fixed on correspondingly respectively the rear upside of left risers 21, the rear side of left risers 21, right risers 22 it is rear on The rear side (being respectively the position Y1, Y2, Y3, Y4 in Fig. 7) of side and right risers 22.Outside guide wheel assemblies 411 are led containing outside To wheel fixed frame 412, outside directive wheel adjustable shelf 413, outside guide wheel shaft 414 and outside directive wheel 415, outside directive wheel 415 are sheathed on outside the guide wheel shaft 414 of outside, and outside guide wheel shaft 414 is connected and fixed with outside directive wheel adjustable shelf 413, outside Directive wheel adjustable shelf 413 is connect by the first axis pin 416 and the second axis pin 417 with outside directive wheel fixed frame 412, the first axis pin 416 axis is parallel with the axis of the second axis pin 417, and outside directive wheel fixed frame 412 is connected and fixed with column 20, i.e., outside is led It is connected and fixed to wheel fixed frame 412 and the left risers 21 or right risers 22 of column 20.The axis of outside guide wheel shaft 414 and driving The axis of gear 61 is parallel, and the axis of the first axis pin 416 is arranged along the extending direction of guide rail 80, and the axis of the first axis pin 416 hangs down Directly in lower cover 12, the outside directive wheel 415 of outside guide wheel assemblies 411 can be located at the rear of guide rail 80, inside directive wheel 44 and outside directive wheel 415 can before and after guide rail 80 clamping guide-rail 80, make electric power line pole tower climb-aiding device at work It will not be detached with guide rail 80, as shown in Figure 1, the distance of the first axis pin 416 to guide rail 80 is less than the second axis pin 417 to guide rail 80 Distance.
When the first axis pin 416 and the second axis pin 417 are in installation condition shown in FIG. 1, outside directive wheel adjustable shelf Keep that opposing stationary (i.e. outside directive wheel adjustable shelf 413 cannot be relative to outside between 413 and outside directive wheel fixed frame 412 Directive wheel fixed frame 412 moves or rotation).First axis pin 416 can be dismantled, when unloading the first axis pin 416, outside directive wheel Adjustable shelf 413 can be dynamic for shaft rotation with the second axis pin 417, is located at the outside of two outside guide wheel assemblies 411 of sustained height Directive wheel 415 can be located remotely from each other.After unloading the first axis pin 416, the outside directive wheel adjustable shelf 413 in left side can in Fig. 1 It is to rotate clockwise with the second axis pin 417, the outside directive wheel adjustable shelf 413 on right side can be inverse with the second axis pin 417 in Fig. 1 Hour hands rotate, and outside directive wheel adjustable shelf 413 will be in splayed open configuration, in order to which the electric power line pole tower is climbed with helping in this way Device is connected with the installation of guide rail 80.After guide rail 80 is installed on position shown in FIG. 1, then the outside directive wheel in left side in Fig. 1 is made to live Moving frame 413 can be to rotate counterclockwise to position shown in FIG. 1 with the second axis pin 417, the outside directive wheel activity on right side in Fig. 1 Frame 413 can be to be clockwise to position shown in FIG. 1 with the second axis pin 417, then as shown in Figure 1 by the first axis pin 416 Installation is fixed.The wheel week of inside directive wheel 44 and all curved portions 82 being equipped with 80 4 jiaos of guide rail of the wheel of outside directive wheel 415 The annular groove to match, inside directive wheel 44 and outside directive wheel 415 can before and after guide rail 80 clamping guide-rail 80, at this time Also guaranteed sliding tooth wheel 61 is engaged with the tooth-strip part 81 of guide rail 80.
In the present embodiment, the electric power line pole tower further includes with climb-aiding device:
Accumulator 70 can give the electric power line pole tower climb-aiding device to provide electric energy;
Control unit 30 is run for controlling the electric power line pole tower with climb-aiding device;
Brake unit can be such that the electric power line pole tower is still on guide rail 80 with climb-aiding device;
Travel switch when the electric power line pole tower can be made to run to the position of setting with climb-aiding device, is automatically stopped fortune Row, the trip switch are connect with control unit 30;
Remote control module is run for electric power line pole tower described in remote control with climb-aiding device.
Driving mechanism 60, accumulator 70, brake unit and remote control module can be connect with control unit 30.
The characteristics of electric power line pole tower described in the utility model climb-aiding device, is:
1, the structure of guide rail;
With material transportation machine cooperation guide rail structure be it is monolithic extruded be process, without each parts assemble, reduce The error generated by assembly improves guide precision.And guide rod is linked together with rack, improves material transportation machine guiding Stability when wheel is matched with guide rail guide rod.And guide rail uses aluminum alloy materials, surface anodization processing is anti-corrosion Property, hardness, wearability, insulating properties, heat resistance etc. greatly improve.The section structure of guide rail 80 is as shown in figure 20, guide rail 80 Contain tooth-strip part 81 and curved portion 82.
Guide rail is positioned by inserting mode by many rail units, and each rail unit is equipped with two sections of guide frames, often The both ends of section guide frame are both provided with cylinder pin hole, and neighbouring two guide frames are inserted by cylinder pin hole and straight pin Connect fixation.
2, the casing structure of square type;
The casing 10 of equipment is rectangular parallelepiped structure in the design, and the electric power relative to other cage body formulas, L-type housing construction is examined Equipment is repaiied, is changed greatly.The simple structure of rectangular parallelepiped structure, it is portable, and size only has leather trunk size, it is portable.For In These characteristics, material transportation machine alleviates the weight for stepping on tower to the greatest extent, is suitble to power industry in some circumstances Use demand.
3, it is readily transported and stores;
The material transportation machine occupied space in transport, storehouse storage is little, is convenient for while facilitating vehicle-mounted transport Manpower lift fortune and storehouse storage.
4, modular device structure
In the present invention, the structure of the material transportation machine uses modularized design, whole equipment by body master The standardized component composition such as body, accumulator, electrical control unit, driving and brake unit, directive wheel, each component installing and dismounting It is convenient, replacement easy to repair.
The application method of the electric power line pole tower climb-aiding device is described below:
For electric power transmission steel tower, first the driving gear 61 of the material transportation machine and the tooth-strip part 81 of guide rail 80 have been mediated It is good, then by the inside guide wheel assemblies 41 of the material transportation machine and the installation fixation as shown in Figure 1 of outside guide wheel assemblies 411, control It makes the material transportation machine to run above and below a small range, checks the installation effect of equipment.
For electric power transmission steel tower, first the guide rail 80 by equipment operation is mounted on steel tower, and the upper and lower ends of guide rail 80 are pacified Equipped with travel switch collision block.Running equipment when not in use, can lift and set preservation in storehouse;It is climbed in the electric power line pole tower with helping Device needs in use, needing with climb-aiding device to transport the electric power line pole tower to steel tower, the electric power line pole tower climb-aiding device Transport can lift fortune by manpower and complete, electric power line pole tower can also be placed on fortune inspection vehicle transport to existing with climb-aiding device ?.
When onsite application, first the driving gear 61 and the rack of guide rail 80 of the electric power line pole tower climb-aiding device have been mediated It is good, then the subsequent four outsides directive wheel 415 of the electric power line pole tower climb-aiding device is installed and fastened, then control the power transmission line Line pole tower climb-aiding device a small range is run up and down, checks the installation effect of equipment.
In advance using there is no problem, staff prepares to step on tower operation equipment, is first buckled in the safety cramp ring on safety belt On the connection through-hole 51 of the connecting plate 50 of the electric power line pole tower climb-aiding device, 80 both sides of guide rail is provided with manpower cat ladder, opens The switchgear of the electric power line pole tower climb-aiding device is powered, and according to the weight of people, staff independently selects suitable gear Speed, in the top of people, operation provides power-assisted to equipment.After equipment climbs up tower top, staff can be in tower top operation.When lower tower, Staff adjusts decrease speed, and speed is not answered too fast, and while upper and lower tower, climb-aiding device can also play the role of anti-fall.Equipment , can be seized by impact in upper and lower tower, anti-drop function starts.Remote control on climb-aiding device, above and below controllable device Operation, realizes the tower up and down of multiple staff.Top and end above and below guide rail bracket are equipped with travel switch collision block, equipment fortune The occurrence of row can be automatically stopped, prevent roof fall and rush bottom so far.After the completion of the service work of a base steel tower, operation To ground, equipment can be disassembled equipment by disassembling the axis pin of four outsides directive wheel part of equipment, then will Equipment (electric power line pole tower climb-aiding device) is transported to next steel tower and is continuing with.
The above, only specific embodiment of the utility model cannot limit the range that utility model is implemented, institute with it With the displacement of its equivalent assemblies, or according to equivalent variations made by the utility model patent protection domain and modification, should all still fall within The scope that this patent is covered.In addition, between technical characteristic and technical characteristic in the utility model, technical characteristic and technical solution Between, between technical solution and technical solution use can be freely combined.

Claims (10)

1. a kind of electric power line pole tower climb-aiding device, which is characterized in that the electric power line pole tower includes with climb-aiding device:
Casing (10),
Column (20) is sheathed in casing (10);
Driving mechanism (60) is located in casing (10) and the electric power line pole tower climb-aiding device can be driven to be moved along guide rail (80) Dynamic, which is connected and fixed with column (20);
Guide pulley mechanism (40) can guide the electric power line pole tower climb-aiding device mobile along guide rail (80);
Connecting plate (50) is fixed on casing (10) outside, and the connection through-hole for safety cramp ring hook joint is equipped in connecting plate (50) (51)。
2. electric power line pole tower climb-aiding device according to claim 1, which is characterized in that casing (10) contains upper cover plate (11), lower cover (12), left plate (13), right plate (14), front side board (15) and back side panel (16), the lower end of column (20) with Lower cover (12) is connected and fixed, and the lower end of column (20) is set to casing (10) outside.
3. electric power line pole tower climb-aiding device according to claim 2, which is characterized in that casing (10) is cube knot Structure, column (20) contain the left risers (21) being mutually parallel and right risers (22), and left risers (21) are parallel with left plate (13), right Riser (22) is parallel with right plate (14), and the top of left risers (21) and the top of right risers (22) are connected by upper vertical plate (23) Fixed, the lower part of left risers (21) and the lower part of right risers (22) are connected and fixed by lower riser (24), driving mechanism (60) with Left risers (21) or right risers (22) are connected and fixed, and driving mechanism (60) is located at containing driving gear (61), driving gear (61) Between upper vertical plate (23) and lower riser (24), driving gear (61) can be engaged with the tooth-strip part (81) of guide rail (80).
4. electric power line pole tower climb-aiding device according to claim 3, which is characterized in that upper vertical plate (23) and lower riser (24) it is located in same perpendicular, upper vertical plate (23) is vertical with right risers (22), between left risers (21) and left plate (13) Distance be equal to the distance between right risers (22) and right plate (14), upper vertical plate (23) is parallel to front side board (15), upper vertical plate (23) be equal to the distance between upper vertical plate (23) and back side panel (16) with the distance between front side board (15), upper cover plate (11) and under It is equipped with the notch passed through for guide rail (80) in cover board (12).
5. electric power line pole tower climb-aiding device according to claim 3, which is characterized in that driving mechanism (60) also contain according to Motor (62), retarder (63), transmission shaft (64) and the first bearing (65) of secondary connection, driving gear (61) are sheathed on transmission shaft (64) outside, it is equipped with left driving installation through-hole (25) in left risers (21), right driving installation through-hole (26) is equipped in right risers (22), The center line of left driving installation through-hole (25) is overlapped with the center line of right driving installation through-hole (26), and first bearing (65) is fixed on In left driving installation through-hole (25), retarder (63) is fixed in right driving installation through-hole (26), and motor (62) is located at right risers (22) between right plate (14).
6. electric power line pole tower climb-aiding device according to claim 3, which is characterized in that the lower end and the right side of left risers (21) The lower end of riser (22) is connected and fixed by angle steel (27) and lower cover (12), and two angle steel (27) are each perpendicular to front side board (15), left risers (21) and right risers (22) are located between two angle steel (27), and connecting plate (50) is rectangular configuration, connecting plate (50) end of the left and right ends respectively with two angle steel (27) is connected and fixed, and connecting plate (50) is parallel with front side board (15), even Fishplate bar (50) to front side board (15) distance be less than connecting plate (50) arrive back side panel (16) distance, the upper end of connecting plate (50) with The lower surface of lower cover (12) connects, and the height of connecting plate (50) is identical as the height of angle steel (27), and connection through-hole (51) is located at The center of connecting plate (50), a diameter of 10mm~15mm of connection through-hole (51).
7. electric power line pole tower climb-aiding device according to claim 1, which is characterized in that column (20), which contains, to be mutually parallel Left risers (21) and right risers (22), the top of left risers (21) and the top of right risers (22) pass through upper vertical plate (23) connect Fixed, the lower part of left risers (21) and the lower part of right risers (22) are connected and fixed by lower riser (24), guide pulley mechanism (40) it is connected and fixed with column (20), guide pulley mechanism (40) contains inside guide wheel assemblies (41) and outside guide wheel assemblies (411), inside guide wheel assemblies (41) and outside guide wheel assemblies (411) being capable of matched clamp rails (80).
8. electric power line pole tower climb-aiding device according to claim 7, which is characterized in that inside guide wheel assemblies (41) point It is not fixed on the lower left quarter of upper vertical plate (23), the right lower quadrant of upper vertical plate (23), the upper left quarter of lower riser (24) and lower riser (24) Upper right quarter, inside guide wheel assemblies (41) are oriented to wheel carrier (42), inside guide wheel shaft (43) and inside directive wheel containing inside (44), inside directive wheel (44) is sheathed on inside guide wheel shaft (43) outside, and inside guide wheel shaft (43) is oriented to wheel carrier by inside (42) be connected and fixed with column (20), driving mechanism (60) containing driving gear (61), the axis of inside guide wheel shaft (43) with Drive the axis of gear (61) parallel, the inside directive wheel (44) of inside guide wheel assemblies (41) can be before guide rail (80) Side.
9. electric power line pole tower climb-aiding device according to claim 7, which is characterized in that outside guide wheel assemblies (411) It is individually fixed in the rear upside of left risers (21), the rear side of left risers (21), the rear upside of right risers (22) and right risers (22) rear side, outside guide wheel assemblies (411) contain outside directive wheel fixed frame (412), outside directive wheel adjustable shelf (413), outside guide wheel shaft (414) and outside directive wheel (415), outside directive wheel (415) are sheathed on outside guide wheel shaft (414) outside, outside guide wheel shaft (414) is connected and fixed with outside directive wheel adjustable shelf (413), outside directive wheel adjustable shelf (413) it is connect with outside directive wheel fixed frame (412) by the first axis pin (416) and the second axis pin (417), the first axis pin (416) axis is parallel with the axis of the second axis pin (417), and outside directive wheel fixed frame (412) is connected and fixed with column (20), For driving mechanism (60) containing driving gear (61), the axis of outside guide wheel shaft (414) is parallel with the axis of driving gear (61), The axis of first axis pin (416) is arranged along the extending direction of guide rail (80), the outside directive wheel of outside guide wheel assemblies (411) (415) rear of guide rail (80) can be located at, when unloading the first axis pin (416), outside directive wheel adjustable shelf (413) can be with Second axis pin (417) is dynamic for shaft rotation, and the outside directive wheel of two outside guide wheel assemblies (411) positioned at sustained height (415) it can be located remotely from each other.
10. electric power line pole tower climb-aiding device according to claim 1, which is characterized in that the electric power line pole tower is used Climb-aiding device further includes:
Accumulator (70) can give the electric power line pole tower climb-aiding device to provide electric energy;
Control unit (30) is run for controlling the electric power line pole tower with climb-aiding device;
Brake unit can be such that the electric power line pole tower is still on guide rail (80) with climb-aiding device;
Travel switch when the electric power line pole tower can be made to run to the position of setting with climb-aiding device, is automatically stopped operation, should Travel switch is connect with control unit (30);
Remote control module is run for electric power line pole tower described in remote control with climb-aiding device.
CN201820524319.8U 2018-04-13 2018-04-13 Electric power line pole tower climb-aiding device Active CN208071237U (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108373134A (en) * 2018-04-13 2018-08-07 北京国网富达科技发展有限责任公司 Electric power line pole tower climb-aiding device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108373134A (en) * 2018-04-13 2018-08-07 北京国网富达科技发展有限责任公司 Electric power line pole tower climb-aiding device

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