CN106384988B - The Wire support fixed mechanism that a kind of spacing changes with the wind - Google Patents
The Wire support fixed mechanism that a kind of spacing changes with the wind Download PDFInfo
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- CN106384988B CN106384988B CN201610687433.8A CN201610687433A CN106384988B CN 106384988 B CN106384988 B CN 106384988B CN 201610687433 A CN201610687433 A CN 201610687433A CN 106384988 B CN106384988 B CN 106384988B
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- 230000007246 mechanism Effects 0.000 title claims abstract description 171
- 238000006073 displacement reaction Methods 0.000 claims abstract description 64
- 241000486406 Trachea Species 0.000 claims description 17
- 210000003437 trachea Anatomy 0.000 claims description 17
- 238000009432 framing Methods 0.000 claims description 10
- 230000007306 turnover Effects 0.000 claims description 6
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 4
- 229910052742 iron Inorganic materials 0.000 claims description 2
- 239000007787 solid Substances 0.000 claims description 2
- 244000000626 Daucus carota Species 0.000 abstract description 6
- 235000005770 birds nest Nutrition 0.000 abstract description 6
- 235000005765 wild carrot Nutrition 0.000 abstract description 6
- 238000010276 construction Methods 0.000 abstract description 3
- 239000007789 gas Substances 0.000 description 38
- 238000009434 installation Methods 0.000 description 15
- 238000010586 diagram Methods 0.000 description 7
- 238000005516 engineering process Methods 0.000 description 5
- 230000033001 locomotion Effects 0.000 description 5
- 230000006835 compression Effects 0.000 description 4
- 238000007906 compression Methods 0.000 description 4
- 230000006698 induction Effects 0.000 description 4
- 230000005611 electricity Effects 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 239000012212 insulator Substances 0.000 description 2
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 230000001960 triggered effect Effects 0.000 description 1
Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G7/00—Overhead installations of electric lines or cables
- H02G7/12—Devices for maintaining distance between parallel conductors, e.g. spacer
- H02G7/125—Damping spacers
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- Wind Motors (AREA)
Abstract
The invention belongs to Wire support technical field, more particularly to the Wire support fixed mechanism that a kind of spacing changes with the wind, it includes fixed mount, crossbeam, electric wire fixed mechanism, the first displacement cylinder, the first generating mechanism, sliding block, exposure mechanism, the completely identical in structure fixed mount of two of which is symmetrically mounted at the two ends of crossbeam, connected between two fixed mounts by flexible electric wire, one end of straight electric wire is arranged in electric wire fixed cover；Sliding block can be slided in fixed mechanism housing, electric wire fixed cover can be around electric wire fixed cover axis of rotation, when wind blows straight electric wire, and electric wire band movable slider is slided, distance between straight electric wire changes, and can avoid electric wire tower nearby due to fault caused by Bird's Nest or other foreign matters；The present invention is simple in construction, and by displacement cylinder the blade in generator structure can rotate so as to produce electric current, with stronger practical function.
Description
Art
Machine is fixed the invention belongs to Wire support technical field, more particularly to the Wire support that a kind of spacing changes with the wind
Structure.
Background technology
The electric wire being currently installed on Wire support cannot typically be moved, if electric wire is fixed on electric wire tower, electric wire
Easily occur Bird's Nest or other foreign matters near tower, if cleared up not in time, meeting detonator circuit failure causes to have a power failure；Bird's Nest is built
Near insulator on high tension electric tower, easily insulator is damaged；And if rather windy, blow electric wire, electric wire due to
It is fixed on Wire support, easily occurs electric wire and fracture.
The Wire support fixed mechanism that a kind of spacing of present invention design changes with the wind solves as above problem.
The content of the invention
To solve drawbacks described above of the prior art, the present invention discloses the Wire support fixation machine that a kind of spacing changes with the wind
Structure, it is realized using following technical scheme.
The Wire support fixed mechanism that a kind of spacing changes with the wind, it is characterised in that：It includes fixed mount, crossbeam, vertical beam,
Its middle cross beam is arranged on the top of vertical beam, and the two ends of crossbeam are symmetrically provided with two fixed mounts.
The structure of above-mentioned two fixed mount is identical, and for any one fixed mount, it includes electric wire fixed mechanism, retainer ring
Plate, radial direction lattice framing, crossbeam set, fixed mechanism first are supported, fixed mechanism second is supported, the first displacement cylinder, the first generator
Structure support, the second generating mechanism supports, the first generating mechanism, second displacement cylinder, the second generating mechanism, its middle cross beam set are installed
In one end of crossbeam, one end of three radial direction lattice framings is circumferential uniform on the outer edge surface that crossbeam covers, and the other end is circumferentially uniform
On the inner edge surface of fixed ring flat-plate；The structure installed between any two radial direction lattice framings is identical, is mounted on electric wire
Fixed mechanism, the first displacement cylinder, the first generating mechanism, second displacement cylinder, wherein the second generating mechanism, fixed mechanism second
Support is arranged on fixed ring flat-plate inner edge surface, and the support of fixed mechanism first is arranged on crossbeam set outer edge surface, electric wire fixed mechanism
Supported installed in fixed mechanism first between the support of fixed mechanism second；First displacement cylinder is arranged on fixed ring flat-plate inner edge,
Second displacement cylinder is arranged on one end on crossbeam set outer edge surface；First generating mechanism is arranged on by the first generating mechanism supports
On fixed ring flat-plate, the second generating mechanism is put by the second generating mechanism supports installed in crossbeam.
Above-mentioned first displacement cylinder is identical with the structure of second displacement cylinder, and for the first displacement cylinder, it includes first
Vent plug, the first spacing ring, second enter escape pipe, the second cylinder, the 3rd enter escape pipe, the second spacing ring, second enter outlet passageway,
First guide groove, the second air inlet/outlet, clamping mechanism, the second guide groove, the 3rd enter outlet passageway, the 3rd air inlet/outlet, the 3rd bottom plate,
First guide block, the second guide block, screwed hole, the second bottom plate, hole clipping, the 3rd cylinder, wherein the bottom of the 3rd cylinder is provided with the 3rd
Bottom plate, top is provided with the second spacing ring, and two the 3rd are entered escape pipe and are symmetrically mounted on the second spacing ring；Second cylinder
Bottom is provided with the second bottom plate, and top is provided with the first spacing ring, and two second are entered escape pipe to be symmetrically mounted at first spacing
On ring, and two second planes of symmetry for entering escape pipe are vertical with the plane of symmetry that two the 3rd are entered escape pipe；Second cylinder end is pacified
Mounted in the inside of the 3rd cylinder, one end of the first vent plug is arranged on the inside of the second cylinder；Symmetrically pacify in the outside of first vent plug
Equipped with two the first guide blocks, it is provided with two the first guide grooves, the first guide block slides on the first guide groove the internal symmetry of the second cylinder
In；The outside of second cylinder is symmetrically provided with two the second guide blocks, and be provided with two second leads the internal symmetry of the 3rd cylinder
Groove, and the plane of symmetry of two the first guide grooves is vertical with the plane of symmetry of two the second guide grooves, the second guide block is slided in the second guide groove；
Two second are symmetrically provided with second cylinder and enters outlet passageway and two the second air inlet/outlets, and the second air inlet/outlet is located at the
Two enter the bottom of outlet passageway, and two second turnover tracheaes are separately mounted to two second tops for entering outlet passageway；3rd gas
Two the 3rd are symmetrically provided with cylinder and enters outlet passageway and two the 3rd air inlet/outlets, and the 3rd air inlet/outlet is located at the 3rd turnover
The bottom of gas passage, two the 3rd turnover tracheaes are separately mounted to two the 3rd tops for entering outlet passageway；3rd cylinder interior
Symmetrically it is provided with two hole clippings；The center of second bottom plate is provided with screwed hole, and clamping mechanism is arranged on the screwed hole of the second bottom plate
In.
Above-mentioned first displacement cylinder is arranged on fixed ring flat-plate inner edge by the 3rd bottom plate of itself, and second displacement cylinder passes through
The 3rd bottom plate of itself is arranged on one end on crossbeam set outer edge surface.
Above-mentioned clamping mechanism includes exposure mechanism, shifting block, screw thread frizzen, triggering spring, triggering top plate, and wherein screw thread is touched
The bottom of hair bar is provided with shifting block, and top is provided with triggering top plate, and triggering spring is placed on the outside of screw thread frizzen, screw thread triggering
Bar is arranged in screwed hole and the external screw thread of screw thread frizzen and the internal thread of screwed hole are coordinated by screw thread, and shifting block is located at second
The lower section of bottom plate, triggering top plate is located at the top of the second bottom plate；Two exposure mechanisms are circumferential to be uniformly arranged on the second bottom plate, and two
Individual exposure mechanism is parallel to each other and is located at the two ends of shifting block.
The structure of above-mentioned two exposure mechanism is identical, for any one exposure mechanism, it include extension bar, fixed block,
Spring, extension bar fixture block, jacking block are stretched out, wherein fixed block is fixed on the downside of the second bottom plate, and extension bar fixture block is fixed on stretching
On bar, extension bar is passed through from fixed block；Stretch out spring to be arranged between fixed block and extension bar fixture block, and be placed on outside extension bar
Side；One end of extension bar coordinates with hole clipping, and the other end is provided with jacking block, and jacking block is located at one end of shifting block.
In the present invention, when the first vent plug is moved downward by the pressure of the air cylinder board of electric wire fixed mechanism first, the second gas
Gas in cylinder is compressed to form high pressure by the first vent plug, and gas passes sequentially through on the downside of the second cylinder symmetrical second and enters outlet
Hole, second enter outlet passageway, second enter escape pipe discharge；When the first vent plug continues to move downward arrival triggering top plate, triggering
Top plate is acted on by the downward pressure in the first vent plug bottom, screw thread frizzen is rotated in screwed hole, so as to drive shifting block to turn
Dynamic, shifting block drives jacking block motion, and triggering spring is compressed, and the jacking block on clamping mechanism is promoted, and extension bar is removed from hole clipping,
Spring is stretched out to be stretched；The second cylinder and the first vent plug move downward the gas in the 3rd cylinder of compression, the 3rd gas simultaneously afterwards
Gas in cylinder pass sequentially through the 3rd air inlet/outlet of the 3rd cylinder side, the 3rd enter outlet passageway, the 3rd enter escape pipe discharge；
When the first vent plug is moved upwards by the pulling force of the first air cylinder board, the gas in the air cavity of the first generating mechanism enters the second gas
Cylinder and the 3rd cylinder, the second cylinder slide in and out from the 3rd cylinder, while clamping mechanism return in the case where stretching out spring effect, stretches
Rod stretch out is contacted with the 3rd cylinder inner wall face, until extension bar insert hole clipping in the second cylinder and the 3rd cylinder is locked, separately
Outer first vent plug is also outwards marked from the second cylinder.The design of first spacing ring is to prevent first on the first vent plug to lead
Block departs from the first guide groove, and then ensures the first vent plug without departing from the second cylinder, and the design of the second spacing ring is to prevent the
The second guide block on two cylinders departs from the second guide groove, and then ensures the second cylinder without departing from the 3rd cylinder.Two in invention
Two enter escape pipe and two the 3rd are entered escape pipe and each can only have an one-way air inlet and a unidirectional outlet.Design two
The purpose of cylinder is, if wind-force is smaller, and only one of which cylinder, then it can not form the rotation of pushed at high pressure blade；Design two
Individual cylinder, when wind-force is smaller, the gas in only the second cylinder is compressed, and can form the rotation of pushed at high pressure blade；And
When wind-force is larger, the gas in the second cylinder and the 3rd cylinder is compressed.
Above-mentioned first generating mechanism is identical with the structure of the second generating mechanism, for the first generating mechanism, it include air cavity,
Magnet, the second tracheae, blade, power coil disk, axle sleeve, coil panel rotating shaft, blade groove, air holes, the concave surface of blade first, blade
Two concave surfaces, the first tracheae, wherein two blocks of circular magnet are separately mounted to form less parallel between air cavity two ends, two blocks of magnet
Magnetic field, and power coil disk is installed；Air cavity internal circumferential is provided with blade groove, and two parts up and down of blade groove are respectively symmetrically provided with
Two air holes, two the first tracheaes are symmetrically mounted at the both sides of air cavity, and two the first tracheaes are symmetrical by two
Air holes is connected with blade groove；Two the second tracheaes are symmetrically mounted at the both sides of air cavity, and two the second tracheaes pass through in addition
Two symmetrical air holes are connected with blade groove；Power coil disk is circumferentially uniformly provided with blade, and blade has two symmetrically
Identical concave surface, the respectively concave surface of blade first and the concave surface of blade second, and blade is located in blade groove；Power coil
Coil panel rotating shaft is installed, the center of two blocks of magnet is mounted on axle sleeve, and the two ends of coil panel rotating shaft are pacified respectively at disk center
Mounted in the inside of two axle sleeves.
The air cavity outer wall of above-mentioned first generating mechanism is arranged on fixed ring flat-plate by the first generating mechanism supports, the second hair
The air cavity outer wall of motor structure is put by the second generating mechanism supports installed in crossbeam.
In the present invention, the second air inlet pipe entered in escape pipe and the 3rd air inlet pipe entered in escape pipe respectively with air cavity side
First tracheae one end be connected with second tracheae one end；Second escape pipe entered in escape pipe and the 3rd enters going out in escape pipe
Tracheae is connected with first tracheae one end and second tracheae one end of air cavity opposite side respectively；When gases at high pressure are from displacement cylinder
Escape pipe when being discharged into air cavity, gases at high pressure enter the first tracheae and second simultaneously from one end of the first tracheae and the second tracheae
The tracheae other end is not ventilated, and air-flow promotes blade movement, and blade drives power coil coiling coil panel axis of rotation, two blocks of magnetic
Uniform less parallel magnetic field is formed between iron, power coil disk cutting magnetic induction line produces electric current；When gases at high pressure are discharged into from air cavity
During into displacement cylinder, former first tracheae and the second tracheae airintake direction are obstructed, other end conducting and beginning air-breathing, such to set
Meter ensure that gases at high pressure can promote the equidirectional motion of blade, the sense of current phase that power coil disk cutting magnetic induction line is produced
Together.The purpose of axle sleeve design is in order to avoid the installation of coil panel rotating shaft is damaged to magnet, if coil panel rotating shaft is direct
On magnet, the parallel magnetic field between two magnet will change, it is impossible to meet requirement of the present invention to magnetic direction.
Said wires fixed mechanism include first support cylinder, reciprocal spring, fixed mechanism housing, second support cylinder,
Guide groove, slide block guide rail, the first air cylinder board, electric wire fixed cover, sliding block, the second air cylinder board, electric wire fixed cover rotating shaft, wherein fixed
The support of mechanism second is arranged on fixed mechanism housing tip, and the support of fixed mechanism first is arranged on fixed mechanism housing bottom；The
One support cylinder has two, is separately mounted to both sides above and below fixed mechanism enclosure interior, and the second support cylinder has two, pacified respectively
Mounted in the top and bottom of sliding block, reciprocal spring is mounted between the first support cylinder and the second support cylinder；Fixed mechanism
Enclosure interior is symmetrically provided with two guide grooves, and the both sides of sliding block are symmetrically provided with two slide block guide rails, and slide block guide rail is slided
In guide groove；The both sides of electric wire fixed cover are symmetrically provided with two electric wire fixed cover rotating shafts, two electric wire fixed cover rotating shafts
It is separately mounted to both sides inside sliding block；First air cylinder board and the second air cylinder board are separately mounted to the two ends of sliding block.
First vent plug of above-mentioned first displacement cylinder is arranged on the first air cylinder board, the first vent plug peace of second displacement cylinder
On the second air cylinder board.
Flexible electric wire is connected between above-mentioned two fixed mount, one end of straight electric wire is arranged in electric wire fixed cover,
Connected between two symmetrical electric wire fixed covers by flexible electric wire.
In the present invention, electric wire is arranged in the electric wire fixed cover in sliding block, and when wind blows electric wire, sliding block is made by power
Moved in fixed mechanism housing, the spacing between electric wire is changed, so that the foreign matter fallen between electric wire drops；Together
When, electric wire fixed cover can be assigned a swing free degree, is swung in electric wire by electric wire fixed cover around electric wire fixed cover axis of rotation
In can with electric wire swing and rotate, can prevent the electric wire that wind-force is crossed at ambassador's electric wire fixed cover from fractureing.When wind blows one
Root electric wire and when driving the sliding block on this root electric wire to move down, the spring below sliding block is compressed, the spring quilt above sliding block
Stretching, moves back and forth afterwards；During the first air cylinder board and the second air cylinder board pump, the first displacement cylinder and
Second displacement cylinder produces gases at high pressure, promotes the first generating mechanism air cavity and the second generating mechanism air cavity Leaf.
As the further improvement of this technology, the tracheae of above-mentioned two first enters outlet with two second respectively by airway tube
Pipe is connected；Two the second tracheaes enter escape pipe with two the 3rd respectively by airway tube and are connected.Displacement cylinder passes through air guide
Pipe is connected with generating mechanism, and gases at high pressure are provided for generating mechanism by displacement cylinder, so that blade is rotated, produces electricity
Stream.
As the further improvement of this technology, three sets or four sets of electric wire fixed mechanisms can be installed on above-mentioned fixed mount.
As the further improvement of this technology, above-mentioned two second enters escape pipe and two the 3rd are entered escape pipe each only
Can have an one-way air inlet and a unidirectional outlet.One-way air inlet and unidirectional outlet can ensure no matter gas enters from air cavity
Enter displacement cylinder and still enter air cavity from displacement cylinder, the direction of rotation of blade is all constant, and the sense of current of generation is constant.
Relative to traditional Wire support technology, two completely identical in structure fixed mounts of the invention are symmetrically mounted at horizontal stroke
Connected between the two ends of beam, two fixed mounts by flexible electric wire, one end of straight electric wire is arranged in electric wire fixed cover；It is sliding
Block can be slided in fixed mechanism housing, and electric wire fixed cover can be around electric wire fixed cover axis of rotation, when wind blows straight electric wire
When, electric wire band movable slider is slided, and the distance between straight electric wire changes, and can avoid electric wire tower nearby due to Bird's Nest or other different
Fault caused by thing；The present invention is simple in construction, and the blade in generator structure can be made to rotate to produce by displacement cylinder
Raw electric current, with stronger practical function.
Brief description of the drawings
Fig. 1 is the first displacement cylinder overall structure diagram.
Fig. 2 is the first displacement cylinder perspective view.
Fig. 3 is the first air plug structure schematic diagram.
Fig. 4 is the first spacing ring, second enters escape pipe scheme of installation.
Fig. 5 is the second air cylinder structure perspective view.
Fig. 6 is clamping mechanism, the second cylinder scheme of installation.
Fig. 7 is screw thread frizzen, triggering mounting of roof plate schematic diagram.
Fig. 8 is the second spacing ring, the 3rd enters escape pipe scheme of installation.
Fig. 9 is the 3rd air cylinder structure perspective view.
Figure 10 is the first electrification structure overall structure diagram.
Figure 11 is magnet, power coil disk scheme of installation.
Figure 12 is air cavity, the first tracheae, the second tracheae scheme of installation.
Figure 13 is magnet, axle sleeve scheme of installation.
Figure 14 is power coil disk, blade scheme of installation.
Figure 15 is magnet, power coil disk installation side view.
Figure 16 is fixed mount, electric wire installation side view.
Figure 17 is fixed mount, crossbeam scheme of installation.
Figure 18 is fixed mount overall structure diagram.
Figure 19 is electric wire fixed mechanism overall structure diagram.
Figure 20 is fixed mechanism shell structure schematic diagram.
Figure 21 is sliding block, the first air cylinder board, the second air cylinder board scheme of installation.
Figure 22 electric wires fixed cover, electric wire fixed cover rotating shaft scheme of installation.
Figure 23 electric wires fixed cover, sliding block scheme of installation.
Label title in figure：1st, the first vent plug, the 2, first spacing ring, 3, second enters escape pipe, the 4, second cylinder, the 5, the 3rd
Enter escape pipe, the 6, second spacing ring, 7, second enters outlet passageway, the 8, first guide groove, the 9, second air inlet/outlet, and 10, clamping mechanism,
11st, the second guide groove, the 12, the 3rd enters outlet passageway, the 13, the 3rd air inlet/outlet, the 14, the 3rd bottom plate, the 15, first guide block, 16, second
Guide block, 17, screwed hole, the 18, second bottom plate, 19, exposure mechanism, 20, extension bar, 21, fixed block, 22, stretch out spring, 23, stretch
Rod fixture block, 25, jacking block, 26, shifting block, 27, screw thread frizzen, 28, triggering spring, 29, triggering top plate, 30, hole clipping, 31, the
Three cylinders, 32, air cavity, 33, magnet, the 34, second tracheae, 35, blade, 36, power coil disk, 37, axle sleeve, 38, coil panel turns
Axle, 39, blade groove, 40, air holes, 41, the concave surface of blade first, 42, the concave surface of blade second, the 43, first tracheae, 45, crossbeam, 46,
Fixed mount, 47, vertical beam, 48, electric wire fixed mechanism, 49, fixed ring flat-plate, 50, radial direction lattice framing, 51, crossbeam set, 52, fixed mechanism
First support, 53, fixed mechanism second support, the 54, first displacement cylinder, the 55, first generating mechanism supports, 56, first generate electricity
Mechanism, 57, second displacement cylinder, the 58, second generating mechanism, the 60, first support cylinder, 61, reciprocal spring, 62, fixed mechanism
Housing, the 63, second support cylinder, 64, guide groove, 65, slide block guide rail, the 66, first air cylinder board, 67, electric wire fixed cover, 68, sliding
Block, the 69, second air cylinder board, 70, electric wire fixed cover rotating shaft, the 71, second generating mechanism supports.
Embodiment
As shown in Figure 16,17, it includes fixed mount 46, crossbeam 45, vertical beam 47, and its middle cross beam 45 is arranged on the top of vertical beam 47
End, the two ends of crossbeam 45 are symmetrically provided with two fixed mounts 46.
As shown in figure 17, the structure of above-mentioned two fixed mount 46 is identical, for any one fixed mount 46, such as Figure 18 institutes
Show, it includes electric wire fixed mechanism 48, fixed ring flat-plate 49, radial direction lattice framing 50, crossbeam set 51, the support of fixed mechanism first 52, solid
Determine mechanism second and support the 53, first displacement cylinder 54, the first generating mechanism supports 55, the first generating mechanism 56, second displacement gas
Cylinder 57, the second generating mechanism 58, its middle cross beam set 51 are arranged on one end of crossbeam 45, and one end of three radial direction lattice framings 50 is circumferentially equal
The even crossbeam that is arranged on is covered on 51 outer edge surface, and circumferential uniform be arranged on of the other end is fixed on the inner edge surface of ring flat-plate 49；Any two
The structure installed between radial direction lattice framing 50 is identical, is mounted on electric wire fixed mechanism 48, the first displacement cylinder 54, first hair
Motor structure 56, second displacement cylinder 57, the second generating mechanism 58, wherein fixed mechanism second support 53 is arranged on fixed ring flat-plate 49
On inner edge surface, the support of fixed mechanism first 52 is arranged on crossbeam and covered on 51 outer edge surfaces, and electric wire fixed mechanism 48 is arranged on fixed machine
Between the support of structure first 52 and the support of fixed mechanism second 53；First displacement cylinder 54 is arranged on the fixed inner edge of ring flat-plate 49, second
Displacement cylinder 57 is arranged on one end on crossbeam 51 outer edge surfaces of set；First generating mechanism 56 is pacified by the first generating mechanism supports 55
On fixed ring flat-plate 49, the second generating mechanism 58 is arranged on crossbeam set 51 by the second generating mechanism supports 71.
Above-mentioned first displacement cylinder 54 is identical with the structure of second displacement cylinder 57, for the first displacement cylinder 54, such as schemes
1st, shown in 2, it includes the first vent plug 1, the first spacing ring 2, second enters escape pipe 3, the second cylinder 4, the 3rd enters escape pipe 5, the
Two spacing rings 6, second enter outlet passageway 7, the first guide groove 8, the second air inlet/outlet 9, clamping mechanism 10, the second guide groove the 11, the 3rd
Enter outlet passageway 12, the 3rd air inlet/outlet 13, the 3rd bottom plate 14, the first guide block 15, the second guide block 16, screwed hole 17, the second bottom
Plate 18, hole clipping 30, the 3rd cylinder 31, wherein as shown in figure 9, the bottom of the 3rd cylinder 31 is provided with the 3rd bottom plate 14, such as Fig. 8 institutes
Show, top is provided with the second spacing ring 6, two the 3rd are entered escape pipe 5 and are symmetrically mounted on the second spacing ring 6；Such as Fig. 6 institutes
Show, the bottom of the second cylinder 4 is provided with the second bottom plate 18, as shown in figure 4, top is provided with the first spacing ring 2, two second are entered
Escape pipe 3 is symmetrically mounted on the first spacing ring 2, and two second planes of symmetry for entering escape pipe 3 and two the 3rd enter outlet
The plane of symmetry of pipe 5 is vertical；The bottom of second cylinder 4 is arranged on the inside of the 3rd cylinder 31, and one end of the first vent plug 1 is arranged on second
The inside of cylinder 4；As shown in figure 3, the outside of the first vent plug 1 is symmetrically provided with two the first guide blocks 15, as shown in figure 5, the
It is provided with two the first guide grooves 8, the first guide block 15 is slided in the first guide groove 8 internal symmetry of two cylinders 4；As shown in figure 5, the
The outside of two cylinders 4 is symmetrically provided with two the second guide blocks 16, as shown in figure 9, the internal symmetry of the 3rd cylinder 31 be provided with
Two the second guide grooves 11, and the plane of symmetry of two the first guide grooves 8 is vertical with the plane of symmetry of two the second guide grooves 11, the second guide block 16
Slide in the second guide groove 11；As shown in Fig. 5,9, two second are symmetrically provided with the second cylinder 4 and enters outlet passageway 7 and two
Second air inlet/outlet 9, and the second air inlet/outlet 9 is located at the second bottom for entering outlet passageway 7, two second are entered escape pipe 3 and distinguished
Installed in two second tops for entering outlet passageway 7；Two the 3rd, which are symmetrically provided with, in 3rd cylinder 31 enters the He of outlet passageway 12
Two the 3rd air inlet/outlets 13, and the 3rd air inlet/outlet 13 is located at the 3rd bottom for entering outlet passageway 12, two the 3rd are entered outlet
Pipe 5 is separately mounted to two the 3rd tops for entering outlet passageway 12；It is provided with two hole clippings 30 internal symmetry of 3rd cylinder 31；Such as
Shown in Fig. 6, the center of the second bottom plate 18 is provided with screwed hole 17, and clamping mechanism 10 is arranged on the screwed hole 17 of the second bottom plate 18
In.
Above-mentioned first displacement cylinder 54 is arranged on the fixed inner edge of ring flat-plate 49, second displacement gas by the 3rd bottom plate 14 of itself
Cylinder 57 is arranged on one end on crossbeam 51 outer edge surfaces of set by the 3rd bottom plate 14 of itself.
As shown in Figure 6,7, above-mentioned clamping mechanism 10 includes exposure mechanism 19, shifting block 26, screw thread frizzen 27, triggering spring
28th, top plate 29 is triggered, the bottom of wherein screw thread frizzen 27 is provided with shifting block 26, and top is provided with triggering top plate 29, triggers bullet
Spring 28 is placed on the outside of screw thread frizzen 27, screw thread frizzen 27 be arranged in screwed hole 17 and screw thread frizzen 27 external screw thread
Coordinated with the internal thread of screwed hole 17 by screw thread, shifting block 26 is located at the lower section of the second bottom plate 18, triggering top plate 29 is located at second
The top of bottom plate 18；Two exposure mechanisms 19 are circumferential to be uniformly arranged on the second bottom plate 18, and two exposure mechanisms 19 are parallel to each other
And positioned at the two ends of shifting block 26.
As shown in fig. 6, the structure of above-mentioned two exposure mechanism 19 is identical, for any one exposure mechanism 19, it includes
Extension bar 20, fixed block 21, stretching spring 22, extension bar fixture block 23, jacking block 25, wherein fixed block 21 are fixed on the second bottom plate 18
Downside, extension bar fixture block 23 is fixed on extension bar 20, and extension bar 20 is passed through from fixed block 21；Spring 22 is stretched out to be arranged on
Between fixed block 21 and extension bar fixture block 23, and it is placed on the outside of extension bar 20；One end of extension bar 20 coordinates with hole clipping 30, another
End is provided with jacking block 25, and jacking block 25 is located at one end of shifting block 26.
In the present invention, when the first vent plug 1 is moved downward by the pressure of the air cylinder board 66 of electric wire fixed mechanism 48 first, the
Gas in two cylinders 4 forms high pressure by the compression of the first vent plug 1, and gas passes sequentially through symmetrical the in the downside of the second cylinder 4
Two air inlet/outlets 9, second enter outlet passageway 7, second enter escape pipe 3 and discharge；When the first vent plug 1 continues to move downward arrival triggering
During top plate 29, triggering top plate 29 is acted on by the downward pressure in the bottom of the first vent plug 1, makes screw thread frizzen 27 in screwed hole 17
Rotation, so as to drive shifting block 26 to rotate, shifting block 26 drives jacking block 25 to move, and triggering spring 28 is compressed, on clamping mechanism 10
Jacking block 25 is promoted, and extension bar 20 is removed from hole clipping 30, is stretched out spring 22 and is stretched；Second cylinder 4 and the first vent plug 1 afterwards
The gas moved downward simultaneously in the gas in the 3rd cylinder 31 of compression, the 3rd cylinder 31 passes sequentially through the side of the 3rd cylinder 31
3rd air inlet/outlet the 13, the 3rd, which enters outlet passageway the 12, the 3rd and enters escape pipe 5, discharges；When the first vent plug 1 is by the first air cylinder board 66
Pulling force when moving upwards, the gas in the air cavity 32 of the first generating mechanism 56 enters the second cylinder 4 and the 3rd cylinder 31, second
Cylinder 4 slides in and out from the 3rd cylinder 31, while the return in the case where stretching out the effect of spring 22 of clamping mechanism 10, extension bar 20 stretches out
Contacted with the internal face of the 3rd cylinder 31, until extension bar 20 insertion hole clipping 30 in the second cylinder 4 and the 3rd cylinder 31 is locked, separately
Outer first vent plug 1 is also outwards marked from the second cylinder 4.The design of first spacing ring 2 is to prevent on the first vent plug 1
One guide block 15 departs from the first guide groove 8, and then ensures the first vent plug 1 without departing from the second cylinder 4, and the design of the second spacing ring 6 is
In order to prevent the second guide block 16 on the second cylinder 4 from departing from the second guide groove 11, and then ensure the second cylinder 4 without departing from the 3rd gas
Cylinder 31.Two second are entered escape pipe 3 and two the 3rd are entered escape pipe 5 and each can only have an one-way air inlet and one in invention
Individual unidirectional outlet.The purpose of two cylinders of design is, if wind-force is smaller, and only one of which cylinder, then it can not form high pressure
Blade 35 is promoted to rotate；Two cylinders are designed, when wind-force is smaller, the gas in only the second cylinder 4 is compressed, and can be formed
Pushed at high pressure blade 35 is rotated；And when wind-force is larger, the gas in the second cylinder 4 and the 3rd cylinder 31 is compressed.
Above-mentioned first generating mechanism 56 is identical with the structure of the second generating mechanism 58, for the first generating mechanism 56, such as schemes
10th, shown in 11, it includes air cavity 32, magnet 33, the second tracheae 34, blade 35, power coil disk 36, axle sleeve 37, coil panel and turned
Axle 38, blade groove 39, air holes 40, the first concave surface of blade 41, blade the second concave surface 42, the first tracheae 43, wherein such as Figure 11,15 institutes
Show, two blocks of circular magnet 33 are separately mounted between the two ends of air cavity 32, two blocks of magnet 33 form less parallel magnetic field, and install
There is power coil disk 36；As shown in figure 12, the internal circumferential of air cavity 32 is provided with blade groove 39, the difference of two parts up and down of blade groove 39
Symmetrical to be provided with two air holes 40, two the first tracheaes 43 are symmetrically mounted at the both sides of air cavity 32, and two the first tracheaes 43 lead to
Two symmetrical air holes 40 are crossed with blade groove 39 to be connected；Two the second tracheaes 34 are symmetrically mounted at the two of air cavity 32
Side, and two the second tracheaes 34 are connected by two other symmetrical air holes 40 with blade groove 39；As shown in figure 14, generating line
Circle disk 36 is circumferential to be uniformly provided with blade 35, and blade 35 has two symmetrical identical concave surfaces, respectively blade the
One concave surface 41 and the second concave surface of blade 42, and blade 35 is in blade groove 39；As shown in figure 13, the center of power coil disk 36
Coil panel rotating shaft 38 is installed, the center of two blocks of magnet 33 is mounted on axle sleeve 37, and the two ends of coil panel rotating shaft 38 are pacified respectively
Mounted in the inside of two axle sleeves 37.
The outer wall of air cavity 32 of above-mentioned first generating mechanism 56 is arranged on fixed ring flat-plate 49 by the first generating mechanism supports 55
On, the outer wall of air cavity 32 of the second generating mechanism 58 is arranged on crossbeam set 51 by the second generating mechanism supports 71.
In the present invention, the second air inlet pipe entered in escape pipe 3 and the 3rd air inlet pipe entered in escape pipe 5 respectively with air cavity 32
One end of the first tracheae 43 of side is connected with the one end of the second tracheae 34；Second escape pipe entered in escape pipe 3 and the 3rd turnover
Escape pipe in tracheae 5 is connected with the one end of the first tracheae 43 and the one end of the second tracheae 34 of the opposite side of air cavity 32 respectively；Work as height
Calm the anger body from the escape pipe on displacement cylinder be discharged into air cavity 32 when, gases at high pressure from the first tracheae 43 and the second tracheae 34 one
End enters the first tracheae 43 and the other end of the second tracheae 34 simultaneously and not ventilated, and air-flow promotes blade 35 to move, and blade 35 drives
The coil disk rotating shaft 38 of power coil disk 36 is rotated, and uniform less parallel magnetic field, power coil disk are formed between two blocks of magnet 33
36 cutting magnetic induction lines produce electric current；When in gases at high pressure being drained into displacement cylinder from air cavity 32, former first tracheae 43 and second
The airintake direction of tracheae 34 is obstructed, other end conducting and beginning air-breathing, such to be designed to ensure that gases at high pressure promote blade
35 equidirectional motions, the sense of current that the cutting magnetic induction line of power coil disk 36 is produced is identical.Axle sleeve 37 design purpose be in order to
The installation of coil panel rotating shaft 38 is avoided to damage magnet 33, if coil panel rotating shaft 38 is directly installed on magnet 33, two
Parallel magnetic field between magnet 33 will change, it is impossible to meet requirement of the present invention to magnetic direction.
As shown in figure 19, said wires fixed mechanism 48 includes the first support cylinder 60, reciprocal spring 61, fixed mechanism shell
The support of body 62, second cylinder 63, guide groove 64, slide block guide rail 65, the first air cylinder board 66, electric wire fixed cover 67, sliding block 68, second
Air cylinder board 69, electric wire fixed cover rotating shaft 70, wherein as shown in figure 20, the support of fixed mechanism second 53 is arranged on fixed mechanism housing
62 tops, the support of fixed mechanism first 52 is arranged on the bottom of fixed mechanism housing 62；As shown in figure 19, the first support cylinder 60 has
Two, both sides above and below the inside of fixed mechanism housing 62 are separately mounted to, the second support cylinder 63 there are two, is separately mounted to sliding block
Reciprocal spring 61 is mounted between 68 top and bottom, the first support support cylinder 63 of cylinder 60 and second；Fixed mechanism
It is provided with two guide grooves 64, as shown in figure 21, the both sides of sliding block 68 are symmetrically provided with two sliding blocks the internal symmetry of housing 62
Guide rail 65, slide block guide rail 65 is slided in guide groove 64；As shown in Figure 22,23, the both sides of electric wire fixed cover 67 are symmetrically installed
There are two electric wire fixed cover rotating shafts 70, two electric wire fixed cover rotating shafts 70 are separately mounted to the inside both sides of sliding block 68；First cylinder
The air cylinder board 69 of plate 66 and second is separately mounted to the two ends of sliding block 68.
First vent plug 1 of above-mentioned first displacement cylinder 54 is arranged on the first air cylinder board 66, and the of second displacement cylinder 57
One vent plug 1 is arranged on the second air cylinder board 69.
Flexible electric wire is connected between above-mentioned two fixed mount 46, one end of straight electric wire is arranged on electric wire fixed cover 67
In, connected between two symmetrical electric wire fixed covers 67 by flexible electric wire.
In the present invention, electric wire be arranged on sliding block 68 in electric wire fixed cover 67 in, when wind blows electric wire, sliding block 68 by
Acting on for power is moved in fixed mechanism housing 62, the spacing between electric wire is changed, so that falling different between electric wire
Thing drops；Meanwhile, electric wire fixed cover 67 can be rotated around electric wire fixed cover rotating shaft 70, and assigning one by electric wire fixed cover 67 swings certainly
By spending, it can be rotated, the electricity that can prevent wind-force from crossing at ambassador's electric wire fixed cover 67 as electric wire is swung in electric wire swing
Line fractures.When wind blows an electric wire and drives the sliding block 68 on this root electric wire to move down, the spring quilt of the lower section of sliding block 68
Compression, the spring of the top of sliding block 68 is stretched, and moves back and forth afterwards；During the first air cylinder board 66 and the second air cylinder board 69
Pump, the first displacement cylinder 54 and second displacement cylinder 57 produce gases at high pressure, promote the gas of the first generating mechanism 56
The Leaf 35 of 32 and second generating mechanism of chamber, 58 air cavity 32.
In the present invention, when wind blows electric wire, electric wire is moved by windage band movable slider 68 in fixed mechanism housing 62
Dynamic, the spacing between electric wire changes, and the foreign matters such as the Bird's Nest being located on electric wire is dropped；While the first air cylinder board 66 and second
The equidirectional motion of air cylinder board 69, two displacement cylinders one are compressed, and one is stretched, and gases at high pressure are in displacement cylinder and air cavity
Moved between 32, promote blade 35 to be rotated all the time to same direction, blade 35 drives power coil disk 36 to cut two blocks of magnet
Field generating current between 33, is that the lighting apparatus on Electric wire support or other electrical equipments provide low-voltage energy source.
The first tracheae of above-mentioned two 43 enters escape pipe 3 with two second respectively by airway tube and is connected；Two the second gas
Pipe 34 enters escape pipe 5 with two the 3rd respectively by airway tube and is connected.Displacement cylinder is connected by airway tube with generating mechanism
Connect, gases at high pressure are provided for generating mechanism by displacement cylinder, so that blade 35 is rotated, produce electric current.
As shown in Figure 16,17, three sets or four sets of electric wire fixed mechanisms 48 can be installed on above-mentioned fixed mount 46.
Above-mentioned two second enter escape pipe 3 and two the 3rd enter escape pipe 5 each can only have an one-way air inlet and
One unidirectional outlet.One-way air inlet and unidirectional outlet can ensure no matter gas enters displacement cylinder or from position from air cavity 32
Move cylinder and enter air cavity 32, the direction of rotation of blade 35 is all constant, and the sense of current of generation is constant.
In summary, two completely identical in structure fixed mounts 46 are symmetrically mounted at the two ends of crossbeam 45 in the present invention,
Connected between two fixed mounts 46 by flexible electric wire, one end of straight electric wire is arranged in electric wire fixed cover 67；Sliding block 68
It can be slided in fixed mechanism housing 62, electric wire fixed cover 67 can be rotated around electric wire fixed cover rotating shaft 70, when wind is blown directly
During electric wire, electric wire band movable slider 68 is slided, and the distance between straight electric wire changes, can avoid electric wire tower nearby due to Bird's Nest or
Fault caused by other foreign matters；The present invention is simple in construction, and 35 turns of blade in generator structure can be made by displacement cylinder
Move to produce electric current, with stronger practical function.
Claims (4)
1. the Wire support fixed mechanism that a kind of spacing changes with the wind, it is characterised in that：It includes fixed mount, crossbeam, vertical beam, its
Middle cross beam is arranged on the top of vertical beam, and the two ends of crossbeam are symmetrically provided with two fixed mounts；
The structure of above-mentioned two fixed mount is identical, for any one fixed mount, it include electric wire fixed mechanism, fixed ring flat-plate,
Radial direction lattice framing, crossbeam set, fixed mechanism first are supported, fixed mechanism second is supported, the first displacement cylinder, the first generating mechanism branch
Support, the second generating mechanism supports, the first generating mechanism, second displacement cylinder, the second generating mechanism, its middle cross beam set are arranged on horizontal stroke
One end of beam, one end of three radial direction lattice framings is circumferential uniform on the outer edge surface that crossbeam covers, and the other end is circumferentially uniform to be installed
On the inner edge surface of fixed ring flat-plate；The structure installed between any two radial direction lattice framings is identical, is mounted on electric wire and fixes
Mechanism, the first displacement cylinder, the first generating mechanism, second displacement cylinder, the second generating mechanism, wherein fixed mechanism second are supported
On fixed ring flat-plate inner edge surface, the support of fixed mechanism first is arranged on crossbeam set outer edge surface, and electric wire fixed mechanism is installed
Between fixed mechanism first is supported and fixed mechanism second is supported；First displacement cylinder is arranged on fixed ring flat-plate inner edge, second
Displacement cylinder is arranged on one end on crossbeam set outer edge surface；First generating mechanism is arranged on by the first generating mechanism supports and fixed
On ring flat-plate, the second generating mechanism is put by the second generating mechanism supports installed in crossbeam；
Above-mentioned first displacement cylinder is identical with the structure of second displacement cylinder, for the first displacement cylinder, it include the first vent plug,
First spacing ring, second enter escape pipe, the second cylinder, the 3rd enter escape pipe, the second spacing ring, second enter outlet passageway, first
Guide groove, the second air inlet/outlet, clamping mechanism, the second guide groove, the 3rd enter outlet passageway, the 3rd air inlet/outlet, the 3rd bottom plate, first
Guide block, the second guide block, screwed hole, the second bottom plate, hole clipping, the 3rd cylinder, wherein the bottom of the 3rd cylinder is provided with the 3rd bottom plate,
Top is provided with the second spacing ring, and two the 3rd are entered escape pipe and are symmetrically mounted on the second spacing ring；The bottom of second cylinder
Second bottom plate is installed, top is provided with the first spacing ring, and two second are entered escape pipe and are symmetrically mounted on the first spacing ring,
And two second planes of symmetry for entering escape pipe are vertical with the plane of symmetry that two the 3rd are entered escape pipe；Second cylinder end is arranged on the
The inside of three cylinders, one end of the first vent plug is arranged on the inside of the second cylinder；The outside of first vent plug is symmetrically provided with two
Individual first guide block, is provided with two the first guide grooves the internal symmetry of the second cylinder, and the first vent plug is led by the first guide block with first
The cooperation of groove is arranged in the second cylinder, and the first guide block is slidably mounted in the first guide groove；The outside of second cylinder is symmetrically
Two the second guide blocks are installed, two the second guide grooves are provided with the internal symmetry of the 3rd cylinder, and two the first guide grooves is symmetrical
Face is vertical with the plane of symmetry of two the second guide grooves, and the second cylinder is arranged on the 3rd gas by the cooperation of the second guide block and the second guide groove
In cylinder, the second guide block is slidably mounted in the second guide groove；Symmetrically be provided with second cylinder two second enter outlet passageway and
Two the second air inlet/outlets, and the second air inlet/outlet is located at the second bottom for entering outlet passageway, two second turnover tracheae difference
Installed in two second tops for entering outlet passageway；Two the 3rd are symmetrically provided with 3rd cylinder and enters outlet passageway and two
Three air inlet/outlets, and the 3rd air inlet/outlet is located at the 3rd bottom for entering outlet passageway, two the 3rd turnover tracheaes are separately mounted to
Two the 3rd enter outlet passageway top；3rd cylinder interior is symmetrically provided with two hole clippings；The center of second bottom plate is provided with
Screwed hole, clamping mechanism is arranged in the screwed hole of the second bottom plate；
Above-mentioned first displacement cylinder is arranged on fixed ring flat-plate inner edge by the 3rd bottom plate of itself, and second displacement cylinder passes through itself
The 3rd bottom plate be arranged on crossbeam cover outer edge surface on one end；
Above-mentioned clamping mechanism includes exposure mechanism, shifting block, screw thread frizzen, triggering spring, wherein triggering top plate, screw thread frizzen
Bottom shifting block is installed, top is provided with triggering top plate, and triggering spring is placed on the outside of screw thread frizzen, screw thread frizzen peace
In screwed hole and the external screw thread of screw thread frizzen and the internal thread of screwed hole are coordinated by screw thread, shifting block is located at the second bottom plate
Lower section, triggering top plate be located at the second bottom plate top；Two exposure mechanisms are circumferential to be uniformly arranged on the second bottom plate, and two are stretched
Go out mechanism it is parallel to each other and positioned at shifting block two ends；
The structure of above-mentioned two exposure mechanism is identical, and for any one exposure mechanism, it includes extension bar, fixed block, stretching
Spring, extension bar fixture block, jacking block, wherein fixed block are fixed on the downside of the second bottom plate, and extension bar fixture block is fixed on extension bar,
Extension bar is passed through from fixed block；Stretch out spring to be arranged between fixed block and extension bar fixture block, and be placed on the outside of extension bar；Stretch
One end of rod coordinates with hole clipping, and the other end is provided with jacking block, and jacking block is located at one end of shifting block；
Above-mentioned first generating mechanism is identical with the structure of the second generating mechanism, and for the first generating mechanism, it includes air cavity, magnetic
Iron, the second tracheae, blade, power coil disk, axle sleeve, coil panel rotating shaft, blade groove, air holes, the concave surface of blade first, blade second
Concave surface, the first tracheae, wherein two blocks of circular magnet are separately mounted between air cavity two ends, two blocks of magnet form less parallel magnetic
, and power coil disk is installed；Air cavity internal circumferential is provided with blade groove, and two parts up and down of blade groove are respectively symmetrically provided with two
Individual air holes, two the first tracheaes are symmetrically mounted at the both sides of air cavity, and two the first tracheaes pass through two symmetrical wind
Hole is connected with blade groove；Two the second tracheaes are symmetrically mounted at the both sides of air cavity, and two the second tracheaes pass through other two
Individual symmetrical air holes is connected with blade groove；Power coil disk is circumferentially uniformly provided with blade, blade have two it is symmetrical
Identical concave surface, the respectively concave surface of blade first and the concave surface of blade second, and blade is in blade groove；Power coil disk
Center is provided with coil panel rotating shaft, and the center of two blocks of magnet is mounted on axle sleeve, and the two ends of coil panel rotating shaft are respectively mounted
In the inside of two axle sleeves；
The air cavity outer wall of above-mentioned first generating mechanism is arranged on fixed ring flat-plate by the first generating mechanism supports, the second generator
The air cavity outer wall of structure is put by the second generating mechanism supports installed in crossbeam；
Said wires fixed mechanism includes the first support cylinder, reciprocal spring, fixed mechanism housing, the second support cylinder, guide rail
Groove, slide block guide rail, the first air cylinder board, electric wire fixed cover, sliding block, the second air cylinder board, wherein electric wire fixed cover rotating shaft, fixed mechanism
Second support is arranged on fixed mechanism housing tip, and the support of fixed mechanism first is arranged on fixed mechanism housing bottom；First
Holding round post has two, is separately mounted to both sides above and below fixed mechanism enclosure interior, and the second support cylinder has two, is separately mounted to
The top and bottom of sliding block, reciprocal spring is mounted between the first support cylinder and the second support cylinder；Fixed mechanism housing
It is provided with two guide grooves, the both sides of sliding block are symmetrically provided with two slide block guide rails, and sliding block passes through slide block guide rail internal symmetry
Cooperation with guide groove is arranged on fixed mechanism enclosure interior, and slide block guide rail is slidably mounted in guide groove；Electric wire fixed cover
Both sides two electric wire fixed cover rotating shafts are symmetrically installed, two electric wire fixed cover rotating shafts are separately mounted to two inside sliding block
Side；First air cylinder board and the second air cylinder board are separately mounted to the two ends of sliding block；
First vent plug of above-mentioned first displacement cylinder is arranged on the first air cylinder board, and the first vent plug of second displacement cylinder is arranged on
On second air cylinder board；
Flexible electric wire is connected between above-mentioned two fixed mount, one end of straight electric wire is arranged in electric wire fixed cover, two
Connected between symmetrical electric wire fixed cover by flexible electric wire.
2. the Wire support fixed mechanism that a kind of spacing according to claim 1 changes with the wind, it is characterised in that：Above-mentioned two
Individual first tracheae enters escape pipe with two second respectively by airway tube and is connected；Two the second tracheaes by airway tube respectively with
Two the 3rd are entered escape pipe and are connected.
3. the Wire support fixed mechanism that a kind of spacing according to claim 1 changes with the wind, it is characterised in that：It is above-mentioned solid
Determine three sets or four sets of electric wire fixed mechanisms can be installed on frame.
4. the Wire support fixed mechanism that a kind of spacing according to claim 1 changes with the wind, it is characterised in that：Above-mentioned two
Individual second enters escape pipe and two the 3rd are entered escape pipe and each can only have an one-way air inlet and a unidirectional outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201610687433.8A CN106384988B (en) | 2016-08-19 | 2016-08-19 | The Wire support fixed mechanism that a kind of spacing changes with the wind |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610687433.8A CN106384988B (en) | 2016-08-19 | 2016-08-19 | The Wire support fixed mechanism that a kind of spacing changes with the wind |
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| CN106384988B true CN106384988B (en) | 2017-08-25 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108799630B (en) * | 2018-07-27 | 2019-12-17 | 东阳市中傲建筑工程有限公司 | Cable support |
| CN109599820B (en) * | 2018-11-02 | 2020-06-19 | 浙江大学 | Anti-galloping-twisting turning eddy current mass damper and optimization method |
| CN109546602B (en) * | 2018-12-06 | 2020-10-16 | 国网辽宁省电力有限公司锦州供电公司 | Method for reducing transmission line waving amplitude by using wind power |
| CN111130034B (en) * | 2020-01-03 | 2024-06-18 | 海南荆邑科技有限公司 | New energy automobile fire-retardant pencil sheath |
| CN113629639B (en) * | 2021-10-12 | 2021-12-17 | 江苏昕讯线缆科技有限公司 | Cable support capable of resisting impact of atmospheric air flow |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102562708A (en) * | 2010-12-14 | 2012-07-11 | 海洋王照明科技股份有限公司 | Telescopic cylinder and lighting device comprising same |
| CN102644486A (en) * | 2012-05-11 | 2012-08-22 | 李晓桓 | Multilayer magnetic levitation inertia flywheel electromagnetic high-pressure pneumatic energy generator |
| CN204253497U (en) * | 2014-10-14 | 2015-04-08 | 北京工业大学 | A kind of multi-stage cylinder of sequentially-operating |
| CN204304369U (en) * | 2014-11-04 | 2015-04-29 | 国家电网公司 | Vibration damping conductor spacer |
| CN204947532U (en) * | 2015-08-14 | 2016-01-06 | 国网山东省电力公司烟台供电公司 | A kind of inter-phase spacer dual spring damping device |
| WO2016063142A1 (en) * | 2014-10-23 | 2016-04-28 | Wettasinghe Shantha Kumara Baladewa | Circulating water power plant |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2013198178A (en) * | 2012-03-15 | 2013-09-30 | Chugoku Electric Power Co Inc:The | Spacer for additional line construction and additional line construction method |
-
2016
- 2016-08-19 CN CN201610687433.8A patent/CN106384988B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102562708A (en) * | 2010-12-14 | 2012-07-11 | 海洋王照明科技股份有限公司 | Telescopic cylinder and lighting device comprising same |
| CN102644486A (en) * | 2012-05-11 | 2012-08-22 | 李晓桓 | Multilayer magnetic levitation inertia flywheel electromagnetic high-pressure pneumatic energy generator |
| CN204253497U (en) * | 2014-10-14 | 2015-04-08 | 北京工业大学 | A kind of multi-stage cylinder of sequentially-operating |
| WO2016063142A1 (en) * | 2014-10-23 | 2016-04-28 | Wettasinghe Shantha Kumara Baladewa | Circulating water power plant |
| CN204304369U (en) * | 2014-11-04 | 2015-04-29 | 国家电网公司 | Vibration damping conductor spacer |
| CN204947532U (en) * | 2015-08-14 | 2016-01-06 | 国网山东省电力公司烟台供电公司 | A kind of inter-phase spacer dual spring damping device |
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Effective date of registration: 20191029 Address after: 314510 qujiabang village, zhouquan Town, Tongxiang City, Jiaxing City, Zhejiang Province Patentee after: Zhejiang canyuan Home Textile Co., Ltd Address before: Sand town street in Longwan District of Wenzhou City, 325025 city of Zhejiang province No. 719 Patentee before: Xiang Jinglai |
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