CN109797680A - A kind of long track of highway automatic protection column resistant to lodging - Google Patents
A kind of long track of highway automatic protection column resistant to lodging Download PDFInfo
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- CN109797680A CN109797680A CN201910084155.0A CN201910084155A CN109797680A CN 109797680 A CN109797680 A CN 109797680A CN 201910084155 A CN201910084155 A CN 201910084155A CN 109797680 A CN109797680 A CN 109797680A
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- respectively arranged
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- sliding
- rotation
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
- E01F13/00—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions
- E01F13/04—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage
- E01F13/048—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage with obstructing members moving in a translatory motion, e.g. vertical lift barriers, sliding gates
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- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)
Abstract
The invention discloses a kind of long track of highway automatic protection columns resistant to lodging, a track is provided on the road surface, the protection base of hurdle of a sliding is provided on the track, one the 4th groove is provided on the protection base of hurdle, the end of the protection base of hurdle is provided with a driving wheel rotated in the 4th groove, the support wheel of row rotation is additionally provided in 4th groove, the support sliding slot of the corresponding setting of a row is additionally provided on the track, the second slide opening of the corresponding setting of a circle is respectively arranged on the support wheel, a sliding is respectively arranged in second slide opening connects and fixes axis, the support wheel rotation connects and fixes axis rotation described in driving, the axis that connects and fixes slides in the support sliding slot, axis, which is connected and fixed, described in capable of further making by the rotation of the support wheel is connected to the support sliding slot It is interior, so that further fixation is supported to the protection base of hurdle, so as to avoid because toppling over caused by strong wind problem.
Description
The application is application number 2017103951318, on May 2017 applying date 30, " a kind of highway is long for denomination of invention
The divisional application on track automatic protection column resistant to lodging ".
Technical field
The present invention relates to a kind of protective fences, and in particular to a kind of long track of highway automatic protection column resistant to lodging, more particularly to
A kind of long track of highway that can be resistant to lodging while can be protected using protective fence in the longer situation of highway
Automatic protection column resistant to lodging.
Background technique
The continuous development that highway construction is further promoted while continuous improvement with living standard, wherein present
Highway construction during will appear the case where highway mutually crosses with railway, and in this case just in the two sides of highway
Protective fence can be set to protect railway, the bottom of protective fence is provided with idler wheel, is provided on the road surface of highway
Track, to further protective fence be enable to slide in orbit, to the vehicle on highway be stopped, when train is logical
Protective fence is opened so as to passing through vehicle normally again after crossing, wherein during present protective fence setting by
In the wider width of highway, so the length of protective fence also can be longer, although can be carried out to highway using protective fence effective
Stop, railway effectively protected, but there is problems:
Since the length of protective fence is longer, when in the case where encountering strong wind, the bottom of protective fence lacks fixation, so idler wheel meeting
The problem of de-orbiting further will cause protective fence to fall after the idler wheel of protective fence bottom setting de-orbits
To on track, the further train to traveling causes serious safety accident, so that serious life threat is caused to passenger,
And protective fence is later same in guiding road also to cause serious safety to the vehicle of traveling, thus further
Influence the safety of driver.
It is therefore necessary to design a kind of long track of highway automatic protection column resistant to lodging, to solve the above technical problems.
Summary of the invention
The object of the present invention is to overcome the problems of the prior art, and it is resistant to lodging automatic anti-to provide a kind of long track of highway
Guardrail can further drive the protection base of hurdle by the protection base of hurdle in the driving wheel and support wheel of upper setting
It slides on the track, to further drive the sliding of the first support bar and second support bar, institute can be passed through
It states first support bar and the second support bar further closes highway, thus guarantee the normal pass to train,
And the sliding of the sealing plate can be further driven by the rotation of first runner, thus further will be described
Sliding slot is supported to open, so as to connect and fix the rotation of axis described in the process drive that rotate in the support wheel, thus into one
Step make it is described connect and fix axis and be further connected in the support sliding slot, and can be connected to by the clamping axis
In the fixation hole, further the axis that connects and fixes is connected and fixed, to further guarantee to arrive the support
The stability of wheel can pass through the cunning for further driving the clamping axis of the rotation wind wheel in the case where strong wind
It is dynamic, the axis that connects and fixes is connected and fixed so as to realize, it is further to guarantee to arrive the first support bar and institute
The stability of second support bar is stated, thus threat caused by train after preventing the protection base of hurdle from toppling over because of strong wind.
The invention is realized by the following technical scheme:
A kind of long track of highway automatic protection column resistant to lodging, includes a road surface, a track, the rail is provided on the road surface
It is provided with the protection base of hurdle of a sliding on road, the first support of the corresponding setting of a row is provided on the protection base of hurdle
Bar is provided with a second support bar side by side, is provided with one the 4th groove, institute on the protection base of hurdle in the first support bar
The end for stating protection base of hurdle is provided with a driving wheel rotated in the 4th groove, is additionally provided in the 4th groove
The support wheel of one row rotation, the driving wheel rotate on the track respectively with the support wheel.The driving can be passed through
Wheel and the rotation of the support wheel on the track further drive the sliding of the protection base of hurdle, thus further
Highway is stopped using the first support bar and the second support bar, so as to guarantee the positive normal open to train
Row.
The support sliding slot of the corresponding setting of a row is additionally provided on the track, the support sliding slot two sides are respectively arranged with
One with the first side channel of the corresponding connection of the support sliding slot, the sealing plate of a sliding is respectively arranged in first side channel,
The support sliding slot is sealed after the corresponding connection of sealing plate described in two sides, the two sides of the support sliding slot are respectively arranged with one in institute
The first rotating shaft rotated in track is stated, one first turn corresponding with the sealing plate is respectively arranged in the first rotating shaft
It takes turns, the sliding of sealing plate described in first driven by rotating wheel, the protection base of hurdle sliding controls the sealing plate sliding.It being capable of benefit
Further the support sliding slot is sealed with the sliding of the sealing plate, is slided to prevent foreign matter from dropping into the support
In slot.
It is respectively arranged with the second slide opening of the corresponding setting of a circle on the support wheel, is respectively set in second slide opening
There is the axis that connects and fixes of a sliding, connects and fixes axis rotation described in the support wheel rotation drive, the axis that connects and fixes is in institute
Sliding in support sliding slot is stated, the axis two sides that connect and fix are respectively arranged with a fixation hole, the two sides difference of the support sliding slot
It is provided with second side channel corresponding with the fixation hole, the clamping axis of a sliding is respectively arranged in second side channel,
The two sides of clamping axis clamping corresponding with the fixation hole respectively, the support sliding slot are respectively arranged with one in the track
6th shaft of interior rotation is respectively arranged with second runner corresponding with the clamping axis in the 6th shaft, described
Second runner drives the clamping axis to slide respectively, and the end of the track is additionally provided with a wind bar, also sets up on the wind bar
There is the rotation wind wheel of a rotation, the rotation wind wheel drives the 6th shaft rotation.The mistake that can be rotated in the support wheel
The rotation of axis is connected and fixed described in further driving in journey, further makes that described to connect and fix axis corresponding so as to logical
Be connected in the support sliding slot, and can be by the sliding of the clamping axis, further makes the clamping axis card
It connects in the fixation hole, to be further supported to the axis that connects and fixes, further to the protective fence bottom
Frame is fixed, so that the danger that caused protection base of hurdle is toppled in the case where strong wind is prevented, to make to train
It at danger, while also avoiding causing danger to the vehicle of traveling, the further safety for guaranteeing to arrive driver.
Further, the support sliding slot two sides respectively include a sliding cavity being located in the track, the sliding
Chamber connection corresponding with first side channel respectively is respectively arranged with a cunning slided in the sliding cavity on the sealing plate
Lever is also respectively provided with the first spring of the press sealing plate in the sliding cavity, and the two sides of the support sliding slot are also
Respectively include first slide opening being located in the track, first slide opening connection corresponding with the sliding cavity respectively,
The sliding tie rod of a sliding is respectively arranged in first slide opening, the sliding tie rod is connected respectively in the sliding bar
On, the two sides of the support sliding slot respectively further comprise first turn of chamber being located in the track, first turn of chamber difference
Connection corresponding with first slide opening, be respectively arranged on the sliding tie rod one first turn of intracavitary sliding connection
Rack gear.It can further enable sealing plate described in two sides is corresponding to compress by the press of first spring, thus
Further the support sliding slot is sealed.
It is also respectively provided with a third runner corresponding with first runner in the first rotating shaft, described first turn
Wheel is provided with a circle the corresponding 6th in first turn of intracavitary rotation, first runner respectively with the third runner
Groove is also respectively provided with the third groove of a connection corresponding with the 6th groove, the third on first runner
It is respectively arranged with a third shaft being connected on first runner in groove, is respectively arranged with one turn in the third shaft
The second dynamic connecting shaft is respectively arranged with second rotating block rotated in the 6th groove in second connecting shaft,
It is also respectively provided with the second spring of a tension second rotating block in 6th groove, is set respectively on the connection rack gear
It is equipped with the tooth socket being serrated, second rotating block clamping corresponding with the tooth socket respectively.Described first turn can be passed through
The rotation of axis further drives the rotation of first rotating block, so as to what can be synchronized by first rotating block
The swing of second rotating block is driven, so as to further be connected to the connection rack gear by second rotating block
In set tooth socket, so that the sliding of the sliding tie rod is further pushed, to further carry out the sealing plate
It pushes and opens, so as to open the support sliding slot.
The first groove of corresponding setting is enclosed in setting one on the third runner, is also respectively provided on the third runner
Second groove of one connection corresponding with first groove is respectively arranged with one second shaft in second groove, described
It is respectively arranged with the first connecting shaft of a rotation in second shaft, one is respectively arranged in first connecting shaft described first
The first rotating block rotated in groove is respectively arranged with a third magnet, the protection base of hurdle two on first rotating block
Side is respectively arranged with the second magnet of a magnetic corresponding with the third magnet, the length and the protection of second magnet
Base of hurdle length is identical, described by the corresponding connection of a connecting shaft between first rotating block and second rotating block
First rotating block drives the second rotating block movement, and semicircular in shape is set first rotating block respectively with second rotating block
It sets.The sliding of second magnet can be further driven, by the sliding of the protection base of hurdle so as to pass through
The sliding further magnetic connection corresponding with the third magnet progress for stating the second magnet, to further pass through institute
The swing that the first rotating block drives second rotating block is stated, to further be connected to by second rotating block described
It connects in tooth socket set by rack gear.
Further, the two sides of the support sliding slot respectively include second turn of chamber being located in the track, described
It is respectively arranged on the connection corresponding with second side channel respectively of second turn of chamber, second runner and the clamping axis opposite
The tooth socket of connection should be engaged, a clamping joint corresponding with the fixation hole is respectively arranged on the clamping axis.It can pass through
The sliding of the clamping axis further drives the sliding of the clamping joint, so as to by the sliding of the clamping joint into one
Step is connected in the fixation hole, to further connect and fix to the axis that connects and fixes, so as to institute
Support wheel is stated to be fixed.
Further, the two sides of the track are respectively arranged with one second turn hole, and the 6th shaft is respectively described
Rotation, one end of the track are provided with a third and turn chamber in two turn holes, are respectively arranged with a phase in two the 6th shafts
It is engaged the 4th gear of connection, two the 4th gears turn intracavitary rotation in the third, and the third turns intracavitary
It is also respectively provided with the 4th spring of a connection corresponding with the 4th gear, the end of the 6th shaft is provided with
One first bevel gear is provided with the 7th shaft of a rotation in the wind bar, and one end of the 7th shaft is provided with one and institute
The second bevel gear of the corresponding engagement connection of first bevel gear is stated, the other end of the 7th shaft is provided with a triconodont
It takes turns, the eight revolution axis of a rotation is additionally provided on the wind bar, one end of the eight revolution axis is provided with one and bores with the third
4th bevel gear of the corresponding engagement connection of gear, the rotation wind wheel are connected to the other end of the eight revolution axis.It can lead to
The rotation for crossing the rotation wind wheel further drives the rotation of the 6th shaft, so as to pass through the 6th shaft
The sliding of axis is connected and fixed described in the further drive of rotation, so that the clamping joint further be made to be connected to the fixation hole
It is interior, so as to achieve the purpose that slide using clamping joint described in wind control, institute can be passed through after the abatement of wind
The tightening force of the 4th spring is stated, further resets the axis that connects and fixes.
Further, the two sides of the track are respectively arranged with one first turn hole, and the first rotating shaft is respectively described
Rotation in one turn hole, and the end of the track is additionally provided with one second motor, second motor and wherein one described first
The corresponding connection of shaft, the other end of the first rotating shaft are respectively arranged with the third gear of a corresponding engagement connection.It can
The rotation of the first rotating shaft is driven, further by the rotation of second motor so as to pass through the third gear
The corresponding engagement connection corresponding rotation that further makes two first rotating shafts synchronous, to further make described
The movement that sealing plate can synchronize.
Further, it is respectively arranged with one in the 4th groove and comes the 4th turn rotated in the protection base of hurdle
Axis, the support wheel are separately positioned in the 4th shaft, are also respectively provided with a connection gear in the 4th shaft, institute
Corresponding connection tooth socket there are two being respectively set in connection gear is stated, is passed through respectively between connection gear described in each adjacent two
The corresponding connection of one chain.The connection gear can be subjected to corresponding connection by chain, to further make institute
The rotation that support wheel can synchronize is stated, to connect and fix the movement that axis synchronizes described in further enabling.
Circle fixing head corresponding with the support sliding slot, second slide opening point are respectively arranged on the support wheel
The third spring that axis is connected and fixed described in a tension She Zhi not be respectively arranged in second slide opening in the fixing head,
The end for connecting and fixing axis is respectively arranged with one the 4th magnet, and one and described the are also respectively provided in the support sliding slot
First magnet of the corresponding magnetic connection of four magnet.The corresponding magnetic of first magnet and the 4th magnet can be passed through
Connection is slided in the support sliding slot to connect and fix axis described in further enabling.
Further, the 5th shaft rotated in the protection base of hurdle, institute are additionally provided in the 4th groove
It states driving wheel to be arranged in the 5th shaft, and is additionally provided with a first motor on the protection base of hurdle, first electricity
It has been correspondingly connected with a second gear on machine, an engagement connection corresponding with the second gear is provided in the 5th shaft
First gear passes through the corresponding rotation connection of a rotating link chain between the first gear and the second gear.It can pass through
The rotation of first motor further drives the rotation of the driving wheel, so as to further by the rotation of the driving wheel
The drive protection base of hurdle can slide on the track, to further be blocked to highway.
Further, the both ends of the protection base of hurdle are respectively arranged with a support base, and the support base is separately positioned on
The two sides of the protection base of hurdle are respectively arranged with the press chamber of a T-shaped setting, intracavitary point of the press on the support base
It is not provided with the compression bar of a sliding, the compression bar distinguishes T-shaped setting, is connected separately with a press on the compression bar
Head is respectively arranged with one the 5th groove in the pressure end, is respectively arranged with one in the 5th groove and is connected to the press
The 9th shaft on head is respectively arranged with the back-up roller wheel of a rotation in the 9th shaft, and the back-up roller wheel is respectively in institute
It states and is rotated on road surface, and intracavitary the 5th spring for being respectively arranged with the press compression bar of press.It can be described anti-
The two sides of guardrail chassis are respectively arranged with a support base, and the back-up roller wheel of a rotation is respectively arranged on the support base, from
And can be rotated on the road surface by the back-up roller wheel, so that further the protection base of hurdle is supported,
So as to guarantee the normal sliding to the protection base of hurdle.
Compared with prior art, the beneficial effects of the present invention are: the driving for protecting base of hurdle in upper setting can be passed through
Wheel and support wheel, further drive the protection base of hurdle to slide on the track, to further drive described the
The sliding of one support rod and second support bar, can further will be public by the first support bar and the second support bar
Road is closed, to guarantee the normal pass to train, is provided with the corresponding support sliding slot of a row on the track, and
And the sliding of the sealing plate can be further driven by the rotation of first runner, thus further by the branch
It supports sliding slot to open, is respectively arranged with that a circle is corresponding to connect and fix axis, on the support wheel so as in the support
The process of wheel rotation connects and fixes the rotation of axis described in driving, and is further clamped to connect and fix axis described in further making
In the support sliding slot, it is provided with the axis of sliding, in the support sliding slot so as to be clamped by the clamping axis
It connects and fixes in fixation hole set by axis, further the axis that connects and fixes is connected and fixed, thus into one described
The stability of the support wheel is arrived in the guarantee of step, can pass through the further of the rotation wind wheel in the case where strong wind
The sliding for driving the clamping axis, connects and fixes the axis that connects and fixes so as to realize, and can pass through institute
It states rotation wind wheel to rotate under the action of the forces of the wind, to control the sliding of the clamping axis, further so as to pass through wind
Power further controls the stabilization of the support wheel, further to guarantee to the first support bar and the second support bar
Stability thus threat caused by train after preventing the protection base of hurdle from toppling over because of strong wind, while also further guaranteeing
To the life security of driver.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is the long track of highway of embodiment of the present invention automatic protection column overall structure diagram resistant to lodging.
Fig. 2 is track of the embodiment of the present invention and protection base of hurdle overall structure side view.
Fig. 3 is driving wheel of embodiment of the present invention overall structure diagram.
Fig. 4 is the first runner of the embodiment of the present invention and sealing plate overall structure connection schematic diagram.
Fig. 5 is that the present invention implements support wheel overall structure side view.
Fig. 6 connects and fixes axis overall structure side view to be set on support wheel of the embodiment of the present invention.
Fig. 7 is third of embodiment of the present invention runner overall structure side view.
Fig. 8 is the first runner of embodiment of the present invention overall structure side view.
Fig. 9 is the first runner of the embodiment of the present invention and third runner overall structure top view.
Figure 10 is track of embodiment of the present invention overall structure top view.
Figure 11 is that the embodiment of the present invention connects rack gear overall structure diagram.
Figure 12 is wind of embodiment of the present invention bar overall structure diagram.
Figure 13 is support base of embodiment of the present invention overall structure diagram.
In figure: 1 track, 2 protection base of hurdle, 3 driving wheels, 4 support wheels, 5 first support bars, 6 second support bars, 7 supports
Sliding slot, 8 first side channels, 9 sealing plates, 10 first turns of chambers, 11 first runners, 12 second side channels, 13 clamping axis, 14 second turns of chambers,
15 second runners, 16 first magnet, 17 support bases, 18 back-up roller wheels, 19 second magnet, 20 first slide openings, 21 sliding tie rods, 22
First spring, 23 first rotating shafts, 24 third runners, 25 first rotating blocks, 26 second rotating blocks, 27 third magnet, 28 connecting shafts,
29 first grooves, 30 second grooves, 31 second shafts, 32 first connecting shafts, 33 third shafts, 34 second connecting shafts, 35 second
Spring, 36 third grooves, 37 the 4th grooves, 38 the 4th shafts, 39 second slide openings, 40 connect and fix axis, 41 third springs, 42 solid
Determine hole, 43 the 4th magnet, 44 connection gears, 45 connection tooth sockets, 46 fixing heads, 47 the 5th shafts, 48 first gears, 49 second teeth
Wheel, 50 rotating link chains, 51 first motors, 52 first turn holes, 53 second turn holes, 54 second motors, 55 third gears, 56 the 6th turns
Axis, 57 the 4th gears, 58 the 4th springs, 59 thirds turn chamber, 60 first bevel gears, 61 second bevel gears, 62 the 7th shafts, 63
Third hand tap gear, 64 the 4th bevel gears, 65 eight revolution axis, 66 rotation wind wheels, 67 press chambers, 68 compression bars, 69 the 5th springs, 70 tops
Pressure head, 71 the 5th grooves, 72 the 9th shafts, 73 connection rack gears, 74 sliding bars, 75 sliding cavities, 76 the 6th grooves, 77 road surfaces, 78
Tooth socket, 79 wind bars, 80 clamping joints.
Specific embodiment
As shown in figure 1 to figure 13, the long track of a kind of highway automatic protection column resistant to lodging includes a road surface 77, the road
It is provided with a track 1 on face 77, the protection base of hurdle 2 of a sliding is provided on the track 1, is set on the protection base of hurdle 2
It is equipped with the first support bar 5 of the corresponding setting of a row, is provided with a second support bar 6 in the first support bar 5 side by side, it is described
One the 4th groove 37 is provided on protection base of hurdle 2, the end of the protection base of hurdle 2 is provided with one in the 4th groove 37
The driving wheel 3 of interior rotation is additionally provided with the support wheel 4 of row rotation, the driving wheel 3 and the branch in the 4th groove 37
Support wheel 4 rotates on the track 1 respectively.It is provided with track 1 on road surface 77, is provided with one on the protection base of hurdle 2
4th groove 37 is provided with a rotate driving wheel 3 in the 4th groove 37, is additionally provided with one in the 4th groove 37
The support wheel 4 of row's rotation can utilize the support wheel 4 so as to rotate on the track 1 using the support wheel 4
The protection base of hurdle 2 is supported, so as to guarantee to the protection base of hurdle 2 normally to slide, and energy
The sliding of the protection base of hurdle 2 is driven, further by the rotation of the driving wheel 3 enough so as to utilize described first
Support rod 5 and the second support bar 6 stop highway, to close to railway, can guarantee normal to train
It is current.
The support sliding slot 7 of the corresponding setting of a row is additionally provided on the track 1,7 two sides of support sliding slot are set respectively
It is equipped with the first side channel 8 of a connection corresponding with the support sliding slot 7, is respectively arranged with a sliding in first side channel 8
Sealing plate 9 seals the support sliding slot 7, the two sides difference of the support sliding slot 7 after the corresponding connection of sealing plate 9 described in two sides
It is provided with a first rotating shaft 23 rotated in the track 1, is respectively arranged with one and the sealing in the first rotating shaft 23
Corresponding first runner 11 of plate 9, first runner 11 drive the sealing plate 9 to slide, the sliding of protection base of hurdle 2 control
The sealing plate 9 is made to slide.The corresponding support sliding slot 7 of a row is provided on the track 1, the support sliding slot 7 is arranged
Quantity can be configured according to the needs of design, and it is described support sliding slot 7 two sides be respectively arranged with one first side
Slot 8, the connection corresponding with the support sliding slot 7 of first side channel 8 respectively, is respectively arranged in first side channel 8
The sealing plate 9 of one sliding, can be sealed the support sliding slot 7 after the corresponding connection of sealing plate 9 described in two sides, thus into
One step prevents foreign matter from dropping into the support sliding slot 7, is respectively arranged with first turn of a rotation in the two sides of the track 1
Axis 23 is respectively arranged with first runner 11 corresponding with the sealing plate 9 in the first rotating shaft 23, so as to pass through
The rotation of the first rotating shaft 23 further drives first runner 11 to rotate synchronously, and first runner 11 is in rotation
It is capable of the sliding of the drive sealing plate 9 simultaneously, in the process so as to further by the sliding of sealing plate 9 described in two sides
The support sliding slot 7 is opened, the protection base of hurdle 2 further controls the sealing plate 9 during sliding
Open, so as to during the protection base of hurdle 2 is in sliding further by the sealing plate 9 sliding so as to
The support sliding slot 7 is opened.
It is respectively arranged with the second slide opening 39 of the corresponding setting of a circle on the support wheel 4, divides in second slide opening 39
Be not provided with a sliding connects and fixes axis 40, connects and fixes the rotation of axis 40, the clamping described in the rotation of support wheel 4 drive
Fixing axle 40 is slided in the support sliding slot 7, and 40 two sides of axis that connect and fix are respectively arranged with a fixation hole 42, the branch
The two sides of support sliding slot 7 are respectively arranged with second side channel 12 corresponding with the fixation hole 42, divide in second side channel 12
It is not provided with the clamping axis 13 of a sliding, the clamping axis 13 clamping corresponding with the fixation hole 42 respectively, the support is slided
The two sides of slot 7 are respectively arranged with the 6th shaft 56 rotated in the track 1, are respectively arranged in the 6th shaft 56
One second runner 15 corresponding with the clamping axis 13, second runner 15 drive the clamping axis 13 to slide respectively, institute
The end for stating track 1 is additionally provided with a wind bar 79, and the rotation wind wheel 66 of a rotation, the rotation are additionally provided on the wind bar 79
Wind wheel 66 drives the 6th shaft 56 to rotate.Corresponding second slide opening 39 of a circle is provided on the support wheel 4, in institute
State be respectively arranged with a sliding in the second slide opening 39 connect and fix axis 40, the support wheel 4 in the course of rotation can be same
The rotation of axis 40, and turn that the support wheel 4 being arranged in the 4th groove 37 can synchronize are connected and fixed described in the drive of step
It is dynamic, and the axis 40 that connects and fixes can slide in the support sliding slot 7 respectively, so as to pass through the support wheel
4 rotation connects and fixes the rotation of axis 40 described in being able to drive, to further make the set clamping on the support wheel 4
Fixing axle 40 can successively being slided in the support sliding slot 7 respectively, the rotation that the support wheel 4 can synchronize side by side, from
And further enable it is described connect and fix the movement that axis 40 synchronizes, so as to after the sealing plate 9 sliding by institute
It states support sliding slot 7 to open, be slided in the support sliding slot 7 to connect and fix axis 40 described in further making, so as to
It connects and fixes axis 40 using described the support wheel 4 is supported, to further prop up the protection base of hurdle 2
Support, and the two sides of the support sliding slot 7 are respectively arranged with one second side channel 12, second side channel 12 respectively with the branch
The corresponding connection of sliding slot 7 is supportted, is respectively arranged with a fixation hole 42, fixation hole described in two sides in the two sides for connecting and fixing axis 40
42 respectively it is corresponding with second side channel 12, the clamping axis 13 of a sliding is respectively arranged in second side channel 12,
The clamping axis 13 can be further connected in the fixation hole 42 during sliding, and in the support sliding slot
7 two sides are respectively arranged with the 6th shaft 56 of a rotation, and the 6th shaft 56 can rotate in the track 1, described
Second runner 15 corresponding with the clamping axis 13, the number that second runner 15 is arranged are respectively arranged in 6th shaft 56
Measure, drive second runner 15 that sixth shaft 56 in the course of rotation can synchronize identical as the clamping axis 13
Synchronous rotation, further drive the clamping axis 13 to synchronize cunning so as to rotation by second runner 15
It is dynamic, so as to connect and fix after axis 40 slides into the support sliding slot 7 described, second runner 15 can be passed through
Rotation further drive it is described clamping axis 13 sliding, so that the clamping axis 13 further be made to slide into the fixation
In hole 42, so as to be connected in the fixation hole 42 using the clamping axis 13, further the support wheel 4 is carried out
Support is fixed, and the end of the track 1 is provided with a wind bar 79, and the rotation of a rotation is provided on the wind bar 79
The rotation of wind wheel 66, the rotation wind wheel 66 further controls the rotation of the 6th shaft 56, so as to will described in
After protection base of hurdle 2 closes highway, when can further drive the rotation using wind in the case where encountering strong wind
The rotation of wind wheel 66 can further drive the rotation of the rotation wind wheel 66 after the grade that wind-force reaches certain, from
And the rotation of the 6th shaft 56 can be further driven to by the rotation of the rotation wind wheel 66, so as to pass through
6th shaft 56 rotation can by drive it is described clamping axis 13 synchronous slide, so as to pass through the clamping
Axis 13 is further supported the support wheel 4, thus further guarantee the stability to the protection base of hurdle 2,
It further prevents from that the protection base of hurdle 2 blowing off track in the case where strong wind, to further avoid to traveling
Train caused by danger, while also further avoid protection the threat caused by vehicle of base of hurdle 2, thus further
Guarantee the life security to driver.
As shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 7, Fig. 8, Fig. 9, Figure 11,7 two sides of support sliding slot have respectively included one and have been located at
Sliding cavity 75 in the track 1, the sliding cavity 75 connection corresponding with first side channel 8 respectively, on the sealing plate 9
It is respectively arranged with a sliding bar 74 slided in the sliding cavity 75, a press institute is also respectively provided in the sliding cavity 75
State the first spring 22 of sealing plate 9, the two sides of the support sliding slot 7 respectively further comprise one be located in the track 1 first
Slide opening 20, first slide opening 20 connection corresponding with the sliding cavity 75 respectively are respectively arranged in first slide opening 20
The sliding tie rod 21 of one sliding, the sliding tie rod 21 are connected respectively on the sliding bar 74, the support sliding slot 7
Two sides respectively further comprise first turn of chamber 10 being located in the track 1, and first turn of chamber 10 is sliding with described first respectively
The corresponding connection in hole 20 is respectively arranged with a connection rack gear slided in first turn of chamber 10 on the sliding tie rod 21
73.The sliding cavity 75 in the setting track 1 is respectively included in the two sides of the support sliding slot 7, the sliding cavity 75 is set
The quantity set is identical as first side channel 8, and the connection corresponding with first side channel 8 respectively of the sliding cavity 75, in institute
The end for stating sealing plate 9 is connected separately with a sliding bar 74, and the sliding bar 74 can be slided in the sliding cavity 75 respectively
It is dynamic, it is respectively arranged with the first spring 22 of the press sealing plate 9, in the sliding cavity 75 so as to utilize described the
One the suppressing to the sealing plate 9 of spring 22, further makes sealing plate 9 described in two sides be at the state of being correspondingly connected with, from
And further enable the support sliding slot 7 can be sealed after the corresponding connection of sealing plate 9 described in two sides, from
And prevent foreign matter from dropping into the support sliding slot 7, so as to the protection base of hurdle 2 in the state of not closed into one
The sealing plate 9 that makes of step is in the state of sealing, and is also respectively provided with one first in the two sides of the support sliding slot 7 and slides
Hole 20, the connection corresponding with the sliding cavity 75 of first slide opening 20 respectively, is respectively set in first slide opening 20
There is a sliding tie rod 21 of a sliding, the sliding tie rod 21 being correspondingly connected on the sliding bar 74 respectively, so as to logical
The sliding for crossing the sliding tie rod 21 further drives the sliding of the sliding bar 74, to further drive the sealing
The sliding of plate 9 is also respectively provided with one first turn of chamber 10 in the two sides of the support sliding slot 7, first turn of chamber 10 difference
Connection corresponding with first slide opening 20, and a connection rack gear 73 is respectively arranged on the sliding tie rod 21, it is described
Connection rack gear 73 can slide in first turn of chamber 10.
A third runner 24 corresponding with first runner 11 is also respectively provided in the first rotating shaft 23, it is described
First runner 11 rotates in first turn of chamber 10 respectively with the third runner 24, is provided with one on first runner 11
Corresponding 6th groove 76 is enclosed, a connection corresponding with the 6th groove 76 is also respectively provided on first runner 11
Third groove 36, be respectively arranged with a third shaft 33 being connected on first runner 11 in the third groove 36,
It is respectively arranged with the second connecting shaft 34 of a rotation in the third shaft 33, is respectively arranged with one in second connecting shaft 34
The second rotating block 26 rotated in the 6th groove 76 is also respectively provided with a tension described in the 6th groove 76
The second spring 35 of two rotating blocks 26, is respectively arranged with the tooth socket 78 being serrated on the connection rack gear 73, and described second turn
The clamping corresponding with the tooth socket 78 respectively of motion block 26.One and first runner are also respectively provided in the first rotating shaft 23
11 corresponding third runners 24, first runner 11 and the third runner 24 can respectively in first turn of chamber 10
Interior rotation, and the rotation of the first rotating shaft 23 can drive first runner 11 and the third runner 24 simultaneously
It rotates synchronously, corresponding 6th groove 76 of a circle is respectively arranged on first runner 11, the 6th groove 76 is set
The quantity set can be configured according to the needs of design, and be respectively arranged on first runner 11 one and described the
The third groove 36 of the corresponding connection of six groove 76 is respectively arranged with a third shaft 33 in the third groove 36, described
It is respectively arranged with the second connecting shaft 34 of a rotation in third shaft 33, one is respectively arranged in second connecting shaft 34
Two rotating blocks 26, second rotating block 26 can rotate in the 6th groove 76, and in the 6th groove 76
It is also respectively provided with the second spring 35 of a tension second rotating block 26, so as to utilize described 35 pairs of institutes of second spring
It states the second rotating block 26 to be tensed, to further prevent second rotating block 26 from arbitrarily sliding, and described
The clamping corresponding with the tooth socket 78 that two rotating blocks 26 can be distinguished, so as to pass through the rotation of first runner 11
The rotation of second rotating block 26 is driven, further so as to be connected to the tooth socket 78 in second rotating block 26
After interior, the sliding of the connection rack gear 73 is further driven, so that the sliding of the sliding tie rod 21 is further driven,
The sliding of the sealing plate 9 can be further driven by the sliding of the sliding tie rod 21, thus further will be described
It supports sliding slot 7 to open, and can further make described the during continuous rotation by the first rotating shaft 23
Two rotating blocks 26 can be rotated continuously, thus further using second rotating block 26 further to the tooth socket 78
Intermittent press is carried out, the support sliding slot 7 is further made to be in the state opened, to further make the clamping solid
Dead axle 40 can be connected in the support sliding slot 7.
The first groove 29 of corresponding setting is enclosed in setting one on the third runner 24, also distinguishes on the third runner 24
It is provided with the second groove 30 of a connection corresponding with first groove 29, one is respectively arranged in second groove 30
Two shafts 31, are respectively arranged with the first connecting shaft 32 of a rotation in second shaft 31, in first connecting shaft 32 point
It is not provided with first rotating block 25 rotated in first groove 29, is respectively arranged with one on first rotating block 25
Third magnet 27, protection 2 two sides of base of hurdle are respectively arranged with the second magnetic of a magnetic corresponding with the third magnet 27
Iron 19, the length of second magnet 19 is identical as protection 2 length of base of hurdle, first rotating block 25 and described second
By the corresponding connection of a connecting shaft 28 between rotating block 26, first rotating block 25 drives second rotating block 26 dynamic
Make, first rotating block 25 and second rotating block 26 difference semicircular in shape setting.On the third runner 24 respectively
It is provided with corresponding first groove 29 of a circle, the position that first groove 29 is arranged is corresponding with the 6th groove 76,
Second groove 30 corresponding with first groove 29 is also respectively provided on the third runner 24, described second
It is respectively arranged with one second shaft 31 in groove 30, the first connecting shaft of a rotation is respectively arranged in second shaft 31
32, be respectively arranged with one first rotating block 25 in first connecting shaft 32, first rotating block 25 can respectively
Rotation in first groove 29, and a third magnet 27 is also respectively provided on first rotating block 25, so as to
The rotation that first rotating block 25 is enough further driven by the rotation of the third runner 24, in the protection base of hurdle
2 two sides are respectively arranged with one second magnet 19, and the length of second magnet 19 respectively with the protection base of hurdle 2
Length is identical, so as to further drive the cunning of second magnet 19 during the protection base of hurdle 2 slides
It is dynamic, so as to by second magnet 19 respectively carry out corresponding magnetic connection with the third magnet 27, in institute
It states between the first rotating block 25 and second rotating block 26 respectively by the corresponding connection of a connecting shaft 28, thus further
The movement for keeping first rotating block 25 synchronous with second rotating block 26, so as to second magnet 19 with
The third magnet 27 carries out the movement that corresponding magnetic further drives first rotating block 25 later, so as to
The synchronization action of second rotating block 26 is driven, further by first rotating block 25 so as to pass through described the
Two rotating blocks 26 are connected in the tooth socket 78 during sliding, so as to pass through the rotation of second rotating block 26
It is able to drive the sliding of the connection rack gear 73, so that the sliding of the sealing plate 9 is further driven, second rotating block
It, can be described the since second magnet 19 loses magnetic attraction with the third magnet 27 during 26 continue to rotate
Further second rotating block 26 is pulled under the tightening force of two springs 35, so as to make second rotating block
26 close in the 6th groove 76, further right so as to by the continuous rotation of second rotating block 26
The connection rack gear 73 is in continuous intermittent open state, so that it is normal to connect and fix axis 40 described in further enabling
It is connected in the support sliding slot 7, so as to further drive described the during the protection base of hurdle 2 sliding
The sliding of two magnet 19, so as to the magnetic corresponding with the third magnet 27 that can be distinguished by second magnet 19
Connection is inhaled, further the sliding of the sealing plate 9 is controlled, is opened so as to reach the control support sliding slot 7
The purpose of closure, and first rotating block 25 and second rotating block 26 difference semicircular in shape setting, thus further
Enable first rotating block 25 and second rotating block 26 normally in first groove 29 and described 6th recessed
It is normally swung in slot 76.
As shown in Figure 2 and Figure 5, the two sides of the support sliding slot 7 respectively include second turn be located in the track 1
Chamber 14, second turn of chamber 14 connection corresponding with second side channel 12 respectively, second runner 15 and the clamping axis
It is respectively arranged with the tooth socket of corresponding engagement connection on 13, is respectively arranged with one and 42 phase of fixation hole on the clamping axis 13
Corresponding clamping joint 80.It is respectively arranged with one second turn of chamber 14 in the two sides of the support sliding slot 7, second runner 15 is distinguished
It is rotated in second turn of chamber 14, second turn of chamber 14 connection corresponding with second side channel 12 respectively, and described
Clamping axis 13 slides in second turn of chamber 14 respectively, and is respectively set on second runner 15 and the clamping axis 13
There is the tooth socket being serrated, further drives turning for the clamping axis 13 so as to the rotation by second runner 15
It is dynamic, it is respectively arranged with a clamping joint 80 corresponding with the fixation hole 42, on the clamping axis 13 so as to pass through
The clamping joint 80 is further connected in the fixation hole 42 by the sliding for stating clamping axis 13, so as to utilize the card
Spindle 13 is further fixed the axis 40 that connects and fixes, so as to be further ensured that the steady of the support wheel 4
It is qualitative, the further stability guaranteed to the protection base of hurdle 2 in the case where strong wind.
As shown in fig. 10 and fig. 12, the two sides of the track 1 are respectively arranged with one second turn hole 53, the 6th shaft 56
It is rotated in second turn hole 53 respectively, one end of the track 1 is provided with a third and turns chamber 59, two the 6th shafts
The 4th gear 57 of a corresponding engagement connection is respectively arranged on 56, two the 4th gears 57 turn chamber 59 in the third
Interior rotation, and the third turns the 4th spring that a connection corresponding with the 4th gear 57 is also respectively provided in chamber 59
58, the end of the 6th shaft 56 is provided with a first bevel gear 60, and the of a rotation is provided in the wind bar 79
Seven shafts 62, one end of the 7th shaft 62 are provided with the second cone of an engagement connection corresponding with the first bevel gear 60
Gear 61, the other end of the 7th shaft 62 are provided with a third hand tap gear 63, are additionally provided with a rotation on the wind bar 79
Eight revolution axis 65, one end of the eight revolution axis 65 is provided with the of an engagement connection corresponding with the third hand tap gear 63
Four bevel gears 64, the rotation wind wheel 66 are connected to the other end of the eight revolution axis 65.It is set respectively in the two sides of the track 1
It is equipped with one second turn hole 53, the 6th shaft 56 being rotated in second turn hole 53 respectively, and the one of the track 1
End is provided with a third and turns chamber 59, is respectively arranged with one the 4th gear 57 in the 6th shaft 56, and two described the
The corresponding engagement connection of four gears 57, to further enable corresponding turn that two the 6th shafts 56 synchronize
It is dynamic, so that the sliding that clamping axis 13 can synchronize described in two sides is further driven, to further make clamping described in two sides
First 80 can correspondence respectively be connected in the fixation hole 42, and the 4th gear 57 can respectively in the third
Turn rotation in chamber 59, turns to be also respectively provided with one the 4th spring 58 in chamber 59 in the third, the 4th spring 58 is right respectively
It should be connected on the 4th gear 57, the 7th shaft 62 of a rotation is provided in the wind bar 79, in the wind bar 79
On be additionally provided with the eight revolution axis 65 of a rotation, the rotation wind wheel 66 is correspondingly connected with the other end in the eight revolution axis 65,
So as to further drive the rotation of the rotation wind wheel 66 in the case where strong wind, so as to pass through the rotation wind
Wheel 66 further drives the rotation of the eight revolution axis 65, and one end of the eight revolution axis 65 is provided with one the 4th bevel gear
64, so as to be connected by the 4th bevel gear 64 with the corresponding engagement of the third hand tap gear 63, further band
The rotation for moving the 7th shaft 62 is additionally provided with a second bevel gear 61 in the end of the 7th shaft 62, so as to
It is connected by the second bevel gear 61 with the corresponding engagement of the first bevel gear 60, further drives described 6th turn
The rotation of axis 56, so as to drive the sliding of the clamping axis 13 can be in the 4th spring 58 after the abatement of wind
Rotation pressing force under, further reset the 6th shaft 56, to further drive the reset of clamping axis 13,
The clamping axis 13 is set to be detached from the fixation hole 42, further so as to turn the support wheel 4 on the track 1
It is dynamic.
As shown in Figure 10, the two sides of the track 1 are respectively arranged with one first turn hole 52, and the first rotating shaft 23 exists respectively
Rotation in first turn hole 52, and the end of the track 1 is additionally provided with one second motor 54, second motor 54 and its
In a corresponding connection of the first rotating shaft 23, the other end of the first rotating shaft 23 is respectively arranged with a corresponding engagement connection
Third gear 55.It is respectively arranged with one first turn hole 52 in the two sides of the track 1, is also set up in the end of the track 1
There is one second motor 54, further drives turning for the first rotating shaft 23 so as to the rotation by second motor 54
It is dynamic, it is also respectively provided with a third gear 55 in the end of the first rotating shaft 23, two third gears 55 are corresponding to be nibbled
Connection is closed, to further further make two described first turn by the corresponding engagement connection of the third gear 55
Axis 23 corresponding can rotate synchronously, so that the synchronization action of the sealing plate 9 is further driven, further by institute
It states support sliding slot 7 to open, so as to make described to connect and fix axis 40 in the support sliding slot 7 and slide.
As shown in Figure 2, Figure 5 and Figure 6, one is respectively arranged in the 4th groove 37 to come in the protection base of hurdle 2
4th shaft 38 of rotation, the support wheel 4 are separately positioned in the 4th shaft 38, also distinguish in the 4th shaft 38
It is provided with a connection gear 44, is respectively set in the connection gear 44 there are two corresponding connection tooth socket 45, per adjacent two
Pass through the corresponding connection of a chain between a connection gear 44 respectively.One, which is provided with, in the 4th groove 37 comes institute
State the 4th shaft 38 rotated in protection base of hurdle 2, the quantity of the 4th shaft 38 setting can according to the needs of design into
Row setting, the support wheel 4 are separately positioned in the 4th shaft 38, are respectively arranged with a company in the 4th shaft 38
Gear 44 is connect, and is respectively set in the connection gear 44 there are two corresponding connection tooth socket 45, described in each adjacent two
Connection gear 44 carries out corresponding connection by a chain respectively, and chain can turn in the connection tooth socket 45 respectively
It is dynamic, so as to which the support wheel 4 is further carried out series connection rotation by chain, further enable the support wheel 4
Enough synchronous rotation, thus further enable it is described connect and fix that axis 40 synchronizes slided in the support sliding slot 7, from
And it can guarantee to the fixed effect to the protection base of hurdle 2.
Circle fixing head 46 corresponding with the support sliding slot 7 is respectively arranged on the support wheel 4, described second is sliding
Hole 39 is separately positioned in the fixing head 46, is respectively arranged in second slide opening 39 and is connected and fixed axis 40 described in a tension
Third spring 41, the end for connecting and fixing axis 40 is respectively arranged with one the 4th magnet 43, also divides in the support sliding slot 7
It is not provided with the first magnet 16 of a magnetic connection corresponding with the 4th magnet 43.It is respectively set on the support wheel 4
There is the corresponding fixing head 46 of a circle, so as to further drive the fixation during support wheel 4 rotation
First 46 rotation, to further make the fixing head 4 being connected in the support sliding slot 7 respectively, thus further
Guarantee to the support wheel 4 normally rotate on the track 1, and is respectively set on axis 40 in described connect and fix
There is one the 4th magnet 43, is respectively arranged with one first magnet 16 in the support sliding slot 7, the 4th magnet 43 and described the
One magnet 16 can corresponding engagement connection, to further utilize first magnet 16 and 43 phase of the 4th magnet
It is engaged connection, axis 40 is connected and fixed described in further drive and is slided in the support sliding slot 7, and institute can be passed through
The tightening force of third spring 41 is stated, further the axis 40 that connects and fixes is tensed, further makes the clamping solid
Dead axle 40 resets.So as to guarantee the normal rotation to the support wheel 4.
As shown in figure 3, being additionally provided with the 5th shaft rotated in the protection base of hurdle 2 in the 4th groove 37
47, the setting of driving wheel 3 is additionally provided with a first motor 51 in the 5th shaft 47, and on the protection base of hurdle 2,
It has been correspondingly connected with a second gear 49 in the first motor 51, has been provided with one and the second gear in the 5th shaft 47
The first gear 48 of 49 corresponding engagement connections, passes through a rotating link chain between the first gear 48 and the second gear 49
50 corresponding rotation connections.The 5th shaft 47 of a rotation is provided in the 4th groove 37, the setting of driving wheel 3 exists
In 5th shaft 47, it is provided with a first motor 51 on the protection base of hurdle 2, so as to pass through first electricity
The rotation of machine 51 further drives the rotation of the second gear 49, the second gear 49 and the first gear 48 it
Between corresponding rotation connection carried out by a rotating link chain 50, so as to further by the rotation of the first motor 51
The rotation of drive the 5th shaft 47 can pass through the driving wheel 3 so as to drive the rotation of the driving wheel 3
Rotation on the track 1 further drives the sliding of the protection base of hurdle 2.
As shown in Fig. 2 and Figure 13, the both ends of the protection base of hurdle 2 are respectively arranged with a support base 17, the support base
17 are separately positioned on the two sides of the protection base of hurdle 2, and the press chamber of a T-shaped setting is respectively arranged on the support base 17
67, described to press the compression bar 68 that a sliding is respectively arranged in chamber 67, the compression bar 68 distinguishes T-shaped setting, the top
It is connected separately with a pressure end 70 on compression bar 68, one the 5th groove 71 is respectively arranged in the pressure end 70, the described 5th is recessed
It is respectively arranged with the 9th shaft 72 being connected in the pressure end 70 in slot 71, is respectively arranged in the 9th shaft 72
The back-up roller wheel 18 of one rotation, the back-up roller wheel 18 rotate on the road surface 77 respectively, and in the press chamber 67 respectively
It is provided with the 5th spring 69 of the press compression bar 68.It is respectively arranged with a support base 17 at the both ends of protection base of hurdle 2,
And it is respectively set at the both ends of the protection base of hurdle 2 there are two the support base 17, the support base 17 is separately positioned on
The two sides of the protection base of hurdle 2, are respectively arranged with a press chamber 67, the press chamber 67 is in respectively on the support base 17
T-type setting, is respectively arranged with the compression bar 68 of a sliding in the press chamber 67, the T-shaped setting of the compression bar 68, and
It is also respectively provided with a pressure end 70 on the compression bar 67, is respectively arranged with one the 5th spring in the press chamber 67
69, so as to be pressed using the 5th spring 69 to the pressure end 70, further to the back-up roller wheel 18
It is pressed, is further pressed against the back-up roller wheel 18 on road surface 77, so as to be existed using the back-up roller wheel 18
It rotates, the protection base of hurdle 2 can be supported on the road surface 77, to further guarantee to arrive the protective fence bottom
The normal sliding of frame 2, to prevent the problem of toppling over.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (6)
1. a kind of long track of highway automatic protection column resistant to lodging, includes a road surface, a track is provided on the road surface, described
It is provided with the protection base of hurdle of a sliding on track, the first support of the corresponding setting of a row is provided on the protection base of hurdle
Bar is provided with a second support bar in the first support bar side by side, it is characterised in that: is provided with one on the protection base of hurdle
The end of 4th groove, the protection base of hurdle is provided with a driving wheel rotated in the 4th groove, and the described 4th is recessed
The support wheel of row rotation is additionally provided in slot, the driving wheel rotates on the track respectively with the support wheel；
Be additionally provided with the support sliding slot of the corresponding setting of a row on the track, the support sliding slot two sides be respectively arranged with one with
First side channel of the support corresponding connection of sliding slot, the sealing plate of a sliding, two sides are respectively arranged in first side channel
The support sliding slot is sealed after the corresponding connection of sealing plate, the two sides of the support sliding slot are respectively arranged with one in the rail
The first rotating shaft rotated in road is respectively arranged with first runner corresponding with the sealing plate, institute in the first rotating shaft
The sliding of sealing plate described in the first driven by rotating wheel is stated, the protection base of hurdle sliding controls the sealing plate sliding；
It is respectively arranged with the second slide opening of the corresponding setting of a circle on the support wheel, is respectively arranged with one in second slide opening
Sliding connects and fixes axis, connects and fixes axis rotation described in the support wheel rotation drive, the axis that connects and fixes is in the branch
Sliding in sliding slot is supportted, the axis two sides that connect and fix are respectively arranged with a fixation hole, and the two sides of the support sliding slot are respectively set
There is second side channel corresponding with the fixation hole, the clamping axis of a sliding is respectively arranged in second side channel, it is described
It is clamped axis clamping corresponding with the fixation hole respectively, the two sides of the support sliding slot are respectively arranged with one and turn in the track
The 6th dynamic shaft, is respectively arranged with second runner corresponding with the clamping axis in the 6th shaft, and described second
Runner drives the clamping axis to slide respectively, and the end of the track is additionally provided with a wind bar, is additionally provided with one on the wind bar
The rotation wind wheel of rotation, the rotation wind wheel drive the 6th shaft rotation；
The two sides of the support sliding slot respectively include second turn of chamber being located in the track, second turn of chamber respectively with
The tooth of corresponding engagement connection is respectively arranged on the corresponding connection of second side channel, second runner and the clamping axis
Slot is respectively arranged with a clamping joint corresponding with the fixation hole on the clamping axis；
The two sides of the track are respectively arranged with one second turn hole, and the 6th shaft rotates in second turn hole respectively,
One end of the track is provided with a third and turns chamber, and a corresponding engagement connection is respectively arranged in two the 6th shafts
4th gear, two the 4th gears turn intracavitary rotation in the third, and the third turns intracavitary and is also respectively provided with one
4th spring of connection corresponding with the 4th gear, the end of the 6th shaft are provided with a first bevel gear,
The 7th shaft of a rotation is provided in the wind bar, one end of the 7th shaft is provided with one and the first bevel gear phase
It is engaged the second bevel gear of connection, the other end of the 7th shaft is provided with a third hand tap gear, goes back on the wind bar
It is provided with the eight revolution axis of a rotation, one end of the eight revolution axis is provided with an engagement corresponding with the third hand tap gear and connects
The 4th bevel gear connect, the rotation wind wheel are connected to the other end of the eight revolution axis.
2. the long track of a kind of highway automatic protection column resistant to lodging according to claim 1, it is characterised in that: the support sliding slot
Two sides respectively include a sliding cavity being located in the track, sliding cavity company corresponding with first side channel respectively
It is logical, it is respectively arranged with a sliding bar slided in the sliding cavity on the sealing plate, is also respectively set in the sliding cavity
There is the first spring of the press sealing plate, the two sides of the support sliding slot respectively further comprise one and are located in the track
It is sliding to be respectively arranged with one in first slide opening for first slide opening, first slide opening connection corresponding with the sliding cavity respectively
Dynamic sliding tie rod, the sliding tie rod are connected respectively on the sliding bar, and the two sides of the support sliding slot are also distinguished
It include first turn of chamber being located in the track, first turn of chamber connection corresponding with first slide opening respectively, institute
State be respectively arranged on sliding tie rod one first turn of intracavitary sliding connection rack gear；
Be also respectively provided with a third runner corresponding with first runner in the first rotating shaft, first runner with
It is corresponding 6th recessed that the third runner is provided with a circle in first turn of intracavitary rotation, first runner respectively
Slot, the third groove of a connection corresponding with the 6th groove is also respectively provided on first runner, and the third is recessed
It is respectively arranged with a third shaft being connected on first runner in slot, is respectively arranged with a rotation in the third shaft
The second connecting shaft, be respectively arranged with second rotating block rotated in the 6th groove, institute in second connecting shaft
The second spring for being also respectively provided with a tension second rotating block in the 6th groove is stated, is respectively set on the connection rack gear
There are the tooth socket being serrated, second rotating block clamping corresponding with the tooth socket respectively；
First groove of the one corresponding setting of circle of setting on the third runner, be also respectively provided on the third runner one with
Second groove of the corresponding connection of the first groove, is respectively arranged with one second shaft in second groove, and described second
It is respectively arranged with the first connecting shaft of a rotation in shaft, one is respectively arranged in first connecting shaft in first groove
First rotating block of interior rotation is respectively arranged with a third magnet, the protection base of hurdle two sides point on first rotating block
It is not provided with the second magnet of a magnetic corresponding with the third magnet, the length of second magnet and the protective fence bottom
Frame length is identical, by the corresponding connection of a connecting shaft between first rotating block and second rotating block, described first
Rotating block drives the second rotating block movement, first rotating block and second rotating block difference semicircular in shape setting.
3. the long track of a kind of highway automatic protection column resistant to lodging according to claim 1, it is characterised in that: the two of the track
Side is respectively arranged with one first turn hole, and the first rotating shaft rotates in first turn hole respectively, and the end of the track
It is additionally provided with one second motor, second motor connection corresponding with wherein one first rotating shaft, the first rotating shaft
The other end is respectively arranged with the third gear of a corresponding engagement connection.
4. the long track of a kind of highway automatic protection column resistant to lodging according to claim 1, it is characterised in that: the 4th groove
It is inside respectively arranged with one and comes the 4th shaft rotated in the protection base of hurdle, the support wheel is separately positioned on the described 4th
In shaft, it is also respectively provided with a connection gear in the 4th shaft, is respectively set that there are two opposite in the connection gear
The connection tooth socket answered passes through the corresponding connection of a chain between connection gear described in each adjacent two respectively；
Circle fixing head corresponding with the support sliding slot is respectively arranged on the support wheel, second slide opening is set respectively
It sets in the fixing head, the third spring for connecting and fixing axis described in a tension is respectively arranged in second slide opening, it is described
The end for connecting and fixing axis is respectively arranged with one the 4th magnet, is also respectively provided with one and the 4th magnetic in the support sliding slot
Iron phase corresponds to the first magnet of magnetic connection.
5. the long track of a kind of highway automatic protection column resistant to lodging according to claim 1, it is characterised in that: the 4th groove
It is inside additionally provided with the 5th shaft rotated in the protection base of hurdle, the driving wheel is arranged in the 5th shaft,
And it is additionally provided with a first motor on the protection base of hurdle, and a second gear has been correspondingly connected in the first motor, it is described
The first gear of an engagement connection corresponding with the second gear, the first gear and described the are provided in 5th shaft
Pass through the corresponding rotation connection of a rotating link chain between two gears.
6. the long track of a kind of highway automatic protection column resistant to lodging according to claim 1, it is characterised in that: the protective fence bottom
The both ends of frame are respectively arranged with a support base, and the support base is separately positioned on the two sides of the protection base of hurdle, the support
The press chamber of a T-shaped setting, the intracavitary compression bar for being respectively arranged with a sliding of press, the top are respectively arranged on seat
Compression bar distinguishes T-shaped setting, is connected separately with a pressure end on the compression bar, one the 5th is respectively arranged in the pressure end
Groove, is respectively arranged with the 9th shaft being connected in the pressure end in the 5th groove, in the 9th shaft point
It is not provided with the back-up roller wheel of a rotation, the back-up roller wheel rotates on the road surface respectively, and the intracavitary difference of press
It is provided with the 5th spring of the press compression bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910084155.0A CN109797680B (en) | 2017-05-30 | 2017-05-30 | Anti-lodging automatic protective guard for long road track |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710395131.8A CN107100112B (en) | 2017-05-30 | 2017-05-30 | A kind of long track of highway automatic protection column resistant to lodging |
| CN201910084155.0A CN109797680B (en) | 2017-05-30 | 2017-05-30 | Anti-lodging automatic protective guard for long road track |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710395131.8A Division CN107100112B (en) | 2017-05-30 | 2017-05-30 | A kind of long track of highway automatic protection column resistant to lodging |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109797680A true CN109797680A (en) | 2019-05-24 |
| CN109797680B CN109797680B (en) | 2020-10-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910084155.0A Active CN109797680B (en) | 2017-05-30 | 2017-05-30 | Anti-lodging automatic protective guard for long road track |
| CN201710395131.8A Expired - Fee Related CN107100112B (en) | 2017-05-30 | 2017-05-30 | A kind of long track of highway automatic protection column resistant to lodging |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710395131.8A Expired - Fee Related CN107100112B (en) | 2017-05-30 | 2017-05-30 | A kind of long track of highway automatic protection column resistant to lodging |
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| WO2011129521A3 (en) * | 2010-04-12 | 2012-01-26 | 주식회사 현무 | Barricade for vehicles |
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|---|---|---|---|---|
| CN201273124Y (en) * | 2008-08-08 | 2009-07-15 | 李凯博 | Electric expanding partition fence |
| CN103981824A (en) * | 2014-05-22 | 2014-08-13 | 王健 | Electric overturned parking lot stop door |
| AU2016100615A4 (en) * | 2016-04-05 | 2016-06-30 | Hangzhou Juxiang Locks Co., Ltd. | A new dual-purpose parking spot lock |
| CN206143680U (en) * | 2016-11-04 | 2017-05-03 | 杭州鼎隆自动化设备有限公司 | Safe semi -automatic lift post |
-
2017
- 2017-05-30 CN CN201910084155.0A patent/CN109797680B/en active Active
- 2017-05-30 CN CN201710395131.8A patent/CN107100112B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09125327A (en) * | 1995-11-06 | 1997-05-13 | Hayashi Kosan Kk | Temporary guard fence |
| DE20206559U1 (en) * | 2002-02-05 | 2002-08-14 | Schweikart Bernd | System for providing energy |
| KR20100018745A (en) * | 2008-08-07 | 2010-02-18 | 권중한 | A device of holid up |
| WO2011129521A3 (en) * | 2010-04-12 | 2012-01-26 | 주식회사 현무 | Barricade for vehicles |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107100112B (en) | 2019-05-03 |
| CN107100112A (en) | 2017-08-29 |
| CN109797680B (en) | 2020-10-30 |
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