CN206289500U - It is combined organic hydraulic material paver - Google Patents
It is combined organic hydraulic material paver Download PDFInfo
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- CN206289500U CN206289500U CN201621190025.3U CN201621190025U CN206289500U CN 206289500 U CN206289500 U CN 206289500U CN 201621190025 U CN201621190025 U CN 201621190025U CN 206289500 U CN206289500 U CN 206289500U
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Abstract
It is combined organic hydraulic material paver, the front end of automobile chassis is provided with spiral elevator, the lower end of spiral elevator is provided with receiver bin, front center is provided with aggregate bin on automobile chassis, water tank and emulsified asphalt case are each provided with the left and right sides automobile chassis of aggregate bin, it is provided with that cement box and fiber are in bulk to be put and power unit on the rear side automobile chassis of aggregate bin, conveying belt mechanism is provided with aggregate bin and cement box and the fiber bottom automobile chassis put in bulk, the rear end of automobile chassis is provided with guidance panel, seat, malaxation device, paving and leveling device.The utility model collection material spreader mix, paving and leveling operation are integrally, ensure the uniformity of material, spreading speed is far above traditional paver, productivity ratio is high, the material that the utility model is paved is normal temperature material, current heated bitumen can be replaced to pave, do not produce flue gas etc. to pollute in work progress, environmental protection and energy saving.
Description
Technical field
The utility model belongs to new pavement and to having completed the device technical field that road surface places under repair, specifically
It is related to cold mixing ground surface material laying equipment.
Background technology
In the making of existing asphalt roads, bituminous paving superficial layer has two kinds of structures, and one kind is hot material, and another kind is cold
Material.Hot material is hybridly prepared into stock ground according to a certain percentage by heated bitumen, aggregate chips material, mineral aggregate, existing to construction by transport vehicle transport
, paved on road surface with asphalt remixer, the bituminous paving of this structure, in the preparation process of asphalt
In, flue gas enters air, severe contamination environment, in addition with a large amount of load-carrying vehicle conveying asphalt compounds, increased making drip
The expense of blue or green road.The cold material that paves used by current bituminous paving is that micro-surface area paves material, is showed in construction by micro-surface area paver vehicle
Field will pave on road surface after emulsified asphalt, aggregate chips material mix；Another cold material that paves is to be layered car by breast by synchronous breakstone
Synchronously paving is spread across on road surface to change pitch, fiber, aggregate chips material；The major advantage of both cold material that pave is need not to heat, produce
Cycle is short, easy construction, open to traffic are short, micro-surface area pave the bed of material it is main from shortcoming be thickness than relatively thin, be not suitable for stand
The thicker superficial layer of paving, the major defect of synchronous breakstone layering is that aggregate chips material is bonded loosely, and aggregate chips material easily comes off.
In order to solve the above-mentioned technical problem, designer of the present utility model devises a kind of compound organic hydraulic of semi-flexible
Material, the technical problem that the machine currently need to be solved urgently is to provide the paver for spreading this material.
The content of the invention
Technical problem to be solved in the utility model is the shortcoming for overcoming above-mentioned technology, there is provided it is a kind of it is reasonable in design,
Simple structure, easy to use, the cold mixing ground surface material that can be suitably used for paving compound organic hydraulic material paver.
Solving the technical scheme that is used of above-mentioned technical problem is：The front end of automobile chassis is provided with spiral elevator, spiral shell
The lower end for revolving elevator is provided with receiver bin, front center is provided with aggregate bin on automobile chassis, positioned at a left side for aggregate bin
Water tank and emulsified asphalt case are each provided with right both sides automobile chassis, cement is provided with the rear side automobile chassis of aggregate bin
Case and fiber are in bulk to be put and power unit, is set on aggregate bin and cement box and the fiber bottom automobile chassis put in bulk
Conveying belt mechanism is equipped with, the rear end of automobile chassis is provided with guidance panel, seat, malaxation device, paving and leveling device.
Malaxation device of the present utility model is：Outside the enclosure left side be provided with the first hydraulic motor, the driving shaft in casing and
One end of driven shaft is arranged on casing left side wall, the other end is arranged on casing right side wall, the center of driving shaft and driven shaft
Line is located in the plane parallel with tank floor, bearing is provided between driving shaft, the end of driven shaft and casing and shaft end is close
Envelope, end connection is set on driving shaft and driven shaft the bucket shank of stirring vane, and driving gear is provided with driving shaft, driven
Driven gear is provided with axle, driving gear is meshed with driven gear and gearratio is 4:5~8, the first hydraulic motor passes through
Shaft coupling is connected with driving shaft；Bucket shank is that 360 ° of phases have been uniformly arranged 2, on driving shaft on driving shaft and driven shaft
One bucket shank is staggered with an adjacent bucket shank, on driven shaft a bucket shank and an adjacent bucket shank staggered row
Row, the bucket shank interleaved arrangement adjacent with driven shaft of a bucket shank on driving shaft, each stirring vane it is vertical
Straight angle α between center line and vertical plane is 9 °~12 °；Described stirring vane is set on the outer surface of blade base
It is equipped with wearing plate composition.
The geometry of blade base of the present utility model is：Outer face is circular arc plane, inner face is plane, two sides
Angle β for 54 °~56 °, thickness δ be 10~15mm, h high1It is 98~105mm, the outer end circular arc plan radius R of blade base
It is 100~145mm；The geometry of wearing plate is similar to the geometry of blade base, the angle γ of the two sides of wearing plate
For the outer end circular arc plan radius R of 47 °~49 °, the outer end circular arc plan radius blade base of wearing plate is identical, h high2For 60~
65mm。
It is raised that the outer surface of wearing plate of the present utility model is provided with cone.
The outer surface of wearing plate of the present utility model is provided with the raised uniform arrangement of cone, and the cone of adjacent rows is convex
Rise and be staggered, the raised bottom surface circle center line connecting of each row cone is parallel with the center line of bucket shank, the circle of adjacent two row
Cone projection is staggered, the distance between a line cone protrusion center line and adjacent a line cone protrusion center line l3For
The distance between 5~6.5mm, a row cone protrusion center line and adjacent row cone protrusion center line are l2For 6~
7.5mm。
The raised taper angle theta of cone of the present utility model is 38 °~42 °, height H is 4~6mm, a diameter of 4~6mm in bottom.
Paving and leveling device of the present utility model is：Distributing device, right side is provided with the left of connecting rack to be actively coupled
Evener, evener top is provided with suspension arm, and the piston rod of leveling hydraulic jack is arranged on the left end of suspension arm, cylinder barrel and sets
It is being combined on organic hydraulic material paver, the piston rod of hydraulic bjuffer is arranged on suspension arm middle part, cylinder barrel and is arranged on again
Close on organic hydraulic material paving machine.
Distributing device of the present utility model is：Left hydraulic motor, right side are provided with the left of the groove that paves and are provided with right hydraulic pressure horse
Reach, the groove left side that paves is provided with left front spiral agitator, left back spiral agitator, preceding spiral agitator and left back spiral agitator
It is connected with left hydraulic motor by sprocket wheel link chain mechanism, the groove right side that paves is provided with spiral agitator, the stirring of right rear screw before the right side
Device, right preceding spiral agitator and right rear screw agitator are connected by sprocket wheel link chain mechanism with right hydraulic motor, are being paved on groove
At least 3 suspension ring are provided with, the front of the slot that paves sets the foot pedal support frame for being provided with pedal.
Left front spiral agitator of the present utility model is left-hand screw, and left back spiral agitator is right-hand screw, and left front spiral is stirred
The lead angle of device and left back spiral agitator is mixed for 28 °, pitch are 300mm；Spiral agitator is right-hand screw before the described right side,
Right rear screw agitator is left-hand screw, it is right before spiral agitator and right rear screw agitator lead angle be 28 °, pitch be
300mm。
The utility model has following beneficial effect：
The utility model collection material spreader mix, paving and leveling operation are integrally, it is ensured that the uniformity of material, spreading speed is remote
Higher than traditional paver, productivity ratio is high, and the material that the utility model is paved is normal temperature material, can replace current heated bitumen
Pave, do not produce flue gas etc. to pollute in work progress, environmental protection and energy saving.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model one embodiment.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is the structural representation of the utility model malaxation device 9.
Fig. 4 is the A-A sectional views of Fig. 3.
Fig. 5 is that stirring vane 9-6 and bucket shank 9-7 couple schematic diagram in Fig. 3.
Fig. 6 is the left view of Fig. 5.
Fig. 7 is the structural representation of cone projection in Fig. 6.
Fig. 8 is the right view of Fig. 7.
Fig. 9 is the structural representation of the utility model paving and leveling device 10.
Figure 10 is the top view of distributing device 10-6 in Fig. 9.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples, but the utility model is not limited to these
Embodiment.
Embodiment 1
In Fig. 1,2, compound organic hydraulic material paver of the present embodiment is by receiver bin 1, spiral elevator 2, water
Case 3, emulsified asphalt case 4, cement box and fiber are in bulk to be put 5, power unit 6, guidance panel 7, seat 8, malaxation device 9, paves
Apparatus for leveling 10, automobile chassis 11, aggregate bin 12, conveying belt mechanism 13 are connected and composed.
The front end of automobile chassis 11 is provided with spiral elevator 2, and the lower end of spiral elevator is provided with receiver bin 1, material feeding
Storehouse 1 is used to receive the aggregate of dumper offer, and front center is provided with aggregate bin 12, spiral elevator on automobile chassis 11
Aggregate in receiver bin 1 is promoted to aggregate bin 12 by 2, and water is each provided with the left and right sides automobile chassis 11 of aggregate bin 12
Case 3 and emulsified asphalt case 4, are provided with that cement box and fiber are in bulk to put 5 Hes on the rear side automobile chassis 11 of aggregate bin 12
Power unit 6, conveying belt is provided with aggregate bin 12 and cement box and the fiber bottom automobile chassis 11 for putting 5 in bulk
Mechanism 13, the rear end of automobile chassis 11 is provided with guidance panel 7, seat 8, malaxation device 9, paving and leveling device 10.Belt Conveying
Aggregate is delivered to malaxation device 9 by mechanism, and, to water is injected in malaxation device 9, emulsified asphalt case 4 is to injection emulsification in malaxation device for water tank 3
Pitch, cement box and fiber are in bulk to put 5 to cement and filament is added in malaxation device 9, forms half by the stirring of malaxation device 9 soft
Property be combined the mixture of organic hydraulic material and paved on road surface by paving and leveling device 10, current heat drip can be replaced
Green grass or young crops paves, and does not produce flue gas etc. to pollute in work progress, environmental protection and energy saving.
In Fig. 3,4, the malaxation device of the present embodiment by casing 9-1, driven gear 9-2, bearing 9-3, shaft end seal 9-4,
Driven shaft 9-5, stirring vane 9-6, bucket shank 9-7, driving shaft 9-8, driving gear 9-9, shaft coupling 9-10, hydraulic motor 9-11
Connect and compose.
Left lower screw threads for fastening connector outside casing 9-1 is fixedly connected and is provided with the first hydraulic motor 9-11,
First hydraulic motor 9-11 provides power for the present invention.In casing 9-1, one end of driving shaft 9-8 and driven shaft 9-5 are arranged on
On the left side wall of casing 9-1, the other end be arranged on casing 9-1 right side wall on, the center line of driving shaft 9-8 and driven shaft 9-5
In the plane parallel with casing 9-1 bottom surfaces, axle is installed between driving shaft 9-8, the end of driven shaft 9-5 and casing 9-1
9-3 and shaft end seal 9-4 is held, shaft end seal 9-4 prevents the compound in casing 9-1 from leaking.Pacified with connector on driving shaft 9-8
Equipped with driving gear 9-9, driven gear 9-2, driving gear 9-9 and driven gear 9-2 are installed with connector on driven shaft 9-5
It is meshed and gearratio is 4:5, the first hydraulic motor 9-11 is connected by shaft coupling 9-10 with driving shaft 9-8, the first hydraulic pressure horse
Up to after 9-11 and hydraulic power source UNICOM, hydraulic motor 9-11 rotations drive driving shaft 9-8 and driven shaft 9-5 rotations.
Fig. 5~8 are the structural representations of the present embodiment stirring vane 9-6.In Fig. 3,4,5,6, driving shaft 9-8 and driven
It has been welded to connect on axle 9-5 and has been uniformly welded with 2 leaves on bucket shank 9-7, driving shaft 9-8 and driven shaft 9-5 in 360 ° of phases
Piece handle 9-7, a bucket shank 9-7 on driving shaft 9-8 is staggered with an adjacent bucket shank 9-7, and on driven shaft 9-5 one
Individual bucket shank 9-7 is staggered with an adjacent bucket shank 9-7, on driving shaft 9-8 bucket shank 9-7 and driven shaft 9-5
Upper adjacent bucket shank 9-7 interleaveds arrangement.The radial outer end of each bucket shank 9-7 is welded and fixed connection stirring vane
Angle α between the vertical center line and vertical plane of 9-6, stirring vane 9-6 is 12 °.
The stirring vane 9-6 of the present embodiment is to weld wearing plate 9-6-2 on the outer surface of blade base 9-6-1 to constitute.
Blade 9-6, the cone on its surface increases the frictional force between stirring vane 9-6 and compound, drives various materials in mix
The geometry of device sheet matrix 9-6-1 is：Outer face is circular arc plane, inner face is plane, the angle β of two sides is 55 °, thick
Degree δ is that 12.5mm, h1 high are 101.5mm, and the outer end circular arc plan radius R1 of blade base 9-6-1 is 142.5mm.Wearing plate 9-
The material of 6-2 is hard alloy, the model YW2 of the hard alloy.The geometry of wearing plate 9-6-2 and blade base 9-6-
1 geometry is similar, and the angle γ of the two sides of wearing plate 9-6-2 is 48 °, the outer end circular arc plane half of wearing plate 9-6-2
Footpath R2 is that 142.5mm, h2 high are 62.5mm.The cone that uniform arrangement is processed into the outer surface of wearing plate 9-6-2 is raised, circular cone
The raised taper angle theta of body is 40 °, height H is 5mm, a diameter of 5mm in bottom, and the cone projection of adjacent two row is staggered, Mei Yilie
The raised circle center line connecting of cone is parallel with the center line of bucket shank 7, and the cone projection of adjacent two row is staggered, a line
The distance between cone protrusion center line and adjacent a line cone protrusion center line l3 is 6mm, in row cone projection
The distance between heart line and adjacent row cone protrusion center line are 7mm for 9-l2.Due to being combined organic hydraulic material not
Micro-surface area thin pulp material is same as, it is necessary to increase shearing and the strip effect of malaxation device blade, the paddle casing 9-1 of this structure
Interior flowing, compared with the flat board stirring vane of existing agitator, compound is sufficiently mixed, and shortens stirring incorporation time,
Mix effect is improve, the service life of stirring vane 9-6 is extended.
Driving gear 9-9 and driven gear 9-2 are meshed, and the gearratio of driving gear 9-9 and driven gear 9-2 is 4:
5, differential mix is realized, the stirring vane 9-6 on stirring vane 9-6 and driven shaft 9-5 on driving shaft 9-8 is staggered, main
This arrangement mode of stirring vane 9-6 on moving axis 9-8 and driven shaft 9-5 so that Load materials are obtained in malaxation device casing 9-1
To being thoroughly mixed, the first hydraulic motor 9-11 drives driving shaft 9-8 to rotate, and the stirring vane 9-6 on driving shaft 9-8 turns
Dynamic, driving gear 9-9 drives driven gear 9-2 to rotate, so that the stirring vane 9-6 on driven shaft 9-5 is rotated, it is right
Gather materials into the aggregate chips in casing 9-1, additive, cement, water, emulsified asphalt, fiber are stirred mixing, are prepared into pitch cold
Mix compound, the uniformity of the asphalt mixing plant stirring efficiency of this structure pitch Cold-mix high, standby
It is good.
In fig .9, the paving and leveling device 10 of the present embodiment is by leveling hydraulic jack 10-1, hydraulic bjuffer 10-2, outstanding
Upper arm 10-3, evener 10-4, connecting rack 10-5, distributing device 10-6 connections are constituted.
Distributing device 10-6 is installed with the left side screw threads for fastening connector of connecting rack 10-5, distributing device 10-6 is used
Paved onto road surface in the Load materials that fall of organic hydraulic material paver will be combined, the right side activity connection of connecting rack 5
Connect and evener is installed, evener 10-4 is commodity on the market, model LT45 is given birth to by Peng Yuan machinery plants of Xuzhou City
Produce, evener 10-4 can be moved up and down on connecting rack 10-5, when compound organic hydraulic material paver is walked forward, can
By the compound organic hydraulic material leveling on road surface that falls, when evener 10-4 can be moved up and down on connecting rack 10-5,
The compound organic hydraulic material compacting that will can be flattened.The top screw threads for fastening connector of evener 10-4 is installed with outstanding
The piston rod of upper arm 10-3, leveling hydraulic jack 10-1 couples left end, the cylinder barrel connection installed in suspension arm 10-3 with coupling spindle
Spindle connection is arranged on and is combined on organic hydraulic material paver, and the piston rod of leveling hydraulic jack 10-1 stretches out or retracts,
Evener 10-4 can be fallen or be lifted, the distance between adjustment evener 10-4 and road surface realize that adjustment paves on road surface
The thickness of organic hydraulic material is combined, the piston rod of hydraulic bjuffer 10-2 is coupled installed in suspension arm 10-3's with coupling spindle
Middle part, cylinder barrel coupling spindle couple installed in being combined on organic hydraulic material paver, and hydraulic bjuffer 10-2 is used to buffer
Damping evener 10-4 moves up and down shaking force produced by compacting Load materials on connecting rack 10-5.
In Fig. 10, the distributing device 10-6 of the present embodiment is by the groove 10-6-1 that paves, left hydraulic motor 10-6-2, left front spiral
Agitator 10-6-3, left back spiral agitator 10-6-4, it is right before spiral agitator 10-6-5, right rear screw agitator 10-6-6,
Right hydraulic motor 10-6-7, foot pedal support frame 10-6-8, pedal 10-6-9, suspension ring 10-6-10, sprocket wheel link chain mechanism 10-6-11
Connection is constituted.
Left hydraulic motor 10-6-2, right side peace are installed with the left side screw threads for fastening connector of the groove 10-6-1 that paves
Equipped with right hydraulic motor 10-6-7, left front spiral agitator 10-6-3, left back spiral are installed on the left of the groove 10-6-1 that paves and are stirred
It is left-hand screw to mix device 10-6-4, left front spiral agitator 10-6-3, and left back spiral agitator 10-6-4 is right-hand screw, left front spiral
The lead angle of agitator 10-6-3 and left back spiral agitator 10-6-4 is 28 °, pitch is 300mm, left front spiral agitator
10-6-3 and left back spiral agitator 10-6-4 are connected by sprocket wheel link chain mechanism 10-6-11 with left hydraulic motor 10-6-2, chain
Wheel link chain mechanism 10-6-11 is the conventional design of mechanical design handbook, the i.e. drive chain on left hydraulic motor 10-6-2
Wheel is by chain and the driven sprocket being arranged on left front spiral agitator 10-6-3 helical axis, installed in left back spiral agitator
Driven sprocket on 10-6-4 helical axis is connected, and left hydraulic motor 10-6-2 is driven left front by sprocket wheel link chain mechanism 10-6-11
Spiral agitator 10-6-3 and left back spiral agitator 10-6-4 rotating Vortexes.Pave and spiral shell before the right side is installed on the right side of groove 10-6-1
Rotation agitator 10-6-5, right rear screw agitator 10-6-6, right preceding spiral agitator 10-6-5 is right-hand screw, right rear screw stirring
Device 10-6-6 is left-hand screw, and the lead angle of right preceding spiral agitator 10-6-5 and right rear screw agitator 10-6-6 is 28 °, spiral shell
Away from being 300mm, it is right before spiral agitator 10-6-5 and right rear screw agitator 10-6-6 by sprocket wheel link chain mechanism 10-6-11 with
Right hydraulic motor 10-6-7 is connected, and right hydraulic motor 10-6-7 drives right preceding auger by sprocket wheel link chain mechanism 10-6-11
Device 10-6-5 and right rear screw agitator 10-6-6 rotating Vortexes.Fix peace with screw threads for fastening connector on groove 10-6-1 paving
Equipped with 4 suspension ring 10-6-10,3 suspension ring 10-6-10 can be also installed, suspension ring 10-6-10 is used to for the utility model to be arranged on multiple
Close on organic hydraulic material paving machine.The front end screw threads for fastening connector of groove 10-6-1 of paving is installed with treadle supporting
Frame 10-6-8, pedal 10-6-9, pedal 10-6-9 are respectively installed with foot pedal support frame 10-6-8 with screw threads for fastening connector
For in construction operation, operator to stand and carries out operation operation.
Claims (9)
1. organic hydraulic material paver is combined, it is characterised in that：The front end of automobile chassis (11) is provided with spiral elevator
(2), the lower end of spiral elevator is provided with receiver bin (1), and front center is provided with aggregate bin on automobile chassis (11)
(12) water tank (3) and emulsified asphalt case (4), position, are each provided with the left and right sides automobile chassis (11) of aggregate bin (12)
In being provided with the rear side automobile chassis (11) of aggregate bin (12), cement box and fiber are in bulk to put (5) and power unit (6), position
In being provided with conveying belt mechanism on aggregate bin (12) and cement box and the fiber bottom automobile chassis (11) for putting (5) in bulk
(13), the rear end of automobile chassis is provided with guidance panel (7), seat (8), malaxation device (9), paving and leveling device (10).
2. it is according to claim 1 to be combined organic hydraulic material paver, it is characterised in that described malaxation device (9)
For：In casing (9-1), left side is provided with the first hydraulic motor (9-11) outward, driving shaft (9-8) and driven shaft in casing (9-1)
The one end of (9-5) is arranged on casing (9-1) left side wall, the other end is arranged on casing (9-1) right side wall, driving shaft (9-8)
It is located in the plane parallel with casing (9-1) bottom surface with the center line of driven shaft (9-5), driving shaft (9-8), driven shaft (9-5)
End and casing (9-1) between bearing (9-3) and shaft end seal (9-4), driving shaft (9-8) and driven shaft (9-5) are installed
Upper setting end connection has the bucket shank (9-7) of stirring vane (9-6), and driving gear (9-9) is provided with driving shaft (9-8),
Driven gear (9-2) is provided with driven shaft (9-5), driving gear (9-9) is meshed with driven gear (9-2) and gearratio is
4:5~8, the first hydraulic motor (9-11) is connected by shaft coupling (9-10) with driving shaft (9-8)；Described bucket shank (9-7)
It is to be uniformly arranged 2 in driving shaft (9-8) and the upper 360 ° of phases of driven shaft (9-5), a bucket shank on driving shaft (9-8)
(9-7) is staggered with an adjacent bucket shank (9-7), a bucket shank (9-7) on driven shaft (9-5) and an adjacent leaf
Piece handle (9-7) is staggered, the bucket shank adjacent with driven shaft (9-5) of a bucket shank (9-7) on driving shaft (9-8)
(9-7) interleaved is arranged, angle (α) between the vertical center line and vertical plane of each stirring vane (9-6) for 9 °~
12°；Described stirring vane (9-6) is that wearing plate (9-6-2) composition is provided with the outer surface of blade base (9-6-1).
3. it is according to claim 2 to be combined organic hydraulic material paver, it is characterised in that described blade base (9-
Geometry 6-1) is：Outer face is circular arc plane, inner face is plane, the angle (β) of two sides is 54 °~56 °, thickness
(δ) is 10~15mm, height (h1) be 98~105mm, outer end circular arc plan radius (R) of blade base (9-6-1) for 100~
145mm；The geometry of wearing plate (9-6-2) is similar to the geometry of blade base (9-6-1), wearing plate (9-6-2)
The angle (γ) of two sides is 47 °~49 °, outer end circular arc plan radius blade base (9-6-1) of wearing plate (9-6-2) it is outer
End circular arc plan radius (R) is identical, (h high2) it is 60~65mm.
4. the compound organic hydraulic material paver according to Claims 2 or 3, it is characterised in that：Described wearing plate
It is raised that the outer surface of (9-6-2) is provided with cone.
It is 5. according to claim 4 to be combined organic hydraulic material paver, it is characterised in that：Described wearing plate (9-
Outer surface 6-2) is provided with the raised uniform arrangement of cone, and the cone projection of adjacent rows is staggered, each row circular cone
The raised bottom surface circle center line connecting of body is parallel with the center line of bucket shank (9-7), and the cone projection of adjacent two row is staggered,
The distance between a line cone protrusion center line and adjacent a line cone protrusion center line (l3) it is 5~6.5mm, a row circle
The distance between cone protrusion center line and adjacent row cone protrusion center line are (l2) it is 6~7.5mm.
It is 6. according to claim 4 to be combined organic hydraulic material paver, it is characterised in that：Described cone is raised
Cone angle (θ) for 38 °~42 °, height (H) be 4~6mm, a diameter of 4~6mm in bottom.
It is 7. according to claim 1 to be combined organic hydraulic material paver, it is characterised in that：Described paving and leveling dress
Putting (10) is：Connecting rack (10-5) left side is provided with distributing device (10-6), right side and is actively coupled evener (10-4), it is whole
Flat machine (10-4) top is provided with suspension arm (10-3), and the piston rod of leveling hydraulic jack (10-1) is arranged on suspension arm (10-3)
Left end, cylinder barrel be arranged on compound organic hydraulic material paver, the piston rod of hydraulic bjuffer (10-2) is arranged on outstanding
Upper arm (10-3) middle part, cylinder barrel are arranged on compound organic hydraulic material paver.
8. it is according to claim 7 to be combined organic hydraulic material paver, it is characterised in that described distributing device (10-
6) it is：The groove that paves (10-6-1) left side is provided with left hydraulic motor (10-6-2), right side and is provided with right hydraulic motor (10-6-
7), pave groove (10-6-1) left side be provided with left front spiral agitator (10-6-3), left back spiral agitator (10-6-4), preceding spiral shell
Rotation agitator (10-6-3) and left back spiral agitator (10-6-4) pass through sprocket wheel link chain mechanism (10-6-11) and left hydraulic motor
(10-6-2) is connected, and the groove that paves (10-6-1) right side is provided with spiral agitator (10-6-5), right rear screw agitator before the right side
(10-6-6), right preceding spiral agitator (10-6-5) and right rear screw agitator (10-6-6) pass through sprocket wheel link chain mechanism (10-6-
11) it is connected with right hydraulic motor (10-6-7), at least 3 suspension ring (10-6-10) is provided with the groove that paves (10-6-1), is paved
Groove (10-6-1) front end sets the foot pedal support frame (10-6-8) for being provided with pedal (10-6-9).
It is 9. according to claim 8 to be combined organic hydraulic material paver, it is characterised in that：Described left front spiral is stirred
Device (10-6-3) is mixed for left-hand screw, left back spiral agitator (10-6-4) is right-hand screw, left front spiral agitator (10-6-3) and
The lead angle of left back spiral agitator (10-6-4) is 28 °, pitch is 300mm；Spiral agitator (10-6- before the described right side
5) it is right-hand screw, right rear screw agitator (10-6-6) is left-hand screw, right preceding spiral agitator (10-6-5) and right rear screw are stirred
The lead angle of device (10-6-6) is mixed for 28 °, pitch are 300mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621190025.3U CN206289500U (en) | 2016-10-28 | 2016-10-28 | It is combined organic hydraulic material paver |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621190025.3U CN206289500U (en) | 2016-10-28 | 2016-10-28 | It is combined organic hydraulic material paver |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206289500U true CN206289500U (en) | 2017-06-30 |
Family
ID=59098983
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621190025.3U Active CN206289500U (en) | 2016-10-28 | 2016-10-28 | It is combined organic hydraulic material paver |
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| Country | Link |
|---|---|
| CN (1) | CN206289500U (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107386080A (en) * | 2017-07-20 | 2017-11-24 | 芜湖市泰能电热器具有限公司 | A kind of automatic collection, repairing equipment |
| CN107574738A (en) * | 2017-09-07 | 2018-01-12 | 中建路桥集团有限公司 | Construction of the highway concrete casting device |
| CN107838816A (en) * | 2017-11-27 | 2018-03-27 | 济南普铭威机电设备有限公司 | A kind of wire rod shot-blasting machine material retractable device and material retractable method |
| CN108045784A (en) * | 2018-01-23 | 2018-05-18 | 河南省高远公路养护技术有限公司 | A kind of polymorphic type material storage-transportation and automatic discharging device |
| CN113529514A (en) * | 2021-06-18 | 2021-10-22 | 湖北沛高环保科技有限公司 | Road pavement base course structure formed by solid waste of tailings |
| CN115369721A (en) * | 2022-09-30 | 2022-11-22 | 贵州省遵义公路管理局 | Road surface composite seal layer spreading vehicle |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107386080A (en) * | 2017-07-20 | 2017-11-24 | 芜湖市泰能电热器具有限公司 | A kind of automatic collection, repairing equipment |
| CN107574738A (en) * | 2017-09-07 | 2018-01-12 | 中建路桥集团有限公司 | Construction of the highway concrete casting device |
| CN107838816A (en) * | 2017-11-27 | 2018-03-27 | 济南普铭威机电设备有限公司 | A kind of wire rod shot-blasting machine material retractable device and material retractable method |
| CN108045784A (en) * | 2018-01-23 | 2018-05-18 | 河南省高远公路养护技术有限公司 | A kind of polymorphic type material storage-transportation and automatic discharging device |
| CN113529514A (en) * | 2021-06-18 | 2021-10-22 | 湖北沛高环保科技有限公司 | Road pavement base course structure formed by solid waste of tailings |
| CN115369721A (en) * | 2022-09-30 | 2022-11-22 | 贵州省遵义公路管理局 | Road surface composite seal layer spreading vehicle |
| CN115369721B (en) * | 2022-09-30 | 2023-11-17 | 贵州省遵义公路管理局 | Road surface composite seal spreading vehicle |
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