CN109235207A - Multifunction road molding machine - Google Patents
Multifunction road molding machine Download PDFInfo
- Publication number
- CN109235207A CN109235207A CN201811400410.XA CN201811400410A CN109235207A CN 109235207 A CN109235207 A CN 109235207A CN 201811400410 A CN201811400410 A CN 201811400410A CN 109235207 A CN109235207 A CN 109235207A
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- 238000000465 moulding Methods 0.000 title claims abstract description 24
- 239000004568 cement Substances 0.000 claims abstract description 38
- 239000000725 suspension Substances 0.000 claims abstract description 19
- 230000007246 mechanism Effects 0.000 claims description 90
- 230000005540 biological transmission Effects 0.000 claims description 27
- 230000008878 coupling Effects 0.000 claims description 17
- 238000010168 coupling process Methods 0.000 claims description 17
- 238000005859 coupling reaction Methods 0.000 claims description 17
- 230000003028 elevating effect Effects 0.000 claims description 16
- 230000001105 regulatory effect Effects 0.000 claims description 11
- 230000000875 corresponding effect Effects 0.000 claims description 7
- 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 6
- 230000004044 response Effects 0.000 claims description 4
- 230000001052 transient effect Effects 0.000 claims description 4
- 239000002002 slurry Substances 0.000 claims description 3
- 238000013016 damping Methods 0.000 claims 1
- 238000010276 construction Methods 0.000 abstract description 11
- 238000000034 method Methods 0.000 abstract description 6
- 230000008569 process Effects 0.000 abstract description 4
- 239000008188 pellet Substances 0.000 abstract description 3
- 230000035929 gnawing Effects 0.000 abstract description 2
- 239000002699 waste material Substances 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 11
- 230000006872 improvement Effects 0.000 description 9
- 230000008859 change Effects 0.000 description 3
- 230000000694 effects Effects 0.000 description 3
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- 230000004888 barrier function Effects 0.000 description 1
- -1 blueness Substances 0.000 description 1
- 230000001413 cellular effect Effects 0.000 description 1
- 230000001276 controlling effect Effects 0.000 description 1
- 230000003247 decreasing effect Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000011161 development Methods 0.000 description 1
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
- 238000005303 weighing Methods 0.000 description 1
Classifications
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C19/00—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving
- E01C19/48—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving for laying-down the materials and consolidating them, or finishing the surface, e.g. slip forms therefor, forming kerbs or gutters in a continuous operation in situ
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C19/00—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving
- E01C19/48—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving for laying-down the materials and consolidating them, or finishing the surface, e.g. slip forms therefor, forming kerbs or gutters in a continuous operation in situ
- E01C19/4833—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving for laying-down the materials and consolidating them, or finishing the surface, e.g. slip forms therefor, forming kerbs or gutters in a continuous operation in situ with tamping or vibrating means for consolidating or finishing, e.g. immersed vibrators, with or without non-vibratory or non-percussive pressing or smoothing means
Abstract
The invention discloses multifunction road molding machines, including asphalt-spreader, and at least two sets of warehouse apparatus for leveling that vibrate are symmetrical arranged between auger and screed, and horizontal sliding device is arranged in the top of warehouse of vibrating apparatus for leveling；Setting suspension crossbeam between two large arm of asphalt-spreader, horizontal sliding device are hinged on suspension crossbeam；Support frame is set behind asphalt-spreader, is provided with power device on support frame.The present invention can both pave pitch, cement stabilized macadam etc. mixing pellet, can pave cement concrete again, dual-use, equipment acquisition cost is reduced for unit in charge of construction, and the pavement edge of making can one-pass molding, on the one hand the process that lateral edge is cut when paving bituminous pavement originally is eliminated, saved original cut edge labour cost and caused by asphaltene waste, another reverse side, also it solves when paving cement concrete pavement, the gnawing of original side template road pavement edge, breakoff phenomenon.
Description
Technical field
The present invention 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.
In addition, the side template of existing asphalt-spreader only plays barrier effect to mixture, when highway sideline needs
When turn, whipping in paver walking process, the edge for often resulting in turn section highway pavement gnawed by side template, destroys
Phenomenon.
Summary of the invention
The problem of the purpose of the present invention is to solve background techniques, a kind of multifunction road molding provided
Machine, so that original asphalt-spreader has the function for the cement concrete that paves.
To achieve the above object, the technical scheme adopted by the invention is that:
Multifunction road molding machine, including asphalt-spreader, it is right between the auger and screed of the asphalt-spreader
Claim that at least two sets warehouse apparatus for leveling that vibrate for being capable of forming certain angle are arranged, is set above the warehouse apparatus for leveling that vibrates
Set the horizontal sliding device that the warehouse apparatus for leveling that can make to vibrate being fixedly connected with the warehouse apparatus for leveling that vibrates moves left and right；Institute
It states setting between two large arm of asphalt-spreader and is fixedly connected with suspension crossbeam with two large arm, the horizontal sliding device is hinged
On suspension crossbeam；The support frame being fixedly connected with asphalt-spreader is set behind the asphalt-spreader, is arranged on support frame
Have and provides the power device of power to the warehouse apparatus for leveling that vibrates.
A further improvement of the present invention is that: it is symmetrically arranged with two sets of autobalances between support frame as described above and screed and mentions
Rise device, the autobalance lifting device include it is fixed on the support frame, volume there is the hoist engine of wirerope and hanging supporting
Fixed pulley below frame, setting can reduce the movable pulley of pulling force between fixed pulley and screed, between fixed pulley and movable pulley
It is provided with the damper that can the tension variations of wirerope be made with transient response, the wirerope on the hoist engine is around fixed sliding
Wheel and movable pulley are connected to one end of damper, the pulley yoke of the other end connection movable pulley of damper；Movable pulley and screed
Between setting can perceive the sensor of pulling force size, one end of the sensor and the pulley yoke of movable pulley connect, the other end
It is hinged on screed；It is provided with the information of receiving sensor on support frame as described above and can control the controller of hoist engine movement,
It is connected between the controller and sensor and hoist engine by data line.
A further improvement of the present invention is that: the two sides of the asphalt-spreader be additionally provided with to form pavement edge include
The deformable side template control device of side template, the deformable side template control device include the figure for acquiring highway sideline information
The control unit of highway sideline acquisition information is connect and received as acquisition unit, with image acquisition units and is connect with control unit
And several of corresponding actions are made by the instruction control side template of control unit and end to end are mounted on holding on side template
Row unit；
The execution unit include coaxial arrangement positive lead screw, reversed lead screw and respectively with positive lead screw, reversed lead screw
The two-way screw being threadedly engaged, the two-way screw is erected on gear housing by bearing, inside gear housing, two-way
Driven gear is fixedly installed in the outer circle of screw, the driving gear engaged with driven gear is additionally provided with inside gear housing, it is main
The rotating shaft of moving gear is connected on motor by flexible axle；The other end of the forward direction lead screw is fixed on the axis with positive lead screw
On mutually perpendicular pull rod I, the support I equipped with sliding sleeve there are two the position settings at the both ends of pull rod I is corresponded on the side template,
Pull rod I is worn in the sliding sleeving hole of support I；The other end of the reversed lead screw is fixed on mutually perpendicular with the axis of reversed lead screw
On pull rod II, support II, pull rod II equipped with sliding sleeve there are two the position settings at the both ends of pull rod II are corresponded on the side template
Both ends be threaded through in the sliding sleeving hole of two support II respectively；The two sides up and down of the gear housing are also fixedly installed two respectively
Axle sleeve is sliding combined with sliding axle in the axle sleeve, and one end of sliding axle is fixed on side template.
A further improvement of the present invention is that: the horizontal sliding device includes the L shape machine being arranged in below suspension crossbeam
Slideway is fixedly installed on the riser of framework connecting plate for frame connecting plate, fixed setting sliding rack gear on the transverse slat of framework connecting plate；It is outstanding
The cabinet that crossbeam following settings is hinged on suspension crossbeam by hinged-support is hung, the deceleration electricity of interconnection is set gradually in cabinet
Machine, clutch, brake and shifting slide gear, the shifting slide gear are engaged with sliding rack gear；Corresponding slideway outside the cabinet
The sliding block that position fixed setting is slidably matched with slideway；The decelerating motor connect with control unit and is controlled by control unit.
A further improvement of the present invention is that: the warehouse apparatus for leveling that vibrates is included between auger and screed by preceding
What is set gradually afterwards allocates auger the first flattening mechanism including first plate, the compacting of vibrating that the cement concrete to scatter tentatively strikes off
Cement concrete include vibrate pipe array concrete vibrating mechanism, to pat cement concrete mud to road surface include warehouse
The warehouse mechanism of plate and the liter including frame plate for adjusting the just height of flattening mechanism, array concrete vibrating mechanism and warehouse mechanism
Descending mechanism, the just flattening mechanism is connect with array concrete vibrating mechanism and warehouse mechanism, and is filled by elevating mechanism and horizontal sliding
The framework connecting plate connection set；
The array concrete vibrating mechanism includes by the upper crossbearer and lower cross frame arranged and be parallel to each other up and down, the upper crossbearer
Be fixedly installed several pipes that vibrate on lower cross frame, every two, which is vibrated, to be arranged at least one between pipe and can cause the tube vibration that vibrates
The unit that vibrates, pipe and the unit that vibrates is uniformly distributed, upper crossbearer and lower cross frame is arranged in array the length direction of vibrating；
The unit that vibrates includes gear-box, and transmission shaft I is laterally arranged in the gear-box, is arranged on the transmission shaft I
Shaft coupling I and the adjacent unit or dynamic that vibrates is respectively set in driving bevel gear I and driving bevel gear II, the both ends of the transmission shaft I
The connection of power device；
The eccentric a period of time I vertical with transmission shaft I axis and eccentric a period of time II, institute are set side by side below the transmission shaft I
State eccentric a period of time I and the upper end in eccentric a period of time II be fixedly installed respectively the driven bevel pinion I engaged with driving bevel gear I and with
The driven bevel pinion II, the driven bevel pinion I and driven bevel pinion II of driving bevel gear II engagement are erected at tooth by bearing
On the inner wall of roller box, 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 warehouse mechanism includes the warehouse plate of the zigzag with guide groove, is provided on the upper cross plate of the warehouse plate
The eccentric a period of time A and eccentric a period of time B that at least one set of structure is identical, is arranged in parallel, eccentric a period of time A of difference group and bias a period of time B
Between by one group of transmission shaft II connection, described eccentric a period of time A, bias a period of time B and transmission shaft II are erected at warehouse by bearing
On the upper cross plate of plate, the one end in described bias a period of time A and eccentric a period of time B is separately connected shaft coupling II, the other end of shaft coupling II
Connect flexible axle II, intermeshing two gears or phase in the gear-box II of the other end connecting power device driving of flexible axle II
The shaft coupling II of adjacent warehouse mechanism；
The protection board for preventing cement concrete mud to be splashed into is set below the warehouse plate, and the front end of the protection board connects
Just plate is connect, extands rearward to screed in the following, being fixedly connected on warehouse plate；
The just flattening mechanism includes first plate, is provided with several axis along its length perpendicular to first on the just plate
The guide post of plate, the guide post passes through array concrete vibrating mechanism and the guide groove of warehouse plate is withstood on frame plate, the just plate
Top connect at least two sets of elevating mechanisms；
Elevating mechanism includes the reverse-flighted screw of one end connection decelerating motor of lateral arrangement, and the both ends of the reverse-flighted screw are set
Left shaft holder and right bearing seat equipped with bearing are set, the left shaft holder and right bearing seat are fixedly mounted on frame plate；It is described
It is additionally provided on reverse-flighted screw between left shaft holder and right bearing seat and is threadedly engaged the left-handed nut used with reverse-flighted screw
And right-handed nut, left lever and right pull rod, the left lever and right pull rod are respectively articulated on the left-handed nut and right-handed nut
The other end be hinged on pull rod hinged-support, the pull rod hinged-support is fixed on just on plate by pedestal；On the frame plate
Guide rail, the left slider and right sliding block that setting can slide along guide rail on the guide rail, the left slider and the right side is laterally fixedly installed
Sliding block is fixedly connected with left-handed nut and right-handed nut respectively；
The pipe top half of vibrating is provided with T shape sliding groove B close to the side of warehouse plate, and correspondence is vibrated on the warehouse plate
The position of pipe opens up sliding groove A, and the gripping frame vertical with frame plate is fixedly installed on the frame plate, and the gripping frame passes through
The sliding groove B of the sliding groove A of warehouse plate and the pipe that vibrates is inserted into the inner hole for the pipe that vibrates, the gripping frame other end fixed setting cone
Spring base and the limit sleeve with limit taper hole, spring base and limit sleeve are arranged in the upper end inner hole of the pipe that vibrates for shape limited post
Between be arranged taper buffer spring.
A further improvement of the present invention is that: it is additionally provided on the warehouse apparatus for leveling that vibrates and is capable of forming highway shear wave
Shear wave regulating device, the shear wave regulating device includes symmetrically arranged two sets two racks vibrated on warehouse apparatus for leveling
Left-handed nut and the dextrorotation that coaxial arrangement is respectively articulated on two hinged-supports I, described two hinged-support I is fixedly installed on plate respectively
Two-way lead screw is worn in nut, the left-handed nut and right-handed nut hole, one end of the two-way lead screw connects motor；It is described right
Claim to be provided with the hinged of pin hole respectively at two sets of inferior horns for vibrating the two neighboring warehouse plate on warehouse apparatus for leveling of setting
The pin hole of seat II and hinged-support III, hinged-support II and hinged-support III are coaxially disposed, and wear the pin shaft that can be rotated in pin hole.
A further improvement of the present invention is that: the power device includes sequentially connected engine, clutch, speed change
The output shaft of case, the gearbox is connect with flexible axle I, the array concrete vibrating mechanism that the flexible axle I is connected to by shaft coupling
The transmission shaft I and flexible axle II of warehouse mechanism provides power to the warehouse apparatus for leveling that vibrates.
A further improvement of the present invention is that: it is provided on the inside of the side template tail portion and to be compacted bituminous pavement edge
Vibratile compacter.
A further improvement of the present invention is that: the connection of the side template of connection two sides is also set up on the inside of the side template
Frame.
A further improvement of the present invention is that: the upper end of support frame as described above is connected to hanging for asphalt-spreader by drawstring II
On ear, the lower end hinged support seat of support frame, support base abuts the fuselage of asphalt-spreader and is fastened by one end in support base
Drawstring I on pin shaft is hung on lifting lug.
By adopting the above-described technical solution, the technological progress achieved by the present invention is:
Multifunction road molding machine can not only pave the mixing pellet such as pitch, cement stabilized macadam, but also the cement that can pave
Concrete, dual-use reduce equipment acquisition cost for unit in charge of construction, and the bituminous pavement that either paves still paves water
Cement concrete road surface, pavement edge can one-pass molding, on the one hand eliminate originally pave bituminous pavement when cut side face edge
The process of edge, saved original cut edge labour cost and caused by asphaltene waste, another reverse side also solves
Pave cement concrete pavement when, the gnawing of original side template road pavement edge, breakoff phenomenon.
Multifunction road molding machine, being symmetrical arranged at least two sets between the auger and screed of asphalt-spreader being capable of shape
The angled warehouse apparatus for leveling that vibrates, can form the shear wave on road surface, so that multifunction road molding machine both can be partly
Width construction, can also be constructed with whole picture, when whole picture is constructed, by adjusting the folder between the symmetrically arranged warehouse apparatus for leveling that vibrates
Angle obtains the road surface shear wave of needs.
For multifunction road molding machine when paving cement concrete pavement, warehouse of vibrating apparatus for leveling can pass through first plate
The cement concrete that auger is allocated tentatively is struck off；It vibrates, can make in cement concrete in the pipe that vibrates insertion cement concrete
Bubble fragmentation or discharge, the compactness to guarantee road surface are qualified；Warehouse plate pats the mud of cement concrete to the table of road
Face, it is flat by the screed essence of asphalt-spreader, so that there is higher flatness on road surface, to obtain high-quality road surface.
The outside for the pipe that vibrates is arranged in high-frequency vibration by array concrete vibrating mechanism, facilitates maintenance；Every two is vibrated between pipe
One unit that vibrates is set, each can be vibrated pipe with enough exciting forces；Vibrating, pipe and the unit that vibrates are evenly distributed with, array is arranged
In the length direction of upper crossbearer and lower cross frame, the pipe that can make to vibrate is by identical vibration force.
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 intermeshing two gears rotate respectively, so that
Eccentric a period of time A and bias a period of time B are rotated towards each other always, and the mass center in eccentric a period of time A and eccentric a period of time B reaches respective rotating shaft simultaneously
Above or below, the left and right eccentric vibrating in two eccentric a period of time offsets each other, and warehouse plate only obtains high-frequency vibration up and down, reaches
The mud of cement concrete pavement is patted to the purpose on road surface；Pass through one between eccentric a period of time A of difference group and eccentric a period of time B
The rotary motion in one group of eccentric a period of time can be passed to other groups by group transmission shaft II connection.
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 walking 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, left-handed nut and right-handed nut and reverse-flighted screw is avoided to be damaged by radial force.
Vibrate pipe upper end inner hole in limit sleeve is set, setting holds frame on frame plate, holds the frame other end and taper is arranged
Limited post, hold array concrete vibrating mechanism that frame and conical limit column drive first flattening mechanism and warehouse mechanism has moved down limit
Effect, mobile to stop when array concrete vibrating mechanism and warehouse mechanism are displaced downwardly to limit sleeve and fall on conical limit column, road mender
Work starts；It vibrates and taper buffer spring is set in the upper end inner hole of pipe, it can be to avoid array concrete vibrating mechanism during building the road
Vibration by conical limit column and hold frame and pass to frame plate, increase the resistance of vibration, slacken the exciting force to vibrate, damage booth
Paving machine.
The setting of protection board for prevent cement concrete mud be splashed into array concrete vibrating mechanism and warehouse it is in-house with
Fail as because of hardening of cement, protect screed front hanging vibrate hammer into shape in not into slurry.
Shear wave regulating device is set on warehouse of vibrating apparatus for leveling, and the pin shaft of shear wave regulating device leads to adjacent warehouse plate
Cross hinged-support II and hinged-support III link together, when two-way lead screw is driven by motor II, left-handed nut and right-handed nut away from
From being decreased or increased, left-handed nut and right-handed nut are hinged on again on hinged-support I, and hinged-support I then drives frame plate folding certain
Angle, and warehouse plate and frame plate are to interconnect, so adjacent warehouse plate is formed centainly because of the folding of frame plate
Angle, to form the shear wave on road surface.
Horizontal sliding device is arranged in the top of warehouse of vibrating apparatus for leveling, in order in asphalt-spreader turning whipping
When, warehouse of vibrating apparatus for leveling still advances by original route, not in company with asphalt-spreader whipping, turns by normal sideline requirement
It is curved.
The shifting slide gear of horizontal sliding device is driven by decelerating motor, and shifting slide gear rotation driving sliding rack gear or so moves
Dynamic, when sliding rack gear moves left and right, the framework connecting plate being fixedly connected with sliding rack gear is together with slideway then along sliding block or so
Mobile, framework connecting plate then drives the warehouse apparatus for leveling that entirely vibrates to move left and right；Decelerating motor is connect with control unit, according to
The signal work of control unit output.
When road work is normally carried out, decelerating motor operating, clutch is disconnected, and brake locking, shifting slide gear is motionless, when
Whipping when paver is turned, controller issue instruction, clutch closure, and brake is opened, and decelerating motor drives shifting slide gear rotation
Turn, and then drive sliding rack gear mobile to the opposite direction of whipping, so that the warehouse apparatus for leveling that vibrates continues on original direction
Walking work；During turning, controller issues instruction, decelerating motor reversion, and driving shifting slide gear reversely rotates, and slides rack gear
Gradually return to origin-location；After turning, sliding rack gear completely returns to the position before turning, and controller sending at this time refers to
It enables, clutch disconnects, and brake locking, shifting slide gear no longer rotates, and warehouse of vibrating apparatus for leveling also returns to original position work
Make.
Horizontal sliding device is hinged on suspension crossbeam, in order to which cooperation adjusts the warehouse apparatus for leveling that vibrates and forms cross
Wave.
Autobalance lifting device enables pulley blocks by increasing the control adjustment device with sensor in pulley blocks
Enough according to itself length of preset condition adjust automatically, meets asphalt-spreader and provided absolutely in the environment to pitch for screed
To stable lifting force, guarantee that screed steadily works in a fixed level height.
Movable pulley is set between fixed pulley and connecting rod, and movable pulley can reduce the pulling force of wirerope, so that autobalance
Lifting device selects the direct current generator hoist engine of lower voltage that can meet the requirements, and use process is safe and reliable.
Sensor is set between movable pulley and screed, controller is set on support frame, sensor can perceive wirerope
The size of pulling force, and then the information of pulling force size is passed into controller, controller controls the work of hoist engine, and then restores pre-
The fixed pulling force to screed.
Be provided with damper between fixed pulley and movable pulley, damper to the tension variations of wirerope can transient response,
And compensation is made by the variation of damper.
The present invention is by the deformable side template control device of design, and in work progress of paving the way, image acquisition units acquire road
Condition information, and the traffic information of acquisition is sent to control unit, when encountering turn, control unit calculates the angle turned round, public affairs
Then the information such as kerb line control several execution units and make corresponding movement, making side template, deformation occurs, reaches adaptation and turns
Curved effect, side template will not damage the edge of highway pavement at this time, improve the quality paved the way.
Power device includes engine, clutch I and gearbox, and power device gives array concrete vibrating mechanism by flexible axle I
Transmission shaft I and warehouse mechanism flexible axle II provide power, the setting of clutch I can be disconnected in work interval power pass
It passs；Gearbox can change the revolving speed of engine output shaft.
Vibratile compacter is arranged in the inside of side template tail portion, and bituminous pavement edge can be compacted by vibratile compacter, so that
The one-pass molding of bituminous pavement edge.
Connection frame is also set up on the inside of side template, connection frame connects the side template of two sides, for fixing the width on road surface.
Support frame is flexibly connected by drawstring I and drawstring II with asphalt-spreader, so that the position of support frame is adjustable, with peace
On the asphalt-spreader of different model.
Detailed description of the invention
Fig. 1 is side structure schematic diagram of the invention；
Fig. 2 is structural schematic diagram behind of the invention；
Fig. 3 is overlooking structure diagram of the invention；
Fig. 4 is the execution unit structural schematic diagram of deformable side template control device；
Fig. 5 is autobalance lifting device structural schematic diagram；
Fig. 6 is the side structure schematic diagram of warehouse apparatus for leveling and horizontal sliding device of vibrating；
Fig. 7 is shear wave regulating device structural schematic diagram；
Fig. 8 is array tamping equipment structural schematic diagram；
Fig. 9 is cellular construction schematic diagram of vibrating；
Figure 10 is warehouse mechanism structure schematic diagram；
Figure 11 is elevating mechanism structural schematic diagram；
Figure 12 is the longitudinal sectional drawing of pipe of vibrating.
Wherein: 1, asphalt-spreader 2, engine 3, clutch I 4, gearbox 5, support frame 501, left shaft holder 502, double
To screw rod 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, flexible axle I 7, autobalance lifting device 701, hoist engine 702,
Controller 703, wirerope 705, damper 706, movable pulley 707, sensor 8, suspension crossbeam 9, large arm 10, twists fixed pulley 704
Dragon 11, screed 12, vibratile compacter 13, connection frame 14, side template 15, warehouse of vibrating apparatus for leveling 16, execution unit 17, cross
To slide device 18, motor I 19, flexible axle III 20, pull rod I 21, positive lead screw 22, two-way screw 23, driven gear 24, axis
Set 25, gear housing 26, reversed lead screw 27, pull rod II 28, support II 29, driving gear 30, sliding axle 31, support I 32,
Hinged-support 33, decelerating motor 34, cabinet 35, clutch II 36, brake 37, sliding rack gear 38, shifting slide gear 39, sliding block 40,
Slideway 41, framework connecting plate 42, elevating mechanism 43, warehouse mechanism 44, array concrete vibrating mechanism 45, first plate 46, link block 47,
48 warehouse plate 49 of guide post, frame plate 50, left-handed nut 51, hinged-support I 52, two-way lead screw 53, right-handed nut 54, motor II
55, hinged-support II 56, pin shaft 57, hinged-support III 58, the unit 59 that vibrates, upper crossbearer 60, sliding groove B 61, lower cross frame 62, vibration
Smash pipe 63, driving bevel gear I 64, shaft coupling I 65, transmission shaft I 66, driven bevel pinion I 67, gear-box 68, off-centred dipole I
69, off-centred dipole II 70, driven bevel pinion II 71, driving bevel gear II 72, protection board 73, sliding groove A 74, guide groove
75, flexible axle II 76, shaft coupling II 77, off-centred dipole A 78, off-centred dipole B 79, transmission shaft II 80, conical limit column 81,
Hold frame 82, fixing seat 83, limit sleeve 84, taper buffer spring 85, spring base 86, support base 87, lifting lug 88, drawstring I 89,
Drawstring II.
Specific embodiment
The present invention is described in further details with reference to the accompanying drawings and examples:
Multifunction road molding machine, as shown in Figure 1, Figure 2, Figure 3 shows, including asphalt-spreader 1, in the strand of asphalt-spreader 1
At least two sets warehouse apparatus for leveling 15 that vibrate, two sets of 15 energy of warehouse apparatus for leveling that vibrate are symmetrical arranged between dragon 10 and screed 11
Certain angle is enough formed, to form the shear wave of highway；Horizontal sliding device 17 is arranged in the top of warehouse of vibrating apparatus for leveling 15,
Horizontal sliding device 17 is connect with the warehouse apparatus for leveling 15 that vibrates, and the warehouse apparatus for leveling 15 that vibrates can be driven to move left and right,
Setting suspension crossbeam 8 between two large arm 9 of asphalt-spreader 1, horizontal sliding device 17 are hinged on suspension crossbeam 8, suspension
The both ends of crossbeam 8 are fixedly connected in two large arm 9.
Support frame 5 is set behind asphalt-spreader 1, and support frame 5 is fixedly connected on asphalt-spreader 1, sets on support frame 5
It is equipped with power device, power device provides power to the warehouse apparatus for leveling 15 that vibrates.
Two sets of autobalance lifting devices 7 are symmetrically arranged between support frame 5 and screed 11, as shown in figure 5, automatic flat
Weighing apparatus lifting device 7 includes the fixed pulley 703 of the hoist engine 701 being fixed on support frame 5 and hanging below support frame 5, elevator
Volume has wirerope 704 on machine 701, movable pulley 706 is arranged between fixed pulley 703 and screed 11, movable pulley 706 is for reducing steel
Damper 705 is arranged in the pulling force of cord 704 between fixed pulley 703 and movable pulley 706, damper 705 can be to wirerope 704
Tension variations make transient response；Wirerope 704 on hoist engine 701 is connected to resistance around fixed pulley 703 and movable pulley 706
One end of Buddhist nun's device 705, the pulley yoke of the other end connection movable pulley 706 of damper 705；Between movable pulley 706 and screed 11
Sensor 707 is set, and sensor 707 can perceive the size of pulling force, one end of sensor 707 and the pulley yoke of movable pulley 706
Connection, the other end are hinged on screed 11；Controller 702, controller 702 and sensor 707 and volume are provided on support frame 5
It raises and is connected between machine 701 by data line, sensor 707 perceives movable pulley 706 to the size of its pulling force, and signal is passed to
Controller 702, controller 702 control hoist engine 701 and act, and hoist engine 701 elongates or shortens wirerope by positive and negative rotation, thus
The pulling force to screed 11 is adjusted, so that autobalance lifting device 7 keeps stable pulling force to screed 11 always, to guarantee
Screed steadily works in a fixed level height.
The two sides of asphalt-spreader 1 are additionally provided with the deformable side template control device to form pavement edge, deformable side
Template contral device includes the image acquisition units for acquiring highway sideline information, connect with image acquisition units and receive highway side
The control unit of line acquisition information and the execution unit that corresponding actions are connect and made by the instruction of control unit with control unit,
Several end to end execution units are mounted on 14 on side template, for controlling the deformation of side template 14, to form public affairs
The edge on road.
Execution unit is as shown in figure 4, include positive lead screw 21, reversed lead screw 26 and the two-way screw 22 of coaxial arrangement, just
It is threadedly engaged respectively with two-way screw 22 to lead screw 21 and reversed lead screw 26, two-way screw 22 is erected at gear-box by bearing
On body 25, inside gear housing 25, driven gear 23 is fixedly installed in the outer circle of two-way screw 22, is gone back inside gear housing 25
It is provided with the driving gear 29 engaged with driven gear 23, the rotating shaft of driving gear 29 is connected to motor by flexible axle III19
On I18；The other end of positive lead screw 21 is fixed on pull rod I20, and the axis of pull rod I20 and the axis of positive lead screw 21 hang down mutually
Directly, corresponded on side template 14 both ends of pull rod I20 position setting there are two be equipped with sliding sleeve support I31, the sliding sleeve of support I31
Pull rod I20 is worn in hole；The other end of reversed lead screw 26 is fixed on pull rod II27, the axis of pull rod II27 and reversed lead screw 26
Axis it is orthogonal, corresponded on side template 14 both ends of pull rod II27 position setting there are two be equipped with sliding sleeve support
II28, the both ends of pull rod II27 are threaded through respectively in the sliding sleeving hole of two support II28；The two sides up and down of gear housing 25 are also divided
Not Gu Dingshezhi two axle sleeves 24, be sliding combined with sliding axle 30 in axle sleeve 24, one end of sliding axle 30 is fixed on side template 14
On.
Horizontal sliding device 17 is as shown in fig. 6, include the L-shaped rack connecting plate 41 being arranged in below suspension crossbeam 8, rack
Slideway 40 is fixedly installed on the riser of connecting plate 41, fixed setting sliding rack gear 37 on the transverse slat of framework connecting plate 41；Suspension is horizontal
8 following settings cabinet 34 of beam, cabinet 34 are hinged on suspension crossbeam 8 by hinged-support 32；It sets gradually in cabinet 34 and is mutually connected
Decelerating motor 33, clutch II35, brake 36 and the shifting slide gear 38 connect, shifting slide gear 38 are engaged with sliding rack gear 37；Case
The position fixed setting sliding block 39 of slideway 40 is corresponded to outside body 34, sliding block 39 is slidably matched with slideway 40, decelerating motor 33 and control
Unit processed connects and is controlled by control unit.
Warehouse of vibrating apparatus for leveling 15 is set gradually as shown in fig. 6, being included between auger 10 and screed 11 by front and back
The first flattening mechanism including first plate 45, including the warehouse apparatus for leveling 15 that vibrates for the pipe 62 that vibrates, the warehouse including warehouse plate 48
Mechanism 43 and elevating mechanism 42 including frame plate 49, it is preliminary that auger 10 is allocated the cement concrete to scatter by first flattening mechanism
It strikes off, array concrete vibrating mechanism 44 vibrates the cement concrete tentatively struck off compacting, and warehouse mechanism 43 is by cement concrete mud
Slurry is patted to road surface, and elevating mechanism 42 is used to adjust the height of first flattening mechanism, array concrete vibrating mechanism 44 and warehouse mechanism 43
Degree, first flattening mechanism are connect with array concrete vibrating mechanism 44 and warehouse mechanism 43, and pass through elevating mechanism 42 and horizontal sliding device
17 framework connecting plate 41 connects.
Array concrete vibrating mechanism 44 is as shown in figure 8, include by the upper crossbearer 59 and lower cross frame arranged and be parallel to each other up and down
61, it is fixedly installed several pipes 62 that vibrate on upper crossbearer 59 and lower cross frame 61, every two, which is vibrated, is arranged at least one between pipe 62
The unit 58 that vibrates of a vibration of pipe 62 that can cause to vibrate, vibrate the pipe 62 and unit 58 that vibrates is uniformly distributed, array is arranged in upper crossbearer 59
With the length direction of lower cross frame 61.
Unit 58 vibrate as shown in figure 9, including gear-box 67, transmission shaft I65, transmission shaft are laterally set in gear-box 67
On I65 be arranged driving bevel gear I63 and driving bevel gear II71, the both ends of transmission shaft I65 be respectively set shaft coupling I64 with it is adjacent
Vibrate unit 58 or power device connection.
The eccentric a period of time I68 vertical with transmission shaft I65 axis and eccentric a period of time are set side by side below transmission shaft I65
Driven bevel pinion I66 and driven bevel pinion is fixedly installed in the upper end in II69, eccentric a period of time I68 and eccentric a period of time II69 respectively
II70, driven bevel pinion I66 are engaged with driving bevel gear I63, and driven bevel pinion II70 is engaged with driving bevel gear II71, driven
Bevel gear I66 and driven bevel pinion II70 are erected on the inner wall of gear-box 67 by bearing, eccentric a period of time I68 and eccentric a period of time
The lower end of II69 is erected on the inner wall of gear-box 67 by bearing.
Warehouse mechanism is as shown in Figure 10, the warehouse plate 48 including zigzag, is evenly arranged on the riser of warehouse plate 48 several
Guide groove 74, is provided with that at least one set of structure is identical, eccentric a period of time A77 and bias of parallel arrangement on the upper cross plate of warehouse plate 48
A period of time B78 passes through one group of transmission shaft II79 connection, eccentric a period of time between eccentric a period of time A77 of difference group and eccentric a period of time B78
A77, bias a period of time B78 and transmission shaft II79 are erected on the upper cross plate of warehouse plate 48 by bearing, eccentric a period of time A77 and bias
One end of a period of time B78 is separately connected shaft coupling II76, and the other end of shaft coupling II76 connects flexible axle II75, and flexible axle II75's is another
Hold intermeshing two gears or the shaft coupling of adjacent warehouse mechanism 43 in the gear-box II of connecting power device driving
II76。
First flattening mechanism includes first plate 45, is provided with several axis on first plate 45 along its length perpendicular to first plate
45 guide post 47, guide post 47 passes through array concrete vibrating mechanism 44 and the guide groove 74 of warehouse plate 48 is withstood on frame plate 49, just flat
The top of plate 45 connects at least two sets of elevating mechanisms 42.
As shown in figure 11, the reverse-flighted screw 502 including lateral arrangement, reverse-flighted screw 502 is by decelerating motor for elevating mechanism 42
Driving, the both ends setting of reverse-flighted screw 502 are equipped with the left shaft holder 501 and right bearing seat 507 of bearing, left shaft holder 501 and the right side
Bearing block 507 is fixedly mounted on frame plate 49；Being additionally provided on reverse-flighted screw 502 makes with being threadedly engaged for reverse-flighted screw 502
Left-handed nut 503 and right-handed nut 506, left-handed nut 503 and right-handed nut 506 are located at left shaft holder 501 and right bearing
Between seat 507, the hinged left lever 504 of left-handed nut 503, the other end of left lever 504 is hinged on pull rod hinged-support 508；It is right
The hinged right pull rod 505 of spin nut 506, the other end of right pull rod 505 are hinged on pull rod hinged-support 508, and pull rod hinged-support 508 is solid
It is scheduled on pedestal 509, pedestal 509 is fixed on just plate 45；Guide rail 510 is laterally fixedly installed on frame plate 49, on guide rail 510
The left slider 512 and right sliding block 511 that can be slid along guide rail 510 be set, left slider 512 and right sliding block 511 respectively with left-handed spiral shell
Mother 503 is fixedly connected with right-handed nut 506.
62 top half of pipe of vibrating is provided with T shape sliding groove B60 close to the side of warehouse plate 48, and correspondence is vibrated on warehouse plate 48
The position of pipe 62 opens up sliding groove A73, and the gripping frame 81 vertical with frame plate 49 is fixedly installed on frame plate 49, such as Figure 12 institute
Showing, the sliding groove B60 for holding sliding groove A73 and the pipe 62 that vibrates that frame 81 passes through warehouse plate 48 is inserted into the inner hole for the pipe 62 that vibrates,
It holds 81 other end of frame and conical limit column 80 is fixedly installed, spring base 85 is set in the upper end inner hole for the pipe 62 that vibrates and is bored with limit
Taper buffer spring 84 is arranged in the limit sleeve 83 in hole between spring base 85 and limit sleeve 83.
Shear wave regulating device is additionally provided on warehouse of vibrating apparatus for leveling 15, shear wave regulating device is used to form the cross of highway
Wave, shear wave regulating device is as shown in fig. 7, comprises symmetrically arranged two sets two frame plates 49 to vibrate on warehouse apparatus for leveling 15
Upper be fixedly installed on two hinged-supports I51, two hinged-support I51 respectively is respectively articulated with left-handed nut 50 and right-handed nut 53, left
Spin nut 50 and right-handed nut 53 are coaxially disposed, and left-handed nut 50 and right-handed nut wear two-way lead screw 52, two-way silk in 53 hole
One end of thick stick 52 connects motor II54；Symmetrically arranged two sets two neighboring warehouse plates 48 to vibrate on warehouse apparatus for leveling 15
The hinged-support II55 and hinged-support III57 of pin hole, the pin hole of hinged-support II55 and hinged-support III57 are provided at inferior horn respectively
It is coaxially disposed, wears the pin shaft 56 that can be rotated in pin hole.
Power device includes sequentially connected engine 2, clutch I3, gearbox 4, the output shaft and flexible axle of gearbox 4
I6 connection, the transmission shaft I65 for the array concrete vibrating mechanism 44 that flexible axle I6 is connected to by shaft coupling and the flexible axle of warehouse mechanism 43
II75 provides power to the warehouse apparatus for leveling 15 that vibrates.
Vibratile compacter 12 is arranged in the inside of 14 tail portion of side template, and vibratile compacter 12 is used for the edge pressure of bituminous pavement
It is real.
The inside of side template 14 also sets up the connection frame 13 of the side template 14 of connection two sides.
In another embodiment of the present invention, the upper end of support frame 5 is connected to asphalt-spreader 1 by drawstring II89
On lifting lug 87, the lower end hinged support seat 86 of support frame 5, support base 86 abuts the fuselage of asphalt-spreader 1 and passes through drawstring I88
On lifting lug 87, one end of drawstring I88 is fastened on the pin shaft of support base for hanging, and the other end hangs this set on lifting lug 87
So that the position of support frame 5 is adjustable, to be mounted on the asphalt-spreader 1 of different model.
Claims (10)
1. multifunction road molding machine, including asphalt-spreader (1), which is characterized in that the auger in the asphalt-spreader (1)
(10) at least two sets are symmetrical arranged between screed (11) and are capable of forming vibrating warehouse apparatus for leveling (15) for certain angle, institute
State the warehouse apparatus for leveling (15) that vibrates top setting be fixedly connected with the warehouse apparatus for leveling (15) that vibrates can make to vibrate mention
The horizontal sliding device (17) that slurry apparatus for leveling (15) moves left and right；It is set between two large arm (9) of the asphalt-spreader (1)
It sets and is fixedly connected with suspension crossbeam (8) with two large arm (9), the horizontal sliding device (17) is hinged in suspension crossbeam (8)；Institute
State asphalt-spreader (1) and the support frame (5) being fixedly connected with asphalt-spreader (1) be set below, be provided on support frame (5) to
The power device of warehouse of vibrating apparatus for leveling (15) offer power.
2. multifunction road molding machine according to claim 1, it is characterised in that: support frame as described above (5) and screed
(11) two sets of autobalance lifting devices (7) are symmetrically arranged between, the autobalance lifting device (7) includes being fixed on branch
On support (5), rolls up the hoist engine (701) for there are wirerope (704) and hang the fixed pulley (703) in support frame (5) below, it is fixed sliding
Setting can reduce the movable pulley (706) of pulling force, fixed pulley (703) and movable pulley (706) between wheel (703) and screed (11)
Between be provided with the damper (705) that can the tension variations of wirerope (704) be made with transient response, the hoist engine
(701) wirerope (704) on is connected to one end of damper (705), damping around fixed pulley (703) and movable pulley (706)
The pulley yoke of other end connection movable pulley (706) of device (705)；Setting can be felt between movable pulley (706) and screed (11)
Know the sensor (707) of pulling force size, one end of the sensor (707) is connect with the pulley yoke of movable pulley (706), the other end
It is hinged on screed (11)；It is provided with the information of receiving sensor (707) on support frame as described above (5) and can control hoist engine
(701) controller (702) acted, passes through data between the controller (702) and sensor (707) and hoist engine (701)
Line connection.
3. multifunction road molding machine according to claim 1, it is characterised in that: the two sides of the asphalt-spreader (1)
It is additionally provided with the deformable side template control device including side template (14) to form pavement edge, the deformable side template control
Device processed includes the image acquisition units for acquiring highway sideline information, connect with image acquisition units and receives the acquisition of highway sideline
The control unit of information and connect with control unit and by the instruction of control unit control side template (14) make corresponding actions
Several end to end execution units for being mounted on side template (14)；
The execution unit include coaxial arrangement positive lead screw (21), reversed lead screw (26) and respectively with positive lead screw (21),
The two-way screw (22) of reversed lead screw (26) being threadedly engaged, the two-way screw (22) are erected at gear housing by bearing
(25) on, driven gear (23) are fixedly installed in the outer circle of internal, the two-way screw (22) of gear housing (25), gear housing
(25) internal to be additionally provided with the driving gear (29) engaged with driven gear (23), the rotating shaft of driving gear (29) passes through flexible axle
III (19) is connected on motor I (18)；The other end of the forward direction lead screw (21) is fixed on mutual with the axis of positive lead screw (21)
On perpendicular pull rod I (20), corresponded on the side template (14) both ends of pull rod I (20) position setting there are two equipped with slide
The support I (31) of set wears pull rod I (20) in the sliding sleeving hole of support I (31)；The other end of the reversed lead screw (26) is fixed on
On the mutually perpendicular pull rod II (27) of axis of reversed lead screw (26), the two of pull rod II (27) is corresponded on the side template (14)
There are two the support II (28) that sliding sleeve is housed, the both ends of pull rod II (27) are threaded through two support II respectively for the position setting at end
(28) in sliding sleeving hole；Two axle sleeves (24), the axle sleeve is also fixedly installed in the two sides up and down of the gear housing (25) respectively
(24) it is sliding combined with sliding axle (30) in, one end of sliding axle (30) is fixed on side template (14).
4. multifunction road molding machine according to claim 1, it is characterised in that: the horizontal sliding device (17) includes
The L-shaped rack connecting plate (41) below in suspension crossbeam (8) is set, slideway is fixedly installed on the riser of framework connecting plate (41)
(40), fixed setting sliding rack gear (37) on the transverse slat of framework connecting plate (41)；Suspension crossbeam (8) following settings passes through hinged-support
(32) cabinet (34) being hinged in suspension crossbeam (8), set gradually in cabinet (34) interconnection decelerating motor (33), from
Clutch II (35), brake (36) and shifting slide gear (38), the shifting slide gear (38) are engaged with sliding rack gear (37)；The case
The sliding block (39) that the position fixed setting of corresponding slideway (40) is slidably matched with slideway (40) outside body (34)；The decelerating motor
(33) it is connect with control unit and is controlled by control unit.
5. multifunction road molding machine according to claim 1, it is characterised in that: vibrate warehouse apparatus for leveling (15)
It include that auger (10) is allocated into the cement concrete to scatter by what front and back was set gradually between auger (10) and screed (11)
The first flattening mechanism including first plate (45) that tentatively strikes off vibrates that tamp cement concrete includes the array of pipe (62) of vibrating
Concrete vibrating mechanism (44), by cement concrete mud pat to road surface include warehouse plate (48) warehouse mechanism (43) and
Adjust the elevating mechanism including frame plate (49) of the just height of flattening mechanism, array concrete vibrating mechanism (44) and warehouse mechanism (43)
(42), it is described just flattening mechanism connect with array concrete vibrating mechanism (44) and warehouse mechanism (43), and pass through elevating mechanism (42) and
The framework connecting plate (41) of horizontal sliding device (17) connects；
The array concrete vibrating mechanism (44) includes by the upper crossbearer (59) and lower cross frame (61) arranged and be parallel to each other up and down, institute
It states and is fixedly installed several pipes that vibrate (62) on crossbearer (59) and lower cross frame (61), every two, which is vibrated, to be arranged between pipe (62)
The unit that vibrates (58) of at least one pipe (62) vibration that can cause to vibrate, the pipe that vibrates (62) and the unit that vibrates (58) uniformly,
The length direction in upper crossbearer (59) and lower cross frame (61) is arranged in array；
The unit that vibrates (58) includes gear-box (67), and transmission shaft I (65), the biography is laterally arranged in the gear-box (67)
Driving bevel gear I (63) are set on moving axis I (65) and driving bevel gear II (71), the both ends of the transmission shaft I (65) are set respectively
Shaft coupling I (64) is set to connect with the adjacent unit that vibrates (58) or power device；
The eccentric a period of time I (68) vertical with transmission shaft I (65) axis and eccentric battle array are set side by side below the transmission shaft I (65)
The upper end of sub- II (69), bias a period of time I (68) and eccentric a period of time II (69) is fixedly installed and driving bevel gear I (63) respectively
The driven bevel pinion I (66) of the engagement and driven bevel pinion II (70) engaged with driving bevel gear II (71), the driven umbrella
Gear I (66) and driven bevel pinion II (70) are erected on the inner wall of gear-box (67) by bearing, bias a period of time I (68)
It is erected on the inner wall of gear-box (67) with the lower end of eccentric a period of time II (69) by bearing；
The warehouse mechanism includes the warehouse plate (48) of the zigzag with guide groove (74), the upper cross plate of the warehouse plate (48)
On be provided with identical at least one set of structure, eccentric a period of time A (77) of parallel arrangement and eccentric a period of time B (78), the different bias organized
Pass through one group of transmission shaft II (79) connection, bias a period of time A (77), eccentric battle array between a period of time A (77) and eccentric a period of time B (78)
Sub- B (78) and transmission shaft II (79) are erected on the upper cross plate of warehouse plate (48) by bearing, bias a period of time A (77) and inclined
One end of heart a period of time B (78) is separately connected shaft coupling II (76), and the other end of shaft coupling II (76) connects flexible axle II (75), flexible axle
Intermeshing two gears or adjacent warehouse mechanism in the gear-box II of the other end connecting power device driving of II (75)
(43) shaft coupling II (76)；
The protection board (72) for preventing cement concrete mud to be splashed into, the protection board (72) are set below the warehouse plate (48)
Front end connect just plate (45), extand rearward to screed (11) in the following, being fixedly connected on warehouse plate (48)；
The just flattening mechanism includes first plate (45), and it is vertical to be provided with several axis along its length on the just plate (45)
Guide post (47) in first plate (45), the guide post (47) pass through the guide groove of array concrete vibrating mechanism (44) and warehouse plate (48)
(74) it withstands on frame plate (49), the top of the just plate (45) connects at least two sets of elevating mechanisms (42)；
Elevating mechanism (42) includes the reverse-flighted screw (502) of one end connection decelerating motor of lateral arrangement, the reverse-flighted screw
(502) both ends setting is equipped with the left shaft holder (501) and right bearing seat (507) of bearing, the left shaft holder (501) and right axle
Seat (507) is held to be fixedly mounted on frame plate (49)；Two-way spiral shell between the left shaft holder (501) and right bearing seat (507)
It is additionally provided on bar (502) and is threadedly engaged the left-handed nut (503) used and right-handed nut (506) with reverse-flighted screw (502),
Left lever (504) and right pull rod (505), the left lever are respectively articulated on the left-handed nut (503) and right-handed nut (506)
(504) it is hinged on pull rod hinged-support (508) with the other end of right pull rod (505), the pull rod hinged-support (508) passes through pedestal
(509) it is fixed on just plate (45)；It is laterally fixedly installed guide rail (510) on the frame plate (49), on the guide rail (510)
The left slider (512) and right sliding block (511) that can be slid along guide rail (510), the left slider (512) and right sliding block are set
(511) it is fixedly connected respectively with left-handed nut (503) and right-handed nut (506)；
The pipe that vibrates (62) top half is provided with T shape sliding groove B (60), the warehouse plate close to the side of warehouse plate (48)
(48) position of the corresponding pipe (62) that vibrates opens up sliding groove A (73) on, is fixedly installed on the frame plate (49) and frame plate
(49) vertical gripping frame (81), the sliding groove A (73) and the pipe that vibrates (62) for holding frame (81) and passing through warehouse plate (48)
Sliding groove B (60) is inserted into the inner hole for pipe (62) of vibrating, and conical limit column (80) are fixedly installed in gripping frame (81) other end,
In the upper end inner hole of the pipe that vibrates (62) be arranged spring base (85) and with limit taper hole limit sleeve (83), spring base (85) and
Taper buffer spring (84) are set between limit sleeve (83).
6. multifunction road molding machine according to claim 5, it is characterised in that: vibrate warehouse apparatus for leveling (15)
On be additionally provided with the shear wave regulating device for being capable of forming highway shear wave, the shear wave regulating device includes symmetrically arranged two sets of vibrations
It smashes and two hinged-support I (51), described two hinges is fixedly installed respectively on two frame plates (49) on warehouse apparatus for leveling (15)
Left-handed nut (50) and the right-handed nut (53) of coaxial arrangement, the left-handed nut (50) and the right side are respectively articulated on support I (51)
It is worn two-way lead screw (52) in spin nut (53) hole, one end of the two-way lead screw (52) connects motor II (54)；It is described symmetrical
Two sets be arranged vibrate the two neighboring warehouse plate (48) on warehouse apparatus for leveling (15) inferior horn at be provided with pin hole respectively
Hinged-support II (55) and hinged-support III (57), the pin hole coaxial arrangement of hinged-support II (55) and hinged-support III (57), pin hole
Inside wear the pin shaft (56) that can be rotated.
7. multifunction road molding machine according to claim 1, it is characterised in that: the power device includes being sequentially connected
Engine (2), clutch I (3), gearbox (4), the output shaft of the gearbox (4) connect with flexible axle I (6), the flexible axle
The transmission shaft I (65) for the array concrete vibrating mechanism (44) that I (6) is connected to by the shaft coupling and flexible axle II of warehouse mechanism (43)
(75) to warehouse apparatus for leveling (15) offer power that vibrates.
8. multifunction road molding machine according to claim 1, it is characterised in that: the inside of side template (14) tail portion
It is provided with the vibratile compacter (12) for being compacted bituminous pavement edge.
9. multifunction road molding machine according to claim 1, it is characterised in that: the inside of the side template (14) is also set
Set the connection frame (13) of the side template (14) of connection two sides.
10. multifunction road molding machine according to claim 1, it is characterised in that: the upper end of support frame as described above (5) passes through
Drawstring II (89) is connected on the lifting lug (87) of asphalt-spreader (1), the lower end hinged support seat (86) of support frame (5), support
Seat (86) abuts the fuselage of asphalt-spreader (1) and fastens the hanging of the drawstring I (88) on the pin shaft of support base (86) by one end
On lifting lug (87),.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811400410.XA CN109235207A (en) | 2018-11-22 | 2018-11-22 | Multifunction road molding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811400410.XA CN109235207A (en) | 2018-11-22 | 2018-11-22 | Multifunction road molding machine |
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| Publication Number | Publication Date |
|---|---|
| CN109235207A true CN109235207A (en) | 2019-01-18 |
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ID=65075825
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811400410.XA Pending CN109235207A (en) | 2018-11-22 | 2018-11-22 | Multifunction road molding machine |
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| CN (1) | CN109235207A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109706822A (en) * | 2019-03-01 | 2019-05-03 | 石家庄辰启科技有限公司 | Autobalance is promoted and hanging device |
| CN109853338A (en) * | 2019-04-03 | 2019-06-07 | 石家庄辰启科技有限公司 | Automatic stirring paves molding machine |
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| CN209144618U (en) * | 2018-11-22 | 2019-07-23 | 石家庄辰启科技有限公司 | Multifunction road molding machine |
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| CN2383876Y (en) * | 1999-02-11 | 2000-06-21 | 刘庆范 | Concrete paver capable of extracting paste and polishing |
| CN2403811Y (en) * | 1999-08-23 | 2000-11-01 | 刘明凯 | Concrete paver with vibrating bar |
| CN2808994Y (en) * | 2005-03-29 | 2006-08-23 | 杨秋利 | Spreading evener |
| CN206319230U (en) * | 2016-12-27 | 2017-07-11 | 中铁十七局集团第二工程有限公司 | A kind of laser truss split roll shaft paver |
| CN209144618U (en) * | 2018-11-22 | 2019-07-23 | 石家庄辰启科技有限公司 | Multifunction road molding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109706822A (en) * | 2019-03-01 | 2019-05-03 | 石家庄辰启科技有限公司 | Autobalance is promoted and hanging device |
| CN109853338A (en) * | 2019-04-03 | 2019-06-07 | 石家庄辰启科技有限公司 | Automatic stirring paves molding machine |
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