CN108411744A - A kind of asphalt coiled material paving device - Google Patents
A kind of asphalt coiled material paving device Download PDFInfo
- Publication number
- CN108411744A CN108411744A CN201810483497.5A CN201810483497A CN108411744A CN 108411744 A CN108411744 A CN 108411744A CN 201810483497 A CN201810483497 A CN 201810483497A CN 108411744 A CN108411744 A CN 108411744A
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Classifications
-
- 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
- E01C19/46—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 preparing and placing the materials, e.g. slurry seals
- E01C19/463—Bituminous mixtures of which at least part of the solid ingredients has previously been deposited on the surface, e.g. with lifting of spread or windrowed aggregate
-
- 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
- E01C19/4806—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 solely rollers for consolidating or finishing
- E01C19/4826—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 solely rollers for consolidating or finishing the materials being aggregate mixed with binders
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Road Paving Machines (AREA)
Abstract
The invention discloses a kind of asphalt coiled material paving device, structure includes：Pull rod holder, oblique hack lever, pitch liquid case, baffle, grinding pressurization cabinet, water filling nozzle, roller frame, roller column block, sponge sleeve, traction wheel disc, grinding pressurization cabinet is installed on the top of roller column block, grinding pressurization cabinet is inserted embedded in the inside of pitch liquid case, the present invention is ground pressurization cabinet and is equipped with PBU pushbutton unit, link mechanism, roller devices, support rod unit, screw body, stir rack, it is pressurized bridge, dipper crowding gear, realize the effect that polishing screening impurity particle is added on the basis of the pure formed asphalt consistency of asphalt coiled material paving device, and increases and be laid with pressure, while making drum rolling pitch, adsorption capacity of the pitch to ground is reinforced in supercharging, while promoting pitch homogeneous guarantee driving safety, also pressurization quickly output, reduce pitch heating attachment loss body performance, it improves work efficiency.
Description
Technical field
The present invention is a kind of asphalt coiled material paving device, belongs to coiled material paving device field.
Background technology
Asphalt is a kind of product of crude oil processing, be at normal temperatures black or dark brown sticky liquid,
Semisolid or solid, mainly contain the hydro carbons for dissolving in trichloro ethylene and nonhydrocarbon analog derivative, and property and composition come with crude oil
The difference of source and production method and change, asphalt is the residue after crude distillation, according to refine degree difference, in room temperature
Lower at liquid, semisolid or solid, asphalt color is black and glossy, has higher response to temperature, is mainly used for as base
Plinth building materials, raw material and fuel, application range such as each portion such as communications and transportation, construction industry, agricultural, hydraulic engineering, industry, civilian
Door, asphalt water-proof coiled material have at low cost, the low advantage low with elongation percentage of tensile strength, so waterproof made of asphalt is rolled up
Material be it is modern fit up relatively conventional waterproof material, at present the common asphalt coiled material paving device of technology to spreading early period
If materiel machining it is coarse, the uniformity polishing of the bitumen consistency that heating stirring is formed, internal plasmid is insufficient, promotes to export pitch
Miscellaneous granules and machining cylinder block performance outage is big, can also influence the later stage is laid with flatness, and the pavement asphalt after laying includes stone
Sub- particle is easy to influence vehicle pitching, and so that driver is held steering wheel shake and rider's comfort reduces.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of asphalt coiled material paving device, with solution
Certainly the materiel machining of asphalt coiled material paving device being laid with to early period is coarse, the bitumen consistency that heating stirring is formed, internally
The uniformity polishing of plasmid is insufficient, promotes to export pitch miscellaneous granules and machining cylinder block performance outage is big, can also influence the later stage
It is laid with flatness, the pavement asphalt after laying includes that stone particle is easy to influence vehicle pitching, so that driver is held steering wheel and trembles
The problem of dynamic and rider's comfort reduces.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of asphalt coiled material paving
If equipment, structure includes：Pull rod holder, oblique hack lever, pitch liquid case, baffle, grinding pressurization cabinet, water filling nozzle, roller frame,
Roller column block, sponge sleeve, traction wheel disc, the grinding pressurization cabinet are installed on the top of roller column block, the grinding pressurization
Cabinet is inserted embedded in the inside of pitch liquid case, and the traction wheel disc is equipped with two and is tightly attached to front and back the two of roller column block respectively
Side, the baffle set there are two and are respectively welded at the front and back inferior horn of pitch liquid case, and the water filling nozzle is nested in asphaltic liquid
The upper left corner of case, the oblique hack lever are inserted embedded in the right side of pitch liquid case, and the pull rod holder is nested in the upper right corner of oblique hack lever, institute
The bottom end for stating roller frame is flexibly connected with sponge sleeve, and the baffle is tightly attached to the front side of traction wheel disc and in same vertical
On face, the pull rod holder is electrically connected by conducting wire with grinding pressurization cabinet, pitch liquid case, and the roller frame is equipped with two or more
And it is inserted respectively embedded in the left and right sides of roller column block, the grinding pressurization cabinet is equipped with PBU pushbutton unit, link mechanism, idler wheel dress
It sets, support rod unit, screw body, stirring rack, be pressurized bridge, dipper crowding gear, the PBU pushbutton unit passes through link mechanism and rolling
Wheel apparatus is mechanically connected, and the roller devices are respectively arranged in the left upper right corner of support rod unit, the cradling piece with link mechanism
Part is mutually parallel with screw body, and the screw body is inserted embedded in the left side of stirring rack, and the support rod unit is installed in stirring
The top of rack, the stirring rack are mutually communicated with dipper crowding gear, and the supercharging bridge is tightly attached to the left side of dipper crowding gear, institute
Screw body is stated by gear and supercharging bridge mechanical connection, the PBU pushbutton unit is installed on the top of roller devices, the silk
Linkage is mechanically connected by being pressurized bridge with dipper crowding gear, and the screw body is conllinear with stirring rack axle center, the lead screw
Mechanism is installed in the upper left corner of dipper crowding gear, and the dipper crowding gear is installed on the top of roller column block.
To optimize above-mentioned technical proposal, the measure further taken is：
According to a kind of embodiment, the PBU pushbutton unit by cylindrical piece, spring column tube, T-type compression bar, lever batten, hang
Hanging rod, knob wheel, three sections of connecting rods, plummet block composition, the cylindrical piece is mechanically connected by spring column tube and T-type compression bar, described
Cylindrical piece is welded on the upper and lower ends of spring column tube with T-type compression bar, and the T-type compression bar passes through lever batten and three sections of connecting rod activities
The right end of connection, three sections of connecting rods is inserted embedded in the inside of plummet block, and the knob wheel is longitudinally tightly attached to the front side of lever batten,
The hanging bar is inserted on the stage casing of lever batten, and the left end of three sections of connecting rods is nested in the right end of lever batten, the T
Type compression bar is installed on the upper left corner of lever batten, and three sections of connecting rods are mechanically connected by link mechanism and screw body, described
Cylindrical piece is installed in the top of supercharging bridge.
According to a kind of embodiment, the link mechanism is slided by swivel plate, locating rod, arc bent plate, horizontal stripe plate, double rod
Frame, spring lead screw, ear plate base composition, the axle center of the swivel plate is nested in the left end of locating rod, the locating rod and curved bend
Plate is respectively arranged in the upper and lower ends on the left of horizontal stripe plate, and the horizontal stripe plate runs through the inside of double rod balladeur train, the double rod balladeur train with
Spring lead screw is flexibly connected, and is snapped together at the top of the ear plate base and horizontal stripe plate, the swivel plate, locating rod, curved bend
Plate, horizontal stripe plate, double rod balladeur train, spring lead screw, ear plate base are in the same vertical plane, and the spring lead screw is equipped with two and equal
It is installed in the right side of double rod balladeur train, the swivel plate is mechanically connected by horizontal stripe plate and double rod balladeur train, the swivel plate and idler wheel
The crawler belt of device is flexibly connected.
According to a kind of embodiment, the roller devices are by bourdon tube, rubber belt track, diversion sheave, wire digging line, two-wire
Sheave, tooth socket wheel disc, helical gear, shaft bar composition, the bottom end of the rubber belt track is welded on the left side of bourdon tube, the rubber
The left side of diversion sheave is tightly attached on the right side of crawler belt, and the bourdon tube is mechanically connected by rubber belt track and diversion sheave, the anti-rope
Wheel is flexibly connected by wire digging line with two-wire sheave, and the two-wire sheave is installed on the upper left corner of diversion sheave, the tooth socket wheel
Disk is tightly attached to the left side of two-wire sheave, and the tooth socket wheel disc is meshed with helical gear, and the tooth socket wheel disc is by helical gear and turns
Shaft is mechanically connected, and the diversion sheave, wire digging line, two-wire sheave, tooth socket wheel disc are in the same vertical plane, the shaft bar
It is mechanically connected by belt and screw body.
According to a kind of embodiment, the support rod unit is by correction sliding slot, folding rod, thin cross bar, ball snap-gauge, connection
Part, bicyclic brace composition, the folding rod are installed on the top of thin cross bar, and the folding rod is inserted embedded in the right side of correction sliding slot,
The thin cross bar sets there are two and is inserted respectively embedded in the left and right sides of ball snap-gauge, and the thin cross bar is fastened on one with connector
It rises, the bicyclic brace is installed in the right side of connector in 45 degree of overturning angles, and the ball snap-gauge is installed on correction sliding slot
The lower right corner, the thin cross bar and stir rack cross bar be mutually parallel.
According to a kind of embodiment, the screw body is by transmission belt, roller bearing, threaded post, toothed disc, bolumn cap
Sleeve, shaft spreader composition, the transmission belt are mechanically connected by roller bearing and threaded post, and the roller bearing is nested in
The left end of threaded post and axle center is conllinear, the roller bearing is installed under the bottom end inside transmission belt, the threaded post with
Toothed disc is meshed, and the bolumn cap sleeve is nested in the left end of shaft spreader and axle center is conllinear, the axis spreader and threaded post
It is mutually parallel, the axis spreader is flexibly connected by transmission belt with threaded post, and the roller bearing is by transmission belt and turns
Shaft is mechanically connected, and the transmission belt is mechanically connected by link mechanism and three sections of connecting rods.
According to a kind of embodiment, the stirring rack is horizontal by stub shaft, bearing block, blade, rotation hack lever, linkage
Bar, a mixing bowl composition, the stub shaft are inserted embedded in the left side in bearing block axle center, and the blade sets there are two and is respectively welded at
The both sides up and down of bearing block, the linkage cross bar is through the inside of rotation hack lever retaining ring and is mutually perpendicular to, and the bearing block is set
There are two be equipped with the left and right sides that is more than two and being installed in linkage cross bar respectively, the stub shaft, bearing block, leaf with blade
Piece, rotation hack lever, linkage cross bar are mounted on the inside of a mixing bowl, and the stub shaft is mutually parallel with linkage cross bar, described to stir
The cylinder body for mixing cylinder and dipper crowding gear is mutually communicated.
According to a kind of embodiment, the supercharging bridge is by interlocking bar, rail rods, sliding block, fixed pulley, spring wire, item
Board mount, clip seat composition, the interlocking bar are mechanically connected by sliding block and rail rods, and the rail rods level is through sliding block
The bottom end of inside, the interlocking bar is inserted on the axle center of sliding block, and the fixed pulley sets there are two and is mounted on rail rods
Bottom, the sliding block is flexibly connected by a board mount with spring wire, and described board mount is tightly attached to the left side of clip seat, institute
It is in the same vertical plane to state fixed pulley, spring wire, board mount, clip seat, described board mount passes through spring wire and pushing
Mechanism is mechanically connected.
According to a kind of embodiment, the dipper crowding gear by firing pin spring, roller bridge, I-shaped pressing plate, pressurized cylinder, drag
Draw bar, sponge geosynclinal block, rubber column composition, the roller bridge sets there are two and be installed in respectively up and down the two of firing pin spring
Side, the firing pin spring are inserted with roller bridge embedded in the left side of I-shaped pressing plate, and the pressurized cylinder passes through traction bar and sponge slot
Block is flexibly connected, and the left end of the rubber column is welded on the right side of axle center sponge geosynclinal block, and the I-shaped pressing plate, which is inserted, is embedded in pressurized cylinder
Left side, the traction bar, sponge geosynclinal block, rubber column be mounted on the inside of pressurized cylinder, the pressurized cylinder by spring wire with
Batten rack mechanical connects, and the pressurized cylinder is mutually communicated with a mixing bowl.
Advantageous effect
A kind of asphalt coiled material paving device of the present invention, the hand steered pull rod support rod control of staff, which starts, to be stopped setting
Standby, oblique hack lever auxiliary holds up pull rod holder, adds water to inject pitch liquid case by water filling nozzle, forms mixed material, pass through grinding
Pressurization cabinet exports after carrying out pitch working process, and baffle prevents pitch output sprinkling, is uniformly applied to roller column block, concora crush arrives
It is laid on ground, supports sponge sleeve rotating, auxiliary to flatten the pitch after being laid with by roller frame, the rotation of roller column block is actively
Power source is coiled by traction sheave and is moved around conveyer belt, and when equipment starts, the cylindrical piece compressed spring column tube of button press device pushes up
T-type compression bar pressure drop lever batten is pushed away, the knob wheel rotation along hanging bar bottom is lifted three sections of connecting rods and drives plummet block is past to move to left
It is dynamic, to push the swivel plate of link mechanism to be rotated around the left end of locating rod, by ear plate base fixed bar plate, make swivel plate
While rotary motion, double rod balladeur train coordinates telescopic moving with spring lead screw, forms the measuring body effect of shock insulation to guide pitch stream
It is dynamic, by the rubber belt track friction diversion sheave of swivel plate rotation traction traction roller devices, and bourdon tube is pulled to move back and forth, is formed forever
The kinetic energy conservation of motivation effect, main power source are formed, and the rotation of two-wire sheave, friction teeth are pulled by diversion sheave coiling steel wire drag-line
Sheave disc spins engage helical gear and the transmission of shaft bar, arc bent plate auxiliary pulling bourdon tube are driven to pass through shaft bar transmission traction
The transmission belt of screw body, winding roller bearing drive motion thread column meshing gear disc spins, engage and be crushed uniform grinding
Pitch particle, bolumn cap sleeve and shaft spreader accessory drive, during which hold transmission belt by correction sliding slot by support rod unit and prevent
Sideslip, folding rod swing the pressure unloading that stretches with the cooperation of thin cross bar, drive bicyclic brace to make bullet by ball snap-gauge and connector
Spring lead screw forms free gap with shaft spreader, prevents component from colliding, and the short axle for driving stirring rack is rotated by roller bearing
Bar draws bearing block transmission, and making blade, along linkage cross bar, the homogeneous in a mixing bowl stirs pitch with rotation hack lever, increases sticky
Degree reinforces the adhesive force to bottom surface, the interlocking bar of bridge is pressurized by toothed disc rotation traction traction, band movable slider is along the rail rods right side
It moves, fixed pulley coordinates the movement of sliding block by drag-line, also makes sliding block compressed spring silk and enveloped board mount, to pushing tow clip
Seat makes the firing pin spring of dipper crowding gear drive and pushes I-shaped pressing plate with roller bridge, forms pressure effect in pressurized cylinder, drive
The friction sponge geosynclinal block movement of traction bar, the support of rubber column shock insulation increase pitch and export dynamics, and forming the pitch of overheat will not stay for a long time
In in babinet, preventing thermal losses parts quality.
The present invention is ground pressurization cabinet and is equipped with PBU pushbutton unit, link mechanism, roller devices, support rod unit, screw body, stirs
Rack, supercharging bridge, dipper crowding gear are mixed, realizes and adds on the basis of the pure formed asphalt consistency of asphalt coiled material paving device
The effect of polishing screening impurity particle, and increase and be laid with pressure, while making drum rolling pitch, supercharging reinforces pitch to ground
Adsorption capacity, while promoting pitch homogeneous guarantee driving safety, also pressurization quickly output, reduce pitch heating attachment loss machine
Body performance, improves work efficiency.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in being described below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this：
Fig. 1 is a kind of structural schematic diagram of asphalt coiled material paving device of the present invention.
Fig. 2 is the structural schematic diagram of present invention grinding pressurization cabinet.
Fig. 3 is the present invention grinding pressurization detailed structural schematic diagram of cabinet.
Fig. 4 is the structural schematic diagram one of present invention grinding pressurization cabinet working condition.
Fig. 5 is the structural schematic diagram two of present invention grinding pressurization cabinet working condition.
Reference sign：Pull rod holder -1, oblique hack lever -2, pitch liquid case -3, baffle -4, grinding pressurization cabinet -5, note
Hose nozzle -6, roller frame -7, roller column block -8, sponge sleeve -9, traction wheel disc -10, PBU pushbutton unit -51, link mechanism -52,
Roller devices -53, support rod unit -54, screw body -55, stirring rack -56, supercharging bridge -57, dipper crowding gear -58, cylinder
- 516, three sections of block -511, spring column tube -512, T-type compression bar -513, lever batten -514, hanging bar -515, knob wheel connecting rods -
517, plummet block -518, swivel plate -521, locating rod -522, arc bent plate -523, horizontal stripe plate -524, double rod balladeur train -525, bullet
Spring lead screw -526, ear plate base -527, bourdon tube -531, rubber belt track -532, diversion sheave -533, wire digging line -534, two-wire slot
Wheel -535, tooth socket wheel disc -536, helical gear -537, shaft bar -538, correction sliding slot -541, folding rod -542, thin cross bar -543,
Ball snap-gauge -544, connector -545, bicyclic brace -546, transmission belt -551, roller bearing -552, threaded post -553, tooth
Wheel disc -554, bolumn cap sleeve -555, shaft spreader -556, stub shaft -561, bearing block -562, blade -563, rotation hack lever -
564, link cross bar -565, a mixing bowl -566, interlocking bar -571, rail rods -572, sliding block -573, fixed pulley -574, spring wire -
575, board mount -576, clip seat -577, firing pin spring -581, roller bridge -582, I-shaped pressing plate -583, pressurized cylinder -
584, traction bar -585, sponge geosynclinal block -586, rubber column -587.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of asphalt coiled material paving device, and structure includes：Pull rod holder
1, oblique hack lever 2, pitch liquid case 3, baffle 4, grinding pressurization cabinet 5, water filling nozzle 6, roller frame 7, roller column block 8, sponge sleeve
9, traction wheel disc 10, the grinding pressurization cabinet 5 are installed on the top of roller column block 8, and the grinding pressurization cabinet 5 is inserted embedded in drip
The inside of green liquid case 3, the traction wheel disc 10 set there are two and are tightly attached to the front and rear sides of roller column block 8, the gear respectively
Plate 4 sets there are two and is respectively welded at the front and back inferior horn of pitch liquid case 3, and the water filling nozzle 6 is nested in a left side for pitch liquid case 3
Upper angle, the oblique hack lever 2 are inserted embedded in the right side of pitch liquid case 3, and the pull rod holder 1 is nested in the upper right corner of oblique hack lever 2, described
The bottom end of roller frame 7 is flexibly connected with sponge sleeve 9, and the baffle 4 is tightly attached to the front side of traction wheel disc 10 and in same
On vertical plane, the pull rod holder 1 is electrically connected by conducting wire with grinding pressurization cabinet 5, pitch liquid case 3, and the roller frame 7 is equipped with
More than two and slotting embedded in the left and right sides of roller column block 8 respectively, the grinding pressurization cabinet 5 is equipped with PBU pushbutton unit 51, connects
Linkage 52, roller devices 53, support rod unit 54, screw body 55, stirring rack 56, supercharging bridge 57, dipper crowding gear 58, institute
It states PBU pushbutton unit 51 to be mechanically connected by link mechanism 52 and roller devices 53, the roller devices 53 are distinguished with link mechanism 52
It is installed on the left upper right corner of support rod unit 54, the support rod unit 54 is mutually parallel with screw body 55, the screw body 55
Insert embedded in stirring rack 56 left side, the support rod unit 54 be installed in stirring rack 56 top, the stirring rack 56 and
Dipper crowding gear 58 is mutually communicated, and the supercharging bridge 57 is tightly attached to the left side of dipper crowding gear 58, and the screw body 55 passes through tooth
Wheel is mechanically connected with supercharging bridge 57, and the PBU pushbutton unit 51 is installed on the top of roller devices 53, and the screw body 55 is logical
It crosses supercharging bridge 57 to be mechanically connected with dipper crowding gear 58, the screw body 55 is conllinear with stirring 56 axle center of rack, the lead screw
Mechanism 55 is installed in the upper left corner of dipper crowding gear 58, and the dipper crowding gear 58 is installed on the top of roller column block 8, the button dress
51 are set by 516, three sections of cylindrical piece 511, spring column tube 512, T-type compression bar 513, lever batten 514, hanging bar 515, knob wheel companies
Bar 517, plummet block 518 form, and the cylindrical piece 511 is mechanically connected by spring column tube 512 and T-type compression bar 513, the cylinder
Block 511 and T-type compression bar 513 are welded on the upper and lower ends of spring column tube 512, the T-type compression bar 513 by lever batten 514 with
Three sections of connecting rods 517 are flexibly connected, and the right end of three sections of connecting rods 517 is inserted embedded in the inside of plummet block 518, the knob wheel 516
The front side of lever batten 514 is tightly attached in longitudinal direction, and the hanging bar 515 is inserted on the stage casing of lever batten 514, three sections of companies
The left end of bar 517 is nested in the right end of lever batten 514, and the T-type compression bar 513 is installed on the upper left corner of lever batten 514, institute
It states three sections of connecting rods 517 to be mechanically connected by link mechanism 52 and screw body 55, the cylindrical piece 511 is installed in supercharging bridge 57
Top, the link mechanism 52 is by swivel plate 521, locating rod 522, arc bent plate 523, horizontal stripe plate 524, double rod balladeur train
525, spring lead screw 526, ear plate base 527 form, and the axle center of the swivel plate 521 is nested in the left end of locating rod 522, described fixed
Position bar 522 is respectively arranged in the upper and lower ends in 524 left side of horizontal stripe plate with arc bent plate 523, and the horizontal stripe plate 524 is slided through double rod
The inside of frame 525, the double rod balladeur train 525 are flexibly connected with spring lead screw 526, the top of the ear plate base 527 and horizontal stripe plate 524
Portion snaps together, the swivel plate 521, locating rod 522, arc bent plate 523, horizontal stripe plate 524, double rod balladeur train 525, spring wire
Bar 526, ear plate base 527 are in the same vertical plane, and the spring lead screw 526 sets there are two and is installed in double rod balladeur train
525 right side, the swivel plate 521 are mechanically connected by horizontal stripe plate 524 and double rod balladeur train 525, the swivel plate 521 and idler wheel
The crawler belt of device 53 is flexibly connected, and the roller devices 53 are by bourdon tube 531, rubber belt track 532, diversion sheave 533, wire digging line
534, two-wire sheave 535, tooth socket wheel disc 536, helical gear 537, shaft bar 538 form, the bottom end welding of the rubber belt track 532
In the left side of bourdon tube 531, the left side of diversion sheave 533 is tightly attached on the right side of the rubber belt track 532, and the bourdon tube 531 is logical
It crosses rubber belt track 532 to be mechanically connected with diversion sheave 533, the diversion sheave 533 is lived by wire digging line 534 and two-wire sheave 535
Dynamic connection, the two-wire sheave 535 are installed on the upper left corner of diversion sheave 533, and the tooth socket wheel disc 536 is tightly attached to two-wire sheave
535 left side, the tooth socket wheel disc 536 are meshed with helical gear 537, and the tooth socket wheel disc 536 passes through helical gear 537 and shaft
Bar 538 is mechanically connected, and the diversion sheave 533, wire digging line 534, two-wire sheave 535, tooth socket wheel disc 536 are in same vertical plane
On, the shaft bar 538 is mechanically connected by belt and screw body 55, and the support rod unit 54 is by correction sliding slot 541, folding
Bar 542, thin cross bar 543, ball snap-gauge 544, connector 545, bicyclic brace 546 form, and the folding rod 542 is installed on thin cross
The top of bar 543, the folding rod 542 are inserted embedded in the right side of correction sliding slot 541, and the thin cross bar 543 sets there are two and divides
It Cha be embedded in the left and right sides of ball snap-gauge 544, the thin cross bar 543 is snapped together with connector 545, the bicyclic brace
546 are installed in the right side of connector 545 in 45 degree of overturning angles, and the ball snap-gauge 544 is installed on the right side of correction sliding slot 541
Inferior horn, the thin cross bar 543 and the cross bar of stirring rack 56 are mutually parallel, and the screw body 55 is by transmission belt 551, roller
Bearing 552, threaded post 553, toothed disc 554, bolumn cap sleeve 555, shaft spreader 556 form, and the transmission belt 551 passes through rolling
Sub- bearing 552 is mechanically connected with threaded post 553, and the roller bearing 552 is nested in the left end of threaded post 553 and axle center is total
Line, the roller bearing 552 are installed under the bottom end inside transmission belt 551, and the threaded post 553 is nibbled with 554 phase of toothed disc
It closes, the bolumn cap sleeve 555 is nested in the left end of shaft spreader 556 and axle center is conllinear, the axis spreader 556 and threaded post
553 are mutually parallel, and the axis spreader 556 is flexibly connected by transmission belt 551 with threaded post 553, and the roller bearing 552 is logical
It crosses transmission belt 551 to be mechanically connected with shaft bar 538, the transmission belt 551 passes through link mechanism 52 and three sections of 517 machines of connecting rod
Tool connect, the stirring rack 56 by stub shaft 561, bearing block 562, blade 563, rotation hack lever 564, link cross bar 565, stir
The composition of cylinder 566 is mixed, the stub shaft 561 is inserted embedded in the left side in 562 axle center of bearing block, and the blade 563 sets there are two and divides
It is not welded on the both sides up and down of bearing block 562, the linkage cross bar 565 is through the inside of rotation 564 retaining ring of hack lever and mutually
Vertically, there are two the bearing block 562 is set and blade 563 is equipped with a left side that is more than two and being installed in linkage cross bar 565 respectively
Right both sides, the stub shaft 561, bearing block 562, blade 563, rotation hack lever 564, linkage cross bar 565 are mounted on a mixing bowl
566 inside, the stub shaft 561 are mutually parallel with linkage cross bar 565, the cylinder body of a mixing bowl 566 and dipper crowding gear 58
It is mutually communicated, the supercharging bridge 57 is by interlocking bar 571, rail rods 572, sliding block 573, fixed pulley 574, spring wire 575, batten
Holder 576, clip seat 577 form, and the interlocking bar 571 is mechanically connected by sliding block 573 and rail rods 572, the rail rods
The 572 horizontal inside for running through sliding block 573, the bottom end of the interlocking bar 571 are inserted on the axle center of sliding block 573, the fixed pulley
574 set there are two and are mounted on the bottom of rail rods 572, and the sliding block 573 passes through a board mount 576 and spring wire 575
Flexible connection, described board mount 576 are tightly attached to the left side of clip seat 577, the fixed pulley 574, spring wire 575, batten branch
Frame 576, clip seat 577 are in the same vertical plane, and described board mount 576 passes through 58 machinery of spring wire 575 and dipper crowding gear
Connection, the dipper crowding gear 58 by firing pin spring 581, roller bridge 582, I-shaped pressing plate 583, pressurized cylinder 584, traction bar 585,
Sponge geosynclinal block 586, rubber column 587 form, and the roller bridge 582 sets there are two and is installed in firing pin spring 581 respectively
Upper and lower both sides, the firing pin spring 581 are inserted with roller bridge 582 embedded in the left side of I-shaped pressing plate 583, the pressurized cylinder 584
It is flexibly connected with sponge geosynclinal block 586 by traction bar 585, the left end of the rubber column 587 is welded on axle center sponge geosynclinal block 586
Right side, the I-shaped pressing plate 583 are inserted embedded in the left side of pressurized cylinder 584, the traction bar 585, sponge geosynclinal block 586, rubber column 587
It is mounted on the inside of pressurized cylinder 584, the pressurized cylinder 584 is mechanically connected by spring wire 575 and board mount 576, described
Pressurized cylinder 584 is mutually communicated with a mixing bowl 566.
Volume paving flow：Hand steered 1 pull rod of the pull rod holder control of staff starts arrestment, and the auxiliary of oblique hack lever 2, which is held up, draws
Bar holder 1 injects pitch liquid case 3 by water filling nozzle 6 plus water, forms mixed material, and pitch is carried out by grinding pressurization cabinet 5
It is exported after working process, baffle 4 prevents pitch output sprinkling, is uniformly applied to roller column block 8, is laid on concora crush to ground, is led to
Crossing roller frame 7 supports sponge sleeve 9 to rotate, and auxiliary flattens the pitch after being laid with, and the rotation main power source of roller column block 8 is by draging
Running wheel disk 10 winds conveyer belt movement, and when equipment starts, the 511 compressed spring column tube 512 of cylindrical piece of button press device 51 pushes up
513 pressure drop lever batten 514 of T-type compression bar is pushed away, the knob wheel 516 along 515 bottom of hanging bar rotates, and is lifted three sections of connecting rods 517
It drives plummet block 518 toward moving left, to push the swivel plate 521 of link mechanism 52 to be rotated around the left end of locating rod 522, leads to
527 fixed bar plate 524 of ear plate base is crossed, while making 521 rotary motion of swivel plate, double rod balladeur train 525 is matched with spring lead screw 526
Telescopic moving is closed, the measuring body effect of shock insulation is formed to guide pitch to flow, passes through 521 rotation traction traction roller devices 53 of swivel plate
The friction diversion sheave 533 of rubber belt track 532, and bourdon tube 531 is pulled to move back and forth, the kinetic energy conservation of perpetua mobilia effect is formed, it is main
Power source is formed, and pulling two-wire sheave 535 by 533 coiling steel wire drag-line 534 of diversion sheave rotates, and friction tooth socket wheel disk 536 revolves
Turning engagement helical gear 537 drives shaft bar 538 to be driven, and 523 auxiliary pulling bourdon tube 531 of arc bent plate is passed by shaft bar 538
The transmission belt 551 of dynamic traction screw body 55, winding roller bearing 552 drive 553 engaging tooth wheel disc 554 of motion thread column to revolve
Turn, engage and be crushed uniform grinding pitch particle, during which bolumn cap sleeve 555 and 556 accessory drive of shaft spreader pass through support rod unit
54 by correction sliding slot 541 to hold transmission belt 551 anti-deviation, and folding rod 542 swings off-load pressure of stretching with the cooperation of thin cross bar 543
Power drives bicyclic brace 546 that spring lead screw 526 is made to be formed with shaft spreader 556 and lives by ball snap-gauge 544 and connector 545
Dynamic gap, prevents component from colliding, and is rotated by roller bearing 552 and the stub shaft 561 of stirring rack 56 is driven to draw bearing block 562
Transmission, making blade 563, along linkage cross bar 565, the homogeneous in a mixing bowl 566 stirs pitch with rotation hack lever 564, increases sticky
Degree reinforces the adhesive force to bottom surface, and the interlocking bar 571 of bridge 57, band movable slider 573 are pressurized by 554 rotation traction traction of toothed disc
It is moved to right along rail rods 572, fixed pulley 574 coordinates the movement of sliding block 573 by drag-line, also makes 573 compressed spring silk 575 of sliding block
The firing pin spring 581 of dipper crowding gear 58 is set to drive and roller bridge to pushing tow clip seat 577 with enveloped board mount 576
582 push I-shaped pressing plate 583, and pressure effect is formed in pressurized cylinder 584, and 585 friction sponge geosynclinal block 586 of traction bar is driven to transport
Dynamic, the support of 587 shock insulation of rubber column increases pitch and exports dynamics, forms the pitch of overheat and will not stay for a long time in babinet, preventing from overheating
Parts quality is lost, the pure formed asphalt consistency basis of asphalt coiled material paving device is reached by grinding pressurization cabinet 5
On add polishing screening impurity particle effect, and increase be laid with pressure, while making drum rolling pitch, supercharging reinforce pitch
To the adsorption capacity on ground.
The present invention is combined with each other by above-mentioned component, reaches the pure formed asphalt consistency of asphalt coiled material paving device
On the basis of add polishing screening impurity particle effect, and increase be laid with pressure, while making drum rolling pitch, supercharging reinforce
Pitch is to the adsorption capacity on ground, and while promoting pitch homogeneous guarantee driving safety, also pressurization quickly output reduces pitch heating
Attachment loss body performance, improve work efficiency, and being laid with to early period for asphalt coiled material paving device is solved with this
Materiel machining is coarse, the bitumen consistency that heating stirring is formed, and the uniformity polishing of internal plasmid is insufficient, and output pitch is promoted to mix
Particle and machining cylinder block performance outage is big, can also influence the later stage is laid with flatness, and the pavement asphalt after laying includes stone
Grain be easy influence vehicle pitching, make driver hold steering wheel shake and rider's comfort reduce the problem of.
Specific embodiment described herein is only to be given an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or substitute by a similar method, but
Without departing from the present invention's or beyond the scope of the appended claims.
Claims (9)
1. a kind of asphalt coiled material paving device, structure include：Pull rod holder (1), oblique hack lever (2), pitch liquid case (3),
Baffle (4), grinding pressurization cabinet (5), water filling nozzle (6), roller frame (7), roller column block (8), sponge sleeve (9), traction sheave
Disk (10), it is characterised in that：
The grinding pressurization cabinet (5) is installed on the top of roller column block (8), and the grinding pressurization cabinet (5), which is inserted, is embedded in pitch
The inside of liquid case (3), the traction wheel disc (10) set there are two and are tightly attached to the front and rear sides of roller column block (8), institute respectively
The front and back inferior horn that baffle (4) sets there are two and is respectively welded at pitch liquid case (3) is stated, the water filling nozzle (6) is nested in drip
The upper left corner of green liquid case (3), the oblique hack lever (2) are inserted embedded in the right side of pitch liquid case (3), and the pull rod holder (1) is nested in
The upper right corner of oblique hack lever (2), the bottom end of the roller frame (7) are flexibly connected with sponge sleeve (9), and the baffle (4) is tightly attached to
The front side of traction wheel disc (10) and in the same vertical plane, the pull rod holder (1) pass through conducting wire and grinding pressurization cabinet
(5), pitch liquid case (3) is electrically connected, and the roller frame (7) is equipped with more than two and is inserted respectively embedded in a left side for roller column block (8)
Right both sides；
The grinding pressurization cabinet (5) is equipped with PBU pushbutton unit (51), link mechanism (52), roller devices (53), support rod unit
(54), screw body (55), stirring rack (56), supercharging bridge (57), dipper crowding gear (58)；
The PBU pushbutton unit (51) is mechanically connected by link mechanism (52) and roller devices (53), the roller devices (53) with
Link mechanism (52) is respectively arranged in the left upper right corner of support rod unit (54), the support rod unit (54) and screw body (55) phase
Mutually parallel, the screw body (55) is inserted embedded in the left side of stirring rack (56), and the support rod unit (54) is installed in blender
The top of frame (56), the stirring rack (56) are mutually communicated with dipper crowding gear (58), and the supercharging bridge (57), which is tightly attached to, to push away
The left side of press mechanism (58), the screw body (55) are mechanically connected by gear and supercharging bridge (57), the PBU pushbutton unit
(51) it is installed on the top of roller devices (53), the screw body (55) is by being pressurized bridge (57) and dipper crowding gear (58) machine
Tool connects, and the screw body (55) is conllinear with stirring rack (56) axle center, and the screw body (55) is installed in dipper crowding gear
(58) the upper left corner, the dipper crowding gear (58) are installed on the top of roller column block (8).
2. a kind of asphalt coiled material paving device according to claim 1, it is characterised in that：The PBU pushbutton unit (51)
By cylindrical piece (511), spring column tube (512), T-type compression bar (513), lever batten (514), hanging bar (515), knob wheel
(516), three sections of connecting rods (517), plummet block (518) composition, the cylindrical piece (511) pass through spring column tube (512) and T-type compression bar
(513) it is mechanically connected, the cylindrical piece (511) is welded on the upper and lower ends of spring column tube (512) with T-type compression bar (513), described
T-type compression bar (513) is flexibly connected by lever batten (514) with three sections of connecting rods (517), the right end of three sections of connecting rods (517)
It inserts embedded in the inside of plummet block (518), the knob wheel (516) is longitudinally tightly attached to the front side of lever batten (514), the hanging
Bar (515) is inserted on the stage casing of lever batten (514), and the left end of three sections of connecting rods (517) is nested in lever batten (514)
Right end, the T-type compression bar (513) is installed on the upper left corner of lever batten (514), and three sections of connecting rods (517) pass through connecting rod
Mechanism (52) is mechanically connected with screw body (55), and the cylindrical piece (511) is installed in the top of supercharging bridge (57).
3. a kind of asphalt coiled material paving device according to claim 1, it is characterised in that：The link mechanism (52)
By swivel plate (521), locating rod (522), arc bent plate (523), horizontal stripe plate (524), double rod balladeur train (525), spring lead screw
(526), ear plate base (527) forms, and the axle center of the swivel plate (521) is nested in the left end of locating rod (522), the locating rod
(522) upper and lower ends on the left of horizontal stripe plate (524) are respectively arranged in arc bent plate (523), the horizontal stripe plate (524) is through double
The inside of bar balladeur train (525), the double rod balladeur train (525) are flexibly connected with spring lead screw (526), the ear plate base (527) with
Horizontal stripe plate snaps together at the top of (524), the swivel plate (521), locating rod (522), arc bent plate (523), horizontal stripe plate
(524), double rod balladeur train (525), spring lead screw (526), ear plate base (527) are in the same vertical plane, the spring lead screw
(526) set there are two and be installed in the right sides of double rod balladeur train (525), the swivel plate (521) by horizontal stripe plate (524) with
Double rod balladeur train (525) is mechanically connected, and the swivel plate (521) is flexibly connected with the crawler belt of roller devices (53).
4. a kind of asphalt coiled material paving device according to claim 3, it is characterised in that：The roller devices (53)
By bourdon tube (531), rubber belt track (532), diversion sheave (533), wire digging line (534), two-wire sheave (535), tooth socket wheel disc
(536), helical gear (537), shaft bar (538) composition, the bottom end of the rubber belt track (532) is welded on bourdon tube (531)
The left side of diversion sheave (533) is tightly attached on the right side in left side, the rubber belt track (532), and the bourdon tube (531) is carried out by rubber
Band (532) is mechanically connected with diversion sheave (533), and the diversion sheave (533) passes through wire digging line (534) and two-wire sheave (535)
Flexible connection, the two-wire sheave (535) are installed on the upper left corner of diversion sheave (533), and the tooth socket wheel disc (536) is tightly attached to double
The left side of wire casing wheel (535), the tooth socket wheel disc (536) are meshed with helical gear (537), and the tooth socket wheel disc (536) passes through
Helical gear (537) and shaft bar (538) are mechanically connected, the diversion sheave (533), wire digging line (534), two-wire sheave (535),
Tooth socket wheel disc (536) is in the same vertical plane, and the shaft bar (538) is mechanically connected by belt and screw body (55).
5. a kind of asphalt coiled material paving device according to claim 1, it is characterised in that：The support rod unit (54)
By correction sliding slot (541), folding rod (542), thin cross bar (543), ball snap-gauge (544), connector (545), bicyclic brace
(546) it forms, the folding rod (542) is installed on the top of thin cross bar (543), and the folding rod (542) is inserted to be slided embedded in correction
The right side of slot (541), the thin cross bar (543) set there are two and are inserted respectively embedded in the left and right sides of ball snap-gauge (544), institute
It states thin cross bar (543) to snap together with connector (545), the bicyclic brace (546) is installed in 45 degree of overturning angles
The right side of connector (545), the ball snap-gauge (544) are installed on the lower right corner of correction sliding slot (541), the thin cross bar
(543) cross bar with stirring rack (56) is mutually parallel.
6. a kind of asphalt coiled material paving device according to claim 2 or 4, it is characterised in that：The screw body
(55) by transmission belt (551), roller bearing (552), threaded post (553), toothed disc (554), bolumn cap sleeve (555), shaft
Spreader (556) forms, and the transmission belt (551) is mechanically connected by roller bearing (552) and threaded post (553), the rolling
Sub- bearing (552) is nested in the left end of threaded post (553) and axle center is conllinear, and the roller bearing (552) is installed on transmission skin
Under the internal bottom end of band (551), the threaded post (553) is meshed with toothed disc (554), and the bolumn cap sleeve (555) is nested
In shaft spreader (556) left end and axle center it is conllinear, the axis spreader (556) is mutually parallel with threaded post (553), the axis
Spreader (556) is flexibly connected by transmission belt (551) with threaded post (553), and the roller bearing (552) passes through transmission belt
(551) it is mechanically connected with shaft bar (538), the transmission belt (551) passes through link mechanism (52) and three sections of connecting rod (517) machines
Tool connects.
7. a kind of asphalt coiled material paving device according to claim 5, it is characterised in that：The stirring rack (56)
By stub shaft (561), bearing block (562), blade (563), rotation hack lever (564), linkage cross bar (565), a mixing bowl (566) group
At the stub shaft (561) is inserted embedded in the left side in bearing block (562) axle center, and the blade (563) sets there are two and welds respectively
The both sides up and down of bearing block (562) are connected on, the linkage cross bar (565) is through the inside of rotation hack lever (564) retaining ring and phase
Mutually vertically, it is equipped with more than two and is installed in linkage cross bar respectively with blade (563) there are two the bearing block (562) sets
(565) the left and right sides, the stub shaft (561), bearing block (562), blade (563), rotation hack lever (564), linkage cross bar
(565) it is mounted on the inside of a mixing bowl (566), the stub shaft (561) is mutually parallel with linkage cross bar (565), described to stir
It mixes cylinder (566) and the cylinder body of dipper crowding gear (58) is mutually communicated.
8. a kind of asphalt coiled material paving device according to claim 2, it is characterised in that：The supercharging bridge (57)
By interlocking bar (571), rail rods (572), sliding block (573), fixed pulley (574), spring wire (575), board mount (576), folder
Button Block (577) forms, and the interlocking bar (571) is mechanically connected by sliding block (573) and rail rods (572), the rail rods
(572) bottom end of the horizontal inside for running through sliding block (573), the interlocking bar (571) is inserted on the axle center of sliding block (573), institute
The bottom that fixed pulley (574) sets there are two and is mounted on rail rods (572) is stated, the sliding block (573) passes through a board mount
(576) it is flexibly connected with spring wire (575), described board mount (576) is tightly attached to the left side of clip seat (577), described to determine cunning
Wheel (574), spring wire (575), board mount (576), clip seat (577) are in the same vertical plane, described board mount
(576) it is mechanically connected by spring wire (575) and dipper crowding gear (58).
9. a kind of asphalt coiled material paving device according to claim 7 or 8, it is characterised in that：The dipper crowding gear
(58) by firing pin spring (581), roller bridge (582), I-shaped pressing plate (583), pressurized cylinder (584), traction bar (585), sponge
Geosynclinal block (586), rubber column (587) composition, the roller bridge (582) set there are two and are installed in firing pin spring respectively
(581) both sides up and down, the firing pin spring (581) are inserted with roller bridge (582) embedded in the left side of I-shaped pressing plate (583),
The pressurized cylinder (584) is flexibly connected by traction bar (585) with sponge geosynclinal block (586), the left end weldering of the rubber column (587)
It is connected on the right side of axle center sponge geosynclinal block (586), the I-shaped pressing plate (583) is inserted embedded in the left side of pressurized cylinder (584), the traction
Bar (585), sponge geosynclinal block (586), rubber column (587) are mounted on the inside of pressurized cylinder (584), and the pressurized cylinder (584) is logical
It crosses spring wire (575) to be mechanically connected with board mount (576), the pressurized cylinder (584) is mutually communicated with a mixing bowl (566).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810483497.5A CN108411744A (en) | 2018-05-18 | 2018-05-18 | A kind of asphalt coiled material paving device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810483497.5A CN108411744A (en) | 2018-05-18 | 2018-05-18 | A kind of asphalt coiled material paving device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108411744A true CN108411744A (en) | 2018-08-17 |
Family
ID=63140116
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810483497.5A Withdrawn CN108411744A (en) | 2018-05-18 | 2018-05-18 | A kind of asphalt coiled material paving device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108411744A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112921762A (en) * | 2021-01-22 | 2021-06-08 | 江西湛蓝再生资源回收利用有限责任公司 | Capping flattening type asphalt laying auxiliary device |
| CN117733463A (en) * | 2024-01-22 | 2024-03-22 | 蒙阴五月树液压机械有限公司 | Track beam assembly welding tool |
-
2018
- 2018-05-18 CN CN201810483497.5A patent/CN108411744A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112921762A (en) * | 2021-01-22 | 2021-06-08 | 江西湛蓝再生资源回收利用有限责任公司 | Capping flattening type asphalt laying auxiliary device |
| CN117733463A (en) * | 2024-01-22 | 2024-03-22 | 蒙阴五月树液压机械有限公司 | Track beam assembly welding tool |
| CN117733463B (en) * | 2024-01-22 | 2024-05-14 | 蒙阴五月树液压机械有限公司 | Track beam assembly welding tool |
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Application publication date: 20180817 |