CN205791411U - Novel all insulation 35kV cable rod rising device - Google Patents
Novel all insulation 35kV cable rod rising device Download PDFInfo
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- CN205791411U CN205791411U CN201620513423.8U CN201620513423U CN205791411U CN 205791411 U CN205791411 U CN 205791411U CN 201620513423 U CN201620513423 U CN 201620513423U CN 205791411 U CN205791411 U CN 205791411U
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- insulating boot
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- arm
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Abstract
This utility model relates to a kind of novel all insulation 35kV cable rod rising device, including electric pole and threephase cable, the strain clamp fixed mount that threephase cable is provided with insulating boot by bag is located on electric pole, electric pole is provided with cross-arm support, cross-arm support includes cross arm insulator and the cross-arm pony sill being provided with cross-arm insulating boot, bag is provided with under the threephase cable of insulated sleeve to go between and is provided with electrically connecting across umbellate form cable connector of insulating boot with wrapping, insulated sleeve includes the insulated sleeve unit of some tandem arrays, electric pole below umbellate form cable connector is provided with column support for installation of lighning arrestor, column support for installation of lighning arrestor is provided with and is provided with the ground connection link of ground connection link insulating boot by bag and is provided with the column spark gap of lightning arrester insulation cover with the bag electrically connected that goes between under threephase cable.The mode that this utility model uses bag on high-tension line to set insulating boot improves the insulation safety of high-tension line, has circuit all insulation, the feature that high voltage power transmission insulation safety performance is high.
Description
Technical field
This utility model relates to a kind of 35kV cable rod rising device, particularly to a kind of all insulation 35kV
Cable rod rising device, belongs to high tension cable rod rising device field.
Background technology
35kV overhead transmission line is vast in territory, conveying power is big, is the backbone of distribution transmission of electricity.Due to
35kV electric pressure wire rated voltage is high, uses 10kV insulated conductor manufacturing process naked as same
Conductive line surfaces adds insulating barrier, and wire weight will be doubled and redoubled, cause electric transmission line isolator bending strength,
Electric pole tensile strength synchronizes to be doubled and redoubled, thus causes current overhead transmission line line structure to carry
State.Just because of above many reasons, so up to the present, whole nation 35kV and above transmission of electricity frame
Ceases to be busy road the most still uses bare conductor.Along with Rural Urbanization Construction constantly advances, former 35kV makes somebody a mere figurehead defeated
Electric line branch now a large amount of road capital constructions, construction site and skyscraper, thus cause in recent years
Due to the collision 35kV overhead bare conductor such as construction equipment, high-rise parabolic, kite, balloon cause electric shock,
The accident of the impact person such as short circuit, tripping operation and transmission of electricity safety happens occasionally.Pacify to people's lives and electrical network
Entirely bring significant damage.
At present, 35kV cable is stepped on bar conventional equipment structure and is: masthead is upper ground wire, is the most down three
Phase overhead bare conductor, exposed lower lead-in wire, cross-arm support, insulator, spark gap and mounting platform thereof and
Buried cable splices fixed mount.Electric power is transmitted from mains side by three-phase overhead bare conductor, passes through
Wire clamp, exposed lower lead-in wire are connected to cable connector, buried cable, are finally transported to user.In order to really
Protecting power supply safety, centre must be supported with insulator plays insulation and interconnection function, also must simultaneously
Must configure spark gap, pre-anti-overvoltage plays the infringement of cable over the ground.In terms of this organization plan, 35kV electricity
The connected mode that cable is stepped between bar overhead transmission line and buried cable belongs to unenclosed construction.This open type electricity
It is relatively near that cable rod rising device is liftoff, and this traditional structure is for high-rise parabolic, kite, balloon, Serpentis class etc.
Protective capacities poor, also easily cause the binding post of exposed lower lead-in wire and common pole type lightning protection device because of
Foreign body short and cause short circuit tripping operation, thus affect the safe and reliable operation of transmission line of electricity, and due to
Article one, 35kV overhead transmission line need to be transmitted electricity to a plurality of 10kV transmission line of electricity, so an once 35kV
The impaired meeting of transmission line of electricity causes social and economic extreme influence.
Summary of the invention
This utility model novel all insulation 35kV cable rod rising device discloses new scheme, uses
On high-tension line, bag sets the mode of insulating boot and improves the insulation safety of high-tension line, solves existing
35kV overhead transmission line uses bare conductor unenclosed construction insulation safety poor, the problem easily sending out security incident.
This utility model novel all insulation 35kV cable rod rising device includes electric pole and threephase cable, three
Phase cable is located on electric pole by strain clamp fixed mount, and on strain clamp, bag is provided with strain clamp insulation
Cover, the upper end of electric pole to lower end is sequentially provided with under threephase cable the cross-arm support of lead-in wire, cross-arm support bag
Including cross arm insulator and cross-arm pony sill, cross-arm pony sill is fixed on electric pole, and cross arm insulator is fixed
On cross-arm pony sill, on cross arm insulator, bag is provided with cross-arm insulating boot, and under threephase cable, lead-in wire passes through
Cross arm insulator overlap joint electrically connects with across umbellate form cable connector, across umbellate form cable connector and load end cable
Electrical connection, is arranged with insulated sleeve on lead-in wire under threephase cable, and insulated sleeve includes some tandem arrays
Insulated sleeve unit, be provided with cable connector insulating boot across umbellate form cable connector bag, connect across umbellate form cable
Electric pole below Tou is provided with column support for installation of lighning arrestor, and column support for installation of lighning arrestor sets
The column spark gap having and go between corresponding under threephase cable, column spark gap by ground connection link with
Under threephase cable, lead-in wire is electrically connected to form the electric connection mode in parallel with across umbellate form cable connector, and ground connection is hung
On ring, bag is provided with ground connection link insulating boot, and the upper lead end bag of column spark gap is provided with lightning arrester insulation
Cover, the earth terminal grounding connection of column spark gap.
This utility model novel all insulation 35kV cable rod rising device uses bag on high-tension line to set absolutely
The mode of edge cover improves the insulation safety of high-tension line, has circuit all insulation, and high voltage power transmission insulate
The feature that security performance is high.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of this utility model novel all insulation 35kV cable rod rising device.
Fig. 2 is the schematic diagram of insulated sleeve.
Fig. 2-1 is the first linkage section A-A generalized section of insulated sleeve in Fig. 2.
Fig. 2-2 is the casing section B-B generalized section of insulated sleeve in Fig. 2.
Fig. 2-3 is the tail linkage section C-C generalized section of insulated sleeve in Fig. 2.
Fig. 3 is the cross-sectional schematic under cross-arm insulating boot confined state.
Fig. 3-1 is A-A cross-sectional schematic under cross-arm insulating boot confined state in Fig. 3.
Fig. 3-2 is B-B generalized section under cross-arm insulating boot confined state in Fig. 3.
Fig. 4 is the cross-sectional schematic under strain clamp insulating boot confined state.
Fig. 4-1 is A-A generalized section under strain clamp insulating boot confined state in Fig. 4.
Fig. 5 is the cross-sectional schematic under cable connector insulating boot confined state.
Fig. 5-1 is A-A generalized section under cable connector insulating boot confined state in Fig. 5.
Fig. 6 is the cross-sectional schematic under ground connection link insulating boot confined state.
Fig. 6-1 is A-A generalized section under ground connection link insulating boot confined state in Fig. 6.
Fig. 7 is the cross-sectional schematic under lightning arrester insulation cover confined state.
Fig. 7-1 is A-A generalized section under lightning arrester insulation cover confined state in Fig. 7.
Wherein, 100 is strain clamp insulating boot, and 110 is strain clamp insulating boot bound edge first, and 120 are
Strain clamp insulating boot bound edge second, 130 is locking bar buckle structure E, and 140 is locking bar buckle structure F,
200 is insulated sleeve, and 210 is first linkage section, and 211 is tail linkage section binding structure slot chamber, 212
Being locking through-hole structure, 220 is casing section, and 221 is reinforcing rib ring, and 230 is tail linkage section, 240
Being insulated sleeve unit entirety bound edge first, 250 is insulated sleeve unit entirety bound edge second, and 260 is anti-
Pine bar buckle structure A, 270 is locking bar buckle structure B, and 300 is cross-arm insulating boot, and 310 is across umbrella section
Insulating boot, 320 is cross-arm-end insulating boot, and 330 is leading part insulating boot, and 340 is that cross-arm insulating boot is whole
Body bound edge first, 350 is cross-arm insulating boot entirety bound edge second, and 360 is locking bar buckle structure C, and 370 are
Locking bar buckle structure D, 400 is cable connector insulating boot, and 410 is lead wire insulation cover under cable, 420
Being across umbrella section insulating boot, 430 is cable connector insulating boot entirety bound edge first, and 440 is that cable connector is exhausted
Edge cover entirety bound edge second, 450 is locking bar buckle structure G, and 460 is locking bar buckle structure H, and 500 are
Ground connection link insulating boot, 510 is lead wire insulation cover under cable, and 520 is link insulating boot, and 530 is electricity
Lead wire insulation cover bound edge first under cable, 540 is lead wire insulation cover bound edge second under cable, and 550 is locking bar
Buckle structure I, 560 is locking bar buckle structure J, and 600 is lightning arrester insulation cover, and 610 is on spark gap
Lead end insulating boot, 620 is across umbrella section insulating boot, and 630 is lightning arrester insulation cover entirety bound edge first,
640 is lightning arrester insulation cover entirety bound edge second, and 650 is locking bar buckle structure K, and 660 is locking bar button
Structure L.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As it is shown in figure 1, the schematic diagram of this utility model novel all insulation 35kV cable rod rising device.
Novel all insulation 35kV cable rod rising device includes electric pole and threephase cable, and threephase cable passes through strain insulator
Wire clamp fixed mount is located on electric pole.On strain clamp, bag is provided with strain clamp insulating boot, the upper end of electric pole
Be sequentially provided with under threephase cable to lower end lead-in wire cross-arm support, cross-arm support include cross arm insulator and
Cross-arm pony sill, cross-arm pony sill is fixed on electric pole, and cross arm insulator is fixed on cross-arm pony sill,
On cross arm insulator bag being provided with under cross-arm insulating boot, threephase cable go between by cross arm insulator overlap joint with
Electrically connect across umbellate form cable connector, electrically connect with load end cable across umbellate form cable connector.Threephase cable
Being arranged with insulated sleeve on lower lead-in wire, insulated sleeve includes the insulated sleeve unit of some tandem arrays.
It is provided with cable connector insulating boot across umbellate form cable connector bag.Set on electric pole below umbellate form cable connector
Have column support for installation of lighning arrestor, column support for installation of lighning arrestor to be provided with to draw under threephase cable
The column spark gap that line is corresponding, column spark gap is by ground connection link and lead-in wire electricity under threephase cable
Connecting and form the electric connection mode in parallel with across umbellate form cable connector, on ground connection link, bag is provided with ground connection extension
Ring insulating boot, the upper lead end bag of column spark gap is provided with lightning arrester insulation cover, column spark gap
Earth terminal grounding connection.Such scheme is on the basis of tradition bare conductor, by high voltage cable
And on associated components, set up all standing insulating element, reach to improve the purpose of device integral insulation performance,
Solve 35kV and the problem of above high-tension line insulating properties difference, it is to avoid the safety thus caused
Accident.
Overhead transmission line insulating concept has been proposed for the long period, at 10kV power transmission and distribution overhead transmission line
On be widely applied, also achieve more satisfactory effect, but make somebody a mere figurehead in 35kV power transmission and distribution
Application on circuit is also in the stage of fumbling.This is primarily due to 10kV power transmission and distribution overhead transmission line
The insulating boot of conventional structure pattern has several difficult point when 35kV power transmission and distribution overhead transmission line is applied: one is
Due to the raising of working voltage, will reach safe insulating properties, the thickness of insulating boot will increase,
The thing followed is exactly the increase of cost and increasing considerably of overhead transmission line weight, causes a series of
Contingency question.Two risings being as voltage, occur the probability of edge flashing to be far longer than and puncture sudden strain of a muscle
Network, the insulating boot of conventional structure can not meet the requirement of this respect.Existing 10kV overhead transmission line makes
Insulated sleeve be the cross section split coupling structure in " Ω " shape, by the pin of opening part
Screw locking.This structure applies the distinct issues on 35kV transmission overhead line to be exactly
The scrap (bridge) of insulated sleeve is shorter, is susceptible to edge flashing.In order to solve this problem, this programme is adopted
With " returning " shape labyrinth type insulated sleeve.
As in figure 2 it is shown, the solution of this programme insulated sleeve, i.e. insulated sleeve unit include first company
The section of connecing, casing section and tail linkage section, first linkage section, casing section is the most seamless with tail linkage section connects shape
Become insulated sleeve unit overall.Insulated sleeve unit entirety is the sleeve structure of side opening vertically,
The one end of the lateral opening that insulated sleeve unit is overall is provided with insulated sleeve unit entirety bound edge first, insulation
The other end of the lateral opening that tube unit is overall is provided with insulated sleeve unit entirety bound edge second, insulation sleeve
Pipe unit entirety bound edge second is coated on insulation sleeve along the edge fold of insulated sleeve unit entirety bound edge first
" returning " shape labyrinth type insulated sleeve unit entirety bound edge knot is formed on pipe unit entirety bound edge first outer surface
Structure.Insulated sleeve unit entirety bound edge second combines with insulated sleeve unit entirety bound edge first outer surface cladding
Surface be provided with nail pressing bar structure A that the cross section axially extended is horse-shoe shaped, insulated sleeve unit
Overall bound edge first outer surface is provided with heavy pit structure A that the cross section axially extended is horse-shoe shaped, pressure
Nailing strip structure A and heavy pit structure A pressing form locking bar buckle structure A.Insulated sleeve unit is overall
The casing section of the casing section of bound edge second and tail linkage section part and insulated sleeve unit entirety bound edge first and
It is horse-shoe shaped that the surface that the inner surface of tail linkage section part combines is provided with the cross section axially extended
Nail pressing bar structure B, the casing section of insulated sleeve unit entirety bound edge first and the interior table of tail linkage section part
Face is provided with heavy pit structure B that the cross section axially extended is horse-shoe shaped, and nail pressing bar structure B is with heavy
Pit structure B pressing forms locking bar buckle structure B.As shown in Fig. 2-1,2,3, above-mentioned " time "
Shape labyrinth type binding structure specifically side bound edge (longer sides) turns down opposite side bound edge (shorter edge)
Clip pack wherein thus forms the faying face of revolution, and this binding structure is not limited to shown in figure one
Layer clip pack, it is also possible to be the structure again folding on the basis of one layer of clip pack and forming multilamellar clip pack, i.e.
Above-mentioned " time " shape insulated covering edge structure is folded again formation multilamellar labyrinth type binding structure.Above-mentioned " time "
Shape binding structure adds insulated sleeve inner surface length, thus extends edge flashing length, effectively
Improve the security performance of insulated sleeve, but also overcome existing 10kV overhead transmission line insulated sleeve
At lock structure pin hole stress concentrate thus reduce structural-mechanical property and cause insulated sleeve easily to be opened
The problem split.It is disposable that above-mentioned " time " shape insulated covering edge structure can use insulating cement bonding to be formed
Enclosed construction, but this structure maintainability is poor, it is impossible to demolition and maintenance, ask to solve this
Topic, this programme discloses above-mentioned locking bar buckle structure to realize the strong bonded of bound edge, this seriality
Pressing structure make insulated sleeve encapsulation operation approximation slide fastener process, both there is operation convenience,
Improve again the sealing of encapsulation, encapsulating structure is stably difficult to crack come off simultaneously, thus improves " returning "
The maintainability of shape labyrinth type insulated covering edge structure so that mount and dismount the most more convenient, and do not have
Change the sleeve body structure of insulated sleeve.
In order to meet the insulation all standing requirement of 35kV transmission overhead line, the insulated sleeve of this programme
Have employed the scheme of standard pipe socket, i.e. use the side of the insulated sleeve mutually head and the tail socket of many standards
Formula realizes all standing of cable.In order to realize above-mentioned technical purpose, the insulated sleeve of this programme is designed to
Can the nested scheme of head and the tail, the internal diameter of i.e. first linkage section is more than the internal diameter of tail linkage section, insulated sleeve
The first linkage section part of unit entirety bound edge second and the first linkage section of insulated sleeve unit entirety bound edge first
It is provided with tail linkage section binding structure slot chamber, tail linkage section binding structure slot chamber between the inner surface of part
Overall with the interior segment dislocation head linkage section inner chamber of the first linkage section part of insulated sleeve unit, insulation sleeve
The free end that the free end of the tail linkage section part of pipe unit can be inserted into first linkage section inner chamber overall is formed
Seal the connected structure of connection.This connected structure makes the insulated sleeve can be the most unlimited
Extend, easy accessibility, improve the maintainability of overall circuit insulated sleeve.In actual use,
Due to the impact of external environmental factor, such as strong wind, precipitation etc., aerial cable is in unsteadiness
Duty, sleeve structure based on above-mentioned grafting easily in disordered motion frequently produce loosen
Even departing from, in order to solve this problem, this programme also discloses the scheme strengthening splicing stability,
The i.e. first linkage section part of insulated sleeve unit entirety bound edge first is provided with locking through-hole structure, and locking is logical
Being provided with lock screw in pore structure, lock screw is internally formed internal and external threads with locking through-hole structure and is connected,
Lock screw is threaded in or out tail linkage section binding structure slot chamber, locking screw by locking through-hole structure
Silk screw-in tail linkage section binding structure slot chamber pushes against and is plugged on tail linkage section binding structure slot intracavity
Tail linkage section part formed locking mechanism, lock screw screw out tail linkage section binding structure slot chamber take off
Dismountable grafting is formed from the tail linkage section part being plugged on tail linkage section binding structure slot intracavity
Structure.The introducing of locking through-hole structure strengthens the connective stability of the insulation tube of adjacent socket, simultaneously
Readily accessible, and the locking member of this programme is not limited to the fit system of screw and screw thread, also may be used
In the way of using pin to fasten.
Existing 10kV overhead transmission line insulated sleeve and its remodeling apply 35kV transmit electricity aerial line
The internal surface of sleeve pipe of the similar-type products on road is directly to contact with bare conductor, disturbing in applied external force
Under Dong, cable produces irregular swing, causes insulated sleeve inwall to produce frequently with bare conductor surface
Friction, thus produce and even ftracture from the internal abrasion started of insulated sleeve, ultimately resulting in insulation and losing
Effect.In order to solve this problem, this programme is provided with cyclic reinforcing rib inside insulation tube, such as Fig. 2
Shown in 2-2, i.e. it is provided with some reinforcing rib rings vertically on the casing section inwall of insulated sleeve unit,
The internal diameter of reinforcing rib ring is more than the external diameter of bare conductor.The some reinforcements of this employing entangle the side of bare conductor
Case not only strengthens the mechanical performance of insulation tube itself, and is isolated with insulated sleeve inwall by bare conductor,
Make to produce between insulation tube inwall and bare conductor gap, not only prevent friction between the two, but also
Be conducive to the cross-ventilation heat radiation in gap.In order to meet the requirement of cable insulation, take into account erection simultaneously
The ability to bear of structure, the material of composition and the size of product have been carried out excellent by the insulated sleeve of this programme
Change, i.e. the material of 35kV transmission overhead line labyrinth type insulated sleeve is that thickness is more than or equal to 2.5mm
Silastic material.The dielectric strength of silicone rubber is the highest, and silicone rubber thick for 1mm just can bear 20kV's
Pressure test, as long as experiment proves that the thickness of silicon rubber insulation cover is designed to more than 2.5mm just can expire
The needs that foot is actually used, and this thickness is equivalent to 10kV insulation thickness.
Cross arm insulator is the parts of rod, is used for being arranged on electric pole support wire, had both played wire
The effect of insulation against ground, plays again the effect of cross-arm, when electric pressure is higher, to cross arm insulator
Insulating properties require the highest.In order to meet the high-tension line insulating properties requirement to cross arm insulator
Requirement, prevents edge flashing, and this programme is additionally arranged insulating boot on cross arm insulator.As it is shown on figure 3,
Specifically cross-arm insulating boot includes across umbrella section insulating boot, cross-arm-end insulating boot and leading part insulating boot, across
Umbrella section insulating boot is coated in cross arm insulator full skirt portion, and cross-arm-end insulating boot is coated on cross arm insulator
Cross-arm-end on, leading part insulating boot is coated on the position of lower lead-in wire and cross-arm-end overlap joint, across umbrella section
It is overall that insulating boot, cross-arm-end insulating boot and the most seamless split of leading part insulating boot form cross-arm insulating boot.
Cross-arm insulating boot entirety is the sleeve structure of side opening vertically, the side opening that cross-arm insulating boot is overall
Mouthful one end be provided with cross-arm insulating boot entirety bound edge first, another of the lateral opening that cross-arm insulating boot is overall
End is provided with cross-arm insulating boot entirety bound edge second, and cross-arm insulating boot entirety bound edge second is overall along cross-arm insulating boot
The edge fold of bound edge first is coated on the outer surface of cross-arm insulating boot entirety bound edge first formation " returning " shape
Labyrinth type binding structure.Cross-arm insulating boot entirety bound edge second and cross-arm insulating boot entirety bound edge first outer surface
The surface that cladding combines is provided with the nail pressing bar structure C that the cross section axially extended is horse-shoe shaped, cross-arm
Insulating boot entirety bound edge first outer surface is provided with the heavy pit knot that the cross section axially extended is horse-shoe shaped
Structure C, nail pressing bar structure C and heavy pit structure C pressing form locking bar buckle structure C.Cross-arm insulate
The overall bound edge second of cover is provided with vertically with the surface that cross-arm insulating boot entirety bound edge first inner surface is combined
The cross section extended is nail pressing bar structure D of horse-shoe shaped, and cross-arm insulating boot entirety bound edge first inner surface sets
Having the cross section axially extended is heavy pit structure D of horse-shoe shaped, and nail pressing bar structure D is tied with heavy pit
Structure D pressing forms locking bar buckle structure D.Above-mentioned all standing formula Insulation Scheme is effectively increased cross-arm knot
The integral insulation performance of structure, prevents birds and Serpentis class to harass the outside damage caused simultaneously.Equally,
Above-mentioned " time " shape labyrinth type binding structure specifically side bound edge (longer sides) turns down opposite side bound edge
(shorter edge) clip pack wherein thus forms the faying face of revolution, and this binding structure is not limited in figure
The one layer of clip pack illustrated, it is also possible to again fold on the basis of one layer of clip pack and form multilamellar clip pack
Structure, above-mentioned " time " shape insulated covering edge structure will fold formation multilamellar labyrinth type binding structure again.
Above-mentioned " time " shape binding structure adds insulating boot inner surface length, thus it is long to extend edge flashing
Degree, effectively improves insulating boot and applies the security performance on 35kV and above high-tension overhead line.
Equally, above-mentioned " time " shape insulated covering edge structure can use insulating cement bonding to form disposable closing
Structure, but this structure maintainability is poor, it is impossible to demolition and maintenance, in order to solve this problem,
This programme discloses above-mentioned locking bar buckle structure to realize the strong bonded of bound edge, this successional pressure
Close structure and make the encapsulation operation approximation slide fastener process of insulating boot, both there is operation convenience, improved again
The sealing of encapsulation, encapsulating structure is stably difficult to crack come off simultaneously, thus improve " returning " shape
The maintainability of labyrinth type insulated covering edge structure so that mount and dismount the most more convenient, and do not have
Change insulating boot body construction.
As it is shown on figure 3, the leading part insulating boot of this programme is to arrange along the bearing of trend of lower lead-in wire
Sleeve pipe side structure, sleeve pipe side structure is coated on the lower lead-in wire riding upon on cross-arm-end, and leading part insulate
Cover forms the tee-joint sleeve structure intersecting connection with cross-arm-end insulating boot seamless combination.Draw under this programme
It also is provided with carrying the insulated sleeve of " returning " shape insulated covering edge on line, therefore, under leading part insulating boot includes
Lead-in wire body sleeve and lower lead-in wire " return " shape insulated covering edge sleeve pipe, as shown in Fig. 3,3-1, under draw
Being equipped with the lower lead-in wire of outer housing insulated sleeve in line body sleeve, lower lead-in wire " returns " shape insulated covering edge set
" returning " shape insulated covering edge of lower lead-in wire it is filled with in pipe.The structure of above-mentioned leading part insulating boot effectively strengthens
The insulating properties of time lead-in wire and cross-arm junction, and it is connected more at lower lead-in wire and cross-arm
Join.The effect primarily serving fixed insulation cover main body across umbrella section insulating boot of this programme, as it is shown on figure 3,
I.e. including insulating boot anchor ear and across umbrella insulating boot across umbrella section insulating boot, insulating boot anchor ear hoop is located at cross-arm originally
Body root, is packaged on cross-arm body full skirt across umbrella insulating boot, insulating boot anchor ear with across umbrella insulating boot without
It is the sleeve structure of umbrella that seam connection forms middle section, this umbrella-shaped structure add edge flashing away from
From, apply and there is on 35kV and above high-tension line more preferable insulation safety performance.
Strain clamp is for fixing wire, to bear wire tension, and hangs wire to strain insulator-string group
Or the gold utensil on shaft tower, it is used for corner, continues, and the connection of terminal.When electric pressure is higher,
The insulating properties of strain clamp are required the highest.In order to meet the high-tension line insulation to strain clamp
Performance requirement, prevents edge flashing, and this programme is additionally arranged insulating boot on strain clamp.Such as Fig. 4 institute
Showing, specifically strain clamp insulating boot is the elbow of the side being packaged on strain clamp opening vertically
Sleeve structure, one end of the lateral opening of strain clamp insulating boot is provided with strain clamp insulating boot bound edge first,
The other end of the lateral opening of strain clamp insulating boot is provided with strain clamp insulating boot bound edge second, resistance to bracing cable
It is exhausted that folder insulating boot bound edge second is coated on strain clamp along the edge fold of strain clamp insulating boot bound edge first
" returning " shape labyrinth type binding structure is formed on the outer surface of edge cover bound edge first.Strain clamp insulating boot bag
The surface that limit second and strain clamp insulating boot bound edge first outer surface cladding combine is provided with and axially extends
Cross section be nail pressing bar structure E of horse-shoe shaped, strain clamp insulating boot bound edge first outer surface is provided with edge
Axially extended cross section is heavy pit structure E of horse-shoe shaped, nail pressing bar structure E and heavy pit structure E
Pressing forms locking bar buckle structure E.Strain clamp insulating boot bound edge second and strain clamp insulating boot bound edge
The surface that first inner surface combines is provided with nail pressing bar structure F that the cross section axially extended is horse-shoe shaped,
Strain clamp insulating boot bound edge first inner surface is provided with the heavy hole that the cross section axially extended is horse-shoe shaped
Groove structure F, nail pressing bar structure F and heavy pit structure F pressing form locking bar buckle structure F.Above-mentioned
All standing formula Insulation Scheme is effectively increased the integral insulation performance of strain clamp, prevents birds simultaneously
The outside damage caused is harassed with Serpentis class.Equally, above-mentioned " time " shape labyrinth type binding structure is specifically
Opposite side bound edge (shorter edge) clip pack wherein thus is formed revolution by side bound edge (longer sides) turnover
Faying face, this binding structure is not limited to shown in figure layer clip pack, it is also possible to be at one layer
The structure forming multilamellar clip pack is again folded on the basis of clip pack, will above-mentioned " time " shape insulated covering edge
Structure folds formation multilamellar labyrinth type binding structure again.Above-mentioned " time " shape binding structure adds absolutely
Edge cover inner surface length, thus extend edge flashing length, effectively improve insulating boot and apply
Security performance on 35kV and above high-tension overhead line.Equally, above-mentioned " time " shape insulated covering edge knot
Structure can use insulating cement bonding to form disposable enclosed construction, but this structure maintainability is relatively
Difference, it is impossible to demolition and maintenance, in order to solve this problem, this programme discloses above-mentioned locking bar buckle structure
Realizing the strong bonded of bound edge, the encapsulation operation that this successional pressing structure makes insulating boot is near
Like slide fastener process, both there is operation convenience, improve again the sealing of encapsulation, simultaneously encapsulating structure
Stably being difficult to cracks comes off, thus improves the maintainability of " returning " shape labyrinth type insulated covering edge structure,
Make to mount and dismount the most more convenient, and do not change insulating boot body construction.
The cable connector of this programme is formed with lead-in wire under threephase cable and directly electrically connects, therefore at high pressure
Insulating boot also should be set at the wiring of circuit, prevent edge flashing, as it is shown in figure 5, specifically electricity
Cable joint insulating boot includes under cable lead wire insulation cover and across umbrella section insulating boot, lead wire insulation cover under cable
It is coated under cable on lead-in wire and cable connector end, is coated on cable connector full skirt portion across umbrella section insulating boot
On, lead wire insulation cover and to form cable connector insulating boot across the umbrella seamless split of section insulating boot overall under cable.
Cable connector insulating boot entirety is the sleeve structure of side opening vertically, and cable connector insulating boot is overall
One end of lateral opening be provided with cable connector insulating boot entirety bound edge first, cable connector insulating boot is overall
The other end of lateral opening be provided with cable connector insulating boot entirety bound edge second, cable connector insulating boot is whole
Body bound edge second is coated on cable connector insulation along the edge fold of cable connector insulating boot entirety bound edge first
" returning " shape labyrinth type binding structure is formed on the outer surface of the overall bound edge first of cover.Cable connector insulating boot
The surface that overall bound edge second combines with cable connector insulating boot entirety bound edge first outer surface cladding is provided with
The cross section axially extended is nail pressing bar structure G of horse-shoe shaped, cable connector insulating boot entirety bound edge first
Outer surface is provided with heavy pit structure G that the cross section axially extended is horse-shoe shaped, nail pressing bar structure G
Locking bar buckle structure G is formed with heavy pit structure G pressing.Cable connector insulating boot entirety bound edge second with
The surface that cable connector insulating boot entirety bound edge first inner surface combines is provided with the cross section axially extended
Nail pressing bar structure H in horse-shoe shaped, cable connector insulating boot entirety bound edge first inner surface is provided with along axle
Being heavy pit structure H of horse-shoe shaped to the cross section extended, nail pressing bar structure H is pressed with heavy pit structure H
Close and form locking bar buckle structure H.Equally, above-mentioned " time " shape labyrinth type binding structure specifically side
Opposite side bound edge (shorter edge) clip pack wherein thus is formed the knot of revolution by bound edge (longer sides) turnover
Conjunction face, this binding structure is not limited to shown in figure layer clip pack, it is also possible to be one layer of clip pack
On the basis of again fold formed multilamellar clip pack structure, will above-mentioned " time " shape insulated covering edge structure
Again fold and form multilamellar labyrinth type binding structure.Above-mentioned " time " shape binding structure adds insulating boot
Inner surface length, thus extend edge flashing length, effectively improve insulating boot and apply at 35kV
And the security performance on above high-tension overhead line.Equally, above-mentioned " time " shape insulated covering edge structure can
To use insulating cement bonding to form disposable enclosed construction, but this structure maintainability is poor,
Cannot demolition and maintenance, in order to solve this problem, this programme discloses above-mentioned locking bar buckle structure and comes real
The strong bonded of existing bound edge, this successional pressing structure makes the encapsulation operation approximation of insulating boot draw
Chain process, had both had operation convenience, improve again the sealing of encapsulation, and encapsulating structure is stable simultaneously
It is difficult to crack and comes off, thus improve the maintainability of " returning " shape labyrinth type insulated covering edge structure, make
Must mount and dismount the most more convenient, and not change insulating boot body construction.It is coated on cable to connect
Head full skirt portion on across umbrella section insulating boot formed umbrella-shaped structure insulating surfaces add edge flashing away from
From, apply and there is on 35kV and above high-tension line more preferable insulation safety performance.
The ground connection link of this programme is to facilitate to hang the parts that grounding hook uses, this programme in overhaul process
In order to meet 35kV and the insulating requirements of above high-tension line, prevent edge flashing, at ground connection link
Outside is also additionally arranged insulating boot, and as shown in Figure 6, specifically ground connection link insulating boot draws under including cable
Line insulating boot and link insulating boot, under cable, lead wire insulation cover is coated under cable lead-in wire and link parts
Connection end on, link insulating boot is coated on link parts, and under cable, lead wire insulation cover and link are exhausted
It is overall that split that edge cover is seamless forms ground connection link insulating boot.Under cable lead wire insulation cover be side vertically
The sleeve structure of opening, under cable, one end of the lateral opening of lead wire insulation cover is provided with under cable lead-in wire absolutely
Edge cover bound edge first, under cable, the other end of the lateral opening of lead wire insulation cover is provided with lead wire insulation under cable
Cover bound edge second, under cable, lead wire insulation cover bound edge second is along the edge folding of lead wire insulation cover bound edge first under cable
Folded being coated under cable forms " returning " shape labyrinth type bound edge knot on the outer surface of lead wire insulation cover bound edge first
Structure.Under cable, lead wire insulation cover bound edge second combines with lead wire insulation cover bound edge first outer surface cladding under cable
Surface be provided with the nail pressing bar structure I that the cross section axially extended is horse-shoe shaped, under cable, lead-in wire is absolutely
Edge cover bound edge first outer surface is provided with the heavy pit structure I that the cross section axially extended is horse-shoe shaped, pressure
Nailing strip structure I and heavy pit structure I pressing form locking bar buckle structure I.Lead wire insulation cover under cable
The bound edge second surface that lead wire insulation cover bound edge first inner surface is combined under cable is provided with and axially extends
Cross section be nail pressing bar structure J of horse-shoe shaped, under cable, lead wire insulation cover bound edge first inner surface is provided with
The cross section axially extended is heavy pit structure J of horse-shoe shaped, nail pressing bar structure J and heavy pit structure
J pressing forms locking bar buckle structure J.Above-mentioned all standing formula Insulation Scheme is effectively increased ground connection link
Integral insulation performance, prevent birds and Serpentis class to harass the outside damage caused simultaneously.Equally, on
State " returning " shape labyrinth type binding structure specifically side bound edge (longer sides) to turn down by opposite side bound edge (relatively
Minor face) clip pack wherein thus forms the faying face of revolution, and this binding structure is not limited in figure show
The one layer of clip pack gone out, it is also possible to be the knot again folding on the basis of one layer of clip pack and forming multilamellar clip pack
Structure, above-mentioned " time " shape insulated covering edge structure will fold formation multilamellar labyrinth type binding structure again.
Above-mentioned " time " shape binding structure adds insulating boot inner surface length, thus it is long to extend edge flashing
Degree, effectively improves insulating boot and applies the security performance on 35kV and above high-tension overhead line.
Equally, above-mentioned " time " shape insulated covering edge structure can use insulating cement bonding to form disposable closing
Structure, but this structure maintainability is poor, it is impossible to demolition and maintenance, in order to solve this problem,
This programme discloses above-mentioned locking bar buckle structure to realize the strong bonded of bound edge, this successional pressure
Close structure and make the encapsulation operation approximation slide fastener process of insulating boot, both there is operation convenience, improved again
The sealing of encapsulation, encapsulating structure is stably difficult to crack come off simultaneously, thus improve " returning " shape
The maintainability of labyrinth type insulated covering edge structure so that mount and dismount the most more convenient, and do not have
Change insulating boot body construction.
The spark gap of this programme have employed traditional column spark gap, its apply 35kV and more than
High-tension line there is also insulation safety problem, in order to stop potential safety hazard, prevent edge flashing,
On column spark gap, lead end is also additionally arranged insulation sleeve, as it is shown in fig. 7, specifically lightning arrester insulation
Cover includes on spark gap lead end insulating boot and across umbrella section insulating boot, lead end insulating boot bag on spark gap
Overlay on lead-in wire on spark gap and, with on the connection end of lightning arrester body, be coated on spark gap across umbrella section insulating boot
In full skirt portion, on spark gap lead end insulating boot and across the umbrella seamless split of section insulating boot formed spark gap exhausted
Edge cover is overall.Lightning arrester insulation cover entirety is the sleeve structure of side opening vertically, lightning arrester insulation
The one end of the lateral opening that cover is overall is provided with lightning arrester insulation cover entirety bound edge first, and lightning arrester insulation cover is whole
The other end of the lateral opening of body is provided with lightning arrester insulation cover entirety bound edge second, and lightning arrester insulation cover is overall
Bound edge second is coated on lightning arrester insulation cover entirety along the edge fold of lightning arrester insulation cover entirety bound edge first
" returning " shape labyrinth type binding structure is formed on the outer surface of bound edge first.Lightning arrester insulation cover entirety bound edge
The surface that second and lightning arrester insulation cover entirety bound edge first outer surface cladding combine is provided with and axially extends
Cross section be nail pressing bar structure K of horse-shoe shaped, lightning arrester insulation cover entirety bound edge first outer surface is provided with
The cross section axially extended is heavy pit structure K of horse-shoe shaped, nail pressing bar structure K and heavy pit structure
K pressing forms locking bar buckle structure K.Lightning arrester insulation cover entirety bound edge second is whole with lightning arrester insulation cover
The surface that body bound edge first inner surface combines is provided with the nail pressing bar that the cross section axially extended is horse-shoe shaped
Structure L, it is riding boots that lightning arrester insulation cover entirety bound edge first inner surface is provided with the cross section axially extended
Heavy pit structure L of shape, nail pressing bar structure L and heavy pit structure L pressing form locking bar buckle structure
L.Equally, the turnover of above-mentioned " time " shape labyrinth type binding structure specifically side bound edge (longer sides) will
Opposite side bound edge (shorter edge) clip pack wherein thus forms the faying face of revolution, and this binding structure is also
It is not limited to shown in figure layer clip pack, it is also possible to be on the basis of one layer of clip pack, again fold formation
The structure of multilamellar clip pack, above-mentioned " time " shape insulated covering edge structure will fold formation multilamellar labyrinth again
Formula binding structure.Above-mentioned " time " shape binding structure adds insulating boot inner surface length, thus extends
Edge flashing length, effectively improves insulating boot and applies on 35kV and above high-tension overhead line
Security performance.Equally, above-mentioned " time " shape insulated covering edge structure can use insulating cement bonding to be formed
Disposable enclosed construction, but this structure maintainability is poor, it is impossible to demolition and maintenance, for understanding
Certainly this problem, this programme discloses above-mentioned locking bar buckle structure to realize the strong bonded of bound edge, this
Plant successional pressing structure and make the encapsulation operation approximation slide fastener process of insulating boot, both there is operation side
Just property, improves again the sealing of encapsulation, and encapsulating structure is stably difficult to crack come off simultaneously, thus changes
It is apt to the maintainability of " returning " shape labyrinth type insulated covering edge structure so that installation and removal all sides of comparing
Just, and do not change insulating boot body construction.Be coated in spark gap full skirt portion insulate across umbrella section
The umbrella-shaped structure insulating surfaces of hood-shaped one-tenth adds the distance of edge flashing, applies at 35kV and above height
There is on line ball road more preferable insulation safety performance.
The novel all insulation 35kV cable rod rising device of this programme uses at 35kV and above high-tension line
The mode of insulating boot of setting upper bag improves the insulation safety of high-tension line, prevents edge flashing, specifically
Use " returning " shape labyrinth type insulated sleeve to improve the insulating properties of high voltage cable, use " returning " shape fan
Palace formula cross-arm insulating boot improves the insulating properties of cross arm insulator, uses the resistance to bracing cable of " returning " shape labyrinth type
Folder insulating boot improves the insulating properties of strain clamp, uses " returning " shape labyrinth type cable connector insulating boot
Improve the insulating properties of cable connector, use " returning " shape labyrinth type ground connection link insulating boot to improve ground connection
The insulating properties of link, use " returning " shape labyrinth type lightning arrester insulation cover to improve column spark gap
Insulating properties, and the device integral high pressure that above transmission of electricity parts realize as an entirety is anti-along face sudden strain of a muscle
The scheme of network all insulation.Based on above feature, bar dress stepped on by the novel all insulation 35kV cable of this programme
Put and compare currently existing scheme there is substantive distinguishing features and progress.
The novel all insulation 35kV cable rod rising device of this programme is not limited in detailed description of the invention public affairs
The content opened, the technical scheme occurred in embodiment can be with individualism, it is also possible to mutually comprise, this
Skilled person combines, according to this programme, the simple alternative that common knowledge makes and falls within we
The scope of case.
Claims (10)
- The most novel all insulation 35kV cable rod rising device, is characterized in that including electric pole and threephase cable, described three-phase Cable is located on described electric pole by strain clamp fixed mount, and on described strain clamp, bag is provided with strain clamp insulating boot, The upper end of described electric pole to lower end is sequentially provided with under threephase cable the cross-arm support of lead-in wire, and described cross-arm support includes horizontal stroke Load insulator and cross-arm pony sill, described cross-arm pony sill is fixed on described electric pole, and described cross arm insulator is fixed On described cross-arm pony sill, on described cross arm insulator, bag is provided with cross-arm insulating boot, goes between under described threephase cable Electrically connected with across umbellate form cable connector by described cross arm insulator overlap joint, described across umbellate form cable connector and load end Cable electrically connects, and is arranged with insulated sleeve under described threephase cable on lead-in wire, and described insulated sleeve includes some head and the tail The insulated sleeve unit of linking, described is provided with cable connector insulating boot across umbellate form cable connector bag, described across umbellate form electricity Described electric pole below cable joint is provided with column support for installation of lighning arrestor, described column support for installation of lighning arrestor The column spark gap being provided with and go between corresponding under described threephase cable, described column spark gap is hung by ground connection Ring is electrically connected to form and the described electric connection mode in parallel across umbellate form cable connector, institute with lead-in wire under described threephase cable Stating bag on ground connection link and be provided with ground connection link insulating boot, the upper lead end bag of described column spark gap is provided with spark gap Insulating boot, the earth terminal grounding connection of described column spark gap.
- Novel all insulation 35kV cable rod rising device the most according to claim 1, it is characterised in that described Insulated sleeve unit includes that first linkage section, casing section and tail linkage section, described first linkage section, casing section and WEILIAN connect It is overall that connection that Duan Yici is seamless forms insulated sleeve unit；Described insulated sleeve unit entirety is the sleeve structure of side opening vertically, and described insulated sleeve unit is overall One end of lateral opening be provided with insulated sleeve unit entirety bound edge first, the side opening that described insulated sleeve unit is overall Mouthful the other end be provided with insulated sleeve unit entirety bound edge second, described insulated sleeve unit entirety bound edge second along described absolutely The edge fold of edge tube unit entirety bound edge first is coated on described insulated sleeve unit entirety bound edge first outer surface Form " returning " shape labyrinth type insulated sleeve unit entirety binding structure；Described insulated sleeve unit entirety bound edge second and described insulated sleeve unit entirety bound edge first outer surface cladding knot The surface closed is provided with nail pressing bar structure A that the cross section axially extended is horse-shoe shaped, and described insulated sleeve unit is whole Body bound edge first outer surface is provided with heavy pit structure A that the cross section axially extended is horse-shoe shaped, and described nail pressing bar is tied Structure A and heavy pit structure A pressing form locking bar buckle structure A；The casing section of described insulated sleeve unit entirety bound edge second and tail linkage section part and described insulated sleeve unit The surface that the casing section of overall bound edge first and the inner surface of tail linkage section part combine is provided with cutting of axially extending Face is nail pressing bar structure B of horse-shoe shaped, the casing section of described insulated sleeve unit entirety bound edge first and tail linkage section portion The inner surface divided is provided with heavy pit structure B that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure B Locking bar buckle structure B is formed with heavy pit structure B pressing.
- Novel all insulation 35kV cable rod rising device the most according to claim 2, it is characterised in that described The internal diameter of first linkage section is more than the internal diameter of described tail linkage section, the first connection of described insulated sleeve unit entirety bound edge second It is provided with tail linkage section between the inner surface of the first linkage section part of section part and described insulated sleeve unit entirety bound edge first The first linkage section portion of binding structure slot chamber, described tail linkage section binding structure slot chamber and described insulated sleeve unit The interior segment dislocation head linkage section inner chamber divided is overall, and the free end of the tail linkage section part of described insulated sleeve unit can The free end inserting described first linkage section inner chamber overall forms the connected structure sealing connection.
- Novel all insulation 35kV cable rod rising device the most according to claim 3, it is characterised in that described The first linkage section part of insulated sleeve unit entirety bound edge first is provided with locking through-hole structure, described locking through-hole structure Inside being provided with lock screw, described lock screw is internally formed internal and external threads with described locking through-hole structure and is connected, described Lock screw is threaded in or out described tail linkage section binding structure slot chamber, described lock by described locking through-hole structure The described tail linkage section binding structure slot chamber of tight screw screw-in pushes against and is plugged on described tail linkage section binding structure slot The tail linkage section part of intracavity forms locking mechanism, and described lock screw screws out described tail linkage section binding structure slot Chamber disengaging is plugged on the tail linkage section part of described tail linkage section binding structure slot intracavity and forms dismountable grafting Structure.
- 5., according to the novel all insulation 35kV cable rod rising device according to any one of claim 2 to 4, it is special Levy and be, the casing section inwall of described insulated sleeve unit is provided with some reinforcing rib rings, described reinforcement vertically The internal diameter of ring is more than the external diameter of bare conductor.
- Novel all insulation 35kV cable rod rising device the most according to claim 1, it is characterised in that described Cross-arm insulating boot includes across umbrella section insulating boot, cross-arm-end insulating boot and leading part insulating boot, described across umbrella section insulating boot Being coated in cross arm insulator full skirt portion, described cross-arm-end insulating boot is coated on the cross-arm-end of cross arm insulator, institute State leading part insulating boot to be coated on the position of lower lead-in wire and cross-arm-end overlap joint, described across umbrella section insulating boot, cross-arm-end It is overall that insulating boot and the most seamless split of leading part insulating boot form cross-arm insulating boot；Described cross-arm insulating boot entirety is the sleeve structure of side opening vertically, the side that described cross-arm insulating boot is overall One end of face opening is provided with cross-arm insulating boot entirety bound edge first, another of the lateral opening that described cross-arm insulating boot is overall End is provided with cross-arm insulating boot entirety bound edge second, and described cross-arm insulating boot entirety bound edge second is overall along described cross-arm insulating boot The edge fold of bound edge first is coated on the outer surface of described cross-arm insulating boot entirety bound edge first formation " going back to " shape labyrinth Formula binding structure；Described cross-arm insulating boot entirety bound edge second combines with described cross-arm insulating boot entirety bound edge first outer surface cladding Surface is provided with the nail pressing bar structure C that the cross section axially extended is horse-shoe shaped, described cross-arm insulating boot entirety bound edge First outer surface is provided with the heavy pit structure C that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure C with Heavy pit structure C pressing forms locking bar buckle structure C；Described cross-arm insulating boot entirety bound edge second and the surface that described cross-arm insulating boot entirety bound edge first inner surface is combined It is provided with nail pressing bar structure D that the cross section axially extended is horse-shoe shaped, in described cross-arm insulating boot entirety bound edge first Surface is provided with heavy pit structure D that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure D and heavy hole Groove structure D pressing forms locking bar buckle structure D.
- Novel all insulation 35kV cable rod rising device the most according to claim 1, it is characterised in that described Strain clamp insulating boot is the elbow union structure of the side being packaged on strain clamp opening vertically, described strain insulator One end of the lateral opening of wire clamp insulating boot is provided with strain clamp insulating boot bound edge first, described strain clamp insulating boot The other end of lateral opening is provided with strain clamp insulating boot bound edge second, and described strain clamp insulating boot bound edge second is along described The edge fold of strain clamp insulating boot bound edge first is coated on the outer surface of described strain clamp insulating boot bound edge first Form " returning " shape labyrinth type binding structure；Described strain clamp insulating boot bound edge second combines with described strain clamp insulating boot bound edge first outer surface cladding Surface is provided with nail pressing bar structure E that the cross section axially extended is horse-shoe shaped, described strain clamp insulating boot bound edge First outer surface is provided with heavy pit structure E that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure E with Heavy pit structure E pressing forms locking bar buckle structure E；Described strain clamp insulating boot bound edge second and the surface that described strain clamp insulating boot bound edge first inner surface is combined It is provided with nail pressing bar structure F that the cross section axially extended is horse-shoe shaped, in described strain clamp insulating boot bound edge first Surface is provided with heavy pit structure F that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure F and heavy hole Groove structure F pressing forms locking bar buckle structure F.
- Novel all insulation 35kV cable rod rising device the most according to claim 1, it is characterised in that described Cable connector insulating boot includes under cable lead wire insulation cover and across umbrella section insulating boot, lead wire insulation cover bag under described cable Overlay under cable on lead-in wire and cable connector end, described be coated in cable connector full skirt portion across umbrella section insulating boot, institute State under cable lead wire insulation cover and to form cable connector insulating boot across the umbrella seamless split of section insulating boot overall；Described cable connector insulating boot entirety is the sleeve structure of side opening vertically, described cable connector insulating boot One end of overall lateral opening is provided with cable connector insulating boot entirety bound edge first, and described cable connector insulating boot is overall The other end of lateral opening be provided with cable connector insulating boot entirety bound edge second, described cable connector insulating boot entirety bag It is whole that limit second is coated on described cable connector insulating boot along the edge fold of described cable connector insulating boot entirety bound edge first " returning " shape labyrinth type binding structure is formed on the outer surface of body bound edge first；Described cable connector insulating boot entirety bound edge second and described cable connector insulating boot entirety bound edge first appearance bread The surface covering combination is provided with nail pressing bar structure G that the cross section axially extended is horse-shoe shaped, and described cable connector is exhausted Edge cover entirety bound edge first outer surface is provided with heavy pit structure G that the cross section axially extended is horse-shoe shaped, described pressure Nailing strip structure G and heavy pit structure G pressing form locking bar buckle structure G；Described cable connector insulating boot entirety bound edge second is tied with described cable connector insulating boot entirety bound edge first inner surface The surface closed is provided with nail pressing bar structure H that the cross section axially extended is horse-shoe shaped, described cable connector insulating boot Overall bound edge first inner surface is provided with heavy pit structure H that the cross section axially extended is horse-shoe shaped, described nail pressing bar Structure H and heavy pit structure H pressing form locking bar buckle structure H.
- Novel all insulation 35kV cable rod rising device the most according to claim 1, it is characterised in that described Ground connection link insulating boot includes lead wire insulation cover and link insulating boot under cable, lead wire insulation cover cladding under described cable Under cable on the connection end of lead-in wire and link parts, described link insulating boot is coated on link parts, described electricity Under cable, lead wire insulation cover and the seamless split of link insulating boot form ground connection link insulating boot entirety；Under described cable, lead wire insulation cover is the sleeve structure of side opening vertically, lead wire insulation cover under described cable One end of lateral opening be provided with lead wire insulation cover bound edge first under cable, the side opening of lead wire insulation cover under described cable The other end of mouth is provided with lead wire insulation cover bound edge second under cable, and under described cable, lead wire insulation cover bound edge second is along described electricity Under cable, the edge fold of lead wire insulation cover bound edge first is coated on the outer surface of lead wire insulation cover bound edge first under described cable Shape labyrinth type binding structure " is returned " in upper formation；Lead wire insulation cover bound edge second and lead wire insulation cover bound edge first outer surface cladding knot under described cable under described cable The surface closed is provided with the nail pressing bar structure I that the cross section axially extended is horse-shoe shaped, lead wire insulation under described cable Cover bound edge first outer surface is provided with the heavy pit structure I that the cross section axially extended is horse-shoe shaped, and described nail pressing bar is tied Structure I and heavy pit structure I pressing form locking bar buckle structure I；Under described cable, lead wire insulation cover bound edge second lead wire insulation cover bound edge first inner surface under described cable is combined Surface is provided with nail pressing bar structure J that the cross section axially extended is horse-shoe shaped, lead wire insulation cover bag under described cable Limit first inner surface is provided with heavy pit structure J that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure J Locking bar buckle structure J is formed with heavy pit structure J pressing.
- Novel all insulation 35kV cable rod rising device the most according to claim 1, it is characterised in that described Lightning arrester insulation cover includes on spark gap lead end insulating boot and across umbrella section insulating boot, and on described spark gap, lead end is exhausted Edge cover is coated on spark gap lead-in wire with on the connection end of lightning arrester body, described is coated on lightning-arrest across umbrella section insulating boot In device full skirt portion, on described spark gap lead end insulating boot and across the umbrella seamless split of section insulating boot formed lightning arrester insulation Cover entirety；Described lightning arrester insulation cover entirety is the sleeve structure of side opening vertically, and described lightning arrester insulation cover is overall One end of lateral opening be provided with lightning arrester insulation cover entirety bound edge first, the side opening that described lightning arrester insulation cover is overall The other end of mouth is provided with lightning arrester insulation cover entirety bound edge second, and described lightning arrester insulation cover entirety bound edge second is kept away described in edge The edge fold of thunder device insulating boot entirety bound edge first is coated on the outer surface of described lightning arrester insulation cover entirety bound edge first Shape labyrinth type binding structure " is returned " in upper formation；Described lightning arrester insulation cover entirety bound edge second and described lightning arrester insulation cover entirety bound edge first outer surface cladding knot The surface closed is provided with nail pressing bar structure K that the cross section axially extended is horse-shoe shaped, and described lightning arrester insulation cover is whole Body bound edge first outer surface is provided with heavy pit structure K that the cross section axially extended is horse-shoe shaped, and described nail pressing bar is tied Structure K and heavy pit structure K pressing form locking bar buckle structure K；Described lightning arrester insulation cover entirety bound edge second is combined with described lightning arrester insulation cover entirety bound edge first inner surface Surface is provided with nail pressing bar structure L that the cross section axially extended is horse-shoe shaped, described lightning arrester insulation cover entirety bag Limit first inner surface is provided with heavy pit structure L that the cross section axially extended is horse-shoe shaped, described nail pressing bar structure L Locking bar buckle structure L is formed with heavy pit structure L pressing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620513423.8U CN205791411U (en) | 2016-05-31 | 2016-05-31 | Novel all insulation 35kV cable rod rising device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620513423.8U CN205791411U (en) | 2016-05-31 | 2016-05-31 | Novel all insulation 35kV cable rod rising device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205791411U true CN205791411U (en) | 2016-12-07 |
Family
ID=58138910
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620513423.8U Withdrawn - After Issue CN205791411U (en) | 2016-05-31 | 2016-05-31 | Novel all insulation 35kV cable rod rising device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205791411U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105846381A (en) * | 2016-05-31 | 2016-08-10 | 国网上海市电力公司 | Novel all-insulated climbing rod device of 35kV cable |
| CN112433314A (en) * | 2020-11-30 | 2021-03-02 | 杭州富通通信技术股份有限公司 | Prevent gnawing and sting optical cable subassembly |
-
2016
- 2016-05-31 CN CN201620513423.8U patent/CN205791411U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105846381A (en) * | 2016-05-31 | 2016-08-10 | 国网上海市电力公司 | Novel all-insulated climbing rod device of 35kV cable |
| CN105846381B (en) * | 2016-05-31 | 2018-01-02 | 国网上海市电力公司 | A kind of all insulation 35kV cable rod rising devices |
| CN112433314A (en) * | 2020-11-30 | 2021-03-02 | 杭州富通通信技术股份有限公司 | Prevent gnawing and sting optical cable subassembly |
| CN112433314B (en) * | 2020-11-30 | 2022-12-27 | 杭州富通通信技术股份有限公司 | Prevent gnawing and sting optical cable subassembly |
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| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| CB03 | Change of inventor or designer information |
Inventor after: Wu Aijun Inventor after: Pan Wei Inventor after: Lu Yuan Inventor after: Wang Qiang Inventor after: Jiu Jinrong Inventor after: Zhu Jiajun Inventor after: Liu Jiwei Inventor after: Ye Ying Inventor after: Gu Yan Inventor after: Chen Yu Inventor after: Li Ang Inventor after: Xu Jun Inventor after: Sun Yini Inventor after: Sun Yan Inventor after: Li Ruyi Inventor after: Yan Yuting Inventor before: Wu Aijun Inventor before: Wang Qiang Inventor before: Jiu Jinrong Inventor before: Zhu Jiajun Inventor before: Liu Jiwei Inventor before: Ye Ying Inventor before: Gu Yan Inventor before: Chen Yu Inventor before: Li Ang Inventor before: Xu Jun Inventor before: Sun Yini Inventor before: Yan Yuting Inventor before: Pan Wei Inventor before: Lu Yuan |
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| COR | Change of bibliographic data | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20161207 Address after: 200122 Shanghai City, Pudong New Area source deep road, No. 1122 Patentee after: State Grid Shanghai Municipal Electric Power Company Patentee after: Shanghai Yi Home Power Engineering Technology Co. Ltd. Patentee after: Shanghai Zhimeng Electric Power Technology Co.,Ltd. Patentee after: Shanghai Fanpu Electric Power Protection Equipment Co., Ltd. Address before: 200122 Shanghai City, Pudong New Area source deep road, No. 1122 Patentee before: State Grid Shanghai Municipal Electric Power Company Patentee before: Shanghai Zhimeng Electric Power Technology Co.,Ltd. Patentee before: Shanghai Fanpu Electric Power Protection Equipment Co., Ltd. |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20180102 |
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| AV01 | Patent right actively abandoned |