CN105337236B - The windproof anchoring of ultra-high-tension power transmission line - Google Patents
The windproof anchoring of ultra-high-tension power transmission line Download PDFInfo
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- CN105337236B CN105337236B CN201510838330.2A CN201510838330A CN105337236B CN 105337236 B CN105337236 B CN 105337236B CN 201510838330 A CN201510838330 A CN 201510838330A CN 105337236 B CN105337236 B CN 105337236B
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- 230000005540 biological transmission Effects 0.000 title claims abstract description 49
- 238000004873 anchoring Methods 0.000 title claims abstract description 40
- 239000012212 insulator Substances 0.000 claims abstract description 145
- 239000002131 composite material Substances 0.000 claims abstract description 116
- 229910000831 Steel Inorganic materials 0.000 claims abstract description 92
- 239000010959 steel Substances 0.000 claims abstract description 92
- 239000000725 suspension Substances 0.000 claims abstract description 66
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 claims abstract description 36
- 239000010931 gold Substances 0.000 claims abstract description 36
- 229910052737 gold Inorganic materials 0.000 claims abstract description 36
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims abstract description 12
- 239000000758 substrate Substances 0.000 claims description 29
- 239000007787 solid Substances 0.000 claims description 3
- 150000001875 compounds Chemical class 0.000 claims description 2
- 230000000694 effects Effects 0.000 abstract description 9
- 238000000034 method Methods 0.000 abstract description 4
- 238000010276 construction Methods 0.000 description 4
- 239000004568 cement Substances 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 238000012423 maintenance Methods 0.000 description 3
- 230000009466 transformation Effects 0.000 description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- 238000013016 damping Methods 0.000 description 2
- 238000005457 optimization Methods 0.000 description 2
- 230000004224 protection Effects 0.000 description 2
- 238000004364 calculation method Methods 0.000 description 1
- 238000005253 cladding Methods 0.000 description 1
- 230000003247 decreasing effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 208000020442 loss of weight Diseases 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000010355 oscillation Effects 0.000 description 1
- 229910052573 porcelain Inorganic materials 0.000 description 1
- 230000003449 preventive effect Effects 0.000 description 1
- 238000005507 spraying Methods 0.000 description 1
Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G7/00—Overhead installations of electric lines or cables
- H02G7/14—Arrangements or devices for damping mechanical oscillations of lines, e.g. for reducing production of sound
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Abstract
The present invention relates to ultra-high-tension power transmission line flexible windproof engineering device technique field, it is a kind of windproof anchoring of ultra-high-tension power transmission line, it includes the suspension composite insulator that can be fixed on steel tower cross-arm, carry on a shoulder pole line gold utensil, pull down composite insulator, bracing wire component and adjustable drag device, hang composite insulator, carry on a shoulder pole line gold utensil, drop-down composite insulator and bracing wire component are from top to bottom sequentially connected, the suspension clamp of wire can be undertaken by being hung with load line gold utensil, the lower end of bracing wire component is provided with the adjustable drag device that can be fixed on the ground, adjustable drag device includes guide pillar pedestal, left post device, right post device and counterweight guide block.Reasonable and compact in structure of the present invention, easy to use, its adjustable drag device is fixed on the ground, downward pulling force size is adjusted by adjusting the quantity of heavy punch piece, to adapt to the prevailing wind of different grades, suppress the effect of wire windage yaw more preferably, with it is safe and reliable, easy, efficient the characteristics of.
Description
Technical field
It is a kind of windproof bracing wire of ultra-high-tension power transmission line the present invention relates to ultra-high-tension power transmission line flexible windproof engineering device technique field
Device.
Background technology
Because the Northwest is predominantly located in middle-latitude zone, belongs to continental stronger temperate zone arid climate, often there is polar region
Cold air mass is attacked, and because earth's surface is dispersed with gobi, the desert of vastness, landforms are made up of basin, valley floor more, simultaneously because mountain pass, mountain pass
Road is numerous, ground elevation discrepancy in elevation great disparity, easily occurs strong wind when cold air is invaded, and cardinal wind is more fixed throughout the year.
The ground such as " the three Shi Lifeng areas ", " the Bai Lifeng areas " of the band of ten three rooms of Hami one of Turfan northwestward, it is annual more than eight grades
Windy Days were more than hundred days, and prevailing wind is north wind, because extreme local strong convective weather often occurs, the insulator of transmission line of electricity
Powered position is not enough with steel tower safe distance after windage yaw, easily causes power transmission circuit caused by windage trip accident.
Such as 750kV tells Kazakhstan one, two wires ultra-high-tension power transmission line, and this one, two wires is parallel to be set up, completely to be east-west, away from
From the sea level on the average 1000m of the multiple section of failure of the km of In Turfan In Xinjiang Shanshan County about 60, its landform is gobi,
Climate type is strong wind weather, and long-term prevailing wind is northwester.Tool is calculated on the spot, the average most strong wind of 10 meters of scene height 10 minutes
Fast 36m/s, wind direction is north wind, and wind direction is 75 degree to 90 degree with wire angle.Through windage yaw calculation and check, during 28m/s wind speed,
Maximum angle of wind deflection is 54 degree, is 2.96 meters apart from the nearest clearance of steel tower, meets the requirement of 1.9 meters of power frequency electric clearance；
During 36m/s wind speed, maximum angle of wind deflection is 66 degree, is 1.5 meters apart from the nearest clearance of steel tower, is unsatisfactory for power frequency electric clearance
1.9 meters of requirement, therefore it is easier occur windage yaw trip accident.
Windage yaw trip accident is affected greatly to electric power netting safe running, existing in order to solve circuit windage yaw trip problem
Prophylactico-therapeutic measures usually directly installs a number of weight additional in the insulator chain of pendency, it is desirable to subtract after being increased weight by insulator chain
Few skew of the wire under high wind conditions, to avoid live wire from discharging iron tower construction member, but actual implementation the method
When, due to the intensity limitation of correspondence gold utensil and insulator, counterweight is relatively limited, and installs after weight insulator chain additional in big landscape
Larger beat or rotation itself can still occur under condition, cause the gold utensil deflection angle for undertaking wire larger, therefore suppress wire
The effect of windage yaw is unsatisfactory, at present in the urgent need to a kind of reliability, operability, better economy wind deflection preventive.
The content of the invention
The invention provides a kind of windproof anchoring of ultra-high-tension power transmission line, the deficiency of above-mentioned prior art is overcome, its
Prior art, which can effectively be solved, can not effectively prevent wire windage yaw, wire offset under high wind conditions seriously, there is potential safety hazard
The problem of.
The technical scheme is that realized by following measures：A kind of windproof anchoring of ultra-high-tension power transmission line,
Including the suspension composite insulator that can be fixed on steel tower cross-arm, load line gold utensil, drop-down composite insulator, bracing wire component and can
Puller system is adjusted, suspension composite insulator, load line gold utensil, drop-down composite insulator and bracing wire component are from top to bottom sequentially connected,
The suspension clamp of wire can be undertaken by being hung with load line gold utensil, and the lower end of bracing wire component is provided with what can be fixed on the ground
Adjustable drag device, adjustable drag device includes guide pillar pedestal, left post device, right post device and counterweight guide block, left guide pillar
The lower end of device and right post device, which is separately fixed on the upper end left part and upper end right part of guide pillar pedestal, left post device, a left side
There is right guide groove on guide groove, right post device, the left part of counterweight guide block is arranged in left guide groove, and the right part of counterweight guide block is arranged on the right side
In guide groove, the heavy punch piece no less than one is installed with counterweight guide block.
Here is the further optimization and/or improvements to above-mentioned utility model technical scheme：
Above-mentioned bracing wire component may include the isometric Zola's line of length and right bracing wire, and Zola's line and right bracing wire are in the parallel cloth in left and right
Put and drop-down composite insulator can be suppressed and rotate.
Above-mentioned counterweight guide block may include triangle substrate, left guide runner and right guide runner；Triangle substrate is in isoceles triangle
Shape, the upper corner of triangle substrate is provided with hole, the lower left corner and bottom right of triangle substrate on the substrate that can be connected with bracing wire component
Angle is respectively fixed with left guide runner and right guide runner, and left guide runner is arranged in left guide groove, the left guide groove right of correspondence
Left limit boss is respectively fixed with front side of the lower left quarter of triangle substrate and on rear side of lower left quarter, right guide runner is arranged on right guide groove
It is interior, it is respectively fixed with right limit boss on front side of the right lower quadrant of the triangle substrate of the right guide groove left of correspondence and on rear side of right lower quadrant；Correspondence
The front side of the left guide runner of left guide groove left and rear side can be respectively fixed with left guide limiting stopper, the right side of the right guide groove right of correspondence
The front side of guide runner and rear side can be respectively fixed with right guide limiting stopper.
Top, lower left quarter and the right lower quadrant of above-mentioned triangle substrate can be provided with weight fixing hole, correspondence weight fixing hole respectively
The heavy punch piece of position is provided with weight mounting hole, and the front side of triangle substrate or/and rear side can be installed by weight fixing hole, weight
Hole and bolt are installed with heavy punch piece.
Above-mentioned left post device may include the left front L-angle steel set back-to-back and left back L-angle steel, the right of left front L-angle steel
The right side plate of plate and left back L-angle steel is in the same plane, the rear side plate bottom of left front L-angle steel and the preceding side plate of left back L-angle steel
Provided with lower-left cushion block and by being fixed together through the bolt of lower-left cushion block between bottom, the rear side plate of left front L-angle steel
Provided with upper left cushion block and by being fixedly connected on through the bolt of upper left cushion block between top and the preceding side plate top of left back L-angle steel
Together, left guide groove is formed between the preceding side plate middle part of left back L-angle steel in the middle part of the rear side plate of left front L-angle steel；Right post device can
The left side plate of the left side plate and L-angle steel behind the right side of L-angle steel is located at before the preceding L-angle steel in the right side including setting back-to-back and L-angle steel behind the right side, the right side
On same plane, it is provided with bottom right cushion block between the preceding side plate bottom of L-angle steel behind the rear side plate bottom and the right side of right preceding L-angle steel and passes through
Bolt through bottom right cushion block is fixed together, and behind the rear side plate top and the right side of right preceding L-angle steel the preceding side plate top of L-angle steel
Between provided with upper right cushion block and by being fixed together through the bolt of upper right cushion block, the rear side plate middle part of right preceding L-angle steel
And form right guide groove between the preceding side plate middle part of L-angle steel behind the right side.
Above-mentioned guide pillar pedestal may include left guide pillar seat, right guide pillar seat and Anti-knocking seat, the lower end of left guide pillar seat and right guide pillar
The lower end of seat is fixed on Anti-knocking seat, and left guide pillar seat top and right guide pillar seat top are respectively equipped with bolt hole, left post device
Lower end is bolted on left guide pillar seat top, and right post device lower end is bolted on right guide pillar seat top.
Above-mentioned bracing wire component may include triangle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp,
Upper right strain clamp, lower-left strain clamp, bottom right strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and
Extend ring, the upper end of upper triangle yoke plate is arranged on drop-down composite insulator lower end, the bottom left and right ends difference of upper triangle yoke plate
Upper left adjustment plate group and upper right adjustment plate group are hinged with, upper left adjustment plate group lower end is provided with a left side by the U-shaped link of upper left tuned plate
Upper strain clamp, upper left strain clamp lower end is fixedly connected with lower-left strain clamp, upper right adjustment plate group lower end by Zola's line
Upper right strain clamp is provided with by the U-shaped link of upper right tuned plate, upper right strain clamp lower end is fixedly connected with the right side by right bracing wire
Lower strain clamp, lower-left strain clamp is provided with lower-left adjustment plate group by the U-shaped link of lower-left tuned plate, and bottom right strain clamp passes through
Tuned plate U-shaped link in bottom right is provided with bottom right adjustment plate group, the lower end of lower-left adjustment plate group and the lower end difference of bottom right adjustment plate group
The top left and right ends of lower triangle yoke plate are hinged on, the middle part lower end of lower triangle yoke plate is connected with by the U-shaped link of lower gusset prolongs
Long ring, the lower end for extending ring is connected to upper end in the middle part of counterweight guide block by the U-shaped link of guide block；Upper triangle yoke plate upper end can be by upper
The U-shaped link of gusset is connected with right angle ring, and right angle ring includes above connecing ring and bottom surface projection with above connecing the projection of ring bottom surface in 90 degree
Under connect ring, above connect ring lower end and ring upper end is connect with fix and be connected as a single entity, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, and drop-down is multiple
Closing the lower end of insulator has lower insulator tail ring, above connects ring and is connected to by lower outstanding U-shaped link on lower insulator tail ring.
The upper and lower side of above-mentioned suspension composite insulator and the upper and lower side of drop-down composite insulator can be installed with respectively
Pressure ring；Or/and, load line gold utensil may include in six division yoke plates, left cross yoke plate and right cross yoke plate, the upper end of six division yoke plates
Portion, which has, hangs hole on yoke plate, six division yoke plates are connected to suspension composite insulator lower end, six by hanging hole and upper U-shaped link on yoke plate
The left lower and lower right side for dividing yoke plate are respectively fixed with left cross yoke plate and right cross yoke plate, and six divide yoke plates or so two
There is a suspended end with wire clamp mounting hole the upper, middle and lower on side respectively, and the lower end of left cross yoke plate and right cross yoke plate leads to
Cross down outstanding adjustment plate U-shaped link with and be connected with drop-down composite insulator, each suspension clamp is suspended on six points by U-shaped folder respectively
Split on the wire clamp mounting hole of yoke plate.
Reasonable and compact in structure of the present invention, easy to use, its adjustable drag device is fixed on the ground, by adjusting weight
The quantity of piece adjusts downward pulling force size, to adapt to the prevailing wind of different grades, suppresses the effect of wire windage yaw more preferably,
With it is safe and reliable, easy, efficient the characteristics of.
Brief description of the drawings
Accompanying drawing 1 is the main structure diagram of preferred embodiment.
Accompanying drawing 2 is the left view structural representation of accompanying drawing 1.
Use state schematic diagram of the accompanying drawing 3 for the present invention under without wind condition.
Use state schematic diagram of the accompanying drawing 4 for the present invention under high wind situation.
Coding in accompanying drawing is respectively：1 is suspension composite insulator, and 2 be drop-down composite insulator, and 3 be wire, and 4 be outstanding
Vertical line is pressed from both sides, and 5 be heavy punch piece, and 6 be Zola's line, and 7 be right bracing wire, and 8 be triangle substrate, and 9 be left guide runner, and 10 slide for right be oriented to
Block, 11 be hole on substrate, and 12 be left limit boss, and 13 be right limit boss, and 14 be left guide limiting stopper, and 15 are oriented to limit to be right
Position block, 16 be weight mounting hole, and 17 be left front L-angle steel, and 18 be left back L-angle steel, and 19 be lower-left cushion block, and 20 be upper left cushion block, 21
It is U-shaped folder for L-angle steel before the right side, 22,23 be left guide pillar seat, and 24 be right guide pillar seat, and 25 be Anti-knocking seat, and 26 be upper triangle yoke plate,
27 be upper left adjustment plate group, and 28 be upper right adjustment plate group, and 29 be upper left strain clamp, and 30 be upper right strain clamp, and 31 be lower-left
Strain clamp, 32 be bottom right strain clamp, and 33 be lower-left adjustment plate group, and 34 be bottom right adjustment plate group, and 35 be lower triangle yoke plate, 36
It is the U-shaped link of upper left tuned plate for extension ring, 37,38 be the U-shaped link of upper right tuned plate, and 39 be the U-shaped link of lower-left tuned plate, and 40 be bottom right
The U-shaped link of tuned plate, 41 be the U-shaped link of lower gusset, and 42 be the U-shaped link of guide block, and 43 be the U-shaped link of upper gusset, and 44 be above to connect ring, 45
Ring is connect under, 46 be lower insulator tail ring, and 47 hang U-shaped link to be lower, and 48 be six division yoke plates, and 49 be left cross yoke plate, and 50 are
Right cross yoke plate, 51 be upper U-shaped link, 52 be lower outstanding adjustment plate, 53 be under U-shaped link, ɑ for suspension composite insulator windage yaw
Angle.
Embodiment
The present invention is not limited by following embodiments, can technique according to the invention scheme and actual conditions it is specific to determine
Embodiment.
In the present invention, for the ease of description, the description of the relative position relation of each part is according to Figure of description 1
Butut mode be described, such as：The position relationship of forward and backward, upper and lower, left and right etc. is the Butut according to Figure of description
Direction is determined.
With reference to embodiment and accompanying drawing, the invention will be further described：
As shown in accompanying drawing 1,2, the windproof anchoring of the ultra-high-tension power transmission line includes being fixed on outstanding on steel tower cross-arm
Composite insulator 1, load line gold utensil, drop-down composite insulator 2, bracing wire component and adjustable drag device are hung, composite insulator is hung
1st, load line gold utensil, drop-down composite insulator 2 and bracing wire component are from top to bottom sequentially connected, and are hung with and can be undertaken on load line gold utensil
The suspension clamp 4 of wire 3, the lower end of bracing wire component is provided with the adjustable drag device that can be fixed on the ground, adjustable drag
Device includes the lower end of guide pillar pedestal, left post device, right post device and counterweight guide block, left post device and right post device
It is separately fixed to have on left guide groove, right post device on the upper end left part and upper end right part of guide pillar pedestal, left post device and has the right side
Guide groove, the left part of counterweight guide block is arranged in left guide groove, and the right part of counterweight guide block is arranged in right guide groove, fixed on counterweight guide block
Heavy punch piece 5 no less than one is installed.Adjustable drag device is fixed on the ground, is not only easy to existing ultra-high-tension power transmission line
Transformation, and construction and debugging maintenance are easily installed, by adjusting the quantity of heavy punch piece 5, adjustable drag device can be adjusted
Downward pulling force, to adapt to the prevailing wind of different grades according to actual conditions, the effect for suppressing wire windage yaw is more preferable, while reliably
The higher, operability of property is good, better economy.The present invention can be realized existing by interruption maintenance and livewire work two ways
There is ultra-high-tension power transmission line transformation, by strong wind season operation test, transformation section circuit running situation is good.Running situation is demonstrate,proved
Bright, ultra-high-tension power transmission line, which installs the present invention additional, can effectively prevent circuit from occurring windage yaw tripping fault, and difficulty of construction is exhausted compared with porcelain is changed
Edge installs that insulating sheath is relatively low additional, and protection effect is preferable, although increase O＆M project, but later stage operation maintenance side
Just.
The windproof anchoring of above-mentioned ultra-high-tension power transmission line can be made further optimization and/or improvements according to actual needs：
As shown in Figure 1, bracing wire component includes the isometric Zola's line 6 of length and right bracing wire 7, and Zola's line 6 and right bracing wire 7 are in
Left and right is arranged in parallel and can suppress drop-down composite insulator 2 and rotates.Using 7 two bracing wires of Zola's line 6 and right bracing wire, not only carry
The high intensity and reliability of bracing wire, and compared with single bracing wire, the bracing wire component with double bracing wires under large wind not
Easy yawing moment, can effectively suppress to pull down beat or the rotation of composite insulator 2, so as to effectively inhibit the inclined of load line gold utensil
Pivot angle, finally effectively inhibits the windage yaw of wire.Zola's line 6 and right bracing wire 7 are preferably aluminum-cladding stranded wire.
As shown in accompanying drawing 1,2, counterweight guide block includes triangle substrate 8, left guide runner 9 and right guide runner 10, triangular basis
Plate 8 is in isosceles triangle, and the upper corner of triangle substrate 8 is provided with hole 11, triangular basis on the substrate that can be connected with bracing wire component
The lower left corner and the lower right corner of plate 8 are respectively fixed with left guide runner 9 and right guide runner 10, and left guide runner 9 is led installed in a left side
In groove, left limit boss 12 is respectively fixed with front side of the lower left quarter of the triangle substrate 8 of the left guide groove right of correspondence and on rear side of lower left quarter,
Right guide runner 10 is arranged in right guide groove, on front side of the right lower quadrant of the triangle substrate 8 of the right guide groove left of correspondence and on rear side of right lower quadrant
It is respectively fixed with right limit boss 13.Not only intensity is higher in isosceles triangle for triangle substrate 8, and is easy to manufacture and assembles.
It can prevent inclined in wind effect bottom left guide runner 9 and right guide runner 10 by left limit boss 12 and right limit boss 13
From or deviate from left guide groove and right guide groove.
As shown in Figure 1, the front side of the left guide runner 9 of the left guide groove left of correspondence and rear side are respectively fixed with left be oriented to and limited
Position block 14, the front side of the right guide runner 10 of the right guide groove right of correspondence and rear side are respectively fixed with right guide limiting stopper 15.Pass through
Left guide limiting stopper 14 and right guide limiting stopper 15 can further improve the security reliability of counterweight guide block, effectively prevent big
Wind effect bottom left guide runner 9 and right guide runner 10 deviate or deviate from left guide groove and right guide groove.
As shown in Figure 1, the top of triangle substrate 8, lower left quarter and right lower quadrant are respectively equipped with weight fixing hole, correspondence weight
The heavy punch piece 5 of fixing hole position is provided with weight mounting hole 16, the front side of triangle substrate 8 or/and rear side by weight fixing hole,
Weight mounting hole 16 and bolt are installed with heavy punch piece 5.Heavy punch piece 5 is fixed by three weight fixing holes more firmly may be used
Lean on, the front side of triangle substrate 8 or rear side can install heavy punch piece 5 additional simultaneously, and the adjustable range that can install counterweight additional is bigger, by increasing
The relaxation degree of the piece numerical control bracing wire component of loss of weight hammer leaf 5, more facilitates.
As shown in accompanying drawing 1,2, left post device includes the left front L-angle steel 17 and left back L-angle steel 18 set back-to-back, left front
The right side plate of the right side plate of L-angle steel 17 and left back L-angle steel 18 is in the same plane, the rear side plate bottom of left front L-angle steel 17 with
Provided with lower-left cushion block 19 and by being fixedly connected on through the bolt of lower-left cushion block 19 between the preceding side plate bottom of left back L-angle steel 18
Together, upper left cushion block 20 is provided between the rear side plate top of left front L-angle steel 17 and the preceding side plate top of left back L-angle steel 18 and is passed through
Bolt through upper left cushion block 20 is fixed together, with the front of left back L-angle steel 18 in the middle part of the rear side plate of left front L-angle steel 17
Left guide groove is formed between in the middle part of plate；L-angle steel, right preceding L angles after right post device includes the right preceding L-angle steel 21 set back-to-back and be right
The left side plate of L-angle steel is in the same plane after the left side plate of steel 21 and the right side, rear side plate bottom and the L behind the right side of right preceding L-angle steel 21
Provided with bottom right cushion block and by being fixed together through the bolt of bottom right cushion block between the preceding side plate bottom of angle steel, right preceding L
Provided with upper right cushion block and by through upper right cushion block between the preceding side plate top of L-angle steel behind the rear side plate top of angle steel 21 and the right side
Bolt is fixed together, and in the middle part of the rear side plate of right preceding L-angle steel 21 and is formed the right side between the preceding side plate middle part of L-angle steel behind the right side and is led
Groove.Left post device and right post device are made by the L-angle steel set back-to-back, it is not only simple in construction, and it is easy to the later stage
Safeguard and change；By the way that two cushion blocks can be to spacing above and below left guide runner 9 and the progress of right guide runner 10, while energy up and down
The bolt of former and later two L-angle steels is fixed in enough protections, effectively extends its service life, it is to avoid its bent under greater impact load or
Cut.
As shown in accompanying drawing 1,2, guide pillar pedestal includes left guide pillar seat 23, right guide pillar seat 24 and Anti-knocking seat 25, left guide pillar seat
23 lower end and the lower end of right guide pillar seat 24 are fixed on Anti-knocking seat 25, part on the left top of guide pillar seat 23 and right guide pillar seat 24
Not She You bolt hole, left post device lower end is bolted on the left top of guide pillar seat 23, and right post device lower end passes through spiral shell
Bolt is fixed on the right top of guide pillar seat 24.Anti-knocking seat 25 preferably cement Anti-knocking seat 25, left guide pillar seat 23 and right guide pillar seat 24
Lower end be embedded in it is more solid and reliable in cement Anti-knocking seat 25, cement Anti-knocking seat 25 it is preferably provided as it is about 1.5 meters high, and
And its outside preferably spraying warning coloration or warning lines, to improve its Anti-knocking performance.
As shown in accompanying drawing 1,2,3,4, bracing wire component includes upper triangle yoke plate 26, upper left adjustment plate group 27, upper right adjustment plate
Group 28, upper left strain clamp 29, upper right strain clamp 30, lower-left strain clamp 31, bottom right strain clamp 32, lower-left adjustment plate group
33rd, bottom right adjustment plate group 34, lower triangle yoke plate 35 and extension ring 36, the upper end of upper triangle yoke plate 26 is arranged on drop-down compound inslation
Sub 2 lower ends, the bottom left and right ends of upper triangle yoke plate 26 have been respectively articulated with upper left adjustment plate group 27 and upper right adjustment plate group 28, left
The lower end of upper adjustment plate group 27 is provided with upper left strain clamp 29, the lower end of upper left strain clamp 29 by the U-shaped link 37 of upper left tuned plate
Lower-left strain clamp 31 is fixedly connected with by Zola's line 6, the lower end of upper right adjustment plate group 28 is pacified by the U-shaped link 38 of upper right tuned plate
Equipped with upper right strain clamp 30, the lower end of upper right strain clamp 30 is fixedly connected with bottom right strain clamp 32, lower-left by right bracing wire 7
Strain clamp 31 is provided with lower-left adjustment plate group 33 by the U-shaped link 39 of lower-left tuned plate, and bottom right strain clamp 32 is adjusted by bottom right
The U-shaped link 40 of plate is provided with bottom right adjustment plate group 34, the lower end of lower-left adjustment plate group 33 and the lower end of bottom right adjustment plate group 34 point
The top left and right ends of lower triangle yoke plate 35 are not hinged on, and the middle part lower end of lower triangle yoke plate 35 passes through the U-shaped link 41 of lower gusset
Extension ring 36 is connected with, the lower end for extending ring 36 is connected to upper end in the middle part of counterweight guide block by the U-shaped link 42 of guide block.Pass through upper three
Where Zola's line 6 and right bracing wire 7 can be essentially defined in it for angle yoke plate 26 and lower triangle yoke plate 35 in perpendicular, so as to
Enough rotations for effectively suppressing drop-down composite insulator 2；Pass through two lower adjustment plate groups of the upper adjustment plate group of left and right two and left and right, energy
The regulation of bracing wire length component is enough realized, while adapting to the difference in length of Zola's line 6 and right bracing wire 7, installation is easily facilitated and adjusts
Examination；The pin joint at each U-shaped link can make connected components realize flexible rotating in perpendicular simultaneously, so that in strong wind shape
The damping effect swung is produced to the load line gold utensil and drop-down composite insulator 2 on top under condition, gradually weakens its amplitude of oscillation.Actually make
Used time, the length of bracing wire component should leave the nargin of certain length, relaxation be kept in the case of calm or gentle breeze, in big wind condition
Lower suspension composite insulator angle of wind deflection ɑ reaches after about 30 ° that it is more suitable that bracing wire component is initially located in tension.
As shown in accompanying drawing 1,2, the upper upper end of triangle yoke plate 26 is connected with right angle ring, right angle ring by the U-shaped link 43 of upper gusset
Including above connecing ring 44 and bottom surface projection with above connecing the projection of the bottom surface of ring 44 in ring 45 is connect under 90 degree, above connect the lower end of ring 44 and connect with
The upper end of ring 45 is fixed and is connected as a single entity, and the upper U-shaped link 43 of gusset, which is connected to down, to be connect on ring 45, and the lower end of drop-down composite insulator 2 has
Lower insulator tail ring 46, above connects ring 44 and is connected to by lower outstanding U-shaped link 47 on lower insulator tail ring 46.Can by right angle ring
The direction of triangle yoke plate 26 and the relative load line gold utensil of lower triangle yoke plate 35, makes triangle yoke plate 26 and lower triangle yoke plate 35 in adjustment
Plate body direction it is consistent with the trend of the wire 3 of institute wind-deviation, be not only able to realize bracing wire component in big wind condition lower swing pair
Pull down composite insulator 2 swing damping action, and be conducive to improve adjustable drag device stress, prevent counterweight guide block because
Lateral deviation occurs for the pulling force of bracing wire component.
As shown in accompanying drawing 1,2, the upper and lower side for hanging composite insulator 1 and the upper and lower side for pulling down composite insulator 2 are solid respectively
Dingan County is equipped with grading ring.
As shown in accompanying drawing 1,2, load line gold utensil includes six division yoke plates 48, left cross yoke plate 49 and right cross yoke plate 50, six
The upper center of division yoke plate 48, which has, hangs hole on yoke plate, six division yoke plates 48 are connected by outstanding hole and upper U-shaped link 51 on yoke plate
In suspension composite insulator 1 lower end, the left lower and lower right side of six division yoke plates 48 are respectively fixed with left cross yoke plate 49
With right cross yoke plate 50, there is the suspension with wire clamp mounting hole the upper, middle and lower of six division the right and lefts of yoke plate 48 respectively
By lower outstanding adjustment plate 52, the U-shaped link 53 with is connected with drop-down again for the lower end of end, left cross yoke plate 49 and right cross yoke plate 50
Insulator 2 is closed, each suspension clamp 4 is suspended on the wire clamp mounting hole of six division yoke plates 48 by U-shaped folder 22 respectively.Pass through a left side ten
Couplet plate 49 and right cross yoke plate 50 can improve the stress of six division yoke plates 48, and improve its intensity, the lower outstanding energy of adjustment plate 52
Enough regulation load line gold utensils and the distance of drop-down composite insulator 2, prevent drop-down composite insulator 2 and its grading ring and suspension clamp
4 mutually grind.
Above technical characteristic constitutes highly preferred embodiment of the present invention, and it has stronger adaptability and optimal implementation effect
Really, non-essential technical characteristic can be increased and decreased according to actual needs, to meet the demand of different situations.
Claims (33)
1. a kind of windproof anchoring of ultra-high-tension power transmission line, it is characterised in that the suspension including that can be fixed on steel tower cross-arm is answered
Close insulator, load line gold utensil, drop-down composite insulator, bracing wire component and adjustable drag device, suspension composite insulator, load line gold
Tool, drop-down composite insulator and bracing wire component are from top to bottom sequentially connected, and the outstanding of wire can be undertaken by being hung with load line gold utensil
Vertical line is pressed from both sides, and the lower end of bracing wire component is provided with the adjustable drag device that can be fixed on the ground, and adjustable drag device includes leading
The lower end of base for post, left post device, right post device and counterweight guide block, left post device and right post device is separately fixed at
Having on the upper end left part and upper end right part of guide pillar pedestal, left post device on left guide groove, right post device has right guide groove, and counterweight is led
The left part of block is arranged in left guide groove, and the right part of counterweight guide block is arranged in right guide groove, is installed with counterweight guide block many
In the heavy punch piece of one；Wherein：Counterweight guide block includes triangle substrate, left guide runner and right guide runner；Triangle substrate in etc.
Lumbar triangle shape, the upper corner of triangle substrate is provided with hole, the lower left corner of triangle substrate on the substrate that can be connected with bracing wire component
Left guide runner and right guide runner are respectively fixed with the lower right corner, left guide runner is arranged in left guide groove, the left guide groove of correspondence
Left limit boss is respectively fixed with front side of the lower left quarter of the triangle substrate of right and on rear side of lower left quarter, right guide runner is arranged on the right side
In guide groove, right limit boss is respectively fixed with front side of the right lower quadrant of the triangle substrate of the right guide groove left of correspondence and on rear side of right lower quadrant；
The front side of the left guide runner of the left guide groove left of correspondence and rear side are respectively fixed with left guide limiting stopper, the right guide groove right of correspondence
The front side of right guide runner and rear side are respectively fixed with right guide limiting stopper.
2. the windproof anchoring of ultra-high-tension power transmission line according to claim 1, it is characterised in that bracing wire component includes length
Isometric Zola's line and right bracing wire, Zola's line and right bracing wire, which are arranged in parallel in left and right and can suppress drop-down composite insulator, to be turned
It is dynamic.
3. the windproof anchoring of ultra-high-tension power transmission line according to claim 1 or 2, it is characterised in that triangle substrate it is upper
Portion, lower left quarter and right lower quadrant are respectively equipped with weight fixing hole, and the heavy punch piece of correspondence weight fixing hole position is installed provided with weight
Hole, the front side of triangle substrate or/and rear side are installed with heavy punch piece by weight fixing hole, weight mounting hole and bolt.
4. the windproof anchoring of ultra-high-tension power transmission line according to claim 1 or 2, it is characterised in that left post device includes
The right side plate of the left front L-angle steel and left back L-angle steel set back-to-back, the right side plate of left front L-angle steel and left back L-angle steel is located at same
In plane, between the rear side plate bottom of left front L-angle steel and the preceding side plate bottom of left back L-angle steel provided with lower-left cushion block and by through
The bolt of lower-left cushion block is fixed together, between the rear side plate top of left front L-angle steel and the preceding side plate top of left back L-angle steel
It is in the middle part of the rear side plate of left front L-angle steel and left provided with upper left cushion block and by being fixed together through the bolt of upper left cushion block
Afterwards left guide groove is formed between the preceding side plate middle part of L-angle steel；L after right post device includes the preceding L-angle steel in the right side set back-to-back and be right
The left side plate of L-angle steel is in the same plane after angle steel, the left side plate of right preceding L-angle steel and the right side, the rear side plate bottom of right preceding L-angle steel
Provided with bottom right cushion block and by being fixedly connected on one through the bolt of bottom right cushion block between the preceding side plate bottom of L-angle steel behind the right side
Rise, provided with upper right cushion block and by through upper right between the preceding side plate top of L-angle steel behind the rear side plate top and the right side of right preceding L-angle steel
The bolt of cushion block is fixed together, and is formed in the middle part of the rear side plate of right preceding L-angle steel and behind the right side between the preceding side plate middle part of L-angle steel
Right guide groove.
5. the windproof anchoring of ultra-high-tension power transmission line according to claim 3, it is characterised in that left post device includes the back of the body
The right side plate of left front L-angle steel and left back L-angle steel that backrest is set, the right side plate of left front L-angle steel and left back L-angle steel is located at same flat
On face, provided with lower-left cushion block and by through a left side between the rear side plate bottom of left front L-angle steel and the preceding side plate bottom of left back L-angle steel
The bolt of lower cushion block is fixed together, and is set between the rear side plate top of left front L-angle steel and the preceding side plate top of left back L-angle steel
There is upper left cushion block and by being fixed together through the bolt of upper left cushion block, with left back L in the middle part of the rear side plate of left front L-angle steel
Left guide groove is formed between in the middle part of the preceding side plate of angle steel；L angles after right post device includes the preceding L-angle steel in the right side set back-to-back and be right
Steel, it is right before L-angle steel left side plate and it is right after L-angle steel left side plate it is in the same plane, the rear side plate bottom of right preceding L-angle steel and
Provided with bottom right cushion block and by being fixed together through the bolt of bottom right cushion block between the preceding side plate bottom of L-angle steel behind the right side,
Provided with upper right cushion block and by through upper right pad between the preceding side plate top of L-angle steel behind the rear side plate top and the right side of right preceding L-angle steel
The bolt of block is fixed together, and forms right in the middle part of the rear side plate of right preceding L-angle steel and behind the right side between the preceding side plate middle part of L-angle steel
Guide groove.
6. the windproof anchoring of ultra-high-tension power transmission line according to claim 1 or 2, it is characterised in that guide pillar pedestal includes a left side
The lower end of guide pillar seat, right guide pillar seat and Anti-knocking seat, the lower end of left guide pillar seat and right guide pillar seat is fixed on Anti-knocking seat, and a left side is led
Column base top and right guide pillar seat top are respectively equipped with bolt hole, and left post device lower end is bolted in left guide pillar seat
Portion, right post device lower end is bolted on right guide pillar seat top.
7. the windproof anchoring of ultra-high-tension power transmission line according to claim 3, it is characterised in that guide pillar pedestal is led including a left side
The lower end of column base, right guide pillar seat and Anti-knocking seat, the lower end of left guide pillar seat and right guide pillar seat is fixed on Anti-knocking seat, left guide pillar
Seat top and right guide pillar seat top are respectively equipped with bolt hole, and left post device lower end is bolted on left guide pillar seat top,
Right post device lower end is bolted on right guide pillar seat top.
8. the windproof anchoring of ultra-high-tension power transmission line according to claim 4, it is characterised in that guide pillar pedestal is led including a left side
The lower end of column base, right guide pillar seat and Anti-knocking seat, the lower end of left guide pillar seat and right guide pillar seat is fixed on Anti-knocking seat, left guide pillar
Seat top and right guide pillar seat top are respectively equipped with bolt hole, and left post device lower end is bolted on left guide pillar seat top,
Right post device lower end is bolted on right guide pillar seat top.
9. the windproof anchoring of ultra-high-tension power transmission line according to claim 5, it is characterised in that guide pillar pedestal is led including a left side
The lower end of column base, right guide pillar seat and Anti-knocking seat, the lower end of left guide pillar seat and right guide pillar seat is fixed on Anti-knocking seat, left guide pillar
Seat top and right guide pillar seat top are respectively equipped with bolt hole, and left post device lower end is bolted on left guide pillar seat top,
Right post device lower end is bolted on right guide pillar seat top.
10. the windproof anchoring of ultra-high-tension power transmission line according to claim 1 or 2, it is characterised in that bracing wire component includes
Upper triangle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp,
Bottom right strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end peace of upper triangle yoke plate
Mounted in drop-down composite insulator lower end, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right is adjusted
Whole plate group, upper left adjustment plate group lower end is provided with upper left strain clamp, upper left strain clamp lower end by the U-shaped link of upper left tuned plate
Lower-left strain clamp is fixedly connected with by Zola's line, upper right adjustment plate group lower end is provided with the right side by the U-shaped link of upper right tuned plate
Upper strain clamp, upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through
Tuned plate U-shaped link in lower-left is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right by the U-shaped link of bottom right tuned plate and adjusted
Whole plate group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at top of lower triangle yoke plate or so two
End, the middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end for extending ring is U-shaped by guide block
Link is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring, right angle ring by the U-shaped link of upper gusset
It is in connect ring under 90 degree including above connecing ring and bottom surface projection with above connecing the projection of ring bottom surface, above connecing ring lower end, that ring upper end is connect with is solid
Surely it is connected as a single entity, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, on
Ring is connect to be connected on lower insulator tail ring by lower outstanding U-shaped link.
11. the windproof anchoring of ultra-high-tension power transmission line according to claim 3, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
12. the windproof anchoring of ultra-high-tension power transmission line according to claim 4, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
13. the windproof anchoring of ultra-high-tension power transmission line according to claim 5, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
14. the windproof anchoring of ultra-high-tension power transmission line according to claim 6, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
15. the windproof anchoring of ultra-high-tension power transmission line according to claim 7, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
16. the windproof anchoring of ultra-high-tension power transmission line according to claim 8, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
17. the windproof anchoring of ultra-high-tension power transmission line according to claim 9, it is characterised in that bracing wire component includes upper three
Angle yoke plate, upper left adjustment plate group, upper right adjustment plate group, upper left strain clamp, upper right strain clamp, lower-left strain clamp, bottom right
Strain clamp, lower-left adjustment plate group, bottom right adjustment plate group, lower triangle yoke plate and extension ring, the upper end of upper triangle yoke plate is arranged on
Composite insulator lower end is pulled down, the bottom left and right ends of upper triangle yoke plate have been respectively articulated with upper left adjustment plate group and upper right adjustment plate
Group, upper left adjustment plate group lower end is provided with upper left strain clamp by the U-shaped link of upper left tuned plate, and upper left strain clamp lower end passes through
Zola's line is fixedly connected with lower-left strain clamp, and it is resistance to that upper right adjustment plate group lower end is provided with upper right by the U-shaped link of upper right tuned plate
Bracing cable is pressed from both sides, and upper right strain clamp lower end is fixedly connected with bottom right strain clamp by right bracing wire, and lower-left strain clamp passes through lower-left
The U-shaped link of tuned plate is provided with lower-left adjustment plate group, and bottom right strain clamp is provided with bottom right adjustment plate by the U-shaped link of bottom right tuned plate
Group, the lower end of lower-left adjustment plate group and the lower end of bottom right adjustment plate group are respectively hinged at the top left and right ends of lower triangle yoke plate,
The middle part lower end of lower triangle yoke plate is connected with extension ring by the U-shaped link of lower gusset, and the lower end of extension ring passes through the U-shaped link of guide block
It is connected to upper end in the middle part of counterweight guide block；Upper triangle yoke plate upper end is connected with right angle ring by the U-shaped link of upper gusset, and right angle ring includes
On connect ring and bottom surface projection with above connect ring bottom surface projection be in 90 degree under connect ring, above connect ring lower end with connect ring upper end fix connect
It is integrated, the upper U-shaped link of gusset, which is connected to down, to be connect on ring, there is lower insulator tail ring the lower end of drop-down composite insulator, above connects ring
It is connected to by lower outstanding U-shaped link on lower insulator tail ring.
18. the windproof anchoring of ultra-high-tension power transmission line according to claim 1 or 2, it is characterised in that suspension compound inslation
The upper and lower side of son and the upper and lower side of drop-down composite insulator are installed with grading ring respectively；Or/and, load line gold utensil includes six points
Yoke plate, left cross yoke plate and right cross yoke plate are split, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through
Hole is hanged on yoke plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side of six division yoke plates
Left cross yoke plate and right cross yoke plate are respectively fixed with, there is band the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected for the lower end of the suspended end of wire clamp mounting hole, left cross yoke plate and right cross yoke plate
There is drop-down composite insulator, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
19. the windproof anchoring of ultra-high-tension power transmission line according to claim 3, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
20. the windproof anchoring of ultra-high-tension power transmission line according to claim 4, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
21. the windproof anchoring of ultra-high-tension power transmission line according to claim 5, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
22. the windproof anchoring of ultra-high-tension power transmission line according to claim 6, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
23. the windproof anchoring of ultra-high-tension power transmission line according to claim 7, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
24. the windproof anchoring of ultra-high-tension power transmission line according to claim 8, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
25. the windproof anchoring of ultra-high-tension power transmission line according to claim 9, it is characterised in that suspension composite insulator
The upper and lower side of upper and lower side and drop-down composite insulator is installed with grading ring respectively；Or/and, load line gold utensil includes six division connection
Plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through yoke plate
Upper outstanding hole and upper U-shaped link are connected to suspension composite insulator lower end, the left lower and lower right side difference of six division yoke plates
Left cross yoke plate and right cross yoke plate are fixed with, there is band wire clamp the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with down for the lower end of the suspended end of mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is drawn, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
26. the windproof anchoring of ultra-high-tension power transmission line according to claim 10, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
27. the windproof anchoring of ultra-high-tension power transmission line according to claim 11, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
28. the windproof anchoring of ultra-high-tension power transmission line according to claim 12, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
29. the windproof anchoring of ultra-high-tension power transmission line according to claim 13, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
30. the windproof anchoring of ultra-high-tension power transmission line according to claim 14, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
31. the windproof anchoring of ultra-high-tension power transmission line according to claim 15, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
32. the windproof anchoring of ultra-high-tension power transmission line according to claim 16, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
33. the windproof anchoring of ultra-high-tension power transmission line according to claim 17, it is characterised in that suspension composite insulator
Upper and lower side and pull down composite insulator upper and lower side be installed with grading ring respectively；Or/and, load line gold utensil includes six divisions
Yoke plate, left cross yoke plate and right cross yoke plate, the upper center of six division yoke plates, which has, hangs hole on yoke plate, six division yoke plates pass through connection
Hole is hanged on plate and upper U-shaped link is connected to suspension composite insulator lower end, the left lower and lower right side point of six division yoke plates
Left cross yoke plate and right cross yoke plate are not fixed with, and there is band line the upper, middle and lower of six division yoke plate the right and lefts respectively
By lower outstanding adjustment plate, the U-shaped link with is connected with for the lower end of the suspended end of folder mounting hole, left cross yoke plate and right cross yoke plate
Composite insulator is pulled down, each suspension clamp is suspended on the wire clamp mounting hole of six division yoke plates by U-shaped folder respectively.
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| CN201510838330.2A CN105337236B (en) | 2015-11-26 | 2015-11-26 | The windproof anchoring of ultra-high-tension power transmission line |
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| CN201510838330.2A CN105337236B (en) | 2015-11-26 | 2015-11-26 | The windproof anchoring of ultra-high-tension power transmission line |
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| CN106374412B (en) * | 2016-10-20 | 2018-06-05 | 山东电力工程咨询院有限公司 | A kind of inclined composite insulator of transmission tower flexible windproof restrains string, method and structure |
| CN107069630A (en) * | 2017-05-10 | 2017-08-18 | 国网江苏省电力公司检修分公司 | A kind of middle phase conductor wind deflection preventive for single loop electric power line pole tower |
| CN110768194B (en) * | 2019-12-17 | 2020-10-13 | 东北电力大学 | Windage yaw prevention suspension insulator string and installation method |
| CN113937658B (en) * | 2021-10-19 | 2023-05-16 | 中国南方电网有限责任公司超高压输电公司百色局 | Overhead ground wire guide rail |
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| US20140124234A1 (en) * | 2012-11-08 | 2014-05-08 | Albert S. Richardson, Jr. | Antigalloping Device |
| CN203352100U (en) * | 2013-05-15 | 2013-12-18 | 新疆电力设计院 | Windproof stay wire cross-arm device for power transmission line |
| CN103441462B (en) * | 2013-07-23 | 2017-02-01 | 国网河南省电力公司电力科学研究院 | Segmental combined type galloping-prevention composite phase-earth spacing rod |
| CN203850795U (en) * | 2014-04-16 | 2014-09-24 | 中国能源建设集团安徽省电力设计院 | Windage yaw prevention flexible control device used for power transmission lines |
| CN205429663U (en) * | 2015-11-26 | 2016-08-03 | 新疆维吾尔自治区送变电工程公司 | High tension transmission line prevent wind draw off mechanism |
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