CN107269095A

CN107269095A - A kind of anti-inversion telegraph pole of controllable balance

Info

Publication number: CN107269095A
Application number: CN201710673596.5A
Authority: CN
Inventors: 方亚琴
Original assignee: Changshu Guleite Machinery Product Design Co Ltd
Current assignee: Cui Lianchen
Priority date: 2017-08-09
Filing date: 2017-08-09
Publication date: 2017-10-20

Abstract

The invention belongs to electric pole technical field, more particularly to a kind of anti-inversion telegraph pole of controllable balance, it includes releasing mechanism, electric pole, the first guide groove, cylinder groove, conical head, balanced support mechanism, governor motion, when electric pole is moved up；Electric pole can drive three contiguous blocks to move up；Three contiguous blocks, which are moved up, can drive three group of first support block to move up；Three group of first support block, which is moved up, can drive three group of second support block and three group of the 3rd support block to move up successively；During the first support block, the second support block and the 3rd support block are moved up；3rd support, the second support block and the first support block can sequentially pass through square guide groove；Then pass through deep-slotted chip breaker；It is eventually positioned on ground；It can play a part of support to electric pole by three groups of support bars being made up of the first support block, the second support block and the 3rd support block；Prevent electric pole from swinging.

Description

A kind of anti-inversion telegraph pole of controllable balance

Technical field

The invention belongs to electric pole technical field, more particularly to a kind of anti-inversion telegraph pole of controllable balance.

Background technology

Current electric pole is generally integral type；When electric pole run-off the straight；Electric wire on electric pole is in electric wire draw-bar pull It may be broken under effect；If people will get an electric shock under unknown situation with the line contacts of fracture；The life of people is made Into influence；And electric wire fracture is likely to result in short circuit；Influence power supply；So design one kind can prevent inclined electric pole It is necessary.

A kind of anti-inversion telegraph pole of controllable balance 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 anti-inversion telegraph pole of controllable balance, and it is Realized using following technical scheme.

A kind of anti-inversion telegraph pole of controllable balance, it is characterised in that：It include releasing mechanism, electric pole, the first guide groove, Cylinder groove, conical head, balanced support mechanism, governor motion, the upper end of wherein electric pole is provided with cylinder groove；The inner headed face of cylinder groove On be provided with two symmetrical first guide grooves；Conical head is arranged on the downside of electric pole；A part for releasing mechanism is arranged on electric wire Bar upper end, another part is arranged on electric pole lower end and on the upside of conical head；Balanced support mechanism is arranged on electric pole lower end； Governor motion is arranged on electric pole lower end, and on the upside of balanced support mechanism；Balanced support mechanism and governor motion are respectively positioned on On the upside of conical head.

There is the annular ground of a solidification around said wires bar；It is circumferential on the inner headed face of annular ground equably to open There are three arc guide barrels and three square guide grooves；Periphery of three arc guide barrels with annular ground is communicated；Three arcs are led Groove is communicated with three square guide grooves respectively；The lower surface of arc guide barrel is flushed with ground；The both sides of square guide groove upper end are provided with two Individual symmetrical first mounting groove；Both sides of the arc guide barrel away from square guide groove one end are symmetrically provided with two the 3rd mounting grooves；Ring It is circumferential on the inner headed face of shape ground to be equably provided with three rach slots；It is circumferential on the inner headed face of annular ground to be equably provided with three Second mounting groove；Upper end of three the second mounting grooves respectively with three rach slots is communicated；Open the upper end of three the second mounting grooves There is second axis hole；Each second mounting groove in three the second mounting grooves is located at adjacent in three deep-slotted chip breakers two respectively Between deep-slotted chip breaker；Each rach slot in three rach slots is located between two deep-slotted chip breakers adjacent in three deep-slotted chip breakers respectively； It is circumferential on the periphery of annular ground upper end to be equably provided with three square breach；The side of three square breach is provided with one First axis hole；Three square breach are communicated with three deep-slotted chip breakers respectively.

Above-mentioned balanced support mechanism includes contiguous block, the first support block, the second support block, the 3rd support block, the first screens Block, the first limited block, the first screens groove, the first spring, the first neck, the second neck, the first stopper slot, the second stopper slot, Two springs, the 3rd screens block, the second screens groove, the second limited block, the second screens block, the 7th rotating shaft, the 4th axis hole, rotating shaft are fixed Institute in block, the first breach, the second breach, the 3rd spring, the 4th spring, the mounting groove of two of which first and two the 3rd mounting grooves Mounting structure is identical；For the first mounting groove；The first screens groove is provided with the end face of first screens block one end；First screens The both sides of groove are provided with two symmetrical first necks；The other end of first screens block is arranged on the medial surface of the first mounting groove； The second screens groove is provided with the end face of second screens block one end；The both sides of second screens groove are provided with two symmetrical second necks； Two symmetrical first stopper slots are provided with the two sides of the second screens block other end；One end of first limited block is right with two The arc surface of title；One end that two the first limited blocks do not have arc surface is separately mounted in two the first stopper slots；Two First spring is separately installed between one limited block and two the first stopper slots；Second screens block is first spacing by two The cooperation of block and two the first necks is arranged in the first screens groove；The 3rd is provided between second screens block and the first screens groove Spring；Two symmetrical second stopper slots are provided with the two sides of the 3rd screens block one end；One end of second limited block has two Individual symmetrical arc surface；One end that two the second limited blocks do not have arc surface is separately mounted in two the second stopper slots；Two A second spring is separately installed between individual second limited block and two the second stopper slots；3rd screens block passes through two second The cooperation of limited block and two the second necks is arranged in the second screens groove；It is provided between 3rd screens block and the second screens groove 4th spring；Side on 3rd screens block and the second screens block close to square groove has arcwall face；Institute in three square guide grooves Mounting structure is identical；For wherein any one；One end of first support block is provided with the first breach；First support block it is another One end is provided with the second breach；Two symmetrical rotating shaft fixed blocks are installed on the side of the first breach；Two rotating shaft fixed blocks it Between the 7th rotating shaft is installed；The 4th axis hole of insertion is provided with the side that second breach one end is provided with first support block；Six First support block is connected with each other, and passes through the 4th corresponding axis hole and corresponding the between adjacent two the first support blocks Seven rotating shafts are connected；Six the first support blocks are located in square guide groove；It is located at one of lower side in six the first support blocks First support block of lower side in the second breach and the 4th axis hole, and six the first support blocks is not provided with first support block On the periphery that electric pole lower end is arranged on by contiguous block；Second support block is identical with the first support block structure；Six Second support block is connected with each other, and passes through the 4th corresponding axis hole and corresponding the between adjacent two the second support blocks Seven rotating shafts are connected；Six the second support blocks are arranged on the upside of six the first support blocks；First support block and the second support block Between pass through seventh rotating shaft corresponding with the first support block of corresponding in the second support block the 4th axis hole and be connected；The Three support blocks are identical with the first support block structure；Six the 3rd support blocks are connected with each other, and two the 3rd adjacent supports It is connected between block by the 4th corresponding axis hole with the 7th corresponding rotating shaft；Six the 3rd support blocks are arranged on six On the upside of second support block；Pass through the 4th axis hole corresponding in the 3rd support block and between second support block and the 3rd support block The 7th corresponding rotating shaft is connected in two support blocks；It is located at the 3rd support block of top side in six the 3rd support blocks On be not provided with and the first breach and be not installed with rotating shaft fixed block and the 7th rotating shaft；It is located at the one of top side in six the 3rd support blocks Individual 3rd support block coordinates with two the 3rd screens blocks in two the first mounting grooves in an initial condition；Six the 3rd support blocks Coordinate with the 3rd screens block in the first mounting groove and the 3rd mounting groove；Six the second support blocks with the first mounting groove and Second screens block of the 3rd mounting groove coordinates；Six the first support blocks are blocked with first in the first mounting groove and the second mounting groove Position block coordinates；The width of first support block, the second support block and the 3rd support block is sequentially reduced；Two adjacent the first support blocks In corresponding the first breach and the second corresponding breach coordinate；First support block is corresponding with the junction of the second support block The first breach and corresponding the second breach coordinate；3rd support block it is corresponding with the junction of the second support block first lack Mouth and the second corresponding breach coordinate；Corresponding the first breach and corresponding second in two adjacent the 3rd support blocks Breach coordinates；The first corresponding breach and the second corresponding breach coordinate in two adjacent the second support blocks.

Above-mentioned releasing mechanism includes the first card wire structure, unidirectional delivery case, supporting plate, the first guide block, the first connecting plate, company Extension bar, the first support shaft, push pedal, first gear, first rotating shaft, input shaft, the first rack, the second card wire structure, square groove, branch Support axis hole, arc trigger board, the second rotating shaft, Triaxial hole, wherein one end of three the second rotating shafts be separately mounted to three it is square The side of breach；The other end of three the second rotating shafts is each passed through three first axle hole positions on the outside of annular ground；Arc is triggered Triaxial hole is provided with the side of plate one end；One end of three arc trigger boards passes through Triaxial hole thereon and three second turn The cooperation of axle is separately mounted in three direction breach；Supporting plate is arranged on the periphery of electric pole；Unidirectional delivery case is installed On the supporting plate；Three input shafts are installed on unidirectional delivery case；Three the second rotating shafts and three inputs on unidirectional delivery case Axle is connected by flexible axle；One end of first rotating shaft is arranged on the inner headed face of cylinder groove；The other end of first rotating shaft passes through electric wire Bar is connected with the output shaft on unidirectional delivery case；First gear is arranged in first rotating shaft；The both sides of first connecting plate are symmetrically Two the first guide blocks are installed；First connecting plate is arranged on cylinder groove by the cooperation of two the first guide blocks and two the first guide grooves Inner side；First rack is installed on the downside of the first connecting plate；First rack is engaged with first gear；The upside peace of first connecting plate Equipped with two connecting rods；A push pedal is mounted in two connecting rods；The two ends of two the first support shafts are respectively arranged on On the inner headed face of cylinder groove；Second card wire structure is divided into arc tips and square end；The square end of second card wire structure is provided with square Groove；The both sides of square groove are provided with two symmetrical supporting shaft hole；Two the second card wire structures are separately mounted to two first supports On axle；First card wire structure is divided into arc tips and square end；The square end of second card wire structure is provided with supporting shaft hole；Two first Card wire structure is separately mounted in two the first support shafts；Arc tips on two the first card wire structures are respectively with corresponding two Arc tips in individual second stuck mechanism coordinate；In square end and two the second card wire structures on two the first card wire structures Square end coordinates with two push pedals respectively.

Above-mentioned governor motion includes the second rack, axle sleeve, rolling fin, the 3rd rotating shaft, electromagnetism ring, the first support, the 4th Rotating shaft, second gear, the 5th rotating shaft, the 6th rotating shaft, the second support, magnet piece, scroll spring, wherein three the second racks are circumferential It is uniformly mounted on the periphery of electric pole lower end, and three the second racks are located in three rach slots respectively；Three second peaces Mounting structure is identical in tankage；For wherein any one；One end of 5th rotating shaft is arranged on the side of the second mounting groove； Second gear is arranged in the 5th rotating shaft；Second gear is engaged with corresponding second rack；6th rotating shaft is arranged on the second axis hole On；The lower end of 6th rotating shaft is connected with the other end of the 5th rotating shaft by boring tooth；4th rotating shaft is installed by the first support In the upside of annular ground；One end of 4th rotating shaft is connected with the upper end of the 6th rotating shaft by boring tooth；The Inner of scroll spring End is arranged on the 4th rotating shaft periphery；The outer end of scroll spring is provided with magnet piece；Electromagnetism ring is arranged on by the second support The upside of annular ground；The periphery of rolling fin is arranged on the inner headed face of electromagnetism ring one end；Install the outer end of scroll spring In rolling fin side；One end of 3rd rotating shaft is arranged on the opposite side of rolling fin；The other end of 3rd rotating shaft is provided with axle Set；Cambered blade is installed on the periphery of axle sleeve.

The upside of above-mentioned annular ground has balance chip.

The elastic force of above-mentioned first spring is more than the elastic force of second spring；The elastic force of 3rd spring is more than the bullet of the 4th spring Power.

As the further improvement of this technology, above-mentioned first spring is compression spring；Second spring is compression spring；3rd Spring is compression spring；4th spring is compression spring.

It is above-mentioned to be used as the second rack, axle sleeve, rolling fin, the 3rd rotating shaft, electromagnetism as the further improvement of this technology Ring, the first support, the 4th rotating shaft, second gear, the 5th rotating shaft, the 6th rotating shaft, the second support, magnet piece, scroll spring, second Mounting groove and the second axis hole its number are that the alternative of three is four or five.

It is above-mentioned to be installed as the second rotating shaft, Triaxial hole, arc trigger board, first as the further improvement of this technology Groove, arc guide barrel, the first screens block, the first limited block, the first screens groove, the first spring, the first stopper slot, the second stopper slot, Second spring, the 3rd screens block, the second screens groove, the second limited block, the second screens block, the 7th rotating shaft, the 4th axis hole, rotating shaft are solid Determine block, the first breach, the second breach, the 3rd spring, the 4th spring, the first neck, the second neck, the 3rd mounting groove, it is square lack Mouthful and alternative that the first axis hole its number is three be four or five.

It is above-mentioned to be used as three groups of six first support blocks, three groups of six second support blocks as the further improvement of this technology Be four groups of six first support blocks with the alternatives of three groups of six the 3rd support blocks, four groups of six second support blocks and four group six Individual 3rd support block or five groups of six first support blocks, five groups of six second support blocks and five groups of six the 3rd support blocks.

Relative to traditional electric wire pole technology, the electric pole that the present invention is designed can prevent electric pole by automatically adjusting Tilt；And then prevent electric wire to be broken.

In the present invention the first screens groove is provided with the end face of first screens block one end；The both sides of first screens groove are provided with two Symmetrical first neck；The second screens groove is provided with the end face of second screens block one end；One end of first limited block has two Symmetrical arc surface；One end that two the first limited blocks do not have arc surface is separately mounted in two the first stopper slots；Two First spring is separately installed between first limited block and two the first stopper slots；Second screens block passes through two first limits The cooperation of position block and two the first necks is arranged in the first screens groove；Is provided between second screens block and the first screens groove Three springs；Two symmetrical second stopper slots are provided with the two sides of the 3rd screens block one end；One end of second limited block has Two symmetrical arc surfaces；One end that two the second limited blocks do not have arc surface is separately mounted in two the second stopper slots； A second spring is separately installed between two the second limited blocks and two the second stopper slots；3rd screens block passes through two The cooperation of two limited blocks and two the second necks is arranged in the second screens groove；Installed between 3rd screens block and the second screens groove There is the 4th spring；Side on 3rd screens block and the second screens block close to square groove has arcwall face；Six the first support blocks It is connected with each other, and passes through the 4th corresponding axis hole between adjacent two the first support blocks and coordinates with the 7th corresponding rotating shaft Connection；Six the first support blocks are located in square guide groove；First support block of lower side passes through in six the first support blocks Contiguous block is arranged on the periphery of electric pole lower end；Second support block is identical with the first support block structure；Six second Support block is connected with each other, and passes through the 4th corresponding axis hole and corresponding the 7th turn between adjacent two the second support blocks Axle is connected；Six the second support blocks are arranged on the upside of six the first support blocks；Between first support block and the second support block It is connected by the 4th axis hole corresponding in the second support block seventh rotating shaft corresponding with the first support block；3rd Bracer is identical with the first support block structure；Six the 3rd support blocks are connected with each other, and adjacent two the 3rd support blocks it Between pass through the 4th corresponding axis hole and be connected with corresponding the 7th rotating shaft；Six the 3rd support blocks are arranged on six second On the upside of support block；Pass through the 4th axis hole corresponding in the 3rd support block and second between second support block and the 3rd support block The 7th corresponding rotating shaft is connected on bracer；In six the 3rd support blocks in the 3rd support block of top side not It is provided with the first breach and is not installed with rotating shaft fixed block and the 7th rotating shaft；Positioned at one of top side the in six the 3rd support blocks Three support blocks coordinate with two the 3rd screens blocks in two the first mounting grooves in an initial condition；Six the 3rd support blocks with The 3rd screens block in first mounting groove and the 3rd mounting groove coordinates；Six the second support blocks with the first mounting groove and the 3rd The second screens block in mounting groove coordinates；Six the first support blocks with the first screens in the first mounting groove and the second mounting groove Block coordinates；When electric pole is moved up；Electric pole can drive three contiguous blocks to move up；Three contiguous blocks move up meeting Three group of first support block is driven to move up；Three group of first support block, which is moved up, can drive three group of second support block and three successively The 3rd support block of group is moved up；During the first support block, the second support block and the 3rd support block are moved up；3rd Bracer can be passed through preferentially between two the 3rd fixture blocks in two the first mounting grooves；Then deep-slotted chip breaker is passed through；Finally Passed between two the 3rd fixture blocks in two the 3rd mounting grooves, on ground；When the first support block, second When the second support block is contacted with the 3rd fixture block during support block and the 3rd support block are moved up；Second support block can compress Three fixture blocks；So that the 3rd fixture block is to the second screens groove medial movement；When the 3rd fixture block is moved fully on the inside of the second screens groove； Second support block will be passed through along between the gap of two the second fixture blocks composition in two the first mounting grooves；Then By deep-slotted chip breaker；Finally passed between two the 3rd fixture blocks in two the 3rd mounting grooves, on ground；When When the 3rd support block is contacted with the second fixture block during first support block, the second support block and the 3rd support block are moved up；The Three support blocks can compress the second fixture block；So that the second fixture block is to the first screens groove medial movement；When the second fixture block is moved fully to When on the inside of the first screens groove；First support block will be along two the first fixture blocks composition in two the first mounting grooves Passed through between gap；Then deep-slotted chip breaker is passed through；Finally worn between two the 3rd fixture blocks in two the 3rd mounting grooves Go out, on ground；Can be right by three groups of support bars being made up of the first support block, the second support block and the 3rd support block Electric pole plays a part of support；Prevent electric pole from swinging；One end of the first support block is provided with the first breach in the present invention；First The other end of support block is provided with the second breach；Two symmetrical rotating shaft fixed blocks are installed on the side of the first breach；Two turn 7th rotating shaft is installed between axle fixed block；The 4th of insertion is provided with the side that second breach one end is provided with first support block Axis hole；Second support block is identical with the first support block structure；3rd support block is identical with the first support block structure；Phase The first corresponding breach and the second corresponding breach coordinate in two adjacent the second support blocks；Two the 3rd adjacent supports The first corresponding breach and the second corresponding breach coordinate in block；Corresponding first in two adjacent the second support blocks Breach and the second corresponding breach coordinate；First support block, first breach corresponding with the junction of the second support block and phase Corresponding second breach coordinates；3rd support block, first breach corresponding with the junction of the second support block and corresponding Two breach coordinate；Between first support and the first support, between the first support and the second support, the 3rd support is with the 3rd support Between, between the first support and the second support pass through the cooperation of the first breach and the second breach between the second support and the 3rd support Can ensure the first support and first support between, first support second support between, the 3rd support the 3rd support between, Can only mutually it be rotated along a direction between the second support and the 3rd support between first support and the second support；Another Individual first breach in the reverse direction plays spacing effect to being hinged between the first breach and the second breach；By installed in two Two the 3rd fixture blocks in 3rd mounting groove can cause the first support block, the second support block and the 3rd support block moving out ground More stablize during face；The elastic force of the first spring is more than the elastic force of second spring in the present invention；Its act on be ensure the 3rd fixture block to The second fixture block will not be moved during the second fixture block medial movement；The elastic force of 3rd spring is more than the elastic force of the 4th spring；It is made Be ensure the 3rd fixture block will not be moved to the second fixture block during the second fixture block medial movement.First support block in the present invention, The width of second support block and the 3rd support block is sequentially reduced；It is to ensure the first support block, the second support block and the 3rd that it, which is acted on, Support block is when earthward moving；First support block, the second support block are identical with the active force on the upper suffered ground of the 3rd support.

One end of three the second rotating shafts is separately mounted to the side of three square breach in the present invention；Three the second rotating shafts The other end is each passed through three first axle hole positions on the outside of annular ground；The 3rd axle is provided with the side of arc trigger board one end Hole；One end of three arc trigger boards is separately mounted to three sides by Triaxial hole thereon and the cooperation of three the second rotating shafts Into breach；Three input shafts are installed on unidirectional delivery case；Three the second rotating shafts and three input shafts on unidirectional delivery case Connected by flexible axle；One end of first rotating shaft is arranged on the inner headed face of cylinder groove；The other end of first rotating shaft passes through electric pole It is connected with the output shaft on unidirectional delivery case；First gear is arranged in first rotating shaft；First connecting plate is led by two first The cooperation of block and two the first guide grooves is arranged on the inside of cylinder groove；First rack is installed on the downside of the first connecting plate；First tooth Bar is engaged with first gear；Two connecting rods are installed on the upside of the first connecting plate；One is mounted in two connecting rods to push away Plate；The two ends of two the first support shafts are respectively on the inner headed face of cylinder groove；Second card wire structure be divided into arc tips and Square end；Square groove is provided with the square end of second card wire structure；The both sides of square groove are provided with two symmetrical supporting shaft hole；Two Individual second card wire structure is separately mounted in two the first support shafts；First card wire structure is divided into arc tips and square end；Second Supporting shaft hole is provided with the square end of card wire structure；Two the first card wire structures are separately mounted in two the first support shafts；Two Arc tips on individual first card wire structure coordinate with the arc tips in two corresponding the second stuck mechanisms respectively；Two first The square end in square end and two the second card wire structures on card wire structure coordinates with two push pedals respectively；In the first support Block, the second support block and the 3rd support block are when earthward upside is mobile；If ground and three group of first support block, the second support block With residing for the contact point of the 3rd support block height it is different when；Three group of first support block, the second support block and the 3rd support block are carried Deviation just occurs in the support force of confession；So as to be possible to so that electric pole is swung；Electric pole, which is swung, may cause three Group the first support block, the second support block and the support block of one of which first in the 3rd support block, the second support block and the 3rd The active force increase on ground suffered by bracer；I.e. positioned at two the 3rd fixture block present positions being arranged in two the 3rd mounting grooves First support block or the second support block or the 3rd support block are upward；First support block or the second support block or the 3rd support block It is upward that an arc trigger board corresponding in three arc trigger boards will be caused to be swung around the second shaft axis；Arc Shape trigger board, which is swung, will drive the second axis of rotation；Second axis of rotation will be driven on unidirectional delivery case in three input shafts An input shaft rotate；An input shaft in three input shafts rotates and first rotating shaft will be driven to rotate；First rotating shaft turns It is dynamic to drive first gear to rotate；First gear, which is rotated, drives the first rack to move up；First rack moves up drive first Connecting plate is moved up；First connecting plate moves up two connecting rods of drive and moved up；Two connecting rods are moved up point Not Dai Dong two push pedals move up；Two connecting rods, which are moved up, will cause corresponding the first card wire structure and the second card Cable architecture is rotated around the axis of the first corresponding support shaft；And then cause on the first card wire structure and the second card wire structure Arc tips will be separated；And then electric wire can depart from electric pole；Prevent electric pole from being impacted in swing process to electric wire.

The upside of above-mentioned annular ground has balance chip in the present invention；Three the second racks are circumferentially uniformly mounted to electricity On the periphery of line bar lower end, and three the second racks are located in three rach slots respectively；Mounting structure in three the second mounting grooves It is identical；For wherein any one；One end of 5th rotating shaft is arranged on the side of the second mounting groove；Second gear is arranged on In 5th rotating shaft；Second gear is engaged with corresponding second rack；6th rotating shaft is arranged on the second axis hole；Under 6th rotating shaft End and the other end of the 5th rotating shaft are connected by boring tooth；4th rotating shaft is arranged on the upper of annular ground by the first support Side；One end of 4th rotating shaft is connected with the upper end of the 6th rotating shaft by boring tooth；The Inner ends of scroll spring are arranged on the 4th turn On axle periphery；The outer end of scroll spring is provided with magnet piece；Electromagnetism ring is arranged on the upside of annular ground by the second support； The periphery of rolling fin is arranged on the inner headed face of electromagnetism ring one end；The outer end of scroll spring is arranged on rolling fin side； One end of 3rd rotating shaft is arranged on the opposite side of rolling fin；The other end of 3rd rotating shaft is provided with axle sleeve；The periphery of axle sleeve On cambered blade is installed；When electric pole is moved up；Electric pole can drive three the second racks to move up；Second rack Moving up will cause corresponding second gear to rotate；Second gear, which is rotated, drives the 5th axis of rotation；5th rotating shaft turns It is dynamic to drive the 6th axis of rotation；6th axis of rotation drives the 4th axis of rotation；Because electromagnetism ring has when being powered to magnet piece There is adsorption capacity；So that magnet piece remains static；That is the outer end of scroll spring remains static；So the 4th rotating shaft turns It is dynamic that the Inner ends of scroll spring will be driven to rotate；The Inner ends of scroll spring, which are rotated, will cause power on scroll spring；Work as electric pole During run-off the straight；By balancing chip controls electromagnetism ring；So that electromagnetism ring is powered off；And then the outer end of three scroll springs is turned It is dynamic；The outer end of three scroll springs, which is rotated, drives three corresponding rolling fins to rotate；Three rolling fins, which are rotated, drives phase Corresponding three the 3rd axis of rotation；Three the 3rd axis of rotation drive three corresponding axle sleeves to rotate；Three axle sleeves are rotated Cambered blade thereon is driven to rotate；On the one hand the soil caused on the inclined side ground of electric pole is rotated by cambered blade Become soft；And then restored balance under electric pole Action of Gravity Field；On the other hand cambered blade thereon is driven in three axle sleeves During rotation；The axle sleeve for tilting side rear positioned at electric pole is rotated by cambered blade thereon causes the soil on ground to move The top of side is tilted to electric pole；So as to strengthen the first support block, the second support block and the 3rd that electric pole tilts side The steadiness of support.

Conical head is installed, it is the steadiness on the one hand strengthening electric pole that it, which is acted on, in the present invention on the downside of electric pole； On the other hand when electric pole is moved down；By conical head can ensure electric pole during moving down it is more smooth.

When electric pole of the people using the present invention, electric pole is when temperature lower ground by temperature change shunk by area ground； It will be squeezed on the downside of electric pole so that electric pole is moved up；When electric pole is moved up；Electric pole can drive three Contiguous block is moved up；Three contiguous blocks, which are moved up, can drive three group of first support block to move up；Three group of first support block Moving up can drive three group of second support block and three group of the 3rd support block to move up successively；The first support block, second During bracer and the 3rd support block are moved up；3rd support block can be preferential from two in two the first mounting grooves Passed through between 3rd fixture block；Then deep-slotted chip breaker is passed through；It is last from two the 3rd fixture blocks in two the 3rd mounting grooves it Between pass on ground；The second support during the first support block, the second support block and the 3rd support block are moved up When block is contacted with the 3rd fixture block；Second support block can compress the 3rd fixture block；So that the 3rd fixture block is to the second screens groove medial movement； When the 3rd fixture block is moved fully on the inside of the second screens groove；Second support block will be along in two the first mounting grooves Two the second fixture blocks composition gap between pass through；Then deep-slotted chip breaker is passed through；Finally from two the 3rd mounting grooves Two the 3rd fixture blocks between pass on ground；When the first support block, the second support block and the 3rd support block are to moving up When 3rd support block is contacted with the second fixture block during dynamic；3rd support block can compress the second fixture block；So that the second fixture block is to One screens groove medial movement；When the second fixture block is moved fully on the inside of the first screens groove；First support block will be along installation Passed through between the gap of two the first fixture blocks composition in two the first mounting grooves；Then deep-slotted chip breaker is passed through；Finally from installation Passed between two the 3rd fixture blocks in two the 3rd mounting grooves on ground；By by the first support block, second Three groups of support bars of bracer and the 3rd support block composition can play a part of support to electric pole；Prevent electric pole from swinging.

Brief description of the drawings

Fig. 1 is global facility schematic appearance.

Fig. 2 is releasing mechanism scheme of installation.

Fig. 3 is the first connecting plate scheme of installation.

Fig. 4 is pushing block scheme of installation.

Fig. 5 is supporting plate scheme of installation.

Fig. 6 is balanced support mechanism scheme of installation.

Fig. 7 is annular foundation structure schematic diagram.

Fig. 8 is square guide barrel construction schematic diagram.

Fig. 9 is arc triggering plate structure schematic diagram.

Figure 10 is second gear scheme of installation.

Figure 11 is scroll spring scheme of installation.

Figure 12 is the first support block scheme of installation.

Figure 13 is the 3rd screens block scheme of installation.

Figure 14 is the second support block scheme of installation.

Figure 15 is the first support block and the second support block connection diagram.

Figure 16 is the first support block structure schematic diagram.

Figure 17 is the second rack scheme of installation.

Figure 18 is the 3rd support block scheme of installation.

Figure 19 is governor motion scheme of installation.

Figure 20 is rolling fin scheme of installation.

Figure 21 is electric pole operation principle schematic diagram.

Figure 22 is arc trigger board operation principle schematic diagram.

Label title in figure：1st, releasing mechanism；2nd, electric pole；3rd, conical head；4th, balanced support mechanism；5th, governor motion； 6th, the first card wire structure；7th, unidirectional delivery case；8th, supporting plate；9th, cylinder groove；10th, the first guide block；11st, the first connecting plate；12nd, even Extension bar；13rd, the first support shaft；14th, push pedal；15th, first gear；16th, first rotating shaft；17th, input shaft；18th, the first rack；19、 Second card wire structure；20th, square groove；21st, supporting shaft hole；22nd, arc trigger board；23rd, the second rack；24th, axle sleeve；25th, it is annular Ground；26th, the first axis hole；27th, the first mounting groove；28th, the second mounting groove；29th, arc guide barrel；30th, the second axis hole；31st, the 3rd Mounting groove；32nd, square breach；33rd, square guide groove；34th, rach slot；35th, rolling fin；36th, the second rotating shaft；37th, Triaxial hole； 38th, the 3rd rotating shaft；39th, electromagnetism ring；40th, the first support；41st, the 4th rotating shaft；42nd, second gear；43rd, the 5th rotating shaft；44th, the 6th Rotating shaft；45th, magnet piece；46th, scroll spring；47th, contiguous block；48th, the first support block；49th, the second support block；50th, the 3rd support Block；51st, the first screens block；52nd, the first limited block；53rd, the first screens groove；54th, the first spring；55th, the first stopper slot；56th, Two stopper slots；57th, second spring；58th, the 3rd screens block；59th, the second screens groove；60th, the second limited block；61st, the second screens block； 62nd, the 7th rotating shaft；63rd, the 4th axis hole；64th, rotating shaft fixed block；65th, the first breach；66th, the second breach；67th, the 3rd spring；68、 4th spring；69th, the first neck；70th, the second neck；71st, the first guide groove；72nd, the second support.

Embodiment

As shown in figure 1, it includes releasing mechanism 1, electric pole 2, the first guide groove 71, cylinder groove 9, conical head 3, balanced support Mechanism 4, governor motion 5, wherein as shown in Fig. 2 the upper end of electric pole 2 is provided with cylinder groove 9；It is provided with the inner headed face of cylinder groove 9 Two symmetrical first guide grooves 71；Conical head 3 is arranged on the downside of electric pole 2；As shown in figure 1, the part peace of releasing mechanism 1 Mounted in the upper end of electric pole 2, another part is arranged on the lower end of electric pole 2 and positioned at the upside of conical head 3；As shown in fig. 6, balanced support Mechanism 4 is arranged on the lower end of electric pole 2；Governor motion 5 is arranged on the lower end of electric pole 2, and positioned at the upside of balanced support mechanism 4；It is flat Weighing apparatus supporting mechanism 4 and governor motion 5 are respectively positioned on the upside of conical head 3.

As shown in figure 1, having the annular ground 25 of a solidification around said wires bar 2；As shown in fig. 7, circlewise It is circumferential on the inner headed face of base 25 to be equably provided with three arc guide barrels 29 and three square guide grooves 33；Three arc guide barrels 29 with The periphery of annular ground 25 is communicated；Three arc guide barrels 29 are communicated with three square guide grooves 33 respectively；Under arc guide barrel 29 End face is flushed with ground；The both sides of the square upper end of guide groove 33 are provided with two symmetrical first mounting grooves 27；Arc guide barrel 29 is remote The both sides of square one end of guide groove 33 are symmetrically provided with two the 3rd mounting grooves 31；On the inner headed face of annular ground 25 circumferentially equably It is provided with three rach slots 34；As shown in figure 8, circumferential on the inner headed face of annular ground 25 be equably provided with three the second mounting grooves 28；Upper end of three the second mounting grooves 28 respectively with three rach slots 34 is communicated；The upper end of three the second mounting grooves 28 is provided with One the second axis hole 30；Each second mounting groove 28 in three the second mounting grooves 28 is located at adjacent in three deep-slotted chip breakers respectively Between two deep-slotted chip breakers；Each rach slot 34 in three rach slots 34 is located at two arcs adjacent in three deep-slotted chip breakers respectively Between groove；It is circumferential on the periphery of the annular upper end of ground 25 to be equably provided with three square breach 32；Three square breach 32 Side is provided with first axis hole 26；Three square breach 32 are communicated with three deep-slotted chip breakers respectively.

As shown in fig. 6, above-mentioned balanced support mechanism 4 includes contiguous block 47, the first support block 48, the second support block 49, the Three support blocks 50, the first screens block 51, the first limited block 52, the first screens groove 53, the first spring 54, the first neck 69, second Neck 70, the first stopper slot 55, the second stopper slot 56, second spring 57, the 3rd screens block 58, the second screens groove 59, second limit Position block 60, the second screens block 61, the 7th rotating shaft 62, the 4th axis hole 63, rotating shaft fixed block 64, the first breach 65, the second breach 66, Institute's mounting structure is complete in 3rd spring 67, the 4th spring 68, the first mounting groove of two of which 27 and two the 3rd mounting grooves 31 It is identical；For the first mounting groove 27；As shown in figure 13, it is provided with the first screens groove 53 on the end face of the one end of the first screens block 51；The The both sides of one screens groove 53 are provided with two symmetrical first necks 69；The other end of first screens block 51 is arranged on the first mounting groove On 27 medial surface；The second screens groove 59 is provided with the end face of the one end of the second screens block 61；The both sides of second screens groove 59 are provided with Two symmetrical second necks 70；Two symmetrical first stopper slots 55 are provided with the two sides of the other end of second screens block 61； One end of first limited block 52 has two symmetrical arc surfaces；Distinguish one end that two the first limited blocks 52 do not have arc surface In two the first stopper slots 55；One is separately installed between two the first limited blocks 52 and two the first stopper slots 55 First spring 54；Second screens block 61 is arranged on the first card by the cooperation of two the first limited blocks 52 and two the first necks 69 In the groove 53 of position；The 3rd spring 67 is installed between second screens block 61 and the first screens groove 53；The two of the one end of 3rd screens block 58 Two symmetrical second stopper slots 56 are provided with side；One end of second limited block 60 has two symmetrical arc surfaces；Two One end that second limited block 60 does not have arc surface is separately mounted in two the second stopper slots 56；Two the second limited blocks 60 with A second spring 57 is separately installed between two the second stopper slots 56；3rd screens block 58 passes through two the second limited blocks 60 Cooperation with two the second necks 70 is arranged in the second screens groove 59；Installed between 3rd screens block 58 and the second screens groove 59 There is the 4th spring 68；Side on 3rd screens block 58 and the second screens block 61 close to square groove 20 has arcwall face；Such as Figure 19 Shown, institute's mounting structure is identical in three square guide grooves 33；For wherein any one；As shown in figure 16, the first support One end of block 48 is provided with the first breach 65；The other end of first support block 48 is provided with the second breach 66；The side of first breach 65 On two symmetrical rotating shaft fixed blocks 64 are installed；The 7th rotating shaft 62 is installed between two rotating shaft fixed blocks 64；First support The 4th axis hole 63 of insertion is provided with the side that the one end of the second breach 66 is provided with block 48；As shown in figure 12, six first supports Block 48 is connected with each other, as shown in figure 15, and between adjacent two the first support blocks 48 by the 4th corresponding axis hole 63 with The 7th corresponding rotating shaft 62 is connected；Six the first support blocks 48 are located in square guide groove 33；Six the first support blocks 48 In be located at lower side first support block 48 on be not provided with the second breach 66 and the 4th axis hole 63, and six the first support blocks First support block 48 of lower side is arranged on by contiguous block 47 on the periphery of the lower end of electric pole 2 in 48；Second support Block 49 is identical with the structure of the first support block 48；As shown in figure 14, six the second support blocks 49 are connected with each other, and adjacent two It is connected between individual second support block 49 by the 4th corresponding axis hole 63 and the 7th corresponding rotating shaft 62；Six second Support block 49 is arranged on six upsides of the first support block 48；Pass through the second support between first support block 48 and the second support block 49 The 4th corresponding axis hole 63 seventh rotating shaft 62 corresponding with the first support block 48 is connected on block 49；3rd support block 50 is identical with the structure of the first support block 48；As shown in figure 18, six the 3rd support blocks 50 are connected with each other, and adjacent two It is connected between 3rd support block 50 by the 4th corresponding axis hole 63 and the 7th corresponding rotating shaft 62；Six the 3rd Bracer 50 is arranged on six upsides of the second support block 49；Pass through the 3rd support block between second support block 49 and the 3rd support block 50 The 4th corresponding axis hole 63 seventh rotating shaft 62 corresponding with the second support block 49 is connected on 50；Six the 3rd supports The first breach 65 is not provided with the 3rd support block 50 of top side in block 50 and is not installed with the He of rotating shaft fixed block 64 7th rotating shaft 62；In six the 3rd support blocks 50 positioned at top side the 3rd support block 50 in an initial condition with two the Two the 3rd screens blocks 58 in one mounting groove 27 coordinate；Six the 3rd support blocks 50 are installed with the first mounting groove 27 and the 3rd The 3rd screens block 58 in groove 31 coordinates；Six the second support blocks 49 with the first mounting groove 27 and the 3rd mounting groove 31 the Two screens blocks 61 coordinate；Six the first support blocks 48 with the first screens block 51 in the first mounting groove 27 and the second mounting groove 28 Coordinate；The width of first support block 48, the second support block 49 and the 3rd support block 50 is sequentially reduced；Two first adjacent supports The first corresponding breach 65 and the second corresponding breach 66 coordinate in block 48；First support block 48 and the second support block 49 The first corresponding breach 65 of junction and the second corresponding breach 66 coordinate；3rd support block 50 and the second support block 49 The first corresponding breach 65 of junction and the second corresponding breach 66 coordinate；It is relative in two adjacent the 3rd support blocks 50 The first breach 65 and the second corresponding breach 66 answered coordinate；Corresponding first lacks in two adjacent the second support blocks 49 Mouth 65 and the second corresponding breach 66 coordinate.

As shown in figure 1, above-mentioned releasing mechanism 1 includes the first card wire structure 6, unidirectional delivery case 7, supporting plate 8, the first guide block 10th, the first connecting plate 11, connecting rod 12, the first support shaft 13, push pedal 14, first gear 15, first rotating shaft 16, input shaft 17, First rack 18, the second card wire structure 19, square groove 20, supporting shaft hole 21, arc trigger board 22, the second rotating shaft 36, the 3rd axle Hole 37, wherein as shown in figure 19, one end of three the second rotating shafts 36 is separately mounted to the side of three square breach 32；Three The other end of two rotating shafts 36 is each passed through three the first axis holes 26 and is located at the annular outside of ground 25；As shown in figure 9, arc trigger board Triaxial hole 37 is provided with the side of 22 one end；One end of three arc trigger boards 22 passes through Triaxial hole 37 thereon and three The cooperation of second rotating shaft 36 is separately mounted in three direction breach；As shown in figure 5, supporting plate 8 is arranged on the cylindrical of electric pole 2 On face；Unidirectional delivery case 7 is arranged in supporting plate 8；As shown in figure 3, being provided with three input shafts 17 on unidirectional delivery case 7；Three Individual second rotating shaft 36 is connected with three input shafts 17 on unidirectional delivery case 7 by flexible axle；One end of first rotating shaft 16 is arranged on On the inner headed face of cylinder groove 9；The other end of first rotating shaft 16 is connected through electric pole 2 with the output shaft on unidirectional delivery case 7；Such as Shown in Fig. 4, first gear 15 is arranged in first rotating shaft 16；The both sides of first connecting plate 11 are symmetrically provided with two first and led Block 10；First connecting plate 11 is arranged on the inner side of cylinder groove 9 by the cooperation of two the first guide blocks 10 and two the first guide grooves 71；The The downside of one connecting plate 11 is provided with the first rack 18；First rack 18 is engaged with first gear 15；First connecting plate 11 it is upper Side is provided with two connecting rods 12；A push pedal 14 is mounted in two connecting rods 12；The two ends of two the first support shafts 13 Respectively on the inner headed face of cylinder groove 9；Second 19 points of card wire structure is arc tips and square end；Second card wire structure 19 Square end be provided with square groove 20；The both sides of square groove 20 are provided with two symmetrical supporting shaft hole 21；Two the second card wire structures 19 are separately mounted in two the first support shafts 13；First 6 points of card wire structure is arc tips and square end；Second card wire structure 19 Square end be provided with supporting shaft hole 21；Two the first card wire structures 6 are separately mounted in two the first support shafts 13；Two first Arc tips on card wire structure 6 coordinate with the arc tips in two corresponding the second stuck mechanisms respectively；Two the first card lines The square end in square end and two the second card wire structures 19 in structure 6 coordinates with two push pedals 14 respectively.

As shown in Figure 10, above-mentioned governor motion 5 include the second rack 23, axle sleeve 24, rolling fin 35, the 3rd rotating shaft 38, Electromagnetism ring 39, first supports the 40, the 4th rotating shaft 41, second gear 42, the 5th rotating shaft 43, the 6th rotating shaft 44, second support 72, magnetic Iron block 45, scroll spring 46, wherein as shown in figure 17, three the second racks 23 are circumferential to be uniformly mounted to outside the lower end of electric pole 2 On disc, and three the second racks 23 are located in three rach slots 34 respectively；Mounting structure is complete in three the second mounting grooves 28 It is identical；For wherein any one；One end of 5th rotating shaft 43 is arranged on the side of the second mounting groove 28；Second gear 42 is installed In the 5th rotating shaft 43；Second gear 42 is engaged with corresponding second rack 23；6th rotating shaft 44 is arranged on the second axis hole 30； The lower end of 6th rotating shaft 44 is connected with the other end of the 5th rotating shaft 43 by boring tooth；4th rotating shaft 41 passes through the first support 40 Installed in the upside of annular ground 25；One end of 4th rotating shaft 41 is connected with the upper end of the 6th rotating shaft 44 by boring tooth；Such as Shown in Figure 11, the Inner ends of scroll spring 46 are arranged on the periphery of the 4th rotating shaft 41；The outer end of scroll spring 46 is provided with magnet Block 45；Electromagnetism ring 39 is arranged on the upside of annular ground 25 by the second support 72；As shown in figure 20, rolling fin 35 is cylindrical Face is arranged on the inner headed face of the one end of electromagnetism ring 39；The outer end of scroll spring 46 is arranged on the side of rolling fin 35；3rd rotating shaft 38 one end is arranged on the opposite side of rolling fin 35；The other end of 3rd rotating shaft 38 is provided with axle sleeve 24；Axle sleeve 24 it is cylindrical Cambered blade is installed on face.

The upside of above-mentioned annular ground 25 has balance chip.

The elastic force of above-mentioned first spring 54 is more than the elastic force of second spring 57；The elastic force of 3rd spring 67 is more than the 4th spring 68 elastic force.

Above-mentioned first spring 54 is compression spring；Second spring 57 is compression spring；3rd spring 67 is compression spring；The Four springs 68 are compression spring.

It is above-mentioned as the second rack 23, axle sleeve 24, rolling fin 35, the 3rd rotating shaft 38, electromagnetism ring 39, first support 40, 4th rotating shaft 41, second gear 42, the 5th rotating shaft 43, the 6th rotating shaft 44, second support 72, magnet piece 45, scroll spring 46, the Two mounting grooves 28 and the alternative that second axis hole 30 its number is three are four or five.

It is above-mentioned to be used as the second rotating shaft 36, Triaxial hole 37, arc trigger board 22, the first mounting groove 27, arc guide barrel 29, One screens block 51, the first limited block 52, the first screens groove 53, the first spring 54, the first stopper slot 55, the second stopper slot 56, Two springs 57, the 3rd screens block 58, the second screens groove 59, the second limited block 60, the second screens block 61, the 7th rotating shaft the 62, the 4th Axis hole 63, rotating shaft fixed block 64, the first breach 65, the second breach 66, the 3rd spring 67, the 4th spring 68, the first neck 69, Two draw-in groove 70, the 3rd mounting groove 31, the alternative that axis hole 26 its number of square breach 32 and first is three are four or five It is individual.

It is above-mentioned to be used as three groups six the first support blocks 48, three groups of six the second support blocks 49 and three groups of six the 3rd support blocks 50 alternative is four groups six the first support blocks 48, four groups of six the second support blocks 49 and four groups of six the 3rd support blocks 50 Or five groups six the first support blocks 48, five groups of six the second support blocks 49 and five groups of six the 3rd support blocks 50.

In summary：

The electric pole 2 that the present invention is designed can prevent electric pole 2 from tilting by automatically adjusting；And then prevent electric wire to be broken.

The first screens groove 53 is provided with the present invention on the end face of the one end of the first screens block 51；Open the both sides of first screens groove 53 There are two symmetrical first necks 69；The second screens groove 59 is provided with the end face of the one end of the second screens block 61；First limited block 52 One end there are two symmetrical arc surfaces；Not there is two the first limited blocks 52 one end of arc surface to be separately mounted to two the In one stopper slot 55；First spring 54 is separately installed between two the first limited blocks 52 and two the first stopper slots 55； Second screens block 61 is arranged in the first screens groove 53 by the cooperation of two the first limited blocks 52 and two the first necks 69；The The 3rd spring 67 is installed between two screens blocks 61 and the first screens groove 53；Two are provided with the two sides of the one end of the 3rd screens block 58 Individual symmetrical second stopper slot 56；One end of second limited block 60 has two symmetrical arc surfaces；Two the second limited blocks 60 The one end for not having arc surface is separately mounted in two the second stopper slots 56；Two the second limited blocks 60 and two it is second spacing A second spring 57 is separately installed between groove 56；3rd screens block 58 is blocked by two the second limited blocks 60 and two second The cooperation of groove 70 is arranged in the second screens groove 59；The 4th spring is installed between 3rd screens block 58 and the second screens groove 59 68；Side on 3rd screens block 58 and the second screens block 61 close to square groove 20 has arcwall face；Six the first support blocks 48 It is connected with each other, and passes through the 4th corresponding axis hole 63 and the 7th corresponding rotating shaft between adjacent two the first support blocks 48 62 are connected；Six the first support blocks 48 are located in square guide groove 33；One of lower side in six the first support blocks 48 One support block 48 is arranged on by contiguous block 47 on the periphery of the lower end of electric pole 2；Second support block 49 and the first support block 48 Structure is identical；Six the second support blocks 49 are connected with each other, and by corresponding between adjacent two the second support blocks 49 The 4th axis hole 63 be connected with the 7th corresponding rotating shaft 62；Six the second support blocks 49 are arranged on six the first support blocks 48 upsides；Pass through the 4th axis hole 63 corresponding in the second support block 49 and between first support block 48 and the second support block 49 The 7th corresponding rotating shaft 62 is connected in one support block 48；3rd support block 50 and the complete phase of the structure of the first support block 48 Together；Six the 3rd support blocks 50 are connected with each other, and pass through the 4th corresponding axis hole between adjacent two the 3rd support blocks 50 63 are connected with the 7th corresponding rotating shaft 62；Six the 3rd support blocks 50 are arranged on six upsides of the second support block 49；The Pass through the 4th axis hole 63 and the second support block corresponding in the 3rd support block 50 between two support blocks 49 and the 3rd support block 50 The 7th corresponding rotating shaft 62 is connected on 49；It is located at the 3rd support block 50 of top side in six the 3rd support blocks 50 On be not provided with the first breach 65 and be not installed with the rotating shaft 62 of rotating shaft fixed block 64 and the 7th；It is located at most in six the 3rd support blocks 50 One the 3rd support block 50 of upside coordinates with two the 3rd screens blocks 58 in two the first mounting grooves 27 in an initial condition； Six the 3rd support blocks 50 coordinate with the 3rd screens block 58 in the first mounting groove 27 and the 3rd mounting groove 31；Six second Bracer 49 coordinates with the second screens block 61 in the first mounting groove 27 and in the 3rd mounting groove 31；Six the first support blocks 48 are equal Coordinate with the first screens block 51 in the first mounting groove 27 and the second mounting groove 28；As shown in fig. 21 a, when electric pole 2 is to moving up When dynamic；Electric pole 2 can drive three contiguous blocks 47 to move up；Three contiguous blocks 47, which are moved up, can drive three group first to support Block 48 is moved up；Three group of first support block 48, which is moved up, can drive three group of second support block 49 and three group of the 3rd support successively Block 50 is moved up；During the first support block 48, the second support block 49 and the 3rd support block 50 are moved up；3rd support Block 50 can be passed through preferentially between two the 3rd fixture blocks in two the first mounting grooves 27；Then deep-slotted chip breaker is passed through；Most Passed afterwards between two the 3rd fixture blocks in two the 3rd mounting grooves 31, on ground；When the first support block 48th, when the second support block 49 is contacted with the 3rd fixture block during the second support block 49 and the 3rd support block 50 are moved up；Second Support block 49 can compress the 3rd fixture block；So that the 3rd fixture block is to the medial movement of the second screens groove 59；When the 3rd fixture block is moved completely During to the second screens 59 inner side of groove；Second support block 49 will be along two second cards in two the first mounting grooves 27 Passed through between the gap of block composition；Then deep-slotted chip breaker is passed through；Finally from two the 3rd in two the 3rd mounting grooves 31 Passed between fixture block, on ground；When the first support block 48, the second support block 49 and the 3rd support block 50 were moved up When the 3rd support block 50 is contacted with the second fixture block in journey；3rd support block 50 can compress the second fixture block；So that the second fixture block is to The medial movement of one screens groove 53；When the second fixture block is moved fully to the first screens 53 inner side of groove；First support block 48 will edge Passed through between the gap for the composition of two the first fixture blocks in two the first mounting grooves 27；Then deep-slotted chip breaker is passed through；Most Passed afterwards between two the 3rd fixture blocks in two the 3rd mounting grooves 31, on ground；As shown in fig. 21b, Can be 2 to electric pole by three groups of support bars being made up of the first support block 48, the second support block 49 and the 3rd support block 50 To the effect of support；Prevent electric pole 2 from swinging；One end of the first support block 48 is provided with the first breach 65 in the present invention；First The other end of bracer 48 is provided with the second breach 66；Two symmetrical rotating shaft fixed blocks 64 are installed on the side of first breach 65； The 7th rotating shaft 62 is installed between two rotating shaft fixed blocks 64；It is provided with first support block 48 on the side of the one end of the second breach 66 It is provided with the 4th axis hole 63 of insertion；Second support block 49 is identical with the structure of the first support block 48；3rd support block 50 and The structure of one support block 48 is identical；The first corresponding breach 65 and corresponding in two adjacent the second support blocks 49 Two breach 66 coordinate；The first corresponding breach 65 and the second corresponding breach 66 are matched somebody with somebody in two adjacent the 3rd support blocks 50 Close；The first corresponding breach 65 and the second corresponding breach 66 coordinate in two adjacent the second support blocks 49；First First breach 65 corresponding with the junction of the second support block 49 of bracer 48 and the second corresponding breach 66 coordinate；3rd First breach 65 corresponding with the junction of the second support block 49 of bracer 50 and the second corresponding breach 66 coordinate；First Support 40 and first support 40 between, first support 40 and second support 72 between, the 3rd support the 3rd support between, first Between the support 72 of support 40 and second between the second support 72 and the 3rd support matching somebody with somebody by the first breach 65 and the second breach 66 Conjunction can ensure between the first support 40 and the first support 40, between the first support 40 and the second support 72, the 3rd support and the Three support between, first support 40 and second support 72 between second support 72 and the 3rd support between can only be along a side To mutual rotation；Being hinged between another the in the reverse direction breach 66 of 65 pair of first breach of the first breach 65 and second plays limit The effect of position；It can cause the first support block 48, second by two the 3rd fixture blocks in two the 3rd mounting grooves 31 The support block 50 of support block 49 and the 3rd is more stablized when moving out ground；The elastic force of the first spring 54 is more than second in the present invention The elastic force of spring 57；It is to ensure that the 3rd fixture block will not be moved to the second fixture block during the second fixture block medial movement that it, which is acted on,；The The elastic force of three springs 67 is more than the elastic force of the 4th spring 68；It is to ensure the 3rd fixture block to during the second fixture block medial movement that it, which is acted on, Two fixture blocks will not be moved.The width of the first support block 48, the second support block 49 and the 3rd support block 50 is successively in the present invention Reduce；It is to ensure the first support block 48, the second support block 49 and the 3rd support block 50 when earthward moving that it, which is acted on,；First Bracer 48, the second support block 49 are identical with the active force on the upper suffered ground of the 3rd support.

One end of three the second rotating shafts 36 is separately mounted to the side of three square breach 32 in the present invention；Three second turn The other end of axle 36 is each passed through three the first axis holes 26 and is located at the annular outside of ground 25；On the side of the one end of arc trigger board 22 It is provided with Triaxial hole 37；Matched somebody with somebody by Triaxial hole 37 thereon and three the second rotating shafts 36 one end of three arc trigger boards 22 Conjunction is separately mounted in three direction breach；Three input shafts 17 are installed on unidirectional delivery case 7；Three the second rotating shafts 36 and list Connected to three input shafts 17 on pass box 7 by flexible axle；One end of first rotating shaft 16 is arranged on the inner headed face of cylinder groove 9 On；The other end of first rotating shaft 16 is connected through electric pole 2 with the output shaft on unidirectional delivery case 7；First gear 15 is arranged on In first rotating shaft 16；First connecting plate 11 is arranged on cylinder groove by the cooperation of two the first guide blocks 10 and two the first guide grooves 71 9 inner sides；The downside of first connecting plate 11 is provided with the first rack 18；First rack 18 is engaged with first gear 15；First connection The upside of plate 11 is provided with two connecting rods 12；A push pedal 14 is mounted in two connecting rods 12；Two the first support shafts 13 two ends are respectively on the inner headed face of cylinder groove 9；Second 19 points of card wire structure is arc tips and square end；Second card Square groove 20 is provided with the square end of cable architecture 19；The both sides of square groove 20 are provided with two symmetrical supporting shaft hole 21；Two Two card wire structures 19 are separately mounted in two the first support shafts 13；First 6 points of card wire structure is arc tips and square end；Second Supporting shaft hole 21 is provided with the square end of card wire structure 19；Two the first card wire structures 6 are separately mounted to two the first support shafts On 13；Arc tips on two the first card wire structures 6 coordinate with the arc tips in two corresponding the second stuck mechanisms respectively； The square end in square end and two the second card wire structures 19 on two the first card wire structures 6 is matched somebody with somebody with two push pedals 14 respectively Close；As shown in Figure 22 a, when earthward upside is mobile for the first support block 48, the second support block 49 and the 3rd support block 50；If When ground is different from the residing height of the contact point of three group of first support block 48, the second support block 49 and the 3rd support block 50；Three groups Deviation just occurs in the support force that first support block 48, the second support block 49 and the 3rd support block 50 are provided；Can so as to just have Electric pole 2 can be swung；Electric pole 2, which is swung, may cause three group of first support block 48, the second support block 49 and the The active force on ground suffered by one of which the first support block 48, the second support block 49 and the 3rd support block 50 in three support blocks 50 Increase；It is located at the first support block 48 or the second of two the 3rd fixture block present positions being arranged in two the 3rd mounting grooves 31 The support block 50 of support block 49 or the 3rd is upward；As shown in figure 22b, the first support block 48 or the second support block 49 or the 3rd Bracer 50 is upward will to cause an arc trigger board 22 corresponding in three arc trigger boards 22 around the second rotating shaft 36 axis oscillatings；Arc trigger board 22, which is swung, will drive the second rotating shaft 36 to rotate；Second rotating shaft 36, which is rotated, will drive unidirectionally An input shaft 17 on pass box 7 in three input shafts 17 is rotated；An input shaft 17 in three input shafts 17 is rotated just First rotating shaft 16 can be driven to rotate；First rotating shaft 16, which is rotated, drives first gear 15 to rotate；First gear 15, which is rotated, drives first Rack 18 is moved up；First rack 18 moves up the first connecting plate 11 of drive and moved up；First connecting plate 11 is to moving up It is dynamic to drive two connecting rods 12 to move up；Two connecting rods 12 are moved up drives two push pedals 14 to move up respectively；Two Individual connecting rod 12, which is moved up, will cause corresponding the first card wire structure 6 and the second card wire structure 19 around corresponding The axis of one support shaft 13 is rotated；And then the arc tips on the first card wire structure 6 and the second card wire structure 19 will be separated； And then electric wire can depart from electric pole 2；Prevent electric pole 2 from being impacted in swing process to electric wire.

The upside of above-mentioned annular ground 25 has balance chip in the present invention；Three the second racks 23 are circumferential equably to be installed On the lower end periphery of electric pole 2, and three the second racks 23 are located in three rach slots 34 respectively；Three the second mounting grooves 28 Interior mounting structure is identical；For wherein any one；One end of 5th rotating shaft 43 is arranged on the side of the second mounting groove 28； Second gear 42 is arranged in the 5th rotating shaft 43；Second gear 42 is engaged with corresponding second rack 23；6th rotating shaft 44 is installed On the second axis hole 30；The lower end of 6th rotating shaft 44 is connected with the other end of the 5th rotating shaft 43 by boring tooth；4th rotating shaft 41 are arranged on the upside of annular ground 25 by the first support 40；One end and the upper end of the 6th rotating shaft 44 of 4th rotating shaft 41 pass through Tooth is bored to be connected；The Inner ends of scroll spring 46 are arranged on the periphery of the 4th rotating shaft 41；The outer end of scroll spring 46 is provided with Magnet piece 45；Electromagnetism ring 39 is arranged on the upside of annular ground 25 by the second support 72；The periphery of rolling fin 35 is installed On the inner headed face of the one end of electromagnetism ring 39；The outer end of scroll spring 46 is arranged on the side of rolling fin 35；The one of 3rd rotating shaft 38 Opposite side of the end installed in rolling fin 35；The other end of 3rd rotating shaft 38 is provided with axle sleeve 24；Pacify on the periphery of axle sleeve 24 Equipped with cambered blade；When electric pole 2 is moved up；Electric pole 2 can drive three the second racks 23 to move up；Second rack 23 move up will be so that corresponding second gear 42 be rotated；Second gear 42, which is rotated, drives the 5th rotating shaft 43 to rotate；The Five rotating shafts 43, which are rotated, drives the 6th rotating shaft 44 to rotate；6th rotating shaft 44, which is rotated, drives the 4th rotating shaft 41 to rotate；Due to electromagnetism ring 39 There is adsorption capacity to magnet piece 45 when being powered；So that magnet piece 45 remains static；I.e. at the outer end of scroll spring 46 In inactive state；So the 4th rotating shaft 41 is rotated the Inner ends of scroll spring 46 will be driven to rotate；The Inner ends of scroll spring 46 turn It is dynamic to cause power on scroll spring 46；When 2 run-off the straight of electric pole；By balancing chip controls electromagnetism ring 39；So that electric Magnet ring 39 is powered off；And then the outer end of three scroll springs 46 is rotated；The outer end of three scroll springs 46, which is rotated, to be driven relatively Three rolling fins 35 answered are rotated；Three rolling fins 35, which are rotated, drives three corresponding the 3rd rotating shafts 38 to rotate；Three 3rd rotating shaft 38, which is rotated, drives three corresponding axle sleeves 24 to rotate；Three axle sleeves 24, which are rotated, drives cambered blade thereon to turn It is dynamic；On the one hand being rotated by cambered blade causes the soil on the inclined side ground of electric pole 2 to become soft；And then in electric wire Restored balance under the Action of Gravity Field of bar 2；On the other hand when three axle sleeves 24 drive cambered blade rotation thereon；Positioned at electric pole The axle sleeve 24 at 2 inclination side rears is rotated by cambered blade thereon causes the soil on ground to be moved to electric pole 2 and tilt The top of side；The steady of the first support block 48 of side, the second support block 49 and the 3rd support is tilted so as to strengthen electric pole 2 Solidity.

The downside of electric pole 2 is provided with conical head 3 in the present invention, and it is on the one hand to strengthen consolidating for electric pole 2 that it, which is acted on, Property；On the other hand when electric pole 2 is moved down；It can ensure electric pole 2 during moving down more by conical head 3 Smoothly.

Embodiment：When people using the present invention electric pole 2, electric pole 2 temperature lower ground area ground by When temperature change is shunk；The downside of electric pole 2 will be squeezed so that electric pole 2 is moved up；When electric pole 2 is moved up When；Electric pole 2 can drive three contiguous blocks 47 to move up；Three contiguous blocks 47, which are moved up, can drive three group of first support block 48 move up；Three group of first support block 48, which is moved up, can drive three group of second support block 49 and three group of the 3rd support block successively 50 move up；During the first support block 48, the second support block 49 and the 3rd support block 50 are moved up；3rd support block 50 preferentially can pass through between two the 3rd fixture blocks in two the first mounting grooves 27；Then deep-slotted chip breaker is passed through；Finally Passed between two the 3rd fixture blocks in two the 3rd mounting grooves 31 on ground；When the first support block 48, When the second support block 49 is contacted with the 3rd fixture block during second support block 49 and the 3rd support block 50 are moved up；Second support Block 49 can compress the 3rd fixture block；So that the 3rd fixture block is to the medial movement of the second screens groove 59；When the 3rd fixture block is moved fully to During two screens 59 inner sides of groove；Second support block 49 will be along two the second fixture block groups in two the first mounting grooves 27 Into gap between pass through；Then deep-slotted chip breaker is passed through；Finally from two the 3rd fixture blocks in two the 3rd mounting grooves 31 Between pass on ground；During the first support block 48, the second support block 49 and the 3rd support block 50 are moved up When 3rd support block 50 is contacted with the second fixture block；3rd support block 50 can compress the second fixture block；So that the second fixture block blocks to first The position medial movement of groove 53；When the second fixture block is moved fully to the first screens 53 inner side of groove；First support block 48 will be along peace Passed through between the gap of two the first fixture blocks composition in two the first mounting grooves 27；Then deep-slotted chip breaker is passed through；It is last from Passed between two the 3rd fixture blocks in two the 3rd mounting grooves 31 on ground；By by the first support block 48th, three groups of support bars of the second support block 49 and the 3rd support block 50 composition can play a part of support to electric pole 2；Prevent Electric pole 2 is swung.

Described above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned implementation Example, all technical schemes belonged under thinking of the present invention belong to protection scope of the present invention.It should be pointed out that for the art Those of ordinary skill for, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications It should be regarded as protection scope of the present invention.

Claims

1. a kind of anti-inversion telegraph pole of controllable balance, it is characterised in that：It includes releasing mechanism, electric pole, the first guide groove, circle Post groove, conical head, balanced support mechanism, governor motion, the upper end of wherein electric pole is provided with cylinder groove；On the inner headed face of cylinder groove It is provided with two symmetrical first guide grooves；Conical head is arranged on the downside of electric pole；A part for releasing mechanism is arranged on electric pole Upper end, another part is arranged on electric pole lower end and on the upside of conical head；Balanced support mechanism is arranged on electric pole lower end；Adjust Save mechanism and be arranged on electric pole lower end, and on the upside of balanced support mechanism；Balanced support mechanism and governor motion are respectively positioned on cone On the upside of forming head；

There is the annular ground of a solidification around the electric pole；It is circumferential on the inner headed face of annular ground to be equably provided with three Individual arc guide barrel and three square guide grooves；Periphery of three arc guide barrels with annular ground is communicated；Three arc guide barrels point Do not communicated with three square guide grooves；The lower surface of arc guide barrel is flushed with ground；The both sides of square guide groove upper end be provided with two it is right The first mounting groove claimed；Both sides of the arc guide barrel away from square guide groove one end are symmetrically provided with two the 3rd mounting grooves；Circlewise It is circumferential on the inner headed face of base to be equably provided with three rach slots；It is circumferential on the inner headed face of annular ground to be equably provided with three second Mounting groove；Upper end of three the second mounting grooves respectively with three rach slots is communicated；The upper end of three the second mounting grooves is provided with one Individual second axis hole；Each second mounting groove in three the second mounting grooves is located at two arcs adjacent in three deep-slotted chip breakers respectively Between groove；Each rach slot in three rach slots is located between two deep-slotted chip breakers adjacent in three deep-slotted chip breakers respectively；Annular It is circumferential on the periphery of ground upper end to be equably provided with three square breach；The side of three square breach is provided with one first Axis hole；Three square breach are communicated with three deep-slotted chip breakers respectively；

The balanced support mechanism includes contiguous block, the first support block, the second support block, the 3rd support block, the first screens block, the One limited block, the first screens groove, the first spring, the first neck, the second neck, the first stopper slot, the second stopper slot, the second bullet Spring, the 3rd screens block, the second screens groove, the second limited block, the second screens block, the 7th rotating shaft, the 4th axis hole, rotating shaft fixed block, Pacified in first breach, the second breach, the 3rd spring, the 4th spring, the mounting groove of two of which first and two the 3rd mounting grooves Assembling structure is identical；For the first mounting groove；The first screens groove is provided with the end face of first screens block one end；First screens groove Both sides be provided with two symmetrical first necks；The other end of first screens block is arranged on the medial surface of the first mounting groove；The The second screens groove is provided with the end face of two screens block one end；The both sides of second screens groove are provided with two symmetrical second necks；The Two symmetrical first stopper slots are provided with the two sides of the two screens block other ends；One end of first limited block has two symmetrically Arc surface；One end that two the first limited blocks do not have arc surface is separately mounted in two the first stopper slots；Two first First spring is separately installed between limited block and two the first stopper slots；Second screens block passes through two the first limited blocks Cooperation with two the first necks is arranged in the first screens groove；The 3rd bullet is installed between second screens block and the first screens groove Spring；Two symmetrical second stopper slots are provided with the two sides of the 3rd screens block one end；One end of second limited block has two Symmetrical arc surface；One end that two the second limited blocks do not have arc surface is separately mounted in two the second stopper slots；Two A second spring is separately installed between second limited block and two the second stopper slots；3rd screens block passes through two second limits The cooperation of position block and two the second necks is arranged in the second screens groove；Is provided between 3rd screens block and the second screens groove Four springs；Side on 3rd screens block and the second screens block close to square groove has arcwall face；Pacified in three square guide grooves Assembling structure is identical；For wherein any one；One end of first support block is provided with the first breach；First support block it is another End is provided with the second breach；Two symmetrical rotating shaft fixed blocks are installed on the side of the first breach；Between two rotating shaft fixed blocks 7th rotating shaft is installed；The 4th axis hole of insertion is provided with the side that second breach one end is provided with first support block；Six One support block is connected with each other, and passes through corresponding the 4th axis hole and the corresponding the 7th between adjacent two the first support blocks Rotating shaft is connected；Six the first support blocks are located in square guide groove；Positioned at one of lower side the in six the first support blocks First support block for not being provided with lower side in the second breach and the 4th axis hole, and six the first support blocks in one support block is led to Contiguous block is crossed on the periphery of electric pole lower end；Second support block is identical with the first support block structure；Six Two support blocks are connected with each other, and pass through corresponding the 4th axis hole and the corresponding the 7th between adjacent two the second support blocks Rotating shaft is connected；Six the second support blocks are arranged on the upside of six the first support blocks；First support block and the second support block it Between pass through seventh rotating shaft corresponding with the first support block of corresponding in the second support block the 4th axis hole and be connected；3rd Support block is identical with the first support block structure；Six the 3rd support blocks are connected with each other, and two adjacent the 3rd support blocks Between pass through the 4th corresponding axis hole and be connected with corresponding the 7th rotating shaft；Six the 3rd support blocks are arranged on six the On the upside of two support blocks；Pass through the 4th axis hole and second corresponding in the 3rd support block between second support block and the 3rd support block The 7th corresponding rotating shaft is connected in support block；In six the 3rd support blocks in the 3rd support block of top side The first breach is not provided with and is not installed with rotating shaft fixed block and the 7th rotating shaft；It is located at one of top side in six the 3rd support blocks 3rd support block coordinates with two the 3rd screens blocks in two the first mounting grooves in an initial condition；Six the 3rd support blocks are equal Coordinate with the 3rd screens block in the first mounting groove and the 3rd mounting groove；Six the second support blocks with the first mounting groove and Second screens block of three mounting grooves coordinates；Six the first support blocks with the first screens in the first mounting groove and the second mounting groove Block coordinates；The width of first support block, the second support block and the 3rd support block is sequentially reduced；In two adjacent the first support blocks The first corresponding breach and the second corresponding breach coordinate；First support block is corresponding with the junction of the second support block First breach and the second corresponding breach coordinate；3rd support block, first breach corresponding with the junction of the second support block Coordinate with the second corresponding breach；The first corresponding breach and corresponding second lacks in two adjacent the 3rd support blocks Mouth coordinates；The first corresponding breach and the second corresponding breach coordinate in two adjacent the second support blocks；

The releasing mechanism includes the first card wire structure, unidirectional delivery case, supporting plate, the first guide block, the first connecting plate, connection Bar, the first support shaft, push pedal, first gear, first rotating shaft, input shaft, the first rack, the second card wire structure, square groove, support Axis hole, arc trigger board, the second rotating shaft, Triaxial hole, wherein one end of three the second rotating shafts be separately mounted to three it is square lack The side of mouth；The other end of three the second rotating shafts is each passed through three first axle hole positions on the outside of annular ground；Arc trigger board Triaxial hole is provided with the side of one end；One end of three arc trigger boards passes through Triaxial hole thereon and three the second rotating shafts Cooperation be separately mounted in three direction breach；Supporting plate is arranged on the periphery of electric pole；Unidirectional delivery case is arranged on In supporting plate；Three input shafts are installed on unidirectional delivery case；Three the second rotating shafts and three input shafts on unidirectional delivery case Connected by flexible axle；One end of first rotating shaft is arranged on the inner headed face of cylinder groove；The other end of first rotating shaft passes through electric pole It is connected with the output shaft on unidirectional delivery case；First gear is arranged in first rotating shaft；Symmetrically pacify the both sides of first connecting plate Equipped with two the first guide blocks；First connecting plate is arranged in cylinder groove by the cooperation of two the first guide blocks and two the first guide grooves Side；First rack is installed on the downside of the first connecting plate；First rack is engaged with first gear；Install the upside of first connecting plate There are two connecting rods；A push pedal is mounted in two connecting rods；The two ends of two the first support shafts are respectively arranged on circle On the inner headed face of post groove；Second card wire structure is divided into arc tips and square end；The square end of second card wire structure is provided with square groove； The both sides of square groove are provided with two symmetrical supporting shaft hole；Two the second card wire structures are separately mounted to two the first support shafts On；First card wire structure is divided into arc tips and square end；The square end of second card wire structure is provided with supporting shaft hole；Two first cards Cable architecture is separately mounted in two the first support shafts；Arc tips on two the first card wire structures respectively with corresponding two Arc tips in second stuck mechanism coordinate；The side in square end and two the second card wire structures on two the first card wire structures Shape end coordinates with two push pedals respectively；

The governor motion include the second rack, axle sleeve, rolling fin, the 3rd rotating shaft, electromagnetism ring, the first support, the 4th rotating shaft, Second gear, the 5th rotating shaft, the 6th rotating shaft, the second support, magnet piece, scroll spring, wherein three the second racks are circumferentially uniform Ground is arranged on the periphery of electric pole lower end, and three the second racks are located in three rach slots respectively；Three the second mounting grooves Interior mounting structure is identical；For wherein any one；One end of 5th rotating shaft is arranged on the side of the second mounting groove；Second Gear is arranged in the 5th rotating shaft；Second gear is engaged with corresponding second rack；6th rotating shaft is arranged on the second axis hole；The The lower end of six rotating shafts and the other end of the 5th rotating shaft are connected by boring tooth；4th rotating shaft is arranged on annular by the first support The upside of ground；One end of 4th rotating shaft is connected with the upper end of the 6th rotating shaft by boring tooth；Install at the Inner ends of scroll spring On the 4th rotating shaft periphery；The outer end of scroll spring is provided with magnet piece；Electromagnetism ring is arranged on circlewise by the second support The upside of base；The periphery of rolling fin is arranged on the inner headed face of electromagnetism ring one end；The outer end of scroll spring, which is arranged on, to be oriented to Disk side；One end of 3rd rotating shaft is arranged on the opposite side of rolling fin；The other end of 3rd rotating shaft is provided with axle sleeve；Axle sleeve Periphery on cambered blade is installed；

The upside of the annular ground has balance chip；

The elastic force of first spring is more than the elastic force of second spring；The elastic force of 3rd spring is more than the elastic force of the 4th spring.

2. a kind of anti-inversion telegraph pole of controllable balance according to claim 1, it is characterised in that：First spring is Compression spring；Second spring is compression spring；3rd spring is compression spring；4th spring is compression spring.

3. a kind of anti-inversion telegraph pole of controllable balance according to claim 1, it is characterised in that：It is described to be used as the second tooth Article, axle sleeve, rolling fin, the 3rd rotating shaft, electromagnetism ring, the first support, the 4th rotating shaft, second gear, the 5th rotating shaft, the 6th turn Axle, the second support, magnet piece, scroll spring, the second mounting groove and the second axis hole its number are that the alternative of three is four Or five.

4. a kind of anti-inversion telegraph pole of controllable balance according to claim 1, it is characterised in that：It is described to be used as second turn Axle, Triaxial hole, arc trigger board, the first mounting groove, arc guide barrel, the first screens block, the first limited block, the first screens groove, First spring, the first stopper slot, the second stopper slot, second spring, the 3rd screens block, the second screens groove, the second limited block, second Screens block, the 7th rotating shaft, the 4th axis hole, rotating shaft fixed block, the first breach, the second breach, the 3rd spring, the 4th spring, first Neck, the second neck, the 3rd mounting groove, square breach and the first axis hole its number are that the alternative of three is four or five It is individual.

5. a kind of anti-inversion telegraph pole of controllable balance according to claim 1, it is characterised in that：It is described to be used as three group six The alternative of individual first support block, three groups of six second support blocks and three groups of six the 3rd support blocks is four groups six first Bracer, four groups of six second support blocks and four groups of six the 3rd support blocks or five groups of six first support blocks, five groups six second Support block and five groups of six the 3rd support blocks.