CN107237540B - A kind of mobile electric pole based on air motor control - Google Patents
A kind of mobile electric pole based on air motor control Download PDFInfo
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- CN107237540B CN107237540B CN201710645182.1A CN201710645182A CN107237540B CN 107237540 B CN107237540 B CN 107237540B CN 201710645182 A CN201710645182 A CN 201710645182A CN 107237540 B CN107237540 B CN 107237540B
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- pouring weight
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- support
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- 230000007246 mechanism Effects 0.000 claims abstract description 80
- 229910000831 Steel Inorganic materials 0.000 claims description 47
- 239000010959 steel Substances 0.000 claims description 47
- 210000005069 ears Anatomy 0.000 claims description 20
- 238000009434 installation Methods 0.000 claims description 19
- 238000003780 insertion Methods 0.000 claims description 5
- 230000037431 insertion Effects 0.000 claims description 5
- 239000007787 solid Substances 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 98
- 230000005540 biological transmission Effects 0.000 abstract description 3
- 230000033001 locomotion Effects 0.000 description 71
- 238000010586 diagram Methods 0.000 description 17
- 230000009471 action Effects 0.000 description 6
- 230000005484 gravity Effects 0.000 description 5
- 230000006872 improvement Effects 0.000 description 4
- 230000005611 electricity Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 210000003205 muscle Anatomy 0.000 description 2
- 230000008569 process Effects 0.000 description 1
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H12/00—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
- E04H12/22—Sockets or holders for poles or posts
- E04H12/2207—Sockets or holders for poles or posts not used
- E04H12/2215—Sockets or holders for poles or posts not used driven into the ground
- E04H12/223—Sockets or holders for poles or posts not used driven into the ground with movable anchoring elements; with separately driven anchor rods
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H12/00—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
- E04H12/22—Sockets or holders for poles or posts
- E04H12/2292—Holders used for protection, repair or reinforcement of the post or pole
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
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Abstract
The invention belongs to electric pole technical field more particularly to a kind of mobile electric poles based on air motor control, it includes electric wire linkage, mobile mechanism, and the effect that two support rods are separately mounted on the top of two hillside in the present invention is supporting electric wire；The effect that two electric wires are mounted on two supporting bar tops is transmission electric energy；The effect that electric wire linkage is mounted on the top of the hillside between two support rods is to be on the one hand to supporting electric wire, when another aspect is that the hillside at electric wire linkage collapses, electric wire linkage can drive mobile mechanism to move, mobile mechanism is moved to will drive electric pole mechanism at uncollapsed position, and it is deeply inserted into ground, to have the function that supporting electric wire again；Mobile mechanism is mounted on the upside of electric wire linkage, and the effect of mobile mechanism and the cooperation of two electric wires is to drive electric pole mechanism kinematic, and supporting electric wire.
Description
Technical field
The invention belongs to electric pole technical field more particularly to a kind of mobile electric poles based on air motor control.
Background technique
Current existing wire pole structure is simple, has a single function；The electric pole when the bottom surface of fixed electric pole collapses
Understand and moved under phase under gravity, the electric pole of movement will will pull electric wire and move together, the electric wire both ends quilt being pulled
Support rod is fixed, and electric wire intermediate at this time can pull downward on electric wire, and the electric wire by down force is easily pulled off, or
The support rod drawing of fixed electric wire is arrived, electric wire at this time cannot continue to transmit electric energy, so being based on regard to needing to design one kind
The mobile electric pole of air motor control.
The present invention design it is a kind of based on air motor control mobile electric pole solve the problems, such as it is as above.
Summary of the invention
To solve drawbacks described above in the prior art, the present invention discloses a kind of mobile electric wire based on air motor control
Bar, it adopts the following technical solutions to realize.
A kind of mobile electric pole based on air motor control, it is characterised in that: it includes electric wire linkage, moving machine
Structure, two of them support rod are separately mounted on the top of two hillside；Two electric wires are mounted on two supporting bar tops；Electric pole machine
Structure is mounted on the top of the hillside between two support rods；Mobile mechanism is mounted on the upside of electric wire linkage, and mobile mechanism and two
The cooperation of root electric wire.
Said wires linkage includes supporting block, air chamber, T-slot, locating slot, guide post, the first pouring weight, sliding tooth
Wheel, the first line bar shell, support tube, the second pouring weight, clamping mechanism, support annulus, the second line bar shell, third pouring weight, fixed mechanism,
4th pouring weight, steel bar column, the first empty slot, through slot, the first connecting cylinder, the second empty slot, the second connecting cylinder, receiving hole, air motor,
Fixed cylinder, sliding slot, sliding block, connection ring, detent slot, the conical surface, wherein the second line bar shell is mounted on the top of hillside；4th pouring weight upper end
It is circumferentially uniform on face to be provided with 3 T-slots；4th pouring weight is located in the second line bar shell, and the 4th pouring weight is mounted on the top of hillside；
Fixed mechanism is mounted on the 4th pouring weight upper end；Third pouring weight periphery is fixedly mounted on the second line bar shell inner headed face, and third
Pouring weight is located on the upside of the 4th pouring weight；It is circumferentially uniform on first connecting cylinder inner headed face to be provided with 3 locating slots；The installation of first connecting cylinder
On the second line bar shell upper surface；It is circumferentially uniform on second connecting cylinder inner headed face to be provided with 3 the first empty slots；3 the first empty slots
It is identical for wherein any one first empty slot to locate structure, it is circumferentially uniform on the second connecting cylinder inner headed face to be provided with 3 the
Two empty slots, and the second empty slot is located on the downside of the first empty slot；First empty slot is communicated with the second empty slot by through slot；Second connecting cylinder peace
On the first line bar shell lower end surface；Second connecting cylinder is mounted on the first connection by 3 equally distributed clamping mechanisms of circumferential direction
In cylinder, and 3 clamping mechanisms cooperate with corresponding first empty slot；Support annulus periphery is mounted on the second connecting cylinder lower end inner circle
On face；Second pouring weight periphery is mounted on the first line bar shell inner headed face；Support tube is mounted on the second pouring weight upper surface；3 steel
Muscle column lower end is provided with the conical surface；3 steel bar column one end are circumferentially uniform to be mounted on the second pouring weight lower end surface, and 3 steel bar columns are another
End sequentially passes through support annulus, third pouring weight from top to bottom, is mounted on the first pouring weight by fixed mechanism；Guide post periphery
On be provided with external screw thread；Guide post periphery is symmetrically opened there are two sliding slot；Guide post is mounted on the first line bar shell inner wall upper surface；Gu
Safety barrel is mounted on the first line bar shell inner wall upper surface；Air motor is slidably mounted in fixed cylinder by connection ring；Air motor
Sliding block there are two being symmetrically installed on fixed inner ring inner headed face；Air motor is in sliding fit with the sliding chute by sliding block；In first pouring weight
Internal screw thread is provided on disc；Tooth is provided on first pouring weight periphery；First pouring weight passes through the internal screw thread opened thereon and guide post
On the external screw thread opened be coupled；First pouring weight upper surface is mounted on air motor rotation outer ring；Driving gear passes through circle
Pin is mounted on the downside of fixed cylinder, and the tooth on gear and the first pouring weight is driven to cooperate；Supporting block is mounted on the first line bar shell
End；Third pouring weight and the second pouring weight form air chamber.
Above-mentioned clamping mechanism includes connecting rod, the first limited block, locating piece, the second limited block, the first collateral ear, the 4th side
Trunnion, the first intermediate trunnion, the second intermediate trunnion, wherein first limited block one end is provided with inclined-plane；First limited block lower end surface is remote
From the installation of inclined-plane side, there are two the first collateral ears；First limited block is mounted in the first empty slot by straight pin, and the first limit
The first empty slot is stretched out in position block inclined-plane side；There are two the 4th collateral ears for the installation of second limited block upper surface side；Second limited block
It is mounted in the second empty slot by straight pin, and in second limited block one end insertion locating slot；Locating piece upper end is mounted on positioning
Slot upper surface, lower end are engaged with the second limited block upper surface；Connecting rod both ends are separately installed with the first intermediate trunnion, second
Intermediate trunnion；The intermediate trunnion of the first of connecting rod one end is mounted between two the first collateral ears by straight pin；Connecting rod is another
The intermediate trunnion of the second of one end is mounted between two the 4th collateral ears by straight pin.
Above-mentioned fixed mechanism includes second side trunnion, trigger board, support spring, telescopic rod, T-shaped block, the collateral ear of third, pushes away
Lever, detent block, wherein telescopic rod one end is mounted on the 4th pouring weight upper surface；Trigger board is mounted on telescopic rod upper surface；6
Second side trunnion is circumferentially uniform in pairs to be mounted on trigger board lower end surface；Support spring is nested on the outside of telescopic rod, support
Spring one end is mounted on trigger board lower end surface, and the other end is mounted on the 4th pouring weight upper surface；Mounting structure is complete on 3 T-slots
It is exactly the same；For wherein any one T-slot, there are two the collateral ears of third for installation on T-shaped block upper surface；T-shaped block by with T shape
Slot is fitted on the 4th pouring weight；Catch bar one end is mounted between two second side trunnions by straight pin, catch bar
The other end is mounted between two collateral ears of third by straight pin；Detent block one end is mounted on the collateral ear of third, the other end
It is mounted in detent slot.
Above-mentioned mobile mechanism includes output shaft, gearbox, driving wheel, support bar, directive wheel, fixed strip, wherein support bar
It is mounted on supporting block upper surface；Gearbox is mounted on support bar upper surface；Two fixed strips are symmetrically mounted on support bar both ends；Two
Mounting structure is identical on a fixed strip, for wherein any one, output shaft one end is mounted on fixed strip, the other end with
Driven shaft is connected on gearbox；Driving wheel is mounted on output shaft, and driving wheel is located on the upside of electric wire；Directive wheel is pacified by straight pin
On fixed strip, and directive wheel is located on the downside of electric wire；Electric wire is clipped in the middle by driving wheel and directive wheel；Stationary drive gear
Straight pin is connected by flexible axle with driving shaft on gearbox.
Above-mentioned air chamber is connected by pipeline with air motor.
As the further improvement of this technology, above-mentioned driving gear is mounted on the straight pin of stationary drive gear by key
On.
As the further improvement of this technology, above-mentioned driving wheel is mounted on output shaft by key.
As the further improvement of this technology, above-mentioned directive wheel is mounted on the straight pin of fixed guide wheel by bearing.
As the further improvement of this technology, above-mentioned support spring is compressed spring.
Relative to traditional electric wire pole technology, electric pole of the present invention has when part occurs for the hillside between two support rods
When collapsing, electric wire linkage can drive mobile mechanism to be moved at uncollapsed position, and will can deeply be inserted into ground, thus
Have the function that supporting electric wire again.The effect that two support rods are separately mounted on the top of two hillside in the present invention is support electricity
Line；The effect that two electric wires are mounted on two supporting bar tops is transmission electric energy；Electric wire linkage be mounted on two support rods it
Between hillside top on effect be to be on the one hand to supporting electric wire, be on the other hand that the hillside at the electric wire linkage is collapsed
When falling into, electric wire linkage can drive mobile mechanism to move, and mobile mechanism is moved to uncollapsed position for will drive electric pole mechanism
Place is set, and is deeply inserted into ground, to have the function that supporting electric wire again；Mobile mechanism is mounted on the upside of electric wire linkage,
And the effect of mobile mechanism and the cooperation of two electric wires is to drive electric pole mechanism kinematic, and supporting electric wire.
The effect of electric wire linkage is supporting electric wire in the present invention, drives mobile mechanism；Second line bar shell is mounted on hillside
Effect on top is the first line bar shell of support；4th pouring weight is located in the second line bar shell, and the 4th pouring weight is mounted on the top of hillside
Effect be when the hillside for installing electric wire linkage collapses, the 4th pouring weight will move under phase under gravity,
4th pouring weight of movement will drive steel bar column to move；The steel bar column of movement drives the second pouring weight mobile, third pouring weight at this time
In stationary state, so that the air in air chamber between third pouring weight and the second pouring weight is compressed, this space-time
Air in air cavity will be pressed into air motor, and air motor will drive the first mass movement；Fixed mechanism is mounted on
The effect of 4th pouring weight upper end is fixed steel bars column, and steel bar column is made to be detached from the 4th pouring weight in due course；Third pouring weight
Periphery is fixedly mounted on the second line bar shell inner headed face, and the effect that third pouring weight is located on the upside of the 4th pouring weight is and the second weight
Block cooperatively forms closed air chamber；The circumferentially uniform effect for being provided with 3 locating slots is and determines on first connecting cylinder inner headed face
The movement of position mechanism cooperation the first connecting cylinder of limitation；The effect that first connecting cylinder is mounted on the second line bar shell upper surface is and
Two connecting cylinders are coupled the second line bar shell；The circumferentially uniform effect for being provided with 3 the first empty slots on second connecting cylinder inner headed face
It is to accommodate the first limited block；It is circumferentially uniform on second connecting cylinder inner headed face to be provided with 3 the second empty slots, and the second empty slot is located at the
Effect on the downside of one empty slot is to accommodate to fix the second limited block；First empty slot is just by the effect that through slot communicates with the second empty slot
It is moved in connecting rod；The effect that support annulus periphery is mounted on the second connecting cylinder lower end inner headed face is that supporting movement gets off
First pouring weight；The effect that second pouring weight periphery is mounted on the first line bar shell inner headed face is fixed steel bars column；Support tube installation
Effect in the second pouring weight upper surface is to prevent the second pouring weight from shaking back and forth in the first line bar shell；It opens 3 steel bar column lower ends
There is the conical surface and be easy for steel bar column being inserted into ground faster；Externally threaded effect is provided on guide post periphery is
It can be axially moved again along guide post under air motor driving with the screw-internal thread fit on the first pouring weight convenient for the first pouring weight；
It is to limit the rotation of air motor inner ring, while can guide again pneumatic there are two the effect of sliding slot that guide post periphery, which is symmetrically opened,
Motor moves along the chute；The effect that fixed cylinder is mounted on the first line bar shell inner wall upper surface is the first pouring weight of support and pneumatic horse
It reaches；It is the first mass movement of driving that air motor, which is slidably mounted on the effect in fixed cylinder by connection ring,；Air motor is fixed
It it is symmetrically installed the effect there are two sliding block on inner ring inner headed face is easy for air motor and move along the chute；On first pouring weight periphery
The effect for being provided with tooth is to drive driving gear movement；The effect that supporting block is mounted on the first line bar shell upper end is support moving machine
Structure.
The effect of clamping mechanism is to limit the axial movement of the first connecting cylinder in the present invention；First limited block one end is provided with tiltedly
The effect in face is easy for the second pouring weight and drives the movement of the first limited block；First limited block lower end surface is equipped with two far from inclined-plane side
The effect of a first collateral ear is to cooperatively form revolute pair with the first intermediate trunnion in connecting rod；First limited block passes through cylinder
Pin is mounted in the first empty slot, and it is the first limited block of installation that the effect of the first empty slot is stretched out in the first limited block inclined-plane side, and
The movement of the first limited block is driven convenient for the second pouring weight；There are two the effects of the 4th collateral ear for the installation of second limited block upper surface side
It is connecting rod to be coupled with the second intermediate trunnion in connecting rod, and form hinged cooperation；Second limited block passes through straight pin
It is mounted in the second empty slot, and the effect in second limited block one end insertion locating slot is and positioning block bottom face cooperation limitation the
The movement of one connecting cylinder；Locating piece upper end is mounted on locating slot upper surface, what lower end and the second limited block upper surface were engaged
Effect is positioned to the first connecting cylinder；The effect of connecting rod is that the movement of the first limited block is transmitted to the second limited block
On, while will not influence the movement of the second limited block again.
The effect of fixed mechanism is that one side can be with fixed steel bars column in the present invention, on the other hand can be in due course
Disconnect steel bar column and the first pouring weight；The effect that telescopic rod one end is mounted on the 4th pouring weight upper surface is trigger board；Trigger board peace
Effect mounted in telescopic rod upper surface is that the active force of third pouring weight is transmitted on telescopic rod；6 support springs are nested in flexible
On the outside of bar, support spring one end is mounted on trigger board lower end surface, and the effect that the other end is mounted on the 4th pouring weight upper surface is branch
Support trigger board；Catch bar one end is mounted between two second side trunnions by straight pin, and the catch bar other end passes through straight pin
The effect being mounted between two collateral ears of third is that the movement of trigger board is transmitted in T-shaped block.
The effect of mobile mechanism is to drive electric pole mechanism kinematic in the present invention；Support bar is mounted on supporting block upper surface
Effect is support fixed strip；Gearbox be mounted on support bar upper surface effect be will be on the straight pin in stationary drive gear
Movement passes to gearbox；The effect that two fixed strips are symmetrically mounted on support bar both ends is support driving wheel and directive wheel；It is defeated
Shaft one end is mounted on fixed strip, and the effect that the other end is connected with driven shaft on gearbox is by the movement transmitting on gearbox
To going on driving wheel；Driving wheel is mounted on output shaft, and it is to drive fixed strip movement that driving wheel, which is located at the effect on the upside of electric wire,；It leads
It is mounted on fixed strip to wheel by straight pin, and it is with driving wheel cooperation convenient for driving that directive wheel, which is located at the effect on the downside of electric wire,
Wheel movement.
In use, when using this equipment, first on electric wire to be erected to two support rods；Electric wire linkage
It is mounted between two support rods；Mobile mechanism is mounted in electric wire mechanism；Ground on the downside of electric wire linkage collapses
When, the 4th pouring weight of support on ground will not move downward；Second line bar shell will not be downward under the limitation of positioning mechanism
Movement；4th pouring weight of movement will drive T-shaped block to move, and T-shaped block will will drive the collateral ear movement of third；The collateral ear of third will
It will drive the movement of detent block；Detent block will will drive steel bar column movement；Steel bar column will will drive the second mass movement；Second pouring weight
Support tube movement will be will drive；Second pouring weight of movement will make the volume of air chamber reduce, and air cavity volume, which reduces, to incite somebody to action
Air is pressed into air motor, and air motor outer ring at this time will rotate；The rotation outer ring of air motor will will drive first
Pouring weight rotation, the first pouring weight of rotation will be rotated along the external screw thread in guide post, and axial downward movement；When the second pouring weight is transported
It can be with the contact of incline plane on the first limited block, so that the first limited block will be rotated around straight pin during dynamic；Rotation
The first limited block will will drive connecting rod movement；Connecting rod, which will will drive the second limited block, to be rotated around straight pin；Rotation
The straight pin turned, which will contact, limits locating piece；The first connecting cylinder at this time does not have the restriction effect of locating piece, while second
Pouring weight is fallen on support annulus；The first connecting cylinder will move downward under the action of gravity is with air pressure；First connecting cylinder is downward
Movement will will drive the second line bar shell and move downward；Second line bar shell moves downward and will will drive third pouring weight and move downward；Fortune
Dynamic third pouring weight will be released with trigger board, and to one down force of trigger board, and the trigger board by active force will be to
Lower movement, trigger board will will push telescopic rod movement；Trigger board, which moves across catch bar, will pass to T-shaped block, and T-shaped block will
The T-slot that can be held along the first pouring weight moves；The T-shaped block of movement will will drive the collateral ear movement of third；The collateral ear of third will
It will drive the movement of detent block, the detent block moved at this time will be detached from detent slot, so detent block will not again play steel bar column
To the effect of limit, without the position-limiting action of detent block, third pouring weight, fixed mechanism, the 4th pouring weight, the second line bar shell, first
Connecting cylinder will be detached from the first line bar shell together；At this time by the driving of air motor, the first pouring weight will be downward along guide post
Rotary motion during movement, while the runner movement that air motor will together in guide post；When the first pouring weight and drive
When moving gear engages, the first pouring weight will will drive the movement of sliding tooth wheel, and driving gear will drive the cylinder of stationary drive gear
The straight pin of pin movement, stationary drive gear will pass motion to gearbox by flexible axle, and gearbox will drive output
Axis movement, output shaft will drive driving wheel to move, and driving wheel will will successively drive along wire motion, the driving wheel of movement
Fixed strip, support bar, supporting block, the first line bar shell, the second pouring weight, the first pouring weight, steel bar column move together；When driving wheel drives
When steel bar column is moved at uncollapsed ground, the first pouring weight will be detached from guide post, and hereafter the first pouring weight will be done under freedom
Movement is fallen, the first pouring weight of whereabouts will be pounded on the second pouring weight, and the first pouring weight gives one downward active force of the second pouring weight, and
It is transmitted on 3 steel bar columns by the second pouring weight, the steel bar column by down force will be inserted into ground, to reach electric wire
The effect of ground supports electric wire is inserted into after linkage is mobile herein.
Detailed description of the invention
Fig. 1 is global facility distribution schematic diagram.
Fig. 2 is sliding block mounting structure schematic diagram.
Fig. 3 is driving gear installation structure schematic diagram.
Fig. 4 is mobile mechanism's mounting structure schematic diagram.
Fig. 5 is the first pouring weight mounting structure schematic diagram.
Fig. 6 is steel bar column mounting structure schematic diagram.
Fig. 7 is fixed mechanism mounting structure schematic diagram.
Fig. 8 is driving wheel mounting structure schematic diagram.
Fig. 9 is connecting rod mounting structure schematic diagram.
Figure 10 is the second connecting cylinder structural schematic diagram.
Figure 11 is support tube mounting structure schematic diagram.
Figure 12 is T-shaped block mounting structure schematic diagram.
Figure 13 is detent block mounting structure schematic diagram.
Figure 14 is air motor mounting structure schematic diagram.
Figure 15 is electric pole mechanical work principle figure.
Figure 16 is the first collateral ear mounting structure schematic diagram.
Figure 17 is the 4th collateral ear mounting structure schematic diagram.
Figure 18 is the first intermediate trunnion mounting structure schematic diagram.
Figure label title: 1, hillside；2, support rod；3, electric wire；4, electric wire linkage；5, mobile mechanism；6, output shaft；
7, gearbox；8, driving wheel；9, support bar；10, supporting block；11, guide post；12, the first pouring weight；13, gear is driven；14,
One line bar shell；15, support tube；16, the second pouring weight；17, clamping mechanism；18, the second line bar shell；19, third pouring weight；20, fixed
Mechanism；21, the 4th pouring weight；22, steel bar column；23, directive wheel；24, fixed strip；25, connecting rod；26, the first limited block；27,
One empty slot；28, the first connecting cylinder；29, through slot；30, locating piece；31, the second limited block；32, the second empty slot；33, the second connection
Cylinder；34, receiving hole；35, second side trunnion；36, trigger board；37, support spring；38, telescopic rod；39, T-slot；40, T-shaped block；
41, the collateral ear of third；42, catch bar；43, detent block；44, detent slot；45, the conical surface；46, air motor；47, fixed cylinder；48,
Sliding slot；49, sliding block；50, connection ring；51, the first collateral ear；52, the 4th collateral ear；53, the first intermediate trunnion；54, in second
Between trunnion；55, annulus is supported；56, locating slot；57, air chamber.
Specific embodiment
As shown in Fig. 1-18, it is described below:
The present invention includes electric wire linkage 4, mobile mechanism 5, and two of them support rod 2 is separately mounted to two hillside 1 and pushes up
On；Two electric wires 3 are mounted on two 2 tops of support rod；Electric wire linkage 4 is mounted on the top of the hillside 1 between two support rods 2
On；Mobile mechanism 5 is mounted on 4 upside of electric wire linkage, and mobile mechanism 5 and two electric wires 3 cooperate.
Said wires linkage 4 includes supporting block 10, air chamber 57, T-slot 39, locating slot 56, guide post 11, the first weight
Block 12, driving gear 13, the first line bar shell 14, support tube 15, the second pouring weight 16, clamping mechanism 17, support annulus 55, the second line
Bar shell 18, third pouring weight 19, fixed mechanism 20, the 4th pouring weight 21, steel bar column 22, the first empty slot 27, through slot 29, the first connecting cylinder
28, the second empty slot 32, the second connecting cylinder 33, receiving hole 34, air motor 46, fixed cylinder 47, sliding slot 48, sliding block 49, connection ring
50, detent slot 44, the conical surface 45, wherein the second line bar shell 18 is mounted on the top of hillside 1；It is circumferential uniform on 4th pouring weight, 21 upper surface
Be provided with 3 T-slots 39；4th pouring weight 21 is located in the second line bar shell 18, and the 4th pouring weight 21 is mounted on the top of hillside 1；Gu
Determine mechanism 20 and is mounted on 21 upper end of the 4th pouring weight；19 periphery of third pouring weight is fixedly mounted on 18 inner headed face of the second line bar shell,
And third pouring weight 19 is located at 21 upside of the 4th pouring weight；It is circumferentially uniform on first connecting cylinder, 28 inner headed face to be provided with 3 locating slots 56；
First connecting cylinder 28 is mounted on 18 upper surface of the second line bar shell；It is circumferentially uniform on second connecting cylinder, 33 inner headed face to be provided with 3
First empty slot 27；Structure is identical for wherein any one first empty slot 27, the second connecting cylinder 33 at 3 the first empty slots 27
It is circumferentially uniform on inner headed face to be provided with 3 the second empty slots 32, and the second empty slot 32 is located at 27 downside of the first empty slot；First empty slot 27
It is communicated with the second empty slot 32 by through slot 29；Second connecting cylinder 33 is mounted on 14 lower end surface of the first line bar shell；Second connecting cylinder
33 are mounted in the first connecting cylinder 28 by the equally distributed clamping mechanism 17 of 3 circumferential directions, and 3 clamping mechanisms 17 with it is corresponding
The cooperation of first empty slot 27；Support 55 periphery of annulus is mounted on 33 lower end inner headed face of the second connecting cylinder；Second pouring weight, 16 outer circle
Face is mounted on 14 inner headed face of the first line bar shell；Support tube 15 is mounted on 16 upper surface of the second pouring weight；3 22 lower ends of steel bar column are equal
It is provided with the conical surface 45；3 22 one end of steel bar column are circumferentially uniform to be mounted on 16 lower end surface of the second pouring weight, 3 22 other ends of steel bar column
Support annulus 55, third pouring weight 19 are sequentially passed through from top to bottom, are mounted on the first pouring weight 12 by fixed mechanism 20；Guide post
External screw thread is provided on 11 peripheries；11 periphery of guide post is symmetrically opened there are two sliding slot 48；Guide post 11 is mounted on the first line bar
14 inner wall upper surface of shell；Fixed cylinder 47 is mounted on 14 inner wall upper surface of the first line bar shell；Air motor 46 is sliding by connection ring 50
It is dynamic to be mounted in fixed cylinder 47；Sliding block 49 there are two being symmetrically installed on the fixed inner ring inner headed face of air motor 46；Air motor 46
It is slidably matched by sliding block 49 and sliding slot 48；Internal screw thread is provided on first pouring weight, 12 inner headed face；It is opened on first pouring weight, 12 periphery
It is with teeth；The external screw thread that first pouring weight 12 passes through the internal screw thread opened thereon and opened in guide post 11 is coupled；First pouring weight
12 upper surfaces are mounted on air motor 46 and rotate on outer ring；Driving gear 13 is mounted on 47 downside of fixed cylinder by straight pin, and
The tooth on gear 13 and the first pouring weight 12 is driven to cooperate；Supporting block 10 is mounted on 14 upper end of the first line bar shell；Third pouring weight 19 with
Second pouring weight 16 forms air chamber 57.
Above-mentioned clamping mechanism 17 includes connecting rod 25, the first limited block 26, locating piece 30, the second limited block 31, the first side
Trunnion 51, the 4th collateral ear 52, the first intermediate trunnion 53, the second intermediate trunnion 54, wherein 26 one end of the first limited block is provided with tiltedly
Face；Far from the installation of inclined-plane side, there are two the first collateral ears 51 for first limited block, 26 lower end surface；First limited block 26 passes through cylinder
Pin is mounted in the first empty slot 27, and the first empty slot 27 is stretched out in 26 inclined-plane side of the first limited block；Second limited block, 31 upper surface
There are two the 4th collateral ears 52 for side installation；Second limited block 31 is mounted in the second empty slot 32 by straight pin, and the second limit
In position 31 one end of block insertion locating slot 56；30 upper end of locating piece is mounted on 56 upper surface of locating slot, lower end and the second limited block 31
Upper surface is engaged；25 both ends of connecting rod are separately installed with the first intermediate trunnion 53, the second intermediate trunnion 54；Connecting rod 25 1
The first intermediate trunnion 53 at end is mounted between two the first collateral ears 51 by straight pin；In the second of 25 other end of connecting rod
Between trunnion 54 be mounted between two the 4th collateral ears 52 by straight pin.
Above-mentioned fixed mechanism 20 include second side trunnion 35, trigger board 36, support spring 37, telescopic rod 38, T-shaped block 40,
The collateral ear 41 of third, catch bar 42, detent block 43, wherein 38 one end of telescopic rod is mounted on 21 upper surface of the 4th pouring weight；Triggering
Plate 36 is mounted on 38 upper surface of telescopic rod；6 second side trunnions 35 are circumferentially uniform in pairs to be mounted on 36 lower end of trigger board
Face；Support spring 37 is nested in 38 outside of telescopic rod, and 37 one end of support spring is mounted on 36 lower end surface of trigger board, other end peace
Mounted in 21 upper surface of the 4th pouring weight；Mounting structure is identical on 3 T-slots 39；For wherein any one T-slot 39, T shape
There are two the collateral ears 41 of third for installation on 40 upper surface of block；T-shaped block 40 is by being fitted to the 4th pouring weight 21 with T-slot 39
On；42 one end of catch bar is mounted between two second side trunnions 35 by straight pin, and 42 other end of catch bar passes through straight pin
It is mounted between the collateral ear 41 of two thirds；43 one end of detent block is mounted on the collateral ear 41 of third, and the other end is mounted on detent
In slot 44.
Above-mentioned mobile mechanism 5 includes output shaft 6, gearbox 7, driving wheel 8, support bar 9, directive wheel 23, fixed strip 24,
Middle support bar 9 is mounted on 10 upper surface of supporting block；Gearbox 7 is mounted on 9 upper surface of support bar；Two fixed strips 24 are symmetrically installed
At 9 both ends of support bar；Mounting structure is identical on two fixed strips 24, for wherein any one, 6 one end of output shaft installation
On fixed strip 24, the other end is connected with driven shaft on gearbox 7；Driving wheel 8 is mounted on output shaft 6, and driving wheel 8 is located at electricity
3 upside of line；Directive wheel 23 is mounted on fixed strip 24 by straight pin, and directive wheel 23 is located at 3 downside of electric wire；Driving wheel 8 with
Electric wire 3 is clipped in the middle by directive wheel 23；The straight pin of stationary drive gear 13 is connected by flexible axle with driving shaft on gearbox 7.
Above-mentioned air chamber 57 is connected by pipeline with air motor 46.
Above-mentioned driving gear 13 is mounted on the straight pin of stationary drive gear 13 by key.
Above-mentioned driving wheel 8 is mounted on output shaft 6 by key.
Above-mentioned directive wheel 23 is mounted on the straight pin of fixed guide wheel 23 by bearing.
Above-mentioned support spring 37 is compressed spring.
In summary:
3 bar of electric wire of the present invention has 4 meeting of electric wire linkage when local collapse occurs for the hillside 1 between two support rods 2
Driving mobile mechanism 5 is moved at uncollapsed position, and will can deeply be inserted into ground, to reach supporting electric wire 3 again
Effect.The effect that two support rods 2 are separately mounted on the top of two hillside 1 in the present invention is supporting electric wire 3；Two electric wires 3
The effect for being mounted on two 2 tops of support rod is transmission electric energy；Electric wire linkage 4 is mounted on the hillside 1 between two support rods 2
Effect on top is to be on the one hand to supporting electric wire 3, when being on the other hand that hillside 1 at electric wire linkage 4 collapses,
Electric wire linkage 4 can drive mobile mechanism 5 to move, and mobile mechanism 5 is moved to uncollapsed position for will drive electric pole mechanism 4
Place, and it is deeply inserted into ground, to have the function that supporting electric wire 3 again；Mobile mechanism 5 is mounted on 4 upside of electric wire linkage,
And the effect of mobile mechanism 5 and the cooperation of two electric wires 3 is that electric wire linkage 4 is driven to move, and supporting electric wire 3.
The effect of electric wire linkage 4 is supporting electric wire 3 in the present invention, drives mobile mechanism 5；Second line bar shell 18 is mounted on
Effect on the top of hillside 1 is the first line bar shell 14 of support；4th pouring weight 21 is located in the second line bar shell 18, and the 4th pouring weight 21 is pacified
Effect on the top of hillside 1 is when the hillside 1 for installing electric wire linkage 4 collapses, and the 4th pouring weight 21 will be in gravity
Under the action of move under phase, the 4th pouring weight 21 of movement will will drive steel bar column 22 and move；The steel bar column 22 of movement drives second
Pouring weight 16 is mobile, and third pouring weight 19 at this time is in stationary state so that third pouring weight 19 and the second pouring weight 16 it
Between air chamber 57 in air compressed, the air in air chamber 57 will be pressed into air motor 46 at this time, pneumatic horse
The first pouring weight 12 will be driven to move up to 46；The effect that fixed mechanism 20 is mounted on 21 upper end of the 4th pouring weight is fixed steel bars column
22, and steel bar column 22 is made to be detached from the 4th pouring weight 21 in due course；19 periphery of third pouring weight is fixedly mounted on the second line
On 18 inner headed face of bar shell, and third pouring weight 19 be located at the upside of the 4th pouring weight 21 effect be cooperatively formed with the second pouring weight 16 it is closed
Air chamber 57；The circumferentially uniform effect for being provided with 3 locating slots 56 is matched with positioning mechanism on first connecting cylinder, 28 inner headed face
Close the movement of the first connecting cylinder 28 of limitation；The effect that first connecting cylinder 28 is mounted on 18 upper surface of the second line bar shell is and second
Connecting cylinder 33 is coupled the second line bar shell 18；It is circumferentially uniform on second connecting cylinder, 33 inner headed face to be provided with 3 the first empty slots 27
Effect be accommodate the first limited block 26；It is circumferentially uniform on second connecting cylinder, 33 inner headed face to be provided with 3 the second empty slots 32, and
The effect that two empty slots 32 are located at 27 downside of the first empty slot is to accommodate to fix the second limited block 31；First empty slot 27 and the second empty slot 32
Connecting rod 25 is easy for by the effect that through slot 29 communicates to move；Support 55 periphery of annulus is mounted on 33 lower end of the second connecting cylinder
Effect on inner headed face is the first pouring weight 12 that supporting movement gets off；Second pouring weight, 16 periphery is mounted in the first line bar shell 14
Effect on disc is fixed steel bars column 22；The effect that support tube 15 is mounted on 16 upper surface of the second pouring weight is to prevent the second pouring weight
16 shake back and forth in the first line bar shell 14；The effect that 3 22 lower ends of steel bar column are provided with the conical surface 45 is easy for steel bar column 22 can
To be inserted into ground faster；Externally threaded effect is provided on 11 periphery of guide post is matched with the internal screw thread on the first pouring weight 12
Closing can be axially moved under the driving of air motor 46 convenient for the first pouring weight 12 along guide post 11 again；11 periphery pair of guide post
Claim to open is to limit the rotation of 46 inner ring of air motor, while air motor 46 can be guided along cunning again there are two the effect of sliding slot 48
Slot 48 moves；The effect that fixed cylinder 47 is mounted on 14 inner wall upper surface of the first line bar shell is the first pouring weight 12 of support and air motor
46；Air motor 46 is driving the first pouring weight 12 movement by the effect that connection ring 50 is slidably mounted in fixed cylinder 47；Pneumatically
The effect of sliding block 49 is easy for 48 movement along the chute of air motor 46 there are two being symmetrically installed on the fixed inner ring inner headed face of motor 46；
The effect that tooth is provided on first pouring weight, 12 periphery is that driving gear 13 is driven to move；Supporting block 10 is mounted on the first line bar shell 14
The effect of upper end is support mobile mechanism 5.
The effect of clamping mechanism 17 is to limit the axial movement of the first connecting cylinder 28 in the present invention；First limited block, 26 one end
It opens bevelled effect and is easy for driving the first limited block 26 movement of the second pouring weight 16；First limited block, 26 lower end surface is far from inclined-plane
Side installation is to cooperatively form revolute pair with the first intermediate trunnion 53 in connecting rod 25 there are two the effect of the first collateral ear 51；
First limited block 26 is mounted in the first empty slot 27 by straight pin, and the first empty slot 27 is stretched out in 26 inclined-plane side of the first limited block
Effect be installation the first limited block 26, and convenient for the second pouring weight 16 drive the first limited block 26 movement；On second limited block 31
The installation of end face side is and the second intermediate 54 company of being coupled of trunnion in connecting rod 25 there are two the effect of the 4th collateral ear 52
Extension bar 25, and form hinged cooperation；Second limited block 31 is mounted in the second empty slot 32 by straight pin, and the second limited block 31
Effect in one end insertion locating slot 56 is to cooperate the movement of the first connecting cylinder 28 of limitation with 30 lower end surface of locating piece；Locating piece 30
Upper end is mounted on 56 upper surface of locating slot, and the effect that lower end and 31 upper surface of the second limited block are engaged is to the first connecting cylinder
28 are positioned；The effect of connecting rod 25 is that the movement of the first limited block 26 is transmitted on the second limited block 31, while again not
It will affect the movement of the second limited block 31.
The effect of fixed mechanism 20 is that one side can be with fixed steel bars column 22 in the present invention, on the other hand can be appropriate
When disconnect steel bar column 22 and the first pouring weight 12；The effect that 38 one end of telescopic rod is mounted on 21 upper surface of the 4th pouring weight is triggering
Plate 36；The effect that trigger board 36 is mounted on 38 upper surface of telescopic rod is that the active force of third pouring weight 19 is transmitted to telescopic rod 38
On；6 support springs 37 are nested in 38 outside of telescopic rod, and 37 one end of support spring is mounted on 36 lower end surface of trigger board, the other end
The effect for being mounted on 21 upper surface of the 4th pouring weight is support trigger board 36；42 one end of catch bar is mounted on two by straight pin
Between two collateral ears 35,42 other end of catch bar is that will touch by the effect that straight pin is mounted between the collateral ear 41 of two thirds
The movement of hair plate 36 is transmitted in T-shaped block 40.
The effect of mobile mechanism 5 is that electric wire linkage 4 is driven to move in the present invention；Support bar 9 is mounted in supporting block 10
The effect of end face is support fixed strip 24；Gearbox 7 be mounted on 9 upper surface of support bar effect be will be in stationary drive gear 13
Straight pin on movement pass to gearbox 7；The effect that two fixed strips 24 are symmetrically mounted on 9 both ends of support bar is that support is driven
Driving wheel 8 and directive wheel 23；6 one end of output shaft is mounted on fixed strip 24, the effect that the other end is connected with driven shaft on gearbox 7
It is that the movement on gearbox 7 is transmitted on driving wheel 8；Driving wheel 8 is mounted on output shaft 6, and driving wheel 8 is located at electric wire 3
The effect of upside is that fixed strip 24 is driven to move；Directive wheel 23 is mounted on fixed strip 24 by straight pin, and directive wheel 23
Effect in 3 downside of electric wire is to move with the cooperation of driving wheel 8 convenient for driving wheel 8.
Specific embodiment is as shown in fig. 15 a, when using this equipment, electric wire 3 to be erected at two supports first
On bar 2；Electric wire linkage 4 is mounted between two support rods 2；Mobile mechanism 5 is mounted in 3 mechanism of electric wire；Such as Figure 15 b institute
Show, when the ground of 4 downside of electric wire linkage collapses, the 4th pouring weight 21 of support on ground will not moved downward；The
Two line bar shells 18 will not move downward under the limitation of positioning mechanism；4th pouring weight 21 of movement will will drive T-shaped block 40 and transport
Dynamic, T-shaped block 40 will will drive the collateral ear 41 of third and move；The collateral ear 41 of third will will drive detent block 43 and move；Detent block 43
Steel bar column 22 will be will drive to move；Steel bar column 22 will will drive the second pouring weight 16 and move；Second pouring weight 16 will will drive support tube
15 movements；Second pouring weight 16 of movement will make the volume of air chamber 57 reduce, and the reduction of 57 volume of air chamber can be by air pressure
Enter in air motor 46,46 outer ring of air motor at this time will rotate；The rotation outer ring of air motor 46 will will drive first
Pouring weight 12 rotates, and the first pouring weight 12 of rotation will be rotated along the external screw thread in guide post 11, and axial downward movement；When second
Meeting and the contact of incline plane on the first limited block 26 in 16 motion process of pouring weight, so that the first limited block 26 will surround cylinder
Pin rotation；First limited block 26 of rotation will will drive connecting rod 25 and move；Connecting rod 25 will will drive the second limited block 31 will
It can be rotated around straight pin；The straight pin of rotation, which will contact, limits locating piece 30；The first connecting cylinder 28 at this time is not fixed
The restriction effect of position block 30, while the second pouring weight 16 is fallen on support annulus 55；First connect under the action of gravity is with air pressure
Cylinder 28 will move downward；First connecting cylinder 28 moves downward and will will drive the second line bar shell 18 and move downward；Second line bar shell
18 move downward and will will drive third pouring weight 19 and move downward；Movement third pouring weight 19 will be released with trigger board 36, and to touching
36 1 down forces of plate are sent out, the trigger board 36 by active force will move downward, and trigger board 36 will will push telescopic rod
38 movements；Trigger board 36, which moves across catch bar 42, will pass to T-shaped block 40, and T-shaped block 40 will be along the first pouring weight 12
The T-slot 39 opened moves；The T-shaped block 40 of movement will will drive the collateral ear 41 of third and move；The collateral ear 41 of third will will drive
Detent block 43 moves, and the detent block 43 moved at this time will be detached from detent slot 44, so detent block 43 will not be again to steel bar column
22 play the role of limit, without the position-limiting action of detent block 43, third pouring weight 19, fixed mechanism 20, the 4th pouring weight 21, second
Line bar shell 18, the first connecting cylinder 28 will be detached from the first line bar shell 14 together；Driving by air motor 46 at this time, the first weight
Rotary motion during block 12 will be moved downward along guide post 11, while air motor 46 will be together in guide post 11
Sliding slot 48 move；When the first pouring weight 12 is engaged with driving gear 13, the first pouring weight 12 will will drive sliding tooth wheel 13 and move,
Driving gear 13 moves the straight pin that will drive stationary drive gear 13, and the straight pin of stationary drive gear 13 will pass through soft
Axis passes motion to gearbox 7, and gearbox 7 will drive output shaft 6 to move, and output shaft 6 will drive driving wheel 8 to move,
Driving wheel 8 will be moved along electric wire 3, and the driving wheel 8 of movement will successively drive fixed strip 24, support bar 9, supporting block 10,
One line bar shell 14, the second pouring weight 16, the first pouring weight 12, steel bar column 22 move together；As shown in fig. 15 c, when driving wheel 8 drives steel
When muscle column 22 is moved at uncollapsed ground, the first pouring weight 12 will be detached from guide post 11, and hereafter the first pouring weight 12 will be done
Free-falling campaign, as shown in Figure 15 d, the first pouring weight 12 of whereabouts will be pounded on the second pouring weight 16, and the first pouring weight 12 is to the
The two downward active forces of pouring weight 16 1, and be transmitted on 3 steel bar columns 22 by the second pouring weight 16, by down force
Steel bar column 22 will be inserted into ground, to have the function that be inserted into ground supports electric wire 3 herein after electric wire linkage 4 is mobile.
Claims (5)
1. a kind of mobile electric pole based on air motor control, it is characterised in that: it includes electric wire linkage, moving machine
Structure, two of them support rod are separately mounted on the top of two hillside；Two electric wires are mounted on two supporting bar tops；Electric pole machine
Structure is mounted on the top of the hillside between two support rods；Mobile mechanism is mounted on the upside of electric wire linkage, and mobile mechanism and two
The cooperation of root electric wire；
Said wires linkage includes supporting block, air chamber, T-slot, locating slot, guide post, the first pouring weight, driving gear, the
One line bar shell, support tube, the second pouring weight, clamping mechanism, support annulus, the second line bar shell, third pouring weight, fixed mechanism, the 4th
Pouring weight, steel bar column, the first empty slot, through slot, the first connecting cylinder, the second empty slot, the second connecting cylinder, receiving hole, air motor, fixation
Cylinder, sliding slot, sliding block, connection ring, detent slot, the conical surface, wherein the second line bar shell is mounted on the top of hillside；On 4th pouring weight upper surface
It is circumferentially uniform to be provided with 3 T-slots；4th pouring weight is located in the second line bar shell, and the 4th pouring weight is mounted on the top of hillside；It is fixed
Mechanism is mounted on the 4th pouring weight upper end；Third pouring weight periphery is fixedly mounted on the second line bar shell inner headed face, and third pouring weight
On the upside of the 4th pouring weight；It is circumferentially uniform on first connecting cylinder inner headed face to be provided with 3 locating slots；First connecting cylinder is mounted on
On two line bar shell upper surfaces；It is circumferentially uniform on second connecting cylinder inner headed face to be provided with 3 the first empty slots；It is tied at 3 the first empty slots
Structure is identical for wherein any one first empty slot, circumferentially uniform on the second connecting cylinder inner headed face to be provided with 3 second skies
Slot, and the second empty slot is located on the downside of the first empty slot；First empty slot is communicated with the second empty slot by through slot；Second connecting cylinder is mounted on
On first line bar shell lower end surface；Second connecting cylinder is mounted in the first connecting cylinder by 3 equally distributed clamping mechanisms of circumferential direction,
And 3 clamping mechanisms cooperate with corresponding first empty slot；Support annulus periphery is mounted on the second connecting cylinder lower end inner headed face；
Second pouring weight periphery is mounted on the first line bar shell inner headed face；Support tube is mounted on the second pouring weight upper surface；Under 3 steel bar columns
End is provided with the conical surface, and is provided with detent slot on periphery on the downside of 3 steel bar columns；3 circumferentially uniform installations in steel bar column one end
In the second pouring weight lower end surface, 3 steel bar column other ends sequentially pass through support annulus, third pouring weight from top to bottom, pass through fixed machine
Structure is mounted on the first pouring weight；External screw thread is provided on guide post periphery；Guide post periphery is symmetrically opened there are two sliding slot；Guiding
Column is mounted on the first line bar shell inner wall upper surface；Fixed cylinder is mounted on the first line bar shell inner wall upper surface；Air motor passes through company
Ring is connect to be slidably mounted in fixed cylinder；Sliding block there are two being symmetrically installed on the fixed inner ring inner headed face of air motor；Air motor is logical
Sliding block is crossed to be in sliding fit with the sliding chute；Internal screw thread is provided on first pouring weight inner headed face；Tooth is provided on first pouring weight periphery；First weight
The external screw thread that block passes through the internal screw thread opened thereon and opened in guide post is coupled；First pouring weight upper surface is mounted on pneumatically
On motor rotation outer ring；Driving gear is mounted on the downside of fixed cylinder by straight pin, and drives the tooth on gear and the first pouring weight
Cooperation；Supporting block is mounted on the first line bar shell upper end；Third pouring weight and the second pouring weight form air chamber；
Above-mentioned clamping mechanism includes connecting rod, the first limited block, locating piece, the second limited block, the first collateral ear, the 4th collateral
Ear, the first intermediate trunnion, the second intermediate trunnion, wherein first limited block one end is provided with inclined-plane；First limited block lower end surface is separate
There are two the first collateral ears for the installation of inclined-plane side；First limited block is mounted in the first empty slot by straight pin, and the first limit
The first empty slot is stretched out in block inclined-plane side；There are two the 4th collateral ears for the installation of second limited block upper surface side；Second limited block is logical
It crosses straight pin to be mounted in the second empty slot, and in second limited block one end insertion locating slot；Locating piece upper end is mounted on locating slot
Upper surface, lower end are engaged with the second limited block upper surface；Connecting rod both ends are separately installed with the first intermediate trunnion, in second
Between trunnion；The intermediate trunnion of the first of connecting rod one end is mounted between two the first collateral ears by straight pin；Connecting rod is another
The second intermediate trunnion at end is mounted between two the 4th collateral ears by straight pin；
Above-mentioned fixed mechanism includes second side trunnion, trigger board, support spring, telescopic rod, T-shaped block, the collateral ear of third, promotion
Bar, detent block, wherein telescopic rod one end is mounted on the 4th pouring weight upper surface；Trigger board is mounted on telescopic rod upper surface；6
Two collateral ears are circumferentially uniform in pairs to be mounted on trigger board lower end surface；Support spring is nested on the outside of telescopic rod, supports bullet
Spring one end is mounted on trigger board lower end surface, and the other end is mounted on the 4th pouring weight upper surface；Mounting structure is complete on 3 T-slots
It is identical；For wherein any one T-slot, there are two the collateral ears of third for installation on T-shaped block upper surface；T-shaped block by with T-slot
Be fitted on the 4th pouring weight；Catch bar one end is mounted between two second side trunnions by straight pin, and catch bar is another
One end is mounted between two collateral ears of third by straight pin；Detent block one end is mounted on the collateral ear of third, other end peace
In detent slot；
Above-mentioned mobile mechanism includes output shaft, gearbox, driving wheel, support bar, directive wheel, fixed strip, and wherein support bar is installed
In supporting block upper surface；Gearbox is mounted on support bar upper surface；Two fixed strips are symmetrically mounted on support bar both ends；Two solid
It is identical to determine mounting structure on item, for wherein any one, output shaft one end is mounted on fixed strip, the other end and speed change
Driven shaft is connected on case；Driving wheel is mounted on output shaft, and driving wheel is located on the upside of electric wire；Directive wheel is mounted on by straight pin
On fixed strip, and directive wheel is located on the downside of electric wire；Electric wire is clipped in the middle by driving wheel and directive wheel；The cylinder of stationary drive gear
Pin is connected by flexible axle with driving shaft on gearbox；
Above-mentioned air chamber is connected by pipeline with air motor.
2. a kind of mobile electric pole based on air motor control according to claim 1, it is characterised in that: above-mentioned drive
Moving gear is mounted on the straight pin of stationary drive gear by key.
3. a kind of mobile electric pole based on air motor control according to claim 1, it is characterised in that: above-mentioned drive
Driving wheel is mounted on output shaft by key.
4. a kind of mobile electric pole based on air motor control according to claim 1, it is characterised in that: above-mentioned to lead
It is mounted on the straight pin of fixed guide wheel to wheel by bearing.
5. a kind of mobile electric pole based on air motor control according to claim 1, it is characterised in that: above-mentioned branch
Support spring is compressed spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710645182.1A CN107237540B (en) | 2017-08-01 | 2017-08-01 | A kind of mobile electric pole based on air motor control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710645182.1A CN107237540B (en) | 2017-08-01 | 2017-08-01 | A kind of mobile electric pole based on air motor control |
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| Publication Number | Publication Date |
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| CN107237540A CN107237540A (en) | 2017-10-10 |
| CN107237540B true CN107237540B (en) | 2019-08-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710645182.1A Active CN107237540B (en) | 2017-08-01 | 2017-08-01 | A kind of mobile electric pole based on air motor control |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110284746B (en) * | 2019-07-02 | 2020-10-13 | 合肥海银杆塔有限公司 | Telegraph pole with composite material layer preventing weathering corrosion |
| CN110965840B (en) * | 2019-12-30 | 2021-08-10 | 陈爱明 | Telescopic communication tower |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2731005Y (en) * | 2004-09-30 | 2005-10-05 | 温远城 | Pneumatic telescopic lamp pole for golf field |
| CN2771408Y (en) * | 2005-03-03 | 2006-04-12 | 杨静臣 | Rotary flagpole |
| CN101985861A (en) * | 2010-11-04 | 2011-03-16 | 河南省电力公司洛阳供电公司 | Quickly detached temporary telegraph pole |
| CN102482892A (en) * | 2009-07-13 | 2012-05-30 | Vsl国际股份公司 | Telescopic tower assembly and method |
| KR101582316B1 (en) * | 2015-05-14 | 2016-01-21 | 주식회사 제이에스컴 | fixing device of post for road facilities installation |
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2017
- 2017-08-01 CN CN201710645182.1A patent/CN107237540B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2731005Y (en) * | 2004-09-30 | 2005-10-05 | 温远城 | Pneumatic telescopic lamp pole for golf field |
| CN2771408Y (en) * | 2005-03-03 | 2006-04-12 | 杨静臣 | Rotary flagpole |
| CN102482892A (en) * | 2009-07-13 | 2012-05-30 | Vsl国际股份公司 | Telescopic tower assembly and method |
| CN101985861A (en) * | 2010-11-04 | 2011-03-16 | 河南省电力公司洛阳供电公司 | Quickly detached temporary telegraph pole |
| KR101582316B1 (en) * | 2015-05-14 | 2016-01-21 | 주식회사 제이에스컴 | fixing device of post for road facilities installation |
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| Publication number | Publication date |
|---|---|
| CN107237540A (en) | 2017-10-10 |
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