CN108468274A - A kind of road and bridge construction joint-cutting device - Google Patents
A kind of road and bridge construction joint-cutting device Download PDFInfo
- Publication number
- CN108468274A CN108468274A CN201810336956.7A CN201810336956A CN108468274A CN 108468274 A CN108468274 A CN 108468274A CN 201810336956 A CN201810336956 A CN 201810336956A CN 108468274 A CN108468274 A CN 108468274A
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- Prior art keywords
- wheel
- frame
- road
- adjustable shelf
- activity
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Classifications
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01D—CONSTRUCTION OF BRIDGES, ELEVATED ROADWAYS OR VIADUCTS; ASSEMBLY OF BRIDGES
- E01D21/00—Methods or apparatus specially adapted for erecting or assembling bridges
-
- 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
- E01C23/00—Auxiliary devices or arrangements for constructing, repairing, reconditioning, or taking-up road or like surfaces
- E01C23/06—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road
- E01C23/09—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for forming cuts, grooves, or recesses, e.g. for making joints or channels for markings, for cutting-out sections to be removed; for cleaning, treating, or filling cuts, grooves, recesses, or fissures; for trimming paving edges
- E01C23/0906—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for forming cuts, grooves, or recesses, e.g. for making joints or channels for markings, for cutting-out sections to be removed; for cleaning, treating, or filling cuts, grooves, recesses, or fissures; for trimming paving edges for forming, opening-out, cleaning, drying or heating cuts, grooves, recesses or, excluding forming, cracks, e.g. cleaning by sand-blasting or air-jet ; for trimming paving edges
- E01C23/0926—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for forming cuts, grooves, or recesses, e.g. for making joints or channels for markings, for cutting-out sections to be removed; for cleaning, treating, or filling cuts, grooves, recesses, or fissures; for trimming paving edges for forming, opening-out, cleaning, drying or heating cuts, grooves, recesses or, excluding forming, cracks, e.g. cleaning by sand-blasting or air-jet ; for trimming paving edges with power-driven tools, e.g. vibrated, percussive cutters
- E01C23/0933—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for forming cuts, grooves, or recesses, e.g. for making joints or channels for markings, for cutting-out sections to be removed; for cleaning, treating, or filling cuts, grooves, recesses, or fissures; for trimming paving edges for forming, opening-out, cleaning, drying or heating cuts, grooves, recesses or, excluding forming, cracks, e.g. cleaning by sand-blasting or air-jet ; for trimming paving edges with power-driven tools, e.g. vibrated, percussive cutters rotary, e.g. circular-saw joint cutters
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Mining & Mineral Resources (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The invention discloses road and bridge construction joint-cutting device, structure includes：Adjustable shelf,Flexible handle,Pressure-oil tank,Conjugation tube,Intelligence adjusts cooling head,Fixed handle,Conveying device,Movable pulley,Conveying device is located at intelligence and adjusts the front surface for the head that cools down to be connected integralization structure both simultaneously,Movable pulley, which is mutually parallel, adjusts the left and right sides for the head lower surface that cools down set on intelligence,Fixing handle, the two forms integral structure by welding simultaneously perpendicular to the lower end of intelligence adjusting cooling head front surface,Adjustable shelf is fixedly mounted on the rear side surface that intelligence adjusts cooling head by welding,Both upper surfaces that pressure-oil tank is located at adjustable shelf are fixed together by screw,Device is enabled to can be carried out effectively cooling work when being worked,And with emergency stop device and fixed clamping device device can not be shifted,To reach so that device more safety and intelligence.
Description
Technical field
The present invention relates to road and bridge construction fields, particularly with regard to a kind of road and bridge construction joint-cutting device.
Background technology
Road engineering refers to being engaged in an applied science and technology of the planning of road, exploration, design, construction, maintenance etc..
It is a branch of civil engineering.Road typically refers to as land transportation service, current various motor vehicles, people's animal-drawn vehicle,
Carry the general designation on the various roads for riding livestock and pedestrian on the back.Road is divided into urban road, highway, factories and mines road, rural area road by character of use
Road, forest road etc..City expres sway and highway are then automobile specifieds that traffic discrepancy is controlled, running at high speed
Road.
Bridge construction builds the process of bridge according to design content;Refer mainly to bridge Construction Technology and construction organization, construction
The contents such as management, construction quality.
But the joint-cutting device of the prior art can not enable a device to effectively carry out cooling work when being worked
Make, and can not emergency stop device with fixed clamping device device is not shifted, to device can not be made more to pacify
Entirely with intelligence.
Invention content
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：Road and bridge construction is with cutting
Device is stitched, structure includes：Adjustable shelf, flexible handle, pressure-oil tank, conjugation tube, intelligence adjust cooling head, fixed handle
Hand, conveying device, movable pulley, the conveying device adjusts the front surface for the head that cools down positioned at intelligence while the two agrees with company
It is connected into integral structure, the movable pulley, which is mutually parallel, adjusts the left and right sides for the head lower surface that cools down, institute set on intelligence
Stating fixed handle, the two forms one by welding simultaneously perpendicular to the lower end of intelligence adjusting cooling head front surface
Body structure, the adjustable shelf are fixedly mounted on the rear side surface that intelligence adjusts cooling head, institute by welding
It states pressure-oil tank and is located at both upper surfaces of adjustable shelf and be fixed together by screw, the flexible handle is located at adjustable shelf
Rear and front end face and form integral structure with adjustable shelf, the conjugation tube and pressure-oil tank be mutually communicated and with intelligent adjusting
Cooling head activity cooperates together；
The intelligence adjusts cooling head and is equipped with movable heat sink, power output device, movable adjusting device, movable top
Dynamic device, fixed clamping device, fitted shaft rack device, power modulating device；
The power output device is located at the inside of equipment while being fixed together by welding with equipment, described
Movable heat sink is located at both right side sides of power output device and penetrates through linking into an integrated entity structure, the power by pipeline
Regulating device is described perpendicular to the upper surface of movable heat sink and the two linking into an integrated entity structure by welding
Activity pushes the mode that device the two parallel with above and below power modulating device is connected through the hinge and links together, and the activity is adjusted
Regulating device is fitted to activity and pushes the lower section of device and be connected with it, and the fixed clamping device is located at movable top
The left side side and the two for moving device cooperate together, the upper end two inside the cooperation pedestal insertion activity heat sink
Person is connected.
As advanced optimizing for the technical program, it is described activity heat sink be equipped with water inlet pipe, compression chamber, vane frame,
Outlet pipe, runner, spring lever, engagement road, pore plate, nozzle, the water inlet pipe are mutually parallel with outlet pipe positioned at compression chamber
Outer surface and the two extend vertically through the mating connection of both inside of embedded compression chamber, the vane frame is located in compression chamber
Both centers in portion are gap-matched linking into an integrated entity structure, and the runner is perpendicular to the upper surface of outlet pipe while two
Person runs through linking into an integrated entity structure by welding, and the pipeline upper end of the left side side of the runner is connected with spray
Head, the spring lever are located at both runner right side pipeline upper ends through linking together, and the pore plate is perpendicular to spring lever
Front surface and mutually run through with spring lever, the spring lever of the opposite direction is matched by the engagement road activity perpendicular to the two upper end
Conjunction linking into an integrated entity structure, the outlet pipe are movably connected with power output device.
As advanced optimizing for the technical program, the power output device be equipped with efferent duct, pressure road, push bar,
Gear, depending post, driving wheel, the driving wheel are mutually parallel and are connected with a joggle togather with the gear being disposed below, institute
It states depending post and pushes bar and integral structure, the inside two for pushing bar wedge pressure power are formed using hinged mode
The mode that person is gap-matched links together, and the depending post is movably arranged on the front surface of driving wheel, the Efferent tube
Through the right side side for being connected to pressure road, the efferent duct is movably connected with water inlet pipe.
As advanced optimizing for the technical program, the movable adjusting device is equipped with holder group, hydraulic cylinder, mandril, song
Shape frame, conveyer belt, limitting casing, crank, rack wheel, spring stack, adjustable shelf, rotating wheel, belt, cooperation frame, displaced block, sliding slot
Wheel, the mandril is vertically embedded into the inside of hydraulic cylinder and the two is gap-matched linking into an integrated entity of the mode knot of connection
Structure, the holder group are embedded in the inside of curved frame while being mounted on the rank street face of mandril cylinder front surface by welding
On, the mode that the adjustable shelf is connected through the hinge is mounted on the upper end of holder group front surface, and the rotating wheel is adopted with adjustable shelf
The mode being hinged forms integral structure, and the crank is parallel with rotating wheel or so simultaneously by being wrapped on the outside of the two
The conveyer belt mating connection integralization structure in face, the limitting casing are gap-matched linking into an integrated entity structure with crank,
The rack wheel forms integral structure by welding with limitting casing, and the spring stack is movably arranged on branch by band body
The outer surface of frame wheel cooperates together, and the sliding slot wheel and rotating wheel are mutually parallel to be connected by belt activity both simultaneously
It is connected into integral structure, is cooperated together both inside the slideway of the displaced block insertion sliding slot wheel lateral surface, it is described to match
It closes frame and is fixedly mounted on the hinge connection of both front surfaces of displaced block together, the activity of the cooperation frame and top pushes device
It is integrated.
As advanced optimizing for the technical program, the activity pushes device equipped with position-limited rack, wheel carrier, erratic star wheel, frame
Frame pushes bar, slipping block, top plate, sliding block, sliding rack, and interior surface the two engagement simultaneously that the erratic star wheel is located at wheel carrier connects
It is connected together, the position-limited rack is wrapped in the outer surface of erratic star wheel while being movably connected with erratic star wheel, the sliding
Block is embedded in the inside of frame simultaneously with position-limited rack integrally weldedization structure, and it is movable even that the top plate is set to both fronts of frame
It connects, the top plate and sliding block integrally weldedization structure, the sliding block is embedded in the interior side chute of sliding rack while and sliding rack
It is gap-matched and links together, the position-limited rack is movably connected with cooperation frame.
As advanced optimizing for the technical program, the fixed clamping device be equipped with connecting frame, pull lever, cooperation frame,
Rotating bar, displacement bar press pad, displacement frame, limiting plate, and both lower surfaces that the pull lever is located at connecting frame pass through welding
Mode forms integral structure, and the cooperation frame is hingedly coupled to both upper surfaces of pull lever and is connected together, described
Rotating bar is mechanically coupled together positioned at both tops of cooperation frame, and the displacement frame is set to both lower sections of rotating bar machinery even
Be connected together, the displacement frame is wrapped in both outer surfaces of displacement bar and cooperates together, the limiting plate perpendicular to
Both left side sides of displacement bar integrally weldedization structure, the pad that presses are wrapped in both front end faces of displacement bar and agree with company
It connects, the pad that presses is integrated with fitted shaft rack device.
As advanced optimizing for the technical program, the fitted shaft rack device be equipped with shaft joint, rotation axis, adjustable plate,
Belt, empty slot wheel, power wheel, the power wheel are parallel with above and below empty slot wheel simultaneously by both being wrapped in the belt of outer surface
Both the inside of activity composition integral structure, the rotation axis insertion empty slot wheel is connected together, and the adjustable plate is set
It is located at the right side side of rotation axis simultaneously by being welded to form integral structure, the shaft coupling in both outer surfaces of rotation axis
With rotation axis integrally weldedization structure, the adjustable plate is movably connected with pad is pressed.
As advanced optimizing for the technical program, the power modulating device be equipped with sealing plate, adjustable shelf, magnet plunger,
Pressure rod, balancing stand, spring, rotation seat, the sealing plate are located at the upper surface of adjustable shelf while being movably connected in adjustable shelf
Together, the magnet plunger perpendicular to both upper surfaces of adjustable shelf be connected integralization structure, the pressure rod perpendicular to
The lower surface of balancing stand welds together with the upper surface of magnet plunger simultaneously, and the balancing stand is mounted on the upper surface two of rotation seat
Person is movably connected, lower end of the spring with pressure rod in same vertical axis and mounted on balancing stand.
Advantageous effect
Road and bridge construction joint-cutting device of the present invention, first so that after equipment power-on, then intelligence adjusts cooling activity dress
It sets after being connected with pressure-oil tank, then stirs depending post using the rotation of driving wheel come so that gear rotary stopper and can press
Lower section pushes bar in the upper and lower promotion of the inside progress in pressure road and by the inside of extraneous flow press-fit equipment, by defeated
Outlet pipe by flow by water inlet pipe enter the inside of compression chamber and under the turning effort of vane frame pressurized interior flow, together
When by outlet pipe, by internal flow output, flow passes upward through runner and separates flow and enter nozzle and carries out outside simultaneously
Depositing dust and cooling, and internal flow is entered by spring lever and presses pore plate under the effect of the pressure of high pressure and by flow
Be pressed into it is misty cool down for cutting blade, prevent transition from cutting the damage for blade, at the same need to carry out emergency stop or
When person shuts down, it is passed through hydraulic oil using hydraulic cylinder, while the mandril in front being pushed to make the displacement on curved frame back and forth of holder group,
It stirs rotating wheel simultaneously using adjustable shelf rotating wheel is rotated, and is same by exporting the crank that band outputs power to lower section
When crank stir limitting casing rack wheel made to drive spring stack to pull down connecting frame and be pressed to pull pull lever and coordinate frame displacement
Dynamic displacement frame is moved in the enterprising line position of displacement bar, while being pressed the adjustable plate in rotation axis and being fixed, at the same time the cunning of top
Sheave rotates under the drive of belt, and the displacement on wheel carrier of the erratic star wheel in sliding slot wheel above displaced block drive pushes simultaneously
The lower slipping block of front end moves to push the sliding block in front in the enterprising line position of sliding rack using motive force in the enterprising line position of frame
It moves and simultaneously detaches rotation axis with shaft joint, emergency stop equipment, and depressed the magnet plunger of lower section to stir according to lever principle
Sealing plate completes the sealing for water route.
For the prior art, the present invention enables to device that can have using joint-cutting device when working
Effect carries out cooling work, and with emergency stop device and fixed clamping device device can not be shifted, and makes to reach
Obtain device more safety and intelligentized purpose.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram of road and bridge construction joint-cutting device of the present invention.
Fig. 2 is the structural scheme of mechanism of road and bridge construction joint-cutting device of the present invention.
Fig. 3 is that the mechanism of road and bridge construction joint-cutting device of the present invention refines schematic diagram.
Fig. 4 uses schematic diagram one for road and bridge construction joint-cutting device of the present invention.
Fig. 5 uses schematic diagram two for road and bridge construction joint-cutting device of the present invention.
In figure：Adjustable shelf -1, pressure-oil tank -3, conjugation tube -4, intelligently adjusts cooling head -5, is solid flexible handle -2
Determine handle -6, conveying device -7, movable pulley -8, movable heat sink -51, power output device -52, movable adjusting device -53,
Activity pushes device -54, fixed clamping device -55, fitted shaft rack device -56, power modulating device -57, water inlet pipe -511, adds
Ballasting -512, vane frame -513, outlet pipe -514, runner -515, spring lever -516, engagement road -517, pore plate -518, spray
Head -519, pressure road -522, pushes bar -523, gear -524, depending post -525, driving wheel -526, holder at efferent duct -521
Group -531, hydraulic cylinder -532, mandril -533, curved frame -534, conveyer belt -535, limitting casing -536, crank -537, rack wheel -
538, spring stack -539, adjustable shelf -5310, rotating wheel -5311, belt -5312, cooperation frame -5313, displaced block -5314, sliding slot
Wheel -5315, wheel carrier -542, erratic star wheel -543, frame -544, pushes bar -545, slipping block -546, top plate-at position-limited rack -541
547, sliding block -548, sliding rack -549, connecting frame -551, pull lever -552, cooperation frame -553, rotating bar -554, displacement bar -
555, pad -556, displacement frame -557, limiting plate -558, shaft joint -561, rotation axis -562, adjustable plate -563, belt-are pressed
564, empty slot wheel -565, power wheel -566, sealing plate -571, adjustable shelf -572, magnet plunger -573, pressure rod -574, balancing stand -
575, spring -576, rotation seat -577.
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 and description of the drawings, the preferred embodiment that the present invention is further explained.
Embodiment
- Fig. 5 is please referred to Fig.1, the present invention provides road and bridge construction joint-cutting device, and structure includes：Adjustable shelf 1 is lived
Dynamic handle 2, pressure-oil tank 3, conjugation tube 4, intelligence adjust cooling head 5, fixed handle 6, conveying device 7, movable pulley 8, institute
It states conveying device 7 and is located at intelligence and adjusts the front surface for the head 5 that cools down and be connected integralization structure both simultaneously, it is described
Movable pulley 8 is mutually parallel and adjusts the left and right sides for head 5 lower surface of cooling down set on intelligence, the fixed handle 6 perpendicular to
Intelligence adjusts the lower end of cooling 5 front surface of head while the two forms integral structure, the work by welding
Moving frame 1 is fixedly mounted on the rear side surface that intelligence adjusts cooling head 5 by welding, and the pressure-oil tank 3 is located at
Both upper surfaces of adjustable shelf 1 are fixed together by screw, and the flexible handle 2 is located at the rear and front end of adjustable shelf 1
Face and integral structure is formed with adjustable shelf 1, the conjugation tube 4 and pressure-oil tank 3, which are mutually communicated and are adjusted with intelligence, to cool down
5 activity of head cooperates together；
The intelligence adjusts cooling head 5 and is equipped with movable heat sink 51, power output device 52, movable adjusting device
53, activity pushes device 54, fixed clamping device 55, fitted shaft rack device 56, power modulating device 57；
The power output device 52 is located at the inside of equipment while being fixed together by welding with equipment, institute
State movable heat sink 51 be located at both right side sides of power output device 52 pass through pipeline penetrate through linking into an integrated entity structure, institute
Power modulating device 57 is stated to link into an integrated entity by welding perpendicular to the upper surface of movable heat sink 51 and the two
Change structure, the activity pushes the mode that the two parallel with about 57 power modulating device of device 54 is connected through the hinge and is connected to
Together, the movable adjusting device 53 is fitted to activity and pushes the lower section of device 54 and be connected with it, described solid
Determine clamping device 55 and be located at activity to push the left side side of device 54 and the two cooperates together, the cooperation pedestal 56 is embedding
Enter both upper ends inside movable heat sink 51 to be connected.
The activity heat sink 51 is equipped with water inlet pipe 511, compression chamber 512, vane frame 513, outlet pipe 514, runner
515, spring lever 516, engagement road 517, pore plate 518, nozzle 519, the water inlet pipe 511 and outlet pipe 514 are mutually parallel position
The mating connection of both inside of embedded compression chamber 512, the blade are extended vertically through in the outer surface and the two of compression chamber 512
Frame 513 is located at both centers inside compression chamber 512 and is gap-matched linking into an integrated entity structure, and the runner 515 hangs down
Directly in the upper surface of outlet pipe 514, the two runs through linking into an integrated entity structure, the runner 515 by welding simultaneously
The pipeline upper end of left side side be connected with nozzle 519, the spring lever 516 is located at 515 right side pipeline upper end two of runner
Person through linking together, the pore plate 518 perpendicular to spring lever 516 front surface and mutually run through with spring lever 516,
The spring lever 516 of the opposite direction is described by the 517 activity mating connection integralization structure of engagement road perpendicular to the two upper end
Outlet pipe 511 is movably connected with power output device 52, and the power output device 52 is equipped with efferent duct 521, pressure
Road 522 pushes bar 523, gear 524, depending post 525, driving wheel 526, the driving wheel 526 and the gear being disposed below
524 are mutually parallel and are connected with a joggle togather, and the depending post 525 is formed with bar 523 is pushed using hinged mode
Integral structure, the mode that both the inside for pushing 523 wedge pressure power 522 of bar is gap-matched link together,
The depending post 525 is movably arranged on the front surface of driving wheel 526, and the Efferent tube 521 runs through the right side for being connected to pressure road 522
Side, the efferent duct 521 are movably connected with water inlet pipe 511, the movable adjusting device 53 be equipped with holder group 531,
Hydraulic cylinder 532, mandril 533, curved frame 534, conveyer belt 535, limitting casing 536, crank 537, rack wheel 538, spring stack 539,
Adjustable shelf 5310, rotating wheel 5311, belt 5312, cooperation frame 5313, displaced block 5314, sliding slot wheel 5315, the mandril 533 hang down
Directly the inside of embedded hydraulic cylinder 532 and the two are gap-matched mode the linking into an integrated entity structure of connection, the holder
The inside that group 531 is embedded in curved frame 534 is mounted on the rank street face of 533 cylinder front surface of mandril by welding simultaneously,
The mode that the adjustable shelf 5310 is connected through the hinge be mounted on 531 front surface of holder group upper end, the rotating wheel 5311 with
Adjustable shelf 5310 forms integral structure using hinged mode, and the crank 537 is parallel with rotating wheel 531 or so simultaneously
Conveyer belt 535 by both being wrapped in lateral surface is connected integralization structure, and the limitting casing 536 is adopted with crank 537
With clearance fit linking into an integrated entity structure, the rack wheel 538 forms integrated knot with limitting casing 536 by welding
Structure, the spring stack 539 are cooperated together by being movably arranged on the outer surface of rack wheel 538 with body, the sliding slot
Wheel 5315 and rotating wheel 5311 the two simultaneously that is mutually parallel by belt 5312 are flexibly connected integralization structure, the displaced block
It cooperates together both inside the slideway of 5314 insertion 5315 lateral surfaces of sliding slot wheel, the cooperation frame 5313 is fixedly mounted on
Together, it is one that the activity of the cooperation frame 5313 and top pushes device 54 to the hinge connection of both front surfaces of displaced block 5314
Body structure, the activity push device 54 equipped with position-limited rack 541, wheel carrier 542, erratic star wheel 543, frame 544, push bar 545,
Slipping block 546, top plate 547, sliding block 548, sliding rack 549, the erratic star wheel 543 are located at the interior surface of wheel carrier 542 while two
Person is connected with a joggle togather, and the outer surface that the position-limited rack 541 is wrapped in erratic star wheel 543 connects with 543 activity of erratic star wheel simultaneously
Be connected together, the slipping block 546 be embedded in frame 544 inside simultaneously with 541 integrally weldedization structure of position-limited rack, the top
Plate 547 is set to the flexible connection of both fronts of frame 544, the top plate 547 and 548 integrally weldedization structure of sliding block, described
Sliding block 548 is embedded in be gap-matched with sliding rack 549 simultaneously in the interior side chute of sliding rack 549 and link together, the limit
Position frame 541 with cooperation frame 5313 be movably connected, the fixed clamping device 55 equipped with connecting frame 551, pull lever 552,
Cooperation frame 553, displacement bar 555, presses pad 556, displacement frame 557, limiting plate 558 at rotating bar 554, and the pull lever 552 is located at
Both lower surfaces of connecting frame 551 form integral structure by welding, and the cooperation frame 553 is hingedly coupled to pulling
Both upper surfaces of bar 552 are connected together, and the rotating bar 554 is located at both tops of cooperation frame 553 mechanical connection
Together, the displacement frame 557 is mechanically coupled together set on both lower sections of rotating bar 554, and the displacement frame 557 is wrapped in
Both outer surfaces of displacement bar 555 cooperate together, and the limiting plate 558 is perpendicular to the left side side of displacement bar 555 two
Person's integrally weldedization structure, it is described press pad 556 and be wrapped in both front end faces of displacement bar 555 be connected, it is described to press
Pad 556 is integrated with fitted shaft rack device 56, the fitted shaft rack device 56 be equipped with shaft joint 561, rotation axis 562,
Adjustable plate 563, belt 564, empty slot wheel 565, power wheel 566, the power wheel 566 is parallel with about 565 empty slot wheel to be led to simultaneously
The 564 activity composition integral structure of belt for being wrapped in the two outer surface is crossed, the rotation axis 564 is embedded in empty slot wheel 565
Both internal to be connected together, the adjustable plate 563 is set to both outer surfaces of rotation axis 562 by being welded to form one
Body structure, the shaft coupling 561 be located at rotation axis 562 right side side simultaneously with 562 integrally weldedization structure of rotation axis, institute
It states adjustable plate 563 and is movably connected with pad 556 is pressed, the power modulating device 57 is equipped with sealing plate 571, adjustable shelf
572, magnet plunger 573, pressure rod 574, balancing stand 575, spring 576, rotation seat 577, the sealing plate 571 are located at adjustable shelf
572 upper surface is movably connected with adjustable shelf 572 simultaneously, and the magnet plunger 573 is perpendicular to the upper surface of adjustable shelf 572
The two be connected integralization structure, the pressure rod 574 perpendicular to the lower surface of balancing stand 575 and meanwhile with magnet plunger 573
Upper surface weld together, the balancing stand 575 be mounted on rotation seat 577 both upper surfaces be movably connected, institute
State lower end of the spring 576 with pressure rod 574 in same vertical axis and mounted on balancing stand 575.
It is then sharp after then intelligence adjusts cooling head 5 and the connection of pressure-oil tank 3 first so that after equipment power-on
With the rotation of driving wheel 526 stir depending post 525 come so that 524 rotary stopper of gear and can press lower section push bar
523 carry out upper and lower promotion in the inside in pressure road 522 and by the inside of extraneous flow press-fit equipment, pass through efferent duct
521 by flow by water inlet pipe 511 enter compression chamber 512 inside and the pressurized interior under the turning effort of vane frame 513
Flow, while by internal flow output, flow passes upward through runner 515 and separates flow and enters simultaneously by outlet pipe 514
Nozzle 519 carries out depositing dust and the cooling in outside, and internal enters flow by spring lever 516 and under the effect of the pressure of high pressure
It presses pore plate 518 and flow is pressed into mist and cool down for cutting blade, prevent transition cutting for the damage of blade
Wound, while when needing to carry out emergency stop or shutdown, it being passed through hydraulic oil using hydraulic cylinder 532, while pushing the mandril 533 in front
Make the displacement on curved frame 534 back and forth of holder group 531, while rotating wheel 5311 is stirred so that rotating wheel using adjustable shelf 5310
5311 rotations, and by exporting the crank 537 that band 535 outputs power to lower section, crank 537 is stirred limitting casing 536 and is made simultaneously
Rack wheel 538 drives spring stack 539 to pull down connecting frame 551 to press position to pull pull lever 552 and coordinate 553 displacement of frame
It moves frame 557 to move in 555 enterprising line position of displacement bar, while pressing the adjustable plate 563 in rotation axis 562 and being fixed, at the same time
The sliding slot wheel 5315 of top rotates under the drive of belt 5312, and displaced block 5314 drives the trip of top in sliding slot wheel 5312
The lower slipping block 546 that the displacement on wheel carrier 542 of star-wheel 543 pushes front end simultaneously is moved in 544 enterprising line position of frame thus using pushing away
Power simultaneously detaches rotation axis 562 with shaft joint 561 to push the sliding block 548 in front to be moved in 549 enterprising line position of sliding rack, anxious
Stop equipment, and the magnet plunger 573 of lower section is depressed according to lever principle and is completed for the close of water route to stir sealing plate 571
Envelope.
Activity heat sink 51 of the present invention refer to using flow for the cutter device of equipment carry out cooling with
The device of extraneous dedusting.
Problems solved by the invention, which is joint-cutting device, can not enable a device to effectively carry out when being worked
Cool down work, and can not emergency stop device with fixed clamping device device is not shifted, to can not make device more
The safety added is combined with each other with intelligence, the present invention by above-mentioned component, and joint-cutting device can make when being worked
It obtains device and can be carried out effectively cooling work, and with emergency stop device and fixed clamping device device can not be occurred partially
It moves, to reach so that device more safety and intelligentized purpose.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. road and bridge construction joint-cutting device, structure include：Adjustable shelf（1）, flexible handle（2）, pressure-oil tank（3）, engagement
Pipe（4）, intelligence adjust cooling head（5）, fixed handle（6）, conveying device（7）, movable pulley（8）, the conveying device
（7）Cooling head is adjusted positioned at intelligence（5）Front surface be connected integralization structure both simultaneously, the movable pulley
（8）It is mutually parallel and adjusts the head that cools down set on intelligence（5）The left and right sides of lower surface, the fixed handle（6）Perpendicular to
Intelligence adjusts cooling head（5）The two forms integral structure by welding simultaneously for the lower end of front surface, described
Adjustable shelf（1）It is fixedly mounted on intelligence by welding and adjusts cooling head（5）Rear side surface, the pressure-oil tank
（3）Positioned at adjustable shelf（1）Both upper surfaces be fixed together by screw, it is characterised in that：
The flexible handle（2）Positioned at adjustable shelf（1）Rear and front end face and and adjustable shelf（1）Form integral structure, institute
State conjugation tube（4）With pressure-oil tank（3）It is mutually communicated and adjusts cooling head with intelligence（5）Activity is connected one
It rises；
The intelligence adjusts cooling head（5）Equipped with movable heat sink（51）, power output device（52）, activity adjustment
Device（53）, activity push device（54）, fixed clamping device（55）, fitted shaft rack device（56）, power modulating device（57）；
The power output device（52）It is fixed together by welding with equipment simultaneously positioned at the inside of equipment,
The activity heat sink（51）Positioned at power output device（52）Both right side sides pass through pipeline and penetrate through linking into an integrated entity
Structure, the power modulating device（57）Perpendicular to movable heat sink（51）Upper surface and the two by welding
Linking into an integrated entity structure, the activity push device（54）With power modulating device（57）It is both parallel up and down to be connected by hinge
The mode connect links together, the movable adjusting device（53）The activity of being fitted to pushes device（54）Lower section and with
It is connected, the fixed clamping device（55）Device is pushed positioned at activity（54）Left side side and the two be connected exist
Together, the cooperation pedestal（56）Embedded activity heat sink（51）Internal both upper ends are connected.
2. road and bridge construction joint-cutting device according to claim 1, it is characterised in that：The activity heat sink
（51）Equipped with water inlet pipe（511）, compression chamber（512）, vane frame（513）, outlet pipe（514）, runner（515）, spring lever
（516）, engagement road（517）, pore plate（518）, nozzle（519）, the water inlet pipe（511）With outlet pipe（514）It is mutually parallel
Positioned at compression chamber（512）Outer surface and the two extend vertically through embedded compression chamber（512）Both inside be connected, institute
State vane frame（513）Positioned at compression chamber（512）Both internal centers are gap-matched linking into an integrated entity structure, described point
Runner（515）Perpendicular to outlet pipe（514）Upper surface simultaneously both by welding run through linking into an integrated entity structure,
The runner（515）The pipeline upper end of left side side be connected with nozzle（519）, the spring lever（516）Positioned at shunting
Road（515）Both right side pipeline upper ends, which are run through, to link together, the pore plate（518）Perpendicular to spring lever（516）Preceding table
Face and and spring lever（516）Mutually run through, the spring lever of the opposite direction（516）Pass through the engagement road perpendicular to the two upper end
（517）Activity mating connection integralization structure, the outlet pipe（511）With power output device（52）It is movably connected in one
It rises.
3. road and bridge construction joint-cutting device according to claim 1 or 2, it is characterised in that：The power output dress
It sets（52）Equipped with efferent duct（521）, pressure road（522）, push bar（523）, gear（524）, depending post（525）, driving wheel
（526）, the driving wheel（526）With the gear being disposed below（524）It is mutually parallel and is connected with a joggle togather, it is described to match
Close bar（525）With push bar（523）Integral structure is formed using hinged mode, it is described to push bar（523）Wedge pressure
Power（522）The mode that is gap-matched of both inside link together, the depending post（525）It is movably arranged on actively
Wheel（526）Front surface, the Efferent tube（521）Through being connected to pressure road（522）Right side side, the efferent duct（521）
With water inlet pipe（511）It is movably connected.
4. road and bridge construction joint-cutting device according to claim 1, it is characterised in that：The movable adjusting device
（53）Equipped with holder group（531）, hydraulic cylinder（532）, mandril（533）, curved frame（534）, conveyer belt（535）, limitting casing
（536）, crank（537）, rack wheel（538）, spring stack（539）, adjustable shelf（5310）, rotating wheel（5311）, belt（5312）、
Coordinate frame（5313）, displaced block（5314）, sliding slot wheel（5315）, the mandril（533）It is vertically embedded into hydraulic cylinder（532）Inside
And the two is gap-matched mode the linking into an integrated entity structure of connection, the holder group（531）Embedded curved frame（534）
Inside simultaneously by welding be mounted on mandril（533）On the rank street face of cylinder front surface, the adjustable shelf（5310）
The mode being connected through the hinge is mounted on holder group（531）The upper end of front surface, the rotating wheel（5311）With adjustable shelf
（5310）Integral structure, the crank are formed using hinged mode（537）With rotating wheel（531）Left and right is parallel simultaneously
By the conveyer belt for being wrapped in the two lateral surface（535）Be connected integralization structure, the limitting casing（536）With crank
（537）It is gap-matched linking into an integrated entity structure, the rack wheel（538）With limitting casing（536）By welding
Form integral structure, the spring stack（539）It is movably arranged on rack wheel by band body（538）Outer surface be connected
Together, the sliding slot wheel（5315）With rotating wheel（5311）It is mutually parallel while the two passes through belt（5312）It is flexibly connected into
Integral structure, the displaced block（5314）Embedded sliding slot wheel（5315）It is connected one both inside the slideway of lateral surface
It rises, the cooperation frame（5313）It is fixedly mounted on displaced block（5314）The hinge connection of both front surfaces together, the cooperation
Frame（5313）Activity with top pushes device（54）It is integrated.
5. road and bridge construction joint-cutting device according to claim 4, it is characterised in that：The activity pushes device
（54）Equipped with position-limited rack（541）, wheel carrier（542）, erratic star wheel（543）, frame（544）, push bar（545）, slipping block（546）、
Top plate（547）, sliding block（548）, sliding rack（549）, the erratic star wheel（543）Positioned at wheel carrier（542）Interior surface simultaneously two
Person is connected with a joggle togather, the position-limited rack（541）It is wrapped in erratic star wheel（543）Outer surface simultaneously and erratic star wheel（543）
It is movably connected, the slipping block（546）Embedded frame（544）Inside simultaneously and position-limited rack（541）It is integrally welded
Change structure, the top plate（547）Set on frame（544）The flexible connection of both fronts, the top plate（547）With sliding block（548）
Integrally weldedization structure, the sliding block（548）Embedded sliding rack（549）Interior side chute in simultaneously and sliding rack（549）It adopts
It is linked together with clearance fit, the position-limited rack（541）With cooperation frame（5313）It is movably connected.
6. road and bridge construction joint-cutting device according to claim 1, it is characterised in that：The fixed clamping device
（55）Equipped with connecting frame（551）, pull lever（552）, cooperation frame（553）, rotating bar（554）, displacement bar（555）, press pad
（556）, displacement frame（557）, limiting plate（558）, the pull lever（552）Positioned at connecting frame（551）Both lower surfaces pass through
The mode of welding forms integral structure, the cooperation frame（553）It is hingedly coupled to pull lever（552）Both upper surfaces agree with
It links together, the rotating bar（554）Positioned at cooperation frame（553）Mechanically coupled together, the displacement frame in both tops
（557）Set on rotating bar（554）Mechanically coupled together, the displacement frame in both lower sections（557）It is wrapped in displacement bar（555）
Both outer surfaces cooperate together, the limiting plate（558）Perpendicular to displacement bar（555）The welding of both left side sides
Integralization structure, it is described to press pad（556）It is wrapped in displacement bar（555）Both front end faces be connected, it is described to press pad
（556）With fitted shaft rack device（56）It is integrated.
7. road and bridge construction joint-cutting device according to claim 6, it is characterised in that：The fitted shaft rack device
（56）Equipped with shaft joint（561）, rotation axis（562）, adjustable plate（563）, belt（564）, empty slot wheel（565）, power wheel
（566）, the power wheel（566）With empty slot wheel（565）The parallel up and down while belt by being wrapped in the two outer surface
（564）Activity composition integral structure, the rotation axis（564）Embedded empty slot wheel（565）Both inside be connected one
It rises, the adjustable plate（563）Set on rotation axis（562）Both outer surfaces by being welded to form integral structure, it is described
Axis device（561）Positioned at rotation axis（562）Right side side simultaneously and rotation axis（562）Integrally weldedization structure, the adjustable plate
（563）It is padded with pressing（556）It is movably connected.
8. road and bridge construction joint-cutting device according to claim 1, it is characterised in that：The power modulating device
（57）Equipped with sealing plate（571）, adjustable shelf（572）, magnet plunger（573）, pressure rod（574）, balancing stand（575）, spring
（576）, rotation seat（577）, the sealing plate（571）Positioned at adjustable shelf（572）Upper surface simultaneously and adjustable shelf（572）Activity
It links together, the magnet plunger（573）Perpendicular to adjustable shelf（572）Both upper surfaces be connected integralization structure,
The pressure rod（574）Perpendicular to balancing stand（575）Lower surface simultaneously and magnet plunger（573）Upper surface weld together,
The balancing stand（575）Mounted on rotation seat（577）Both upper surfaces be movably connected, the spring（576）With pressure
Lever（574）In same vertical axis and it is mounted on balancing stand（575）Lower end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810336956.7A CN108468274A (en) | 2018-04-16 | 2018-04-16 | A kind of road and bridge construction joint-cutting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810336956.7A CN108468274A (en) | 2018-04-16 | 2018-04-16 | A kind of road and bridge construction joint-cutting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108468274A true CN108468274A (en) | 2018-08-31 |
Family
ID=63263086
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810336956.7A Pending CN108468274A (en) | 2018-04-16 | 2018-04-16 | A kind of road and bridge construction joint-cutting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108468274A (en) |
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| CN110306616A (en) * | 2019-08-02 | 2019-10-08 | 中交上海航道局有限公司 | A kind of construction method of sewage conduct |
| CN114250683A (en) * | 2021-12-29 | 2022-03-29 | 孙钦州 | Intelligent automatic crack filling device for highway maintenance |
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Application publication date: 20180831 |