CN107191051A - A kind of electric power network electric pole based on rotation protection electric wire - Google Patents
A kind of electric power network electric pole based on rotation protection electric wire Download PDFInfo
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- CN107191051A CN107191051A CN201710621573.XA CN201710621573A CN107191051A CN 107191051 A CN107191051 A CN 107191051A CN 201710621573 A CN201710621573 A CN 201710621573A CN 107191051 A CN107191051 A CN 107191051A
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- electric pole
- spring
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H12/00—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
- E04H12/18—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures movable or with movable sections, e.g. rotatable or telescopic
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H12/00—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
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- Civil Engineering (AREA)
- Structural Engineering (AREA)
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Abstract
The invention belongs to electric power network electric pole technical field, more particularly to a kind of electric power network electric pole based on rotation protection electric wire, it includes electric pole trigger mechanism, wire protective mechanism, and wherein wire protective mechanism is located on the upside of electric pole trigger mechanism；When the front of one of electric pole in two electric poles is hit by livestock；This electric pole can be moved along the first corresponding guide groove；And the square groove sidewall for installing the first spring in this direction can be squeezed bad in moving process；At this moment electric pole will be on the ground in the case of no binding force；And the electric wire on the upside of the first guide block will not be affected；Protect electric wire；When the side of any one electric pole in two electric poles is hit by livestock；Two electric poles overall can rotate around rotary shaft；Two electric poles can change the position relationship of two electric poles and livestock crash direction after turning an angle；Protect electric pole.
Description
Art
The invention belongs to electric power network electric pole technical field, more particularly to a kind of electric power electricity based on rotation protection electric wire
Net electric pole.
Background technology
The power transformation of the various voltages entirety that electric line is constituted in one's power, referred to as power network, abbreviation power network in power system.
It includes power transformation, transmission of electricity, three units of distribution.The task of power network is conveying and distribution electric energy, changes voltage.Electric pole turns round and look at name
It is exactly the bar installed electricity lines to think justice.Each rural area-field-road-street is come across, is early stage Chinese important infrastructure
One of.
The electric pole used on current cliff is integral type；After the livestock on mountain is upset；Have during running
The electric pole that may be bumped against on mountain；If impact is larger；On the one hand it is likely to cause electric pole fracture；Wire short-circuiting；Shadow
Ring power supply；Another aspect livestock is when hitting, and it is dead that larger impulsive force is likely to cause livestock；Property is caused to damage to animal husbandman
Lose；So design is a kind of can to keep normal power supply while can also be played a protective role to livestock when livestock hits electric pole
Electric pole is necessary.
A kind of electric power network electric pole based on rotation protection electric wire of present invention design solves as above problem.
The content of the invention
To solve drawbacks described above of the prior art, the present invention discloses a kind of electric power network electricity based on rotation protection electric wire
Line bar, it is realized using following technical scheme.
A kind of electric power network electric pole based on rotation protection electric wire, it is characterised in that：It include electric pole trigger mechanism,
Wire protective mechanism, wherein wire protective mechanism are located on the upside of electric pole trigger mechanism.
Said wires bar trigger mechanism include the first guide rail, electric pole, arc, the first spring, guide plate, rotary shaft,
Escape groove, the first guide groove, the first annular groove, manhole, square groove, the second annular groove, the first stopper slot, the second stopper slot,
First scroll spring, the first fixture block, second spring, the first limited block, the second scroll spring, the second fixture block, the second limited block, circle
Post groove, circular port, first gear, second gear, the 3rd gear, rack-plate, pin, first rotating shaft, the second rotating shaft, the 3rd turn
Axle, wherein arc centre position has manhole；The first annular groove and the second annular groove are provided with the wall of manhole,
First annular groove is located on the upside of the second annular groove；The first stopper slot is provided with the wall of first annular groove；The wall of second annular groove
The second stopper slot is provided with face；The first limited block is installed on the inside of first stopper slot；Between first limited block and the first stopper slot
One second spring is installed；The second limited block is installed on the inside of second stopper slot；Between second limited block and the second stopper slot
One second spring is installed；Inclined-plane is respectively provided with first limited block and the second limited block；The both sides of arc are provided with two
Symmetrical first guide rail；The upper surface of first guide rail is provided with square groove；The both sides of square groove are provided with two symmetrical first guide grooves；
Escape groove is provided with the downside of square groove；The both sides that the lower surface of square groove is located at escape groove have two sections of teeth respectively；Two sections of teeth
Tooth is located at the two ends of square groove respectively；The length of two sections of teeth is identical, and the length of two sections of teeth is respectively square slot length
Half；The lower end of rotary shaft is located on the downside of ground；Arc is arranged on rotary shaft upper end and rotary shaft passes through manhole；Rotation
First scroll spring is installed between axle and the first annular groove；Install on the rotary shaft at the Inner ends of first scroll spring；First whirlpool
The outer end of coil spring is provided with the first fixture block；There is inclined-plane on first fixture block；First scroll spring passes through the first fixture block and first
Limited block coordinates；Inclined-plane on inclined-plane and the first limited block on first fixture block coordinates；Pacify between rotary shaft and the second annular groove
Equipped with the second scroll spring；Install on the rotary shaft at the Inner ends of second scroll spring；The outer end of second scroll spring is provided with
Two fixture blocks；There is inclined-plane on second fixture block；Second scroll spring is coordinated by the second fixture block and the second limited block；On second fixture block
Inclined-plane and the second limited block on inclined-plane coordinate；The hand of spiral of second scroll spring and the hand of spiral of the first scroll spring
Conversely；Guide plate is installed on the periphery of electric pole one end；Two electric poles are led by respective guide plate with two first
The cooperation of two the first guide grooves is arranged on two the first guide rails on rail；Each electric pole and corresponding first in two electric poles
Two symmetrical first springs are installed on guide rail between the both sides of square groove；The complete phase of institute's mounting structure in two electric poles
Together；For wherein any one；The lower surface of electric pole is provided with cylinder groove；The upper surface of cylinder groove is provided with circular port, and circular
The whole electric pole of hole insertion；Pin is located in circular port；The lower end of pin is provided with rack-plate；The both sides of rack-plate are respectively provided with tooth
Tooth；The installation relation for the structure that rack-plate both sides are installed is identical；For wherein side；First rotating shaft is arranged on cylinder groove
In circle center hole on wall；Second gear is arranged in first rotating shaft；Second gear is engaged with the teeth on rack-plate；Second turn
Axle and the 3rd rotating shaft are installed in the circle center hole on cylinder trough wall surface；First gear and the 3rd gear are separately mounted to second turn
On axle and the 3rd rotating shaft；First gear and the engagement of the 3rd gear；First gear teeth engagement corresponding with square groove；First turn
Connected between axle and the 3rd rotating shaft by soft transmission tube.
Said wires protection mechanism include the first guide block, the second guide rail, the second guide groove, the first pin hole, the second pin hole,
3rd arc-shaped guide rail, support shaft, winding wheel, rolling fin, installing plate, the 3rd guide groove, wherein having second to lead on the second guide rail
Groove；The lower end of second guide groove is provided with the first pin hole；Two the second guide rails are separately mounted to the upper end of two electric poles；Two
One pin hole coordinates with two circular ports on two electric poles respectively；There is the second pin hole on the lower surface of first guide block；
Two ends on the downside of 3rd arc-shaped guide rail are separately installed with first guide block；3rd arc-shaped guide rail passes through two the first guide blocks and two
The cooperation of individual second guide groove is arranged on the upside of two the second guide rails；Two the second pin holes on two the first guide blocks are led with second
Two the first pin holes on groove coordinate；The upper surface of 3rd arc-shaped guide rail is provided with the 3rd guide groove of arc；Support shaft is arranged on
On the upside of rolling fin；Support shaft is arranged on the 3rd arc-shaped guide rail by the cooperation of rolling fin and the 3rd guide groove；Installing plate is pacified
On the upside of support shaft；Four winding wheels are installed on the upside of installing plate.
The upper end of above-mentioned pin in an initial condition is located in the second pin hole through the first pin hole.
The arc core of above-mentioned 3rd arc-shaped guide rail is located on the axis of rotary shaft.
Teeth of two second gears of above-mentioned rack-plate both sides respectively with rack-plate both sides are engaged；The two of rack-plate both sides
Individual first gear is engaged with two sections of teeth on square groove respectively.
As the further improvement of this technology, one of winding wheel in four winding wheels installed on the upside of above-mentioned installing plate
On the upside of other three winding wheels；Spacing in four winding wheels between two adjacent winding wheels is equal.
As the further improvement of this technology, above-mentioned first spring is compression spring；Second spring is compression spring.
As the further improvement of this technology, above-mentioned arc is installed on the rotary shaft by bearing.
As the further improvement of this technology, the length of the second guide groove is led on the first guide rail first on above-mentioned second guide rail
4/5ths of slot length.
Relative to traditional electric wire pole technology, the electric pole that the present invention is designed can automatically adjust the movement of electric pole to keep away
Allow extraneous impact；Reach the effect of electric wire on protection electric pole.
There is the second guide groove in the present invention on the second guide rail；The lower end of second guide groove is provided with the first pin hole；Two second
Guide rail is separately mounted to the upper end of two electric poles；There is the second pin hole on the lower surface of first guide block；3rd arc-shaped guide rail
The two ends of downside are separately installed with first guide block；3rd arc-shaped guide rail passes through two the first guide blocks and two the second guide grooves
Coordinate and be arranged on the upside of two the second guide rails；The upper surface of 3rd arc-shaped guide rail is provided with the 3rd guide groove of arc；Support shaft is installed
On the upside of rolling fin；Support shaft is arranged on the 3rd arc-shaped guide rail by the cooperation of rolling fin and the 3rd guide groove；Installing plate
On the upside of support shaft；Four winding wheels are installed on the upside of installing plate；Arc centre position has manhole；Circle is logical
The first annular groove and the second annular groove are provided with the wall in hole；The first stopper slot is provided with the wall of first annular groove；Second circle
The second stopper slot is provided with the wall of annular groove；The first limited block is installed on the inside of first stopper slot；First limited block and the first limit
A second spring is installed between the groove of position；The second limited block is installed on the inside of second stopper slot；Second limited block and the second limit
A second spring is installed between the groove of position；Inclined-plane is respectively provided with first limited block and the second limited block；The both sides peace of arc
Equipped with two symmetrical first guide rails；The upper surface of first guide rail is provided with square groove；The both sides of square groove are provided with two symmetrically
First guide groove；Escape groove is provided with the downside of square groove；There are two sections respectively positioned at the both sides of escape groove on the lower surface of square groove
Teeth；Two sections of teeth are located at the two ends of square groove respectively；The length of two sections of teeth is identical, and the length side of being respectively of two sections of teeth
The half of shape slot length；The lower end of rotary shaft is located on the downside of ground；Arc is arranged on rotary shaft upper end；Rotary shaft and the first circle
First scroll spring is installed between annular groove；Install on the rotary shaft at the Inner ends of first scroll spring；Rotary shaft and the second annulus
Second scroll spring is installed between groove；Guide plate is installed on the periphery of electric pole one end；Two electric poles pass through respective
Guide plate and two the first guide rails on the cooperations of two the first guide grooves be arranged on two the first guide rails；It is every in two electric poles
Two symmetrical first springs are installed between individual electric pole and the both sides of square groove on corresponding first guide rail；Two electric poles
Middle institute's mounting structure is identical；For wherein any one；The lower surface of electric pole is provided with cylinder groove；The upper surface of cylinder groove
It is provided with circular port, and the whole electric pole of circular port insertion；Pin is located in circular port；The lower end of pin is provided with rack-plate；Tooth
The both sides of batten are respectively provided with teeth；The structure installation relation that rack-plate both sides are installed is identical；For wherein side；First
Rotating shaft is arranged in the circle center hole on cylinder trough wall surface；Second gear is arranged in first rotating shaft；In second gear and rack-plate
Teeth engagement；Second rotating shaft and the 3rd rotating shaft are installed in the circle center hole on cylinder trough wall surface；First gear and the 3rd tooth
Wheel is separately mounted in the second rotating shaft and the 3rd rotating shaft；First gear and the engagement of the 3rd gear；First gear with it is right on square groove
The teeth engagement answered；Connected between first rotating shaft and the 3rd rotating shaft by soft transmission tube；The upper end of pin is passed through under original state
First pin hole is located in the second pin hole；The arc core of 3rd arc-shaped guide rail is located on the axis of rotary shaft；Rack-plate both sides
Teeth of two second gears respectively with rack-plate both sides are engaged；Two first gears of rack-plate both sides respectively with square groove
Two sections of teeth engagement；When the front of one of electric pole in two electric poles is hit by livestock；This electric pole
It can be moved along the first corresponding guide groove；This electric pole can extrude two first corresponding thereto in moving process
It is located at first spring of moving direction side in spring；When impact is less than the elastic force of the first spring of correspondence；First
In the presence of spring；Electric pole can automatically restore to original position after being hit；When impact is more than the first bullet of correspondence
During the elastic force of spring；The square groove sidewall for installing the first spring in this direction will be squeezed bad by the impact being subject on electric pole；And
During electric pole is struck and squeezes bad square groove sidewall；Electric pole movement can drive two first on the inside of electric pole
Gear is moved；Two first gears are in moving process；One of first gear can be corresponding with square groove lower surface
Teeth are engaged；So that the first gear of teeth engagement corresponding with square groove lower surface is rotated；The first gear is rotated can band
Dynamic the 3rd pinion rotation engaged；Because the 3rd gear is arranged in the 3rd rotating shaft；Between 3rd rotating shaft and first rotating shaft
Connected by soft transmission tube；So the 3rd pinion rotation can drive first rotating shaft to rotate；First rotating shaft, which is rotated, drives second gear
Rotate；Second gear, which is rotated, causes rack-plate to move down；Rack-plate moves down drive pin and moved down；It is downward in pin
In moving process；When pin completely disengages from the first guide block；Electric pole movement can drive the second guide rail to move；And the first guide block exists
It is static relative to the second guide rail in the presence of electric wire tractive force；The first guide block can be complete with the second guide rail in electric pole moving process
Total detachment；Electric pole also moves out the first guide rail completely afterwards；At this moment electric pole can be poured on ground in the case of no binding force
On face；And the electric wire on the upside of the first guide block will not be affected；Protect electric wire；Pass through the movement of electric pole simultaneously
The impact of livestock is buffered；The livestock of protection.When the side of any one electric pole in two electric poles is hit by livestock
When hitting；Two electric poles overall can rotate around rotary shaft；The first scroll spring or second can be compressed in rotation process
Scroll spring；When impact is less than the compression stress of the first scroll spring or the second scroll spring；In the first scroll spring or
Under the elastic force effect of two scroll springs；Original position can be automatically restored to after electric pole is hit；When impact is more than
During the compression stress of the first scroll spring or the second scroll spring；First scroll spring or the second scroll spring can lose effect；This
When two electric poles overall can be rotated around rotary shaft；Support shaft, winding wheel, rolling fin, installing plate are in electric wire tractive force
Under effect and the mating reaction of rolling fin and the 3rd guide groove so that support shaft, winding wheel, installing plate by rolling fin the
Slided in three guide grooves；And then electric wire is remained static；Avoid two electric poles overall around rotary shaft rotation process
Influence of the middle electric pole to electric wire；Two electric poles can change two electric poles and livestock shock side after turning an angle simultaneously
To position relationship；Protect electric pole；The impact that livestock is subject to can be reduced by electric pole rotation simultaneously；Protect domestic animal
Poultry；In the present invention when electric pole is by side impact；Two electric poles can cause two first to lead during unitary rotation
Difference is subjected to displacement between block in transverse direction；But the influence that this displacement difference is brought to the 3rd arc-shaped guide rail is smaller；In bearing for electric wire
In the range of, it can be ignored.
The Inner ends of the first scroll spring are installed on the rotary shaft in the present invention；The outer end of first scroll spring is provided with first
Fixture block；There is inclined-plane on first fixture block；First scroll spring is coordinated by the first fixture block and the first limited block；On first fixture block
Inclined-plane on inclined-plane and the first limited block coordinates；Second scroll spring is installed between rotary shaft and the second annular groove；Second whirlpool
Install on the rotary shaft at the Inner ends of coil spring；The outer end of second scroll spring is provided with the second fixture block；Have on second fixture block oblique
Face；Second scroll spring is coordinated by the second fixture block and the second limited block；On inclined-plane and the second limited block on second fixture block
Inclined-plane coordinates；The direction of rotation of second scroll spring is opposite with the direction of rotation of the first scroll spring；Pass through design in the present invention
The second scroll spring direction of rotation it is opposite with the direction of rotation of the first scroll spring；It is when two electric pole entirety that it, which is acted on,
When being rotated around rotary shaft；Because rotation direction is uncertain；So meeting electric wire by the different scroll spring of both direction
Demand of the bar to scroll spring；When the first scroll spring works；First scroll spring passes through the first fixture block and the first limited block
Coordinate；So that the first limited block plays position-limiting action to the first scroll spring；So that the first scroll spring is compressed；First whirlpool
Volume bullet works two electric poles；Now the second scroll spring is inverted；Second scroll spring is spacing by the second fixture block and second
Block coordinates；Inclined-plane on inclined-plane and the second limited block on second fixture block coordinates；So the second scroll spring is in Umklapp process
When running into the second limited block；Extruding the second limited block by the second fixture block installed in its outer end causes the second limited block to move
Into the second stopper slot；Such second limited block would not play position-limiting action to the second scroll spring；Second scroll spring exists
It would not be squeezed in Umklapp process；Enter and impacted without the work to the first scroll spring；Together should the second scrollwork
The first scroll spring will not also be impacted to the work of the second scroll spring during spring works.
When the electric pole that people are designed using the present invention；When in two electric poles one of electric pole front by
During the shock of livestock；This electric pole can be moved along the first corresponding guide groove；The meeting in moving process of this electric pole
It is located at first spring of moving direction side in two the first springs of extruding corresponding thereto；When impact is less than correspondence
During the elastic force of the first spring；In the presence of the first spring；Electric pole can automatically restore to original position after being hit；
When impact is more than the elastic force of the first spring of correspondence；The impact being subject on electric pole will will in this direction install the first bullet
The square groove sidewall of spring squeezes bad；And during electric pole is struck and squeezes bad square groove sidewall；Electric pole movement can band
Two first gears movement on the inside of dynamic electric pole；Two first gears are in moving process；One of first gear can be with
Corresponding teeth engagement on square groove lower surface；So that the first gear of teeth engagement corresponding with square groove lower surface turns
It is dynamic；The first gear, which is rotated, can drive the 3rd pinion rotation engaged；Because the 3rd gear is arranged in the 3rd rotating shaft；The
Connected between three rotating shafts and first rotating shaft by soft transmission tube；So the 3rd pinion rotation can drive first rotating shaft to rotate；First
Axis of rotation drives second gear to rotate；Second gear, which is rotated, causes rack-plate to move down；Rack-plate moves down drive pin
Nail is moved down；During pin is moved down；When pin completely disengages from the first guide block；Electric pole movement can drive second
Guide rail is moved；And the first guide block is static relative to the second guide rail in the presence of electric wire tractive force；In electric pole moving process
First guide block can be completely disengaged from the second guide rail；Electric pole also moves out the first guide rail completely afterwards；At this moment electric pole is not having
Can be on the ground in the case of binding force；And the electric wire on the upside of the first guide block will not be affected；Protect electricity
Line；The impact of livestock by the mobile cushioning of electric pole simultaneously；The livestock of protection.When the electricity of any one in two electric poles
When the side of line bar is hit by livestock；Two electric poles overall can rotate around rotary shaft；The meeting in rotation process
Compress the first scroll spring or the second scroll spring；When impact is less than the compression stress of the first scroll spring or the second scroll spring
When；Under the elastic force effect of the first scroll spring or the second scroll spring；Original can be automatically restored to after electric pole is hit
The position come；When impact is more than the compression stress of the first scroll spring or the second scroll spring；First scroll spring or second
Scroll spring can lose effect；Now two electric poles overall can be rotated around rotary shaft；Support shaft, winding wheel, rolling fin,
Installing plate causes support shaft, winding wheel, peace under the mating reaction of the effect of electric wire tractive force and rolling fin and the 3rd guide groove
Dress plate is slided by rolling fin in the 3rd guide groove；And then cause electric wire to be constantly in inactive state；Avoid in two electricity
Overall influence of the electric pole to electric wire in rotary shaft rotation process of line bar；Meeting after two electric poles turn an angle simultaneously
Change two electric poles and the position relationship of livestock crash direction；Protect electric pole；It can be subtracted by electric pole rotation simultaneously
The impact that small livestock is subject to；Protect livestock.
Brief description of the drawings
Fig. 1 is global facility schematic appearance.
Fig. 2 is the first guide rail scheme of installation.
Fig. 3 is the first guide rail structure schematic diagram.
Fig. 4 is the first scroll spring scheme of installation.
Fig. 5 is the second scroll spring scheme of installation.
Fig. 6 is electric pole internal structure schematic diagram.
Fig. 7 is first gear scheme of installation.
Fig. 8 is second gear scheme of installation.
Fig. 9 is the 3rd gear scheme of installation.
Figure 10 is rack-plate scheme of installation.
Figure 11 is pin scheme of installation.
Figure 12 is the second guide rail structure schematic diagram.
Figure 13 is the first guide block structural representation.
Figure 14 is support shaft scheme of installation.
Figure 15 is the 3rd arc-shaped guide rail structural representation.
Figure 16 is electric pole shifting principle schematic diagram.
Figure 17 is that first gear coordinates principle schematic with teeth.
Figure 18 is teeth distribution schematic diagram.
Label title in figure：1st, electric pole trigger mechanism；2nd, wire protective mechanism；3rd, the first guide rail；4th, electric pole；5th, arc
Shape plate；6th, the first spring；7th, guide plate；8th, rotary shaft；9th, escape groove；10th, the first guide groove；11st, the first annular groove；12nd, second
Annular groove；13rd, the first stopper slot；14th, the second stopper slot；15th, the first scroll spring；16th, the first fixture block；17th, second spring；
18th, the first limited block；19th, the second scroll spring；20th, the second fixture block；21st, the second limited block；22nd, first gear；23rd, the second tooth
Wheel；24th, the 3rd gear；25th, rack-plate；26th, pin；27th, first rotating shaft；28th, the second rotating shaft；29th, the 3rd rotating shaft；30th, first
Guide block；31st, the second guide rail；32nd, the second guide groove；33rd, the first pin hole；34th, the second pin hole；35th, the 3rd arc-shaped guide rail；36、
Support shaft；37th, winding wheel；38th, rolling fin；39th, installing plate；40th, the 3rd guide groove；41st, square groove；42nd, manhole；43、
Cylinder groove；44th, circular port；45th, teeth.
Embodiment
As shown in figure 1, it includes electric pole trigger mechanism 1, wire protective mechanism 2, wherein wire protective mechanism 2 is located at electricity
The upside of line bar trigger mechanism 1.
As shown in figure 1, said wires bar trigger mechanism 1 include the first guide rail 3, electric pole 4, arc 5, the first spring 6,
Guide plate 7, rotary shaft 8, escape groove 9, the first guide groove 10, the first annular groove 11, manhole 42, square groove 41, the second annulus
Groove 12, the first stopper slot 13, the second stopper slot 14, the first scroll spring 15, the first fixture block 16, second spring 17, first are spacing
Block 18, the second scroll spring 19, the second fixture block 20, the second limited block 21, cylinder groove 43, circular port 44, first gear 22, second
Gear 23, the 3rd gear 24, rack-plate 25, pin 26, first rotating shaft 27, the second rotating shaft 28, the 3rd rotating shaft 29, wherein such as Fig. 3
Shown, the centre position of arc 5 has manhole 42；The first annular groove 11 and the second circle are provided with the wall of manhole 42
Annular groove 12, the first annular groove 11 is located at the upside of the second annular groove 12；The first stopper slot 13 is provided with the wall of first annular groove 11；
The second stopper slot 14 is provided with the wall of second annular groove 12；The inner side of first stopper slot 13 is provided with the first limited block 18；First
A second spring 17 is installed between the stopper slot 13 of limited block 18 and first；It is spacing that the inner side of second stopper slot 14 is provided with second
Block 21；One second spring 17 is installed between second limited block 21 and the second stopper slot 14；First limited block 18 and the second limit
Inclined-plane is respectively provided with the block 21 of position；The both sides of arc 5 are provided with two symmetrical first guide rails 3；Open the upper surface of first guide rail 3
There is square groove 41；The both sides of square groove 41 are provided with two symmetrical first guide grooves 10；The downside of square groove 41 is provided with escape groove 9；
As shown in figure 18, the lower surface of square groove 41 is located at the both sides of escape groove 9 respectively with two sections of teeth 45；Two sections of teeth 45 are distinguished
Positioned at the two ends of square groove 41；The length of two sections of teeth 45 is identical, and the length of two sections of teeth 45 is respectively the length of square groove 41
Half；As shown in Fig. 2 the lower end of rotary shaft 8 is located on the downside of ground；Arc 5 is arranged on the upper end of rotary shaft 8 and rotary shaft 8
Through manhole 42；As shown in figure 5, being provided with the first scroll spring 15 between the annular groove 11 of rotary shaft 8 and first；First whirlpool
Install on rotating shaft 8 at the Inner ends of coil spring 15；The outer end of first scroll spring 15 is provided with the first fixture block 16；First fixture block 16
It is upper that there is inclined-plane；As shown in figure 4, the first scroll spring 15 is coordinated by the first fixture block 16 with the first limited block 18；First fixture block
Inclined-plane on inclined-plane and the first limited block 18 on 16 coordinates；Second scrollwork is installed between the annular groove 12 of rotary shaft 8 and second
Spring 19；Install on rotating shaft 8 at the Inner ends of second scroll spring 19；The outer end of second scroll spring 19 is provided with the second fixture block
20；There is inclined-plane on second fixture block 20；Second scroll spring 19 is coordinated by the second fixture block 20 with the second limited block 21；Second card
Inclined-plane on inclined-plane and the second limited block 21 on block 20 coordinates；The hand of spiral of second scroll spring 19 and the first scroll spring
15 hand of spiral is opposite；As shown in fig. 6, being provided with guide plate 7 on the periphery of the one end of electric pole 4；As shown in Fig. 2 two
Electric pole 4 is led by the cooperation of respective guide plate 7 and two the first guide grooves 10 on two the first guide rails 3 installed in two first
On rail 3；Each electric pole 4 between the both sides of square groove 41 on corresponding first guide rail 3 with being provided with two in two electric poles 4
Symmetrical first spring 6；Institute's mounting structure is identical in two electric poles 4；For wherein any one；As shown in fig. 6, electric
The lower surface of line bar 4 is provided with cylinder groove 43；The upper surface of cylinder groove 43 is provided with circular port 44, and the whole electric wire of the insertion of circular port 44
Bar 4；As shown in Figure 10, pin 26 is located in circular port 44；The lower end of pin 26 is provided with rack-plate 25；The both sides of rack-plate 25
It is respectively provided with teeth；As shown in fig. 7, the installation relation for the structure that the both sides of rack-plate 25 are installed is identical；For wherein side；
First rotating shaft 27 is arranged in the circle center hole on the wall of cylinder groove 43；Second gear 23 is arranged in first rotating shaft 27；Such as Fig. 8 institutes
Show, second gear 23 is engaged with the teeth on rack-plate 25；Second rotating shaft 28 and the 3rd rotating shaft 29 are installed in the wall of cylinder groove 43
In circle center hole on face；As shown in figure 9, the gear 24 of first gear 22 and the 3rd is separately mounted to the second rotating shaft 28 and the 3rd rotating shaft
On 29；The gear 24 of first gear 22 and the 3rd is engaged；As shown in figure 17, the teeth 45 corresponding with square groove 41 of first gear 22
Engagement；Connected between the rotating shaft 29 of first rotating shaft 27 and the 3rd by soft transmission tube.
As shown in figure 14, said wires protection mechanism 2 includes the first guide block 30, the second guide rail 31, the second guide groove 32, first
Pin hole 33, the second pin hole 34, the 3rd arc-shaped guide rail 35, support shaft 36, winding wheel 37, rolling fin 38, installing plate 39,
Three guide grooves 40, wherein as shown in figure 12, there is the second guide groove 32 on the second guide rail 31；The lower end of second guide groove 32 is provided with the first pin
Nail 33；As shown in figure 1, two the second guide rails 31 are separately mounted to the upper end of two electric poles 4；Two 33 points of the first pin holes
Do not coordinate with two circular ports 44 on two electric poles 4；As shown in figure 13, there is the second pin on the lower surface of the first guide block 30
Nail 34；As shown in figure 14, the two ends of the downside of the 3rd arc-shaped guide rail 35 are separately installed with first guide block 30；Such as Figure 11 institutes
Show, the 3rd arc-shaped guide rail 35 is arranged on two the second guide rails 31 by the cooperation of two the first guide blocks 30 and two the second guide grooves 32
Upside；Two the second pin holes 34 on two the first guide blocks 30 coordinate with two the first pin holes 33 on the second guide groove 32；
As shown in figure 15, the upper surface of the 3rd arc-shaped guide rail 35 is provided with the 3rd guide groove 40 of arc；Support shaft 36 is arranged on rolling fin
38 upsides；Support shaft 36 is arranged on the 3rd arc-shaped guide rail 35 by the cooperation of the guide groove 40 of rolling fin 38 and the 3rd；Installing plate
39 are arranged on the upside of support shaft 36；The upside of installing plate 39 is provided with four winding wheels 37.
The upper end of above-mentioned pin in an initial condition 26 is located in the second pin hole 34 through the first pin hole 33.
The arc core of above-mentioned 3rd arc-shaped guide rail 35 is located on the axis of rotary shaft 8.
Teeth of two second gears 23 of the above-mentioned both sides of rack-plate 25 respectively with the both sides of rack-plate 25 are engaged；Rack-plate 25
Two first gears 22 of both sides are engaged with two sections of teeth 45 on square groove 41 respectively.
One of winding wheel 37 is located at other three windings in four winding wheels 37 that the above-mentioned upside of installing plate 39 is installed
The upside of wheel 37；Spacing in four winding wheels 37 between two adjacent winding wheels 37 is equal.
Above-mentioned first spring 6 is compression spring；Second spring 17 is compression spring.
Above-mentioned arc 5 is installed on rotating shaft 8 by bearing.
On above-mentioned second guide rail 31 length of second guide groove 32 be the first guide rail 3 on the length of the first guide groove 10 five/
Four.
In summary：
The electric pole 4 that the present invention is designed can automatically adjust the movement of electric pole 4 to avoid extraneous impact；Reach protection electric wire
The effect of electric wire on bar 4.
There is the second guide groove 32 in the present invention on the second guide rail 31；The lower end of second guide groove 32 is provided with the first pin hole 33；
Two the second guide rails 31 are separately mounted to the upper end of two electric poles 4；There is the second pin hole on the lower surface of first guide block 30
34；The two ends of the downside of 3rd arc-shaped guide rail 35 are separately installed with first guide block 30；3rd arc-shaped guide rail 35 passes through two
The cooperation of one guide block 30 and two the second guide grooves 32 is arranged on two upsides of the second guide rail 31；The upper surface of 3rd arc-shaped guide rail 35
It is provided with the 3rd guide groove 40 of arc；Support shaft 36 is arranged on the upside of rolling fin 38；Support shaft 36 passes through rolling fin 38 and
The cooperation of three guide grooves 40 is arranged on the 3rd arc-shaped guide rail 35；Installing plate 39 is arranged on the upside of support shaft 36；The upside of installing plate 39
Four winding wheels 37 are installed；The centre position of arc 5 has manhole 42；The first circle is provided with the wall of manhole 42
The annular groove 12 of annular groove 11 and second；The first stopper slot 13 is provided with the wall of first annular groove 11；The wall of second annular groove 12
On be provided with the second stopper slot 14；The inner side of first stopper slot 13 is provided with the first limited block 18；First limited block 18 and first spacing
One second spring 17 is installed between groove 13；The inner side of second stopper slot 14 is provided with the second limited block 21；Second limited block 21
One second spring 17 is installed between the second stopper slot 14；It is respectively provided with first limited block 18 and the second limited block 21 tiltedly
Face；The both sides of arc 5 are provided with two symmetrical first guide rails 3；The upper surface of first guide rail 3 is provided with square groove 41；It is square
The both sides of groove 41 are provided with two symmetrical first guide grooves 10；The downside of square groove 41 is provided with escape groove 9；The lower surface of square groove 41
The upper both sides positioned at escape groove 9 have two sections of teeth 45 respectively；Two sections of teeth 45 are located at the two ends of square groove 41 respectively；Two sections of teeth
The length of tooth 45 is identical, and two sections of teeth 45 length be respectively the length of square groove 41 half；The lower end of rotary shaft 8 is located at ground
On the downside of face；Arc 5 is arranged on the upper end of rotary shaft 8；First scroll spring is installed between the annular groove 11 of rotary shaft 8 and first
15；Install on rotating shaft 8 at the Inner ends of first scroll spring 15；Second whirlpool is installed between the annular groove 12 of rotary shaft 8 and second
Coil spring 19；Guide plate 7 is installed on the periphery of the one end of electric pole 4；Two electric poles 4 pass through respective guide plate 7 and two
The cooperation of two the first guide grooves 10 is arranged on two the first guide rails 3 on individual first guide rail 3；Each electric wire in two electric poles 4
Two symmetrical first springs 6 are installed between bar 4 and the both sides of square groove 41 on corresponding first guide rail 3；Two electric poles 4
Middle institute's mounting structure is identical；For wherein any one；The lower surface of electric pole 4 is provided with cylinder groove 43；Cylinder groove 43
Upper surface is provided with circular port 44, and the whole electric pole 4 of the insertion of circular port 44；Pin 26 is located in circular port 44；Under pin 26
End is provided with rack-plate 25；The both sides of rack-plate 25 are respectively provided with teeth；The structure installation relation that the both sides of rack-plate 25 are installed is complete
It is exactly the same；For wherein side；First rotating shaft 27 is arranged in the circle center hole on the wall of cylinder groove 43；Second gear 23 is arranged on
In first rotating shaft 27；Second gear 23 is engaged with the teeth on rack-plate 25；Second rotating shaft 28 and the 3rd rotating shaft 29 are installed in
In circle center hole on the wall of cylinder groove 43；The gear 24 of first gear 22 and the 3rd is separately mounted to the second rotating shaft 28 and the 3rd rotating shaft
On 29；The gear 24 of first gear 22 and the 3rd is engaged；The teeth 45 corresponding with square groove 41 of first gear 22 are engaged；First turn
Connected between the rotating shaft 29 of axle 27 and the 3rd by soft transmission tube；The upper end of pin 26 passes through the first pin hole 33 under original state
In in the second pin hole 34；The arc core of 3rd arc-shaped guide rail 35 is located on the axis of rotary shaft 8；Two of the both sides of rack-plate 25
Teeth of two gears 23 respectively with the both sides of rack-plate 25 are engaged；Two first gears 22 of the both sides of rack-plate 25 respectively with square groove
Two sections of teeth 45 on 41 are engaged；As illustrated in fig 16 a, when the front of one of electric pole 4 in two electric poles 4 is by livestock
Shock when；This electric pole 4 can be moved along the first corresponding guide groove 10；This meeting in moving process of electric pole 4
It is located at first spring 6 of moving direction side in two the first springs 6 of extruding corresponding thereto；When impact be less than pair
When answering the elastic force of the first spring 6；In the presence of the first spring 6；Electric pole 4 can automatically restore to original after being hit
Position；When impact is more than the elastic force of the first spring 6 of correspondence；The impact being subject on electric pole 4 will will pacify in this direction
The side wall of square groove 41 for filling the first spring 6 squeezes bad；And during electric pole 4 is struck the crowded side wall of bad square groove 41；
As shown in fig 16b, electric pole 4, which is moved, can drive two first gears 22 of the inner side of electric pole 4 to move；Two first gears 22 exist
In moving process；One of meeting of first gear 22 teeth 45 corresponding with the lower surface of square groove 41 are engaged；So that with side
The first gear 22 that corresponding teeth 45 are engaged on the lower surface of shape groove 41 is rotated；The first gear 22 is rotated to drive and engaged
The 3rd gear 24 rotate；Because the 3rd gear 24 is arranged in the 3rd rotating shaft 29；Between 3rd rotating shaft 29 and first rotating shaft 27
Connected by soft transmission tube；So the 3rd gear 24 is rotated first rotating shaft 27 can be driven to rotate；First rotating shaft 27, which is rotated, drives the
Two gears 23 are rotated；Second gear 23, which is rotated, causes rack-plate 25 to move down；Rack-plate 25 move down drive pin 26 to
Lower movement；During pin 26 is moved down；When pin 26 completely disengages from the first guide block 30；The movement of electric pole 4 can drive
Second guide rail 31 is moved；And the first guide block 30 is static relative to the second guide rail 31 in the presence of electric wire tractive force；In electric pole 4
The first guide block 30 can be completely disengaged from the second guide rail 31 in moving process；Electric pole 4 also moves out the first guide rail 3 completely afterwards；
At this moment electric pole 4 can be on the ground in the case of no binding force；And the electric wire positioned at the upside of the first guide block 30 will not be by
To any influence；Protect electric wire；The impact of livestock by the mobile cushioning of electric pole 4 simultaneously；The livestock of protection.When two
When the side of any one electric pole 4 is hit by livestock in individual electric pole 4；Two electric poles 4 can be overall around rotary shaft 8
Rotate；The first scroll spring 15 or the second scroll spring 19 can be compressed in rotation process；When impact is less than the first whirlpool
During the compression stress of the scroll spring 19 of coil spring 15 or second；Acted in the elastic force of the first scroll spring 15 or the second scroll spring 19
Under；Original position can be automatically restored to after electric pole 4 is hit；As shown in figure 16 c, when impact is more than the first scrollwork
During the compression stress of the scroll spring 19 of spring 15 or second；First scroll spring 15 or the second scroll spring 19 can lose effect；This
When two electric poles 4 overall can be rotated around rotary shaft 8；Support shaft 36, winding wheel 37, rolling fin 38, installing plate 39 are in electricity
Cause support shaft 36, winding wheel 37 under the effect of line tractive force and the mating reaction of the guide groove 40 of rolling fin 38 and the 3rd, install
Plate 39 is slided by rolling fin 38 in the 3rd guide groove 40；And then electric wire is remained static；Avoid two electric wires
Overall influence of the electric pole 4 to electric wire in the rotation process of rotary shaft 8 of bar 4；After two electric poles 4 turn an angle simultaneously
The position relationship of two electric poles 4 and livestock crash direction can be changed；Protect electric pole 4；Simultaneously can by the rotation of electric pole 4
To reduce the impact that livestock is subject to；Protect livestock；In the present invention when electric pole 4 is by side impact；Two electric poles 4
It can cause to be subjected to displacement difference in transverse direction between two the first guide blocks 30 during unitary rotation；But this displacement difference is to the 3rd arc
The influence that shape guide rail 35 is brought is smaller；In the tolerance range of electric wire, it can be ignored.
The Inner ends of the first scroll spring 15 are installed on rotating shaft 8 in the present invention；Install the outer end of first scroll spring 15
There is the first fixture block 16；There is inclined-plane on first fixture block 16；First scroll spring 15 passes through the first fixture block 16 and the first limited block 18
Coordinate；Inclined-plane on inclined-plane and the first limited block 18 on first fixture block 16 coordinates；Pacify between the annular groove 12 of rotary shaft 8 and second
Equipped with the second scroll spring 19；Install on rotating shaft 8 at the Inner ends of second scroll spring 19；The outer end peace of second scroll spring 19
Equipped with the second fixture block 20；There is inclined-plane on second fixture block 20；Second scroll spring 19 passes through the second fixture block 20 and the second limited block
21 coordinate；Inclined-plane on inclined-plane and the second limited block 21 on second fixture block 20 coordinates；The direction of rotation of second scroll spring 19
It is opposite with the direction of rotation of the first scroll spring 15；Pass through the direction of rotation of the second scroll spring 19 of design and the in the present invention
The direction of rotation of one scroll spring 15 is opposite；It is when two entirety of electric poles 4 are rotated around rotary shaft 8 that it, which is acted on,；Due to turning
Dynamic direction is not known；So meeting demand of the electric pole 4 to scroll spring by the different scroll spring of both direction；When
When one scroll spring 15 works；First scroll spring 15 is coordinated by the first fixture block 16 with the first limited block 18；So that the first limit
Position 18 pair of first scroll spring 15 of block plays position-limiting action；So that the first scroll spring 15 is compressed；First scrollwork bullet is to two
Individual electric pole 4 works；Now the second scroll spring 19 is inverted；Second scroll spring 19 passes through the second fixture block 20 and the second limited block
21 coordinate；Inclined-plane on inclined-plane and the second limited block 21 on second fixture block 20 coordinates；So the second scroll spring 19 is in reversion
During when running into the second limited block 21；Second limited block 21 is extruded by the second fixture block 20 installed in its outer end and causes the
Two limited blocks 21 are moved in the second stopper slot 14；Such second limited block 21 would not play spacing to the second scroll spring 19
Effect；Second scroll spring 19 would not be squeezed in Umklapp process；Enter without the work to the first scroll spring 15
Impact；With should the second scroll spring 19 work when the first scroll spring 15 also will not be to the second scroll spring 19 work
Impact.
Embodiment：When the electric pole 4 that people are designed using the present invention；When one of them in two electric poles 4
When the front of electric pole 4 is hit by livestock；This electric pole 4 can be moved along the first corresponding guide groove 10；This
Electric pole 4 can be extruded in moving process is located at one of moving direction side the in two the first springs 6 corresponding thereto
One spring 6；When impact is less than the elastic force of the first spring 6 of correspondence；In the presence of the first spring 6；Electric pole 4 is being hit
Original position can be automatically restored to after hitting；When impact is more than the elastic force of the first spring 6 of correspondence；It is subject on electric pole 4
The side wall of square groove 41 for installing the first spring 6 in this direction will be squeezed bad by impact；And struck in electric pole 4 crowded bad
During the side wall of square groove 41；Electric pole 4, which is moved, can drive two first gears 22 of the inner side of electric pole 4 to move；Two
One gear 22 is in moving process；One of meeting of first gear 22 teeth 45 corresponding with the lower surface of square groove 41 are nibbled
Close；So that the first gear 22 that teeth 45 corresponding with the lower surface of square groove 41 are engaged is rotated；The first gear 22 rotates meeting
The 3rd gear 24 engaged is driven to rotate；Because the 3rd gear 24 is arranged in the 3rd rotating shaft 29；3rd rotating shaft 29 and
Connected between one rotating shaft 27 by soft transmission tube；So the 3rd gear 24 is rotated first rotating shaft 27 can be driven to rotate；First rotating shaft
27, which rotate drive second gear 23, rotates；Second gear 23, which is rotated, causes rack-plate 25 to move down；Rack-plate 25 is moved down
Pin 26 is driven to move down；During pin 26 is moved down；When pin 26 completely disengages from the first guide block 30；Electric pole
4 movements can drive the second guide rail 31 to move；And the first guide block 30 is quiet relative to the second guide rail 31 in the presence of electric wire tractive force
Only；First guide block 30 can be completely disengaged from the second guide rail 31 in the moving process of electric pole 4；Electric pole 4 is also completely mobile afterwards
Go out the first guide rail 3；At this moment electric pole 4 can be on the ground in the case of no binding force；And positioned at the upside of the first guide block 30
Electric wire will not be affected；Protect electric wire；The impact of livestock by the mobile cushioning of electric pole 4 simultaneously；Protect
The livestock of shield.When the side of any one electric pole 4 in two electric poles 4 is hit by livestock；Two electric poles 4 can be whole
Body rotates around rotary shaft 8；The first scroll spring 15 or the second scroll spring 19 can be compressed in rotation process；Work as shock
When power is less than the compression stress of the first scroll spring 15 or the second scroll spring 19；In the first scroll spring 15 or the second scroll spring
Under 19 elastic force effect；Original position can be automatically restored to after electric pole 4 is hit；When impact is more than the first scrollwork
During the compression stress of the scroll spring 19 of spring 15 or second；First scroll spring 15 or the second scroll spring 19 can lose effect；This
When two electric poles 4 overall can be rotated around rotary shaft 8；Support shaft 36, winding wheel 37, rolling fin 38, installing plate 39 are in electricity
Cause support shaft 36, winding wheel 37 under the effect of line tractive force and the mating reaction of the guide groove 40 of rolling fin 38 and the 3rd, install
Plate 39 is slided by rolling fin 38 in the 3rd guide groove 40；And then cause electric wire to be constantly in inactive state；Avoid two
Individual overall influence of the electric pole 4 to electric wire in the rotation process of rotary shaft 8 of electric pole 4；Two electric poles 4 are rotated necessarily simultaneously
The position relationship of two electric poles 4 and livestock crash direction can be changed after angle；Protect electric pole 4；Pass through electric pole 4 simultaneously
Rotation can reduce the impact that livestock is subject to；Protect livestock.
Claims (5)
1. a kind of electric power network electric pole based on rotation protection electric wire, it is characterised in that：It includes electric pole trigger mechanism, electricity
Line protection mechanism, wherein wire protective mechanism are located on the upside of electric pole trigger mechanism；
Said wires bar trigger mechanism includes the first guide rail, electric pole, arc, the first spring, guide plate, rotary shaft, avoidance
Groove, the first guide groove, the first annular groove, manhole, square groove, the second annular groove, the first stopper slot, the second stopper slot, first
Scroll spring, the first fixture block, second spring, the first limited block, the second scroll spring, the second fixture block, the second limited block, cylinder
Groove, circular port, first gear, second gear, the 3rd gear, rack-plate, pin, first rotating shaft, the second rotating shaft, the 3rd rotating shaft,
Wherein arc centre position has manhole；The first annular groove and the second annular groove are provided with the wall of manhole, the
One annular groove is located on the upside of the second annular groove；The first stopper slot is provided with the wall of first annular groove；The wall of second annular groove
On be provided with the second stopper slot；The first limited block is installed on the inside of first stopper slot；Pacify between first limited block and the first stopper slot
Equipped with a second spring；The second limited block is installed on the inside of second stopper slot；Pacify between second limited block and the second stopper slot
Equipped with a second spring；Inclined-plane is respectively provided with first limited block and the second limited block；The both sides of arc be provided with two it is right
The first guide rail claimed；The upper surface of first guide rail is provided with square groove；The both sides of square groove are provided with two symmetrical first guide grooves；Side
Escape groove is provided with the downside of shape groove；The both sides that the lower surface of square groove is located at escape groove have two sections of teeth respectively；Two sections of teeth
It is located at the two ends of square groove respectively；The length of two sections of teeth is identical, and the length of two sections of teeth is respectively the one of square slot length
Half；The lower end of rotary shaft is located on the downside of ground；Arc is arranged on rotary shaft upper end and rotary shaft passes through manhole；Rotary shaft
First scroll spring is installed between the first annular groove；Install on the rotary shaft at the Inner ends of first scroll spring；First scrollwork
The outer end of spring is provided with the first fixture block；There is inclined-plane on first fixture block；First scroll spring is limited by the first fixture block and first
Position block coordinates；Inclined-plane on inclined-plane and the first limited block on first fixture block coordinates；Installed between rotary shaft and the second annular groove
There is the second scroll spring；Install on the rotary shaft at the Inner ends of second scroll spring；The outer end of second scroll spring is provided with second
Fixture block；There is inclined-plane on second fixture block；Second scroll spring is coordinated by the second fixture block and the second limited block；On second fixture block
Inclined-plane on inclined-plane and the second limited block coordinates；The hand of spiral of second scroll spring and the hand of spiral phase of the first scroll spring
Instead；Guide plate is installed on the periphery of electric pole one end；Two electric poles pass through respective guide plate and two the first guide rails
The cooperation of upper two the first guide grooves is arranged on two the first guide rails；Each electric pole is led with corresponding first in two electric poles
Two symmetrical first springs are installed on rail between the both sides of square groove；Institute's mounting structure is identical in two electric poles；
For wherein any one；The lower surface of electric pole is provided with cylinder groove；The upper surface of cylinder groove is provided with circular port, and circular port is passed through
Lead to whole electric pole；Pin is located in circular port；The lower end of pin is provided with rack-plate；The both sides of rack-plate are respectively provided with teeth；
The installation relation for the structure that rack-plate both sides are installed is identical；For wherein side；First rotating shaft is arranged on cylinder cell wall
In circle center hole on face；Second gear is arranged in first rotating shaft；Second gear is engaged with the teeth on rack-plate；Second rotating shaft
It is installed in the 3rd rotating shaft in the circle center hole on cylinder trough wall surface；First gear and the 3rd gear are separately mounted to the second rotating shaft
In the 3rd rotating shaft；First gear and the engagement of the 3rd gear；First gear teeth engagement corresponding with square groove；First rotating shaft
And the 3rd connected by soft transmission tube between rotating shaft；
Said wires protection mechanism includes the first guide block, the second guide rail, the second guide groove, the first pin hole, the second pin hole, the 3rd
Arc-shaped guide rail, support shaft, winding wheel, rolling fin, installing plate, the 3rd guide groove, wherein having the second guide groove on the second guide rail；The
The lower end of two guide grooves is provided with the first pin hole；Two the second guide rails are separately mounted to the upper end of two electric poles；Two first pins
Nail coordinates with two circular ports on two electric poles respectively；There is the second pin hole on the lower surface of first guide block；3rd
Two ends on the downside of arc-shaped guide rail are separately installed with first guide block；3rd arc-shaped guide rail passes through two the first guide blocks and two
The cooperation of two guide grooves is arranged on the upside of two the second guide rails；On two the second pin holes and the second guide groove on two the first guide blocks
Two the first pin holes coordinate；The upper surface of 3rd arc-shaped guide rail is provided with the 3rd guide groove of arc；Support shaft, which is arranged on, to be oriented to
On the upside of disk；Support shaft is arranged on the 3rd arc-shaped guide rail by the cooperation of rolling fin and the 3rd guide groove；Installing plate is arranged on
On the upside of support shaft；Four winding wheels are installed on the upside of installing plate；
The upper end of above-mentioned pin in an initial condition is located in the second pin hole through the first pin hole；
The arc core of above-mentioned 3rd arc-shaped guide rail is located on the axis of rotary shaft；
Teeth of two second gears of above-mentioned rack-plate both sides respectively with rack-plate both sides are engaged；Two of rack-plate both sides
One gear is engaged with two sections of teeth on square groove respectively.
2. a kind of electric power network electric pole based on rotation protection electric wire according to claim 1, it is characterised in that：It is above-mentioned
One of winding wheel is located on the upside of other three winding wheels in four winding wheels installed on the upside of installing plate；In four winding wheels
Spacing between two adjacent winding wheels is equal.
3. a kind of electric power network electric pole based on rotation protection electric wire according to claim 1, it is characterised in that：It is above-mentioned
First spring is compression spring；Second spring is compression spring.
4. a kind of electric power network electric pole based on rotation protection electric wire according to claim 1, it is characterised in that：It is above-mentioned
Arc is installed on the rotary shaft by bearing.
5. a kind of electric power network electric pole based on rotation protection electric wire according to claim 1, it is characterised in that：It is above-mentioned
The length of the second guide groove is 4/5ths of the first guide groove length on the first guide rail on second guide rail.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810790574.1A CN108843109A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole for protecting electric wire |
| CN201710621573.XA CN107191051B (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole based on rotation protection electric wire |
| CN201810790575.6A CN108843110A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole |
| CN201810789631.4A CN108843108A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole of rotation protection electric wire |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710621573.XA CN107191051B (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole based on rotation protection electric wire |
Related Child Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810790575.6A Division CN108843110A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole |
| CN201810789631.4A Division CN108843108A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole of rotation protection electric wire |
| CN201810790574.1A Division CN108843109A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole for protecting electric wire |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107191051A true CN107191051A (en) | 2017-09-22 |
| CN107191051B CN107191051B (en) | 2018-10-19 |
Family
ID=59884880
Family Applications (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810790575.6A Withdrawn CN108843110A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole |
| CN201810790574.1A Withdrawn CN108843109A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole for protecting electric wire |
| CN201810789631.4A Withdrawn CN108843108A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole of rotation protection electric wire |
| CN201710621573.XA Active CN107191051B (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole based on rotation protection electric wire |
Family Applications Before (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810790575.6A Withdrawn CN108843110A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole |
| CN201810790574.1A Withdrawn CN108843109A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole for protecting electric wire |
| CN201810789631.4A Withdrawn CN108843108A (en) | 2017-07-27 | 2017-07-27 | A kind of electric power network electric pole of rotation protection electric wire |
Country Status (1)
| Country | Link |
|---|---|
| CN (4) | CN108843110A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108914838A (en) * | 2018-07-04 | 2018-11-30 | 李娜 | A kind of road pier that municipal works use |
| CN108914837A (en) * | 2018-07-04 | 2018-11-30 | 李娜 | A kind of municipal works use the road pier with buffer function |
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| CN204552241U (en) * | 2015-04-15 | 2015-08-12 | 王文童 | A kind of have electric pole that is windproof, antitheft, collision prevention function |
| CN204627099U (en) * | 2015-05-18 | 2015-09-09 | 郭先观 | A kind of have the electric power transmission bar that anti-impact knocks down bar ability |
| US20160017630A1 (en) * | 2012-11-01 | 2016-01-21 | Trinity Meyer Utility Structures, Llc | Adjustable Monopole Support Structure |
| CN106760867A (en) * | 2016-11-30 | 2017-05-31 | 国网山东省电力公司东明县供电公司 | A kind of electric pole |
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- 2017-07-27 CN CN201810790575.6A patent/CN108843110A/en not_active Withdrawn
- 2017-07-27 CN CN201810790574.1A patent/CN108843109A/en not_active Withdrawn
- 2017-07-27 CN CN201810789631.4A patent/CN108843108A/en not_active Withdrawn
- 2017-07-27 CN CN201710621573.XA patent/CN107191051B/en active Active
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| US20160017630A1 (en) * | 2012-11-01 | 2016-01-21 | Trinity Meyer Utility Structures, Llc | Adjustable Monopole Support Structure |
| CN204552241U (en) * | 2015-04-15 | 2015-08-12 | 王文童 | A kind of have electric pole that is windproof, antitheft, collision prevention function |
| CN204627099U (en) * | 2015-05-18 | 2015-09-09 | 郭先观 | A kind of have the electric power transmission bar that anti-impact knocks down bar ability |
| CN106760867A (en) * | 2016-11-30 | 2017-05-31 | 国网山东省电力公司东明县供电公司 | A kind of electric pole |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108914838A (en) * | 2018-07-04 | 2018-11-30 | 李娜 | A kind of road pier that municipal works use |
| CN108914837A (en) * | 2018-07-04 | 2018-11-30 | 李娜 | A kind of municipal works use the road pier with buffer function |
| CN108914838B (en) * | 2018-07-04 | 2021-01-01 | 李娜 | Road pier for municipal engineering |
| CN108914837B (en) * | 2018-07-04 | 2021-02-05 | 李娜 | Road pier with buffering effect for municipal engineering |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108843110A (en) | 2018-11-20 |
| CN108843108A (en) | 2018-11-20 |
| CN107191051B (en) | 2018-10-19 |
| CN108843109A (en) | 2018-11-20 |
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