CN209144616U - Cement concrete vibrates warehouse apparatus for leveling - Google Patents
Cement concrete vibrates warehouse apparatus for leveling Download PDFInfo
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- CN209144616U CN209144616U CN201821881207.4U CN201821881207U CN209144616U CN 209144616 U CN209144616 U CN 209144616U CN 201821881207 U CN201821881207 U CN 201821881207U CN 209144616 U CN209144616 U CN 209144616U
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- 239000004568 cement Substances 0.000 title claims abstract description 69
- 230000007246 mechanism Effects 0.000 claims abstract description 112
- 230000003028 elevating effect Effects 0.000 claims abstract description 22
- 239000000725 suspension Substances 0.000 claims abstract description 4
- 238000003780 insertion Methods 0.000 claims abstract description 3
- 230000037431 insertion Effects 0.000 claims abstract description 3
- 230000005540 biological transmission Effects 0.000 claims description 42
- 230000008878 coupling Effects 0.000 claims description 10
- 238000010168 coupling process Methods 0.000 claims description 10
- 238000005859 coupling reaction Methods 0.000 claims description 10
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 7
- 230000008719 thickening Effects 0.000 claims description 6
- BFKJFAAPBSQJPD-UHFFFAOYSA-N tetrafluoroethene Chemical compound FC(F)=C(F)F BFKJFAAPBSQJPD-UHFFFAOYSA-N 0.000 claims description 4
- 238000005553 drilling Methods 0.000 claims description 2
- 230000008030 elimination Effects 0.000 claims description 2
- 238000003379 elimination reaction Methods 0.000 claims description 2
- 239000002689 soil Substances 0.000 claims description 2
- 230000006835 compression Effects 0.000 claims 1
- 238000007906 compression Methods 0.000 claims 1
- 238000000465 moulding Methods 0.000 abstract description 6
- 238000013467 fragmentation Methods 0.000 abstract description 2
- 238000006062 fragmentation reaction Methods 0.000 abstract description 2
- 230000006872 improvement Effects 0.000 description 14
- 238000010276 construction Methods 0.000 description 8
- 238000010586 diagram Methods 0.000 description 7
- 238000001816 cooling Methods 0.000 description 3
- 230000003139 buffering effect Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 239000008188 pellet Substances 0.000 description 2
- 239000002002 slurry Substances 0.000 description 2
- 229920002472 Starch Polymers 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 230000006978 adaptation Effects 0.000 description 1
- -1 blueness Substances 0.000 description 1
- 230000001413 cellular effect Effects 0.000 description 1
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- 238000011161 development Methods 0.000 description 1
- 238000009415 formwork Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000008520 organization Effects 0.000 description 1
- 230000010355 oscillation Effects 0.000 description 1
- 238000012797 qualification Methods 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 230000002787 reinforcement Effects 0.000 description 1
- 230000003014 reinforcing effect Effects 0.000 description 1
- 230000008439 repair process Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 238000001179 sorption measurement Methods 0.000 description 1
- 235000019698 starch Nutrition 0.000 description 1
- 239000008107 starch Substances 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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- On-Site Construction Work That Accompanies The Preparation And Application Of Concrete (AREA)
Abstract
It vibrates warehouse apparatus for leveling the utility model discloses cement concrete; including first flattening mechanism, array concrete vibrating mechanism, warehouse mechanism, the elevating mechanism, protection mechanism set gradually between auger and screed by front and back, just flattening mechanism, array concrete vibrating mechanism and the warehouse mechanism are hinged on the suspension crossbeam being fixedly connected with the large arm of asphalt-spreader by the frame plate of elevating mechanism.The cement concrete warehouse apparatus for leveling that vibrates is mounted on multifunction road molding machine, so that asphalt-spreader when paving cement concrete pavement, can tentatively be struck off the cement concrete that auger is allocated by first plate；It vibrates in the pipe that vibrates insertion cement concrete, bubble fragmentation or the discharge in cement concrete can be made, the compactness to guarantee road surface is qualified；Warehouse plate pats the mud of cement concrete to the surface of road, flat by the screed essence of asphalt-spreader, so that there is higher flatness on road surface, to obtain high-quality road surface.
Description
Technical field
The utility model relates to a kind of multifunction road molding machines, belong to technical field of engineering machinery.
Background technique
Currently, with the fast development of Chinese economy, originally bigger, the cement-concrete road of building dynamics of high-grade highway
Attention of the face increasingly by road construction unit, and the construction paver of cement concrete pavement has two on the market at present
Kind, one is track type cement concrete paver, track type cement concrete paver needs to set up track template, work of constructing
Skill is complex, needs more manpower, and construction organization difficulty increases, and whole paving operation working efficiency is not high, for short time limit,
The more difficult adaptation of the fast engineering project of progress.The more extensive paver of another kind application is large-sized concrete slip form paver, this
The sliding formwork of kind paver can make road side face straight forming, not need other manually installed template, and construction the degree of automation has
It is improved, still, paver itself is unable to automatic distributing, influences speed of application, price is also all relatively high, for ordinary highway
For builder or vast rural area highway construction person, which has been more than the purchasing power of unit in charge of construction.And the drip that is used to pave
The asphalt-spreader of the mixing pellet such as blueness, cement stabilized macadam carries roomy screed, can press the object to scatter through auger
Material, and screed itself also has the function of Automatic Levelling, and asphalt-spreader can also automatic distributing, can be uninterrupted
Continuous work, working efficiency greatly improves than cement concrete spreader.But if directly asphalt-spreader is used to spread out
Lay cement concrete road surface, on the one hand, asphalt-spreader reinforcement mechanism that do not vibrate itself is broken by the bubble in cement concrete
Change or discharge, causes concrete road surface compactness inadequate, on the other hand, asphalt-spreader itself is also without warehouse mechanism by cement
The mud on concrete road surface upper layer is patted to upper surface, and screed is allowed to press out the road surface compared with high-flatness；Especially pitch is spread out
At work, screed plays the role of flattening bituminous pavement paving machine by the pressure certain to bituminous pavement of being self-possessed, and is used for
Pave cement concrete pavement when, the cement concrete allocated by auger is inadequate to the support force of screed, causes work interval
When, screed road pavement extrudes deeper trace and can not make up, and the flatness for the water-setting concrete road surface for causing build to complete is not
Construction quality requirement is not achieved in qualification, and in order to solve the above problem, the applicant devises a set of multifunction road molding machine, i.e.,
A kind of attachment device of the asphalt-spreader for the mixing pellet such as the pitch that paves, cement stabilized macadam, so that original pitch
Paver is for the function for the cement concrete that paves.The application be fixed in asphalt-spreader large arm, be arranged in auger and
The cement concrete of the multifunction road molding machine between screed vibrates warehouse apparatus for leveling.
Utility model content
The problem of purpose of the utility model is to solve background techniques, and the multifunction road molding proposed
The cement concrete of machine vibrates warehouse apparatus for leveling.
To achieve the above object, the technical scheme adopted by the utility model is
Cement concrete vibrates warehouse apparatus for leveling, including that will twist between auger and screed by what front and back was set gradually
Dragon allocate the first flattening mechanism including first plate that the cement concrete to scatter tentatively strikes off, vibrate tamp cement concrete include
Vibrate pipe array concrete vibrating mechanism, by the mud of cement concrete pat to road surface include warehouse plate warehouse mechanism,
It adjusts the elevating mechanism including frame plate of the height of first flattening mechanism, array concrete vibrating mechanism and warehouse mechanism, prevent mud from splashing
Enter to cause the protection mechanism including protection board of array concrete vibrating mechanism and elevating mechanism failure, the just flattening mechanism, array
Concrete vibrating mechanism and warehouse mechanism are hinged on the suspension being fixedly connected with the large arm of asphalt-spreader by the frame plate of elevating mechanism
On crossbeam.
Further improvement of the utility model is: the array concrete vibrating mechanism includes by arranging and be parallel to each other up and down
Upper crossbearer and lower cross frame, be fixedly installed several pipes that vibrate on the upper crossbearer and lower cross frame, every two is vibrated between pipe
The unit that vibrates of at least one tube vibration that can cause to vibrate is set, the pipe and unit that vibrates is uniformly distributed, array is arranged upper of vibrating
The length direction of crossbearer and lower cross frame.
Further improvement of the utility model is: the unit that vibrates includes gear-box, is laterally set in the gear-box
Transmission shaft I is set, is worn on the transmission shaft I and the driving bevel gear I and driving bevel gear II of transmission shaft I clearance fit and biography
Flange I and flange II that moving axis I is fixedly connected, the flange III being fixedly connected respectively with flange I and driving bevel gear I, the biography
The torsion spring of one end connecting flange II, other end driving driving bevel gear II rotation, the transmission shaft I are also wound on moving axis I
Both ends shaft coupling I be respectively set vibrate unit or power device is connect with adjacent；
The eccentric a period of time I vertical with transmission shaft I and eccentric a period of time II are set side by side below the transmission shaft I, it is described inclined
The upper end in heart a period of time I and eccentric a period of time II be fixedly installed respectively the driven bevel pinion I engaged with driving bevel gear I and with active umbrella
The driven bevel pinion II, the driven bevel pinion I and driven bevel pinion II of gear II engagement are erected at gear-box by bearing
On inner wall, the lower end in described bias a period of time I and eccentric a period of time II is erected on the inner wall of gear-box by bearing, the bias battle array
Sub- I and the upper and lower two fan I and fan II to cool down to bearing are also respectively set on eccentric a period of time II.
Further improvement of the utility model is: the warehouse mechanism includes the warehouse plate of the zigzag with guide groove,
Identical at least one set of structure, parallel arrangement eccentric a period of time A and eccentric a period of time B are provided on the upper cross plate of the warehouse plate, no
By one group of transmission shaft II connection with eccentric a period of time A of group and between eccentric a period of time B, described eccentric a period of time A, bias a period of time B and
Transmission shaft II is erected on the upper cross plate of warehouse plate by bearing, time in described bias a period of time A, bias a period of time B and transmission shaft II
Being additionally provided in shaft can be to the fan III that bearing cools down, and the one end in described bias a period of time A and eccentric a period of time B is respectively set
Shaft coupling II, and connect respectively with two gears intermeshing in gearbox by flexible axle.
Further improvement of the utility model is: the just flattening mechanism includes first plate, along length on the just plate
Direction is provided with several axis perpendicular to the guide post of first plate, and the guide post passes through leading for array concrete vibrating mechanism and warehouse plate
To groove top on frame plate, the guide post is fixed on just plate by link block, the top connection at least two of the just plate
Cover elevating mechanism.
Further improvement of the utility model is: elevating mechanism includes the double of one end connecting power device of lateral arrangement
To screw rod, the both ends setting of the reverse-flighted screw is equipped with the left shaft holder and right bearing seat of bearing, the left shaft holder and right axle
Seat is held to be fixedly mounted on frame plate；It is additionally provided on reverse-flighted screw between the left shaft holder and right bearing seat and two-way spiral shell
Bar is threadedly engaged the left-handed nut used and right-handed nut, be respectively articulated on the left-handed nut and right-handed nut left lever and
The other end of right pull rod, the left lever and right pull rod is hinged on pull rod hinged-support, and the pull rod hinged-support is solid by pedestal
It is scheduled on just plate；Guide rail, the left cunning that setting can slide along guide rail on the guide rail are laterally fixedly installed on the frame plate
Block and right sliding block, the left slider and right sliding block are fixedly connected with left-handed nut and right-handed nut respectively.
Further improvement of the utility model is: the pipe top half of vibrating is provided with T shape close to the side of warehouse plate
Sliding groove B, the position of the corresponding pipe that vibrates opens up sliding groove A on the warehouse plate, is fixedly installed on the frame plate and rack
The vertical gripping frame of plate, the inner hole for holding frame and being inserted into the pipe that vibrates across the sliding groove B of the sliding groove A of warehouse plate and the pipe that vibrates
In, conical limit column is fixedly installed in the gripping frame other end, and taper limit is provided in the upper end inner hole of the pipe that vibrates
Gripping spring assembly that position column insertion limits, with limit taper hole.
Further improvement of the utility model is: it is characterized by: the gripping spring assembly includes with inner hole
Spring base and platform circle are inserted into the limit sleeve with limit taper hole of spring base inner hole, are arranged between the spring base and limit sleeve
There is the taper buffer spring connecting respectively with spring base and limit sleeve；It is described to vibrate pipe and spring base is respectively arranged in correspondence with each other
Radial hole, wear the elastic cylindrical pin for being linked together vibrate pipe and spring base in radial hole.
Further improvement of the utility model is: the protection mechanism includes being sleeved on the taper of pipe lower part of vibrating to vibrate
The protection board for preventing cement concrete mud to be splashed into, the protection front edge of board connection is arranged in pipe gum cover, the lower section for the pipe gum cover that vibrates
First plate is extanded rearward under screed, is fixedly connected below warehouse plate, and the pipe gum cover periphery setting of vibrating will vibrate
Pipe gum cover is pressed on the lower support on protection board.
Further improvement of the utility model is: the base surface drilling of the protection board or laser scoring increase are coarse
The plum blossom shape pit of degree；It is additionally provided with below the protection board convenient for the thickening plate of connection warehouse plate.
Further improvement of the utility model is: being equipped on the riser of the frame plate prevents frame plate and warehouse plate
With the slider bar of the elimination exciting force of screed bonding.
Further improvement of the utility model is: the slider bar is tetrafluoroethene plate.
Further improvement of the utility model is: several support sleeves are also uniformly arranged in the pipe of the lower cross frame, it is described
Setting prevents lower cross frame from abutting against the support spring on warehouse plate in support sleeve.
Further improvement of the utility model is: the support spring is square diameter spring.
Further improvement of the utility model is: being provided on the upper crossbearer for installing, dismantling the unit that vibrates
Big lid, it is described to cover the tegillum for being provided with the playback of the torsion spring for that deviate from greatly.
By adopting the above-described technical solution, the technological progress that the utility model obtains is:
The cement concrete warehouse apparatus for leveling that vibrates is mounted on multifunction road molding machine, so that asphalt-spreader is being spread out
Lay cement concrete road surface when, the cement concrete that auger is allocated can tentatively be struck off by first plate；The pipe that vibrates is inserted into water
It vibrates in cement concrete, bubble fragmentation or the discharge in cement concrete can be made, the compactness to guarantee road surface is qualified；Warehouse plate
The mud of cement concrete is patted to the surface of road, it is flat by the screed essence of asphalt-spreader so that road surface have it is higher
Flatness, to obtain high-quality road surface.
Upper crossbearer and lower cross frame are arranged to tubular structure by array concrete vibrating mechanism, can mitigate array concrete vibrating mechanism
Weight reduces the resistance to vibrate；Every two is vibrated, and the unit that vibrates is arranged between pipe, can be to each being vibrated pipe with enough
Exciting force；Vibrate pipe and the length direction that unit is uniformly distributed, upper crossbearer and lower cross frame is arranged in array that vibrates, and can make the Guan Jun that vibrates
Even stress.
Two oscillators are set inside one unit that vibrates, power is transmitted by different bevel gears respectively, works as driving bevel gear
II, when supporting the bearing of driving bevel gear II, driven bevel pinion II or supporting the bearing damage of driven bevel pinion II, torque
Spring is deviate from the radial hole of driving bevel gear II because of load excessive, still rotates at this point, transmission shaft I carries torsion spring,
It still is able to impart power to driving bevel gear I and remaining unit that vibrates, and the function that makes to vibrate is still effective.
Similarly, when driving bevel gear I, the bearing for supporting driving bevel gear I, driven bevel pinion I or the driven umbrella tooth of support
Take turns I bearing damage when, connecting flange III and the safety pin of driving bevel gear I fracture, at this point, transmission shaft I carrying flange I according to
So rotation, still is able to impart power to driving bevel gear II and remaining unit that vibrates, and the function that makes to vibrate is not because of office
Portion damages and fails.
The big lid of position setting of the corresponding unit that vibrates on upper crossbearer, it is therefore an objective to when a unit two off-centred dipoles or
Several units not work influence vibrate effect when, then open big lid, take out entire unit, repair array concrete vibrating mechanism.
Setting tegillum is covered greatly, it, can be from following when off-centred dipole I and the spring bearing of the lower end off-centred dipole II damage
Bearing is replaced, tegillum is then opened, the tail end of torsion spring is inserted into the radial hole of driving bevel gear II and is playbacked.
Eccentric a period of time I and two fan I and fan II up and down are respectively set on eccentric a period of time II, for setting up driven umbrella
Gear I, driven bevel pinion II, off-centred dipole I and the bearing cooling in eccentric a period of time II.
Warehouse plate is set as zigzag plate, can save the installation space of warehouse plate, even if being mounted in narrow space,
Warehouse plate also can play the role of warehouse because of upper and lower high-frequency vibration；It is identical, parallel arrangement inclined to be provided at least one set of structure
Heart a period of time A and eccentric a period of time B, eccentric a period of time A and eccentric a period of time B are driven by two gears intermeshing in gearbox revolve respectively
Turn, so that eccentric a period of time A and bias a period of time B are rotated towards each other always, the mass center in eccentric a period of time A and eccentric a period of time B reaches each simultaneously
From above or below rotating shaft, the left and right eccentric vibrating in two eccentric a period of time offsets each other, and warehouse plate only obtains high frequency up and down
Vibration, achievees the purpose that pat the mud of cement concrete pavement to road surface.
It, can be by this group of side by one group of transmission shaft II connection between eccentric a period of time A of difference group and eccentric a period of time B
The rotary motion in eccentric a period of time passes to other groups；Eccentric a period of time A, bias a period of time B and transmission shaft II rotating shaft on wind is set
III is fanned, it can be to the bearing cooling for setting up eccentric a period of time A, bias a period of time B and transmission shaft II.
First plate is for cement concrete to be tentatively bulldozed；Guide post is set on first plate, and guide post passes through the guiding of warehouse plate
Groove top can prevent frame plate to be close on warehouse plate and make warehouse vibration failur on frame plate；It is arranged on warehouse plate certain
The guide groove of length, so that just plate has certain regulated quantity, the height on adjustable road surface in the height direction.
Elevating mechanism uses reverse-flighted screw, and driving reverse-flighted screw can make the nut of two sides while inwards or be moved out
It is dynamic, and by left lever and right pull rod drive just plate move up and down, first plate carrying guide post move up and down and drive array
Formula concrete vibrating mechanism and warehouse mechanism move up and down, and first flattening mechanism, array concrete vibrating mechanism and warehouse mechanism move down into certain position
When, asphalt-spreader work, when needing to move field, first flattening mechanism is above mentioned, and drive array concrete vibrating mechanism and warehouse mechanism to move up,
The normal traveling of asphalt-spreader is not influenced；The reverse-flighted screw lateral arrangement of elevating mechanism, can save the space of vertical direction.
Guide rail is set on frame plate, left slider and right sliding block be set on guide rail, left slider and right sliding block respectively with left-handed spiral shell
Mother is fixedly connected with right-handed nut, the radial force that left-handed nut and right-handed nut are subject at work can be passed to left slider
It with right sliding block, and then is transmitted on guide rail, avoids left-handed nut and right-handed nut and reverse-flighted screw by radial force.
Setting in the upper end inner hole of pipe of vibrating holds spring assembly, and pipe top half of vibrating is provided with close to the side of warehouse plate
T shape sliding groove B, the position of the corresponding pipe that vibrates opens up sliding groove A on warehouse plate, and setting holds frame on frame plate, and it is another to hold frame
End setting conical limit column, holds under the array concrete vibrating mechanism and warehouse mechanism that frame and conical limit column drive first plate
Position-limiting action has been moved, when array concrete vibrating mechanism and warehouse mechanism are displaced downwardly to and hold spring assembly and fall on conical limit column,
Mobile to stop, work of repairing the roads starts；It holds and taper buffer spring is set in spring assembly, it can be to avoid array during building the road
The vibration of formula concrete vibrating mechanism by conical limit column and hold frame pass to frame plate, increase the resistance of vibration, slacken vibrate swash
Vibration power, damages paver.
The setting of the protection board of protection mechanism is for preventing cement concrete mud to be splashed into array concrete vibrating mechanism and warehouse
It is in-house so that fail because of hardening of cement, protect screed front hanging vibrate hammer into shape in not into slurry；The base surface of protection board is bored
It cuts or laser scoring plum blossom shape pit, for increasing the roughness of protection board, reduces the adsorption capacity of protection board and cement slurry；
The pipe gum cover that vibrates, which covers, to vibrate on pipe, and the pipe that vibrates can preferably be protected not bonded by cement concrete mud.
The setting of thickening plate is easy for protection board and is connected on warehouse plate, increases the bonding strength of protection board, to connect spiral shell
Nail provides space.
Slider bar is worn on the riser of frame plate, slider bar is set as tetrafluoroethene plate, can eliminate exciting force, avoids swashing
Vibration power is transmitted to frame plate and then damages asphalt-spreader；It can prevent frame plate and warehouse plate and screed from bonding.
Support spring is set in the pipe of lower cross frame, and support spring is withstood on warehouse plate, so that vibrating between pipe and warehouse plate
It maintains a certain distance, the oscillation crosswise for the pipe that vibrates and the vertical vibration of warehouse plate are non-interference.Spring selection side diameter spring, can
To bear biggish pressure using lesser string diameter, space is saved well.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the K of Fig. 1 to schematic diagram；
Fig. 3 is elevating mechanism structural schematic diagram；
Fig. 4 is warehouse mechanism structure schematic diagram；
Fig. 5 is array concrete vibrating mechanism structural schematic diagram；
Fig. 6 is cellular construction schematic diagram of vibrating；
Fig. 7 is the structural schematic diagram for holding spring assembly；
Fig. 8 is A-A sectional view in Fig. 5.
Wherein: 1, hanging crossbeam 2, large arm 5, elevating mechanism 501, left shaft holder 502, reverse-flighted screw 503, left-handed nut
504, left lever 505, right pull rod 506, right-handed nut 507, right bearing seat 508, pull rod hinged-support 509, pedestal 510, guide rail
511, right sliding block 512, left slider 6, first plate 7, warehouse mechanism 8, array concrete vibrating mechanism 9, link block 10, guide post 11, auger
12, vibrate pipe gum cover 13, lower support 14, protection board 15, reinforcing rib 16, screed 21, frame plate 22, warehouse plate 23, sliding
Dynamic item 24, the unit 25 that vibrates, upper crossbearer 26, the pipe 27 that vibrates, lower cross frame 28, shaft coupling I 29, transmission shaft I 30, driven bevel pinion
I 31, gear-box 32, fan I 33, off-centred dipole I 34, off-centred dipole II 35, fan II 36, driven bevel pinion II 37,
Driving bevel gear II 38, big lid 39, tegillum 40, torsion spring 41, flange II 42, driving bevel gear I 43, flange III 44,
Flange I 45, elastic cylindrical pin 46 hold spring assembly 461, spring base 462, taper buffer spring 463, limit sleeve 47, consolidate
Reservation 48, hold frame 49, conical limit column 50, support sleeve 51, support spring 52, thickening plate 53, flexible axle 54, shaft coupling II 55,
Fan III 561, off-centred dipole A 562, off-centred dipole B 57, shaft coupling III 58, transmission shaft II 59, guide groove 60, sliding
Slot A 61, sliding groove B.
Specific embodiment
The utility model is described in further details with reference to the accompanying drawings and examples:
Cement concrete vibrates warehouse apparatus for leveling, as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, packet
Include the first flattening mechanism including first plate 6 set gradually between auger 11 and screed 16 by front and back, including the pipe 26 that vibrates
Array concrete vibrating mechanism 8, the warehouse mechanism including warehouse plate 22, the elevating mechanism 5 including frame plate 21 and including protection board
Auger 11 is allocated the cement concrete to scatter and tentatively struck off and can be by first plate by 14 protection mechanism, first flattening mechanism
It goes up and down to finely tune the paving thickness of cement concrete, array concrete vibrating mechanism 8 mixes the cement being tentatively bulldozed by first flattening mechanism
Solidifying soil vibrates compacting, and then, warehouse mechanism pats the mud of cement concrete to road surface, finally by 16 essence of screed
It is flat, to meet the flatness requirement of road, build out good road surface.For prevent cement concrete mud be splashed into each mechanism it
Between gap after-hardening, cause just flattening mechanism, array concrete vibrating mechanism 8, warehouse mechanism and elevating mechanism 5 fail, be also provided with
Protection mechanism is to prevent cement concrete mud from being splashed into the present apparatus.First flattening mechanism, array concrete vibrating mechanism 8 and warehouse mechanism pass through
The frame plate 21 of elevating mechanism 5 is hinged on the suspension crossbeam 1 being fixedly connected with the large arm 2 of asphalt-spreader.
Array concrete vibrating mechanism 8 includes the upper crossbearer 25 and lower cross frame 27 of tubulose, upper crossbearer 25 and lower cross frame 27 by up and down
Arrange and be parallel to each other, be fixedly installed several pipes 26 that vibrate on upper crossbearer 25 and lower cross frame 27, every two vibrate pipe 26 it
Between at least one unit 24 that vibrates is set, the unit 24 that vibrates can drive the vibration for the pipe 26 that vibrates, and vibrate and pipe 26 and vibrate unit 24
The length direction of upper crossbearer 25 and lower cross frame 27 is arranged in uniformly distributed, array.
The unit 24 that vibrates includes gear-box 31, and transmission shaft I29 is laterally arranged in gear-box 31, worn on transmission shaft I29 with
The driving bevel gear I42 and driving bevel gear II37 of transmission shaft I29 clearance fit, the flange being fixedly connected with transmission shaft I29
Flange III43, flange III43 and flange I44 is also worn on I44 and flange II41, transmission shaft I29 to connect by the way that straight pin is fixed
It connects, is fixedly connected with driving bevel gear I42 by safety pin；Torsion spring 40 is also wound on transmission shaft I29, torsion spring 40
One end connecting flange II41, the other end are inserted into the radial hole of driving bevel gear II37 to drive driving bevel gear II37 to revolve
Turn；The both ends of transmission shaft I29 are respectively set shaft coupling I28 and vibrate unit 24 or power device is connect, transmission shaft I29 with adjacent
By power device input power.
Off-centred dipole I33 and off-centred dipole II34, off-centred dipole I33 and eccentric vibration are set side by side below transmission shaft I29
Sub- II34 is vertically arranged with transmission shaft I29, and the driven umbrella engaged with driving bevel gear I42 is fixedly installed in the upper end off-centred dipole I33
Gear I30, driven bevel pinion I30 are erected on the inner wall of gear-box 31 by bearing, and the lower end of off-centred dipole I33 passes through bearing
It is erected on the inner wall of gear-box 31, two fan I32 to cool down to bearing up and down is also fixedly installed on off-centred dipole I33.
The driven bevel pinion II36 engaged with driving bevel gear II37, driven umbrella is fixedly installed in the upper end of off-centred dipole II34
Gear II36 is erected on the inner wall of gear-box 31 by bearing, and the lower end of off-centred dipole II34 is erected at gear-box by bearing
On 31 inner wall, two fan II35 to cool down to bearing up and down are also fixedly installed on off-centred dipole II34.
Big lid 38 is arranged in the position of the corresponding unit 24 that vibrates on upper crossbearer 25, and tegillum 39 is arranged on big lid 38, starts to install
When, the unit 24 that vibrates first is installed out of upper crossbearer 25 hole from top to bottom, big lid 38 is loaded onto later, for protecting gear-box 31
Interior gear drive；When inner body damage needs replacing, big lid 38 is dismantled, the unit 24 that entirely vibrates is taken out into maintenance；When
Driving bevel gear II37, the bearing for supporting driving bevel gear II37, driven bevel pinion II36 or support driven bevel pinion II36
Bearing damage when, torsion spring 40 is deviate from the radial hole of driving bevel gear II37 because of load excessive, at this point, transmission shaft
I29 carries torsion spring 40 and still rotates, and still is able to impart power to driving bevel gear I42 and remaining unit that vibrates
24, and the function that makes to vibrate is still effective, unlikely influence project progress.
Similarly, when driving bevel gear I42, support the bearing of driving bevel gear I42, driven bevel pinion I30 or support from
When the bearing damage of dynamic bevel gear I30, connecting flange III43 and the safety pin of driving bevel gear I42 fracture, at this point, transmission shaft
I29 carries flange I44 and still rotates, and still is able to impart power to driving bevel gear II37 and remaining unit that vibrates
24, and the function that makes to vibrate is still effective, unlikely influence project progress.
It, can be from following replacement bearing, so when off-centred dipole I33 and the spring bearing of the lower end off-centred dipole II34 damage
Tegillum 39 is opened afterwards, the tail end of torsion spring 40 is inserted into the radial hole of driving bevel gear II37 and is playbacked.
When two off-centred dipoles of a unit or several units not work influence vibrate effect when, then open big lid
38, entire unit is taken out, array concrete vibrating mechanism 8 is repaired.
Warehouse mechanism includes the warehouse plate 21 of zigzag, and guide groove 59, the upper cross of warehouse plate 21 are provided on warehouse plate 21
At least one set of off-centred dipole A561 and off-centred dipole B562, off-centred dipole A561 and off-centred dipole B562 structure are provided on plate
Arrangement identical, parallel to each other is connected between the off-centred dipole A561 and off-centred dipole B562 of difference group by one group of transmission shaft II58
It connects, off-centred dipole A561, off-centred dipole B562 and transmission shaft II58 are erected on the upper cross plate of warehouse plate 21 by bearing, eccentric
Fan III55 is additionally provided on the rotating shaft of oscillator A561, off-centred dipole B562 and transmission shaft II58, fan III55 is for giving
Bearing cooling.
Shaft coupling II54 is respectively set in one end of off-centred dipole A561 and off-centred dipole B562, and shaft coupling II54's is another
End connects flexible axle 53, intermeshing two gears connection in the other end and gearbox of flexible axle 53, intermeshing two teeth
Wheel drive off-centred dipole A561 and off-centred dipole B562 rotation, so that the mass center of off-centred dipole A561 and off-centred dipole B562 are simultaneously
It reaches above or below itself centre of gyration, generates up-down vibration, and side-to-side vibrations can cancel out each other, warehouse plate 21 generations
It vibrates up and down.
First flattening mechanism includes first plate 6, is provided with several axis on first plate 6 along its length perpendicular to first plate 6
Guide post 10, the guide groove 59 that guide post 10 passes through warehouse plate 22 withstands on frame plate 21, and guide post 10 is fixed on by link block 9
On first plate 6, the top of first plate 6 connects at least two sets of elevating mechanisms 5.
Elevating mechanism 5 includes reverse-flighted screw 502, and the both ends setting of reverse-flighted screw 502 is equipped with 501 He of left shaft holder of bearing
Right bearing seat 507, left shaft holder 501 and right bearing seat 507 are fixedly mounted on frame plate 21；Left shaft holder 501 and right bearing
It is additionally provided on reverse-flighted screw 502 between seat 507 and is threadedly engaged the left-handed nut 503 used and the right side with reverse-flighted screw 502
Left lever 504 and right pull rod 505,504 He of left lever are respectively articulated on spin nut 506, left-handed nut 503 and right-handed nut 506
The other end of right pull rod 505 is hinged on pull rod hinged-support 508, and pull rod hinged-support 508 is fixed on just plate 6 by pedestal 509
On, one end connecting power device of reverse-flighted screw 502.Guide rail 510 is laterally fixedly installed on frame plate 21, is arranged on guide rail 510
Left slider 512 and right sliding block 511, left slider 512 and right sliding block 511 can slide along guide rail 510, left slider 512 and right sliding block
511 are fixedly connected with left-handed nut 503 and right-handed nut 506 respectively.
26 top half of pipe of vibrating is provided with T shape sliding groove B61, corresponding vibration on warehouse plate 22 close to the side of warehouse plate 22
The position for smashing pipe 26 opens up sliding groove A60, and the gripping frame 48 vertical with frame plate 21 is fixedly installed on frame plate 21, holds
Frame 48 passes through the sliding groove A60 of warehouse plate 22 and the sliding groove B61 for the pipe 26 that vibrates is inserted into the inner hole for the pipe 26 that vibrates, and holds frame
Conical limit column 49 is fixedly installed in 48 other ends, is provided in the upper end inner hole for the pipe 26 that vibrates and holds spring assembly 46, holds bullet
Spring component 46 includes the spring base 461 with inner hole and the limit sleeve 463 with limit taper hole, and limit sleeve 463 is provided with platform circle, limit
The platform circle of position set 463 is inserted into the inner hole of spring base 461, and taper buffering elastic is provided between spring base 461 and limit sleeve 463
Spring 462, taper buffer spring 462 are fixedly connected with spring base 461 and limit sleeve 463 respectively, spring base 461, taper buffering elastic
Spring 462 and limit sleeve 463 are coaxially disposed, and vibrate pipe 26 and spring base 461 is respectively arranged with radial hole in correspondence with each other, radial hole
Inside wear elastic cylindrical pin 45, elastic cylindrical pin 45 will vibrate pipe 26 and spring base 461 is linked together.
Limit sleeve 463 vibrates with limit taper hole, the limit taper hole of 49 support limit of conical limit column set 463 for limiting
The position of pipe 26, i.e., when the reverse-flighted screw 502 of elevating mechanism 5 is driven by power device, reverse-flighted screw 502 is positive or reversed
Rotation drives left-handed nut 503 and right-handed nut 506 close to each other or separate, and is driven by left lever 504 and right pull rod 505
Dynamic pull rod hinged-support 508, and then pedestal 509 is driven to move up and down, pedestal 509 drives first plate 6 to move up and down, and first plate 6 is logical
Crossing guide post 10 drives array concrete vibrating mechanism 8 and warehouse mechanism to move up and down, when the limit of limit sleeve 463 in the inner hole for the pipe 26 that vibrates
Position taper hole stops moving down when falling on conical limit column 49, and array concrete vibrating mechanism 8 and warehouse mechanism start to work.When two-way spiral shell
Bar 502 rotates, and when first plate 6 being driven to move up, guide post 10 moves to the top of the guide groove 59 of warehouse plate 22 first, then, just flat
Plate 6, which drives to move on warehouse mechanism and array concrete vibrating mechanism 8, holds the top that frame 48 withstands sliding groove A60 or sliding groove B61
Until end, vibrate hammer at this point, warehouse structure can integrally go up adjusting height to the front hanging that 14 rear end of protection board gets out of the way screed 16, this
Device can move field in company with asphalt-spreader together.
Protection mechanism includes the pipe gum cover 12 that vibrates for being sleeved on the taper for 26 lower part of pipe of vibrating, and is vibrated under pipe gum cover 12
Side's setting protection board 14, protection board 14 is for preventing cement concrete mud to be splashed into just flattening mechanism, array concrete vibrating mechanism 8 and mention
Starch in-house so that failing because of hardening of cement；Protection board 14 is fixedly connected on just plate 6, extands rearward to screed
It under 16, and is fixedly connected below warehouse plate 22,12 periphery of pipe gum cover setting lower support 13 of vibrating, lower support
The 13 pipe gum covers 12 that will vibrate are pressed on protection board 14, and are connected by screw to first plate 6 and warehouse plate 22.
Thickening plate 52 is provided with below protection board 14, the setting of thickening plate 52 is for the ease of connecting warehouse plate 22.
The slider bar 23 for preventing frame plate 21 and warehouse plate 22 and screed 16 from bonding is equipped on the riser of frame plate 21,
Slider bar 23 is tetrafluoroethene plate.
It is also uniformly arranged several support sleeves 50 in the pipe of lower cross frame 27, support spring 51 is set in support sleeve 50, supports bullet
51 one end of spring withstands just plate 6 or protection board 14, the other end and withstands warehouse plate 22, prevents just plate 6, lower cross frame 27 and warehouse
Plate 22 is bonded as one.
Claims (15)
- The warehouse apparatus for leveling 1. cement concrete vibrates, which is characterized in that be included between auger (11) and screed (16) and press What front and back was set gradually allocates auger (11) in the first flat machine including first plate (6) that the cement concrete to scatter tentatively strikes off Structure vibrates and tamps the array concrete vibrating mechanism (8) including the pipe (26) that vibrates of cement concrete, pats cement concrete mud Include the warehouse mechanism of warehouse plate (22), adjust just flattening mechanism, array concrete vibrating mechanism (8) and warehouse mechanism to road surface The elevating mechanism (5) including frame plate (21) of height prevents from cement concrete mud to be splashed into leading to array concrete vibrating mechanism (8) With the protection mechanism including protection board (14) of elevating mechanism (5) failure, just flattening mechanism, array concrete vibrating mechanism and the warehouse Mechanism is hinged on the suspension crossbeam being fixedly connected with the large arm of asphalt-spreader (2) by the frame plate (21) of elevating mechanism (5) (1) on.
- The warehouse apparatus for leveling 2. cement concrete according to claim 1 vibrates, it is characterised in that: the array is vibrated Mechanism (8) includes by the upper crossbearer (25) and lower cross frame (27) arranged and be parallel to each other up and down, the upper crossbearer (25) and lower cross It is fixedly installed several pipes that vibrate (26) on frame (27), every two, which is vibrated, to be arranged at least one between pipe (26) and can cause to vibrate The unit that vibrates (24) of (26) vibration is managed, the pipe that vibrates (26) and the unit that vibrates (24) are evenly distributed with, array is arranged in upper crossbearer (25) and the length direction of lower cross frame (27).
- The warehouse apparatus for leveling 3. cement concrete according to claim 2 vibrates, it is characterised in that: the unit that vibrates (24) include gear-box (31), be laterally arranged transmission shaft I (29) in the gear-box (31), worn on the transmission shaft I (29) Company is fixed with the driving bevel gear I (42) and driving bevel gear II (37) of transmission shaft I (29) clearance fit, with transmission shaft I (29) The flange I (44) and flange II (41) that connect, the flange III being fixedly connected respectively with flange I (44) and driving bevel gear I (42) (43), one end connecting flange II (41), other end driving driving bevel gear II (37) rotation are also wound on the transmission shaft I (29) Torsion spring (40), shaft coupling I (28) and the adjacent unit that vibrates (24) or dynamic is respectively set in the both ends of the transmission shaft I (29) The connection of power device；The eccentric a period of time I (33) vertical with transmission shaft I (29) and eccentric a period of time II are set side by side below the transmission shaft I (29) (34), the upper end of eccentric a period of time I (33) and eccentric a period of time II (34) is fixedly installed respectively engages with driving bevel gear I (42) Driven bevel pinion I (30) and the driven bevel pinion II (36), the driven bevel pinion I that are engaged with driving bevel gear II (37) (30) it is erected at by bearing on the inner wall of gear-box (31) with driven bevel pinion II (36), bias a period of time I (33) and inclined The lower end of heart a period of time II (34) is erected on the inner wall of gear-box (31) by bearing, bias a period of time I (33) and eccentric battle array The upper and lower two fan I (32) and fan II (35) to cool down to bearing are also respectively set on sub- II (34).
- The warehouse apparatus for leveling 4. cement concrete according to claim 2 or 3 vibrates, it is characterised in that: the warehouse machine Structure includes the warehouse plate (21) of the zigzag with guide groove (59), is provided at least one on the upper cross plate of the warehouse plate (21) Group structure is identical, parallel arrangement eccentric a period of time A (561) and eccentric a period of time B (562), the different eccentric a period of time A (561) organized and Pass through one group of transmission shaft II (58) connection, bias a period of time A (561), eccentric a period of time B (562) between eccentric a period of time B (562) It is erected on the upper cross plate of warehouse plate (21) with transmission shaft II (58) by bearing, bias a period of time A (561), eccentric a period of time B (562) and on the rotating shaft of transmission shaft II (58) the fan III (55) that can cool down to bearing, described bias a period of time are additionally provided with One end of A (561) and eccentric a period of time B (562) is respectively set shaft coupling II (54), and by flexible axle (53) respectively and in gearbox Intermeshing two gears connection.
- The warehouse apparatus for leveling 5. cement concrete according to claim 4 vibrates, it is characterised in that: the just flattening mechanism packet Just plate (6) is included, is provided with several axis along its length perpendicular to the guide post of first plate (6) on the just plate (6) (10), the guide post (10) passes through array concrete vibrating mechanism (8) and the guide groove (59) of warehouse plate (22) withstands on frame plate (21) On, the guide post (10) is fixed on just plate (6) by link block (9), and the top of the just plate (6) connects at least two sets Elevating mechanism (5).
- The warehouse apparatus for leveling 6. cement concrete according to claim 5 vibrates, it is characterised in that: elevating mechanism (5) packet The reverse-flighted screw (502) of one end connecting power device of lateral arrangement is included, the both ends setting of the reverse-flighted screw (502) is equipped with axis The left shaft holder (501) and right bearing seat (507) held, the left shaft holder (501) and right bearing seat (507) are fixedly mounted on machine On frame plate (21)；It is additionally provided on reverse-flighted screw (502) between the left shaft holder (501) and right bearing seat (507) and double Be threadedly engaged the left-handed nut (503) used and right-handed nut (506) to screw rod (502), the left-handed nut (503) and Left lever (504) and right pull rod (505), the left lever (504) and right pull rod (505) are respectively articulated on right-handed nut (506) The other end be hinged on pull rod hinged-support (508), the pull rod hinged-support (508) by pedestal (509) be fixed on just plate (6) on；It is laterally fixedly installed guide rail (510) on the frame plate (21), setting can be along guide rail on the guide rail (510) (510) left slider (512) and right sliding block (511) slid, the left slider (512) and right sliding block (511) respectively with left-handed spiral shell Female (503) are fixedly connected with right-handed nut (506).
- The warehouse apparatus for leveling 7. cement concrete according to claim 6 vibrates, it is characterised in that: the pipe that vibrates (26) Top half is provided with T shape sliding groove B (61) close to the side of warehouse plate (22), and correspondence vibrates pipe (26) on the warehouse plate (22) Position open up sliding groove A (60), the gripping frame (48) vertical with frame plate (21) is fixedly installed on the frame plate (21), The sliding groove B (61) for holding sliding groove A (60) and the pipe that vibrates (26) that frame (48) pass through warehouse plate (22) is inserted into the pipe that vibrates (26) in inner hole, conical limit column (49) are fixedly installed in gripping frame (48) other end, the upper end of the pipe that vibrates (26) Gripping spring assembly (46) that conical limit column (49) insertion limits, with limit taper hole is provided in inner hole.
- The warehouse apparatus for leveling 8. cement concrete according to claim 7 vibrates, it is characterised in that: the gripping groups of springs Part (46) includes the limit with limit taper hole that spring base (461) He Taiyuan with inner hole is inserted into spring base (461) inner hole Position set (463), be provided between the spring base (461) and limit sleeve (463) respectively with spring base (461) and limit sleeve (463) the taper buffer spring (462) connected；The pipe that vibrates (26) and spring base (461) are respectively arranged in correspondence with each other Radial hole wears the elastic cylindrical pin (45) for being linked together the pipe that vibrates (26) and spring base (461) in radial hole.
- The warehouse apparatus for leveling 9. cement concrete according to claim 1 vibrates, it is characterised in that: the protection mechanism packet It includes and is sleeved on the taper of the pipe that vibrates (26) lower part and vibrates pipe gum cover (12), the lower section setting for the pipe gum cover (12) that vibrates prevents cement mixed The protection board (14) that solidifying soil mud is splashed into, protection board (14) front end connect first plate (6), extand rearward to screed (16) Under, be fixedly connected below warehouse plate (22), it is described vibrate pipe gum cover (12) periphery setting will vibrate pipe gum cover (12) compression Lower support (13) on protection board (14).
- The warehouse apparatus for leveling 10. cement concrete according to claim 9 vibrates, it is characterised in that: the protection board (14) base surface drilling or laser scoring increases the plum blossom shape pit of roughness；It is also set below the protection board (14) It is equipped with the thickening plate (52) convenient for connection warehouse plate (22).
- The warehouse apparatus for leveling 11. cement concrete according to claim 1 vibrates, it is characterised in that: the frame plate (21) cunning for the elimination exciting force for preventing frame plate (21) and warehouse plate (22) and screed (16) from bonding is equipped on riser Dynamic item (23).
- The warehouse apparatus for leveling 12. cement concrete according to claim 11 vibrates, it is characterised in that: the slider bar It (23) is tetrafluoroethene plate.
- The warehouse apparatus for leveling 13. cement concrete according to claim 2 vibrates, it is characterised in that: the lower cross frame (27) it is also uniformly arranged in pipe several support sleeves (50), being arranged in the support sleeve (50), which prevents lower cross frame (27) from abutting against, mentions Support spring (51) on pulpboard (22).
- The warehouse apparatus for leveling 14. cement concrete according to claim 13 vibrates, it is characterised in that: the support spring It (51) is square diameter spring.
- The warehouse apparatus for leveling 15. cement concrete according to claim 3 vibrates, it is characterised in that: the upper crossbearer (25) position of the corresponding unit (24) that vibrates is provided with for installing, dismantling the big lid (38) of unit (24) vibrated on, it is described greatly The tegillum (39) of torsion spring (40) playback for that will deviate from is provided on lid (38).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821881207.4U CN209144616U (en) | 2018-11-15 | 2018-11-15 | Cement concrete vibrates warehouse apparatus for leveling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821881207.4U CN209144616U (en) | 2018-11-15 | 2018-11-15 | Cement concrete vibrates warehouse apparatus for leveling |
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| Publication Number | Publication Date |
|---|---|
| CN209144616U true CN209144616U (en) | 2019-07-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821881207.4U Expired - Fee Related CN209144616U (en) | 2018-11-15 | 2018-11-15 | Cement concrete vibrates warehouse apparatus for leveling |
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| Country | Link |
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| CN (1) | CN209144616U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109295836A (en) * | 2018-11-15 | 2019-02-01 | 石家庄辰启科技有限公司 | Cement concrete vibrates warehouse apparatus for leveling |
| CN109295836B (en) * | 2018-11-15 | 2024-10-22 | 石家庄辰启科技有限公司 | Cement concrete vibrating slurry lifting leveling device |
-
2018
- 2018-11-15 CN CN201821881207.4U patent/CN209144616U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109295836A (en) * | 2018-11-15 | 2019-02-01 | 石家庄辰启科技有限公司 | Cement concrete vibrates warehouse apparatus for leveling |
| CN109295836B (en) * | 2018-11-15 | 2024-10-22 | 石家庄辰启科技有限公司 | Cement concrete vibrating slurry lifting leveling device |
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