CN108544018A - A kind of accurate process equipment of bridge strengthening steel plate - Google Patents
A kind of accurate process equipment of bridge strengthening steel plate Download PDFInfo
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- CN108544018A CN108544018A CN201810353643.2A CN201810353643A CN108544018A CN 108544018 A CN108544018 A CN 108544018A CN 201810353643 A CN201810353643 A CN 201810353643A CN 108544018 A CN108544018 A CN 108544018A
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- cutting
- conveying
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- cut
- frame
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D45/00—Sawing machines or sawing devices with circular saw blades or with friction saw discs
- B23D45/10—Sawing machines or sawing devices with circular saw blades or with friction saw discs with a plurality of circular saw blades
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
- B23D47/02—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of frames; of guiding arrangements for work-table or saw-carrier
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
- B23D47/04—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work
- B23D47/042—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work for conveying work to, or discharging work from, the machine
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
- B23D47/04—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work
- B23D47/045—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work feeding work into engagement with the saw blade
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sawing (AREA)
Abstract
The present invention relates to a kind of accurate process equipments of bridge strengthening steel plate, including bottom plate, conveying device and cutter device are sequentially installed on bottom plate from back to front, the conveying device includes the conveying supporting rack being mounted on bottom plate, the upper end of conveying supporting rack is provided with conveying and executes slot, conveying, which executes, is equipped with conveying executing agency in slot, convey and be equipped with conveying help roll at equal intervals by bearing from front to back between the inner wall of supporting rack.The present invention can solve existing during existing steel plate reinforcement bridge to need manually to be processed steel plate, need artificial conveyance steel plate, it needs manually to carry out cutting processing to steel plate, artificial conveyance steel plate is unstable, steel plate is easy to tilt during conveying, artificial cutting steel plate is inaccurate, and one block of steel plate can only once be processed by manually carrying out cutting processing to different size steel plate, and there are security risks for the disintegrating slag splashed during manually carrying out cutting processing to steel plate.
Description
Technical field
The present invention relates to bridge strengthening equipment technical field, accurately processing is set specifically a kind of bridge strengthening steel plate
It is standby.
Background technology
Bridge strengthening refers generally to be to restore or improve existing highway bridge by the improvement of reinforcement and structural behaviour to component
Bearing capacity adapt to the requirement of Modern Traffic transport to extend its service life, for there is major defect on bridge or because logical
Row heavy vehicle and the weak component that cannot meet safe bearing load requirement, are typically to take with gunite concrete, concrete, steel
The modes such as plate, fiberglass, reinforcing bar or carbon fiber increase girder or main arch ring cross-section, during using steel plate reinforcement bridge, root
It needs to carry out cutting process to steel plate according to the position of reinforcing, it is ensured that steel plate can effectively reinforce bridge, but existing
It needs manually to be processed steel plate during steel plate reinforcement bridge, needs artificial conveyance steel plate, need manually to steel plate
Cutting processing is carried out, artificial conveyance steel plate is unstable, and steel plate is easy to tilt during conveying, and artificial cutting steel plate is inaccurate,
One block of steel plate can only once be processed by manually carrying out cutting processing to different size steel plate, and the mistake of cutting processing is manually carried out to steel plate
For the disintegrating slag splashed in journey there are security risk, artificial cutting steel plate lacks fixation, and steel plate is easy to tremble during cutting
Dynamic, stability is poor, and labor intensity is low with working efficiency greatly.
Invention content
To solve the above-mentioned problems, it the present invention provides a kind of accurate process equipment of bridge strengthening steel plate, can solve existing
There is steel plate reinforcement bridge is existing in the process to need manually to be processed steel plate, needs artificial conveyance steel plate, need people
Work carries out cutting processing to steel plate, and artificial conveyance steel plate is unstable, and steel plate is easy to tilt during conveying, artificial cutting steel plate
Inaccurately, one block of steel plate can only once be processed by manually carrying out cutting processing to different size steel plate, manually be cut to steel plate
For the disintegrating slag splashed during processing there are security risk, artificial cutting steel plate lacks fixation, process of the steel plate in cutting
In be easy shake, stability is poor, labor intensity problems low with working efficiency etc. greatly, may be implemented bridge strengthening steel plate automation essence
The function of true cutting process, can once be processed plurality of steel plates, without human intervention, security risk be not present, and have
Have the advantages that sharpnes of cuts is high, stability is good, easy to operate, labor intensity is small and work efficiency is high.
To achieve the goals above, the present invention is realized using following technical scheme：A kind of bridge strengthening steel plate accurately adds
Construction equipment, including bottom plate are sequentially installed with conveying device and cutter device, mistake of the conveying device in work on bottom plate from back to front
The steel plate that can be processed to needs in journey conveys, and cutter device in the process of work can be according to specified ruler
It is very little that cutting processing is carried out to steel plate.
The conveying device includes the conveying supporting rack being mounted on bottom plate, and the upper end for conveying supporting rack is provided with conveying and holds
Row slot, conveying, which executes, is equipped with conveying executing agency in slot, convey and pass through axis from front to back between the inner wall of supporting rack
It holds and conveying help roll is installed at equal intervals, conveying installation on the inner wall of supporting rack, there are two convey position-limit mechanism, two conveyings
Position-limit mechanism is symmetrically positioned in the left and right sides of conveying supporting rack, and two conveying position-limit mechanisms are carried out at the same time tune according to the width of steel plate
Section ensures to tilt during steel plate conveying, so that it is guaranteed that steel plate cutting processing is accurate, conveying executing agency is working
During steel plate can be driven at the uniform velocity to be moved from back to front, conveying help roll played during conveying steel plate it is auxiliary
The effect helped, the frictional force reduced in steel plate transmission process reduce the labor of staff without manually being conveyed to steel plate
Fatigue resistance improves the efficiency of work.
The cutter device includes the cutting mounting bracket being mounted on bottom plate, cuts to be equipped between the inner wall of mounting bracket and cut
Operation frame is cut, the rear end of cutting operation frame is provided with transverse cuts slot at equal intervals from left to right, and the front end of cutting operation frame is set
It is equipped with slit shearing slot, the front end for cutting mounting bracket is equipped with cutting mechanism, cuts and is equipped between the rear end inner wall of mounting bracket
Cutting mechanism, steel plate carry out uniform motion from front to back on cutting operation frame, and the width needed according to work light plate is cut
Mechanism works, and cutting mechanism can control the width of cutting steel plate during efforts, for the steel plate of different in width
Specification can process simultaneously it is multiple, cutting mechanism in the process of work can according to the length of specified steel plate carry out cutting off processing
Processing, without human intervention, reduces the labor intensity of staff, improves the efficiency of work.
The conveying position-limit mechanism includes the conveying telescopic cylinder being mounted on conveying supporting rack inner wall, conveys telescopic cylinder
Top by flange be mounted on conveying expansion bracket on, convey expansion bracket and conveying supporting rack between conveying buffering elastic is installed
Spring conveys and is equipped with conveying limit roller at equal intervals by bearing from front to back between the inner wall of expansion bracket, according to the width of steel plate
Degree, conveying telescopic cylinder drive conveying limit roller to carry out abutting operation to steel plate under the auxiliary of conveying buffer spring, it is ensured that steel
Plate is supported during movement and is moved forward and backward, and ensures that steel plate will not tilt during conveying, to improve steel
The accuracy of plate processing.
The conveying executing agency includes the conveying mounting bracket being mounted on conveying supporting rack, conveys the lower end peace of mounting bracket
Equipped with electronic sliding block is conveyed, the lower end for conveying electronic sliding block is equipped with conveying sliding rack, and conveying sliding rack is located at conveying and executes slot
Interior, the lower end for conveying sliding rack is equipped with conveying lifting cylinder, and the top for conveying lifting cylinder is mounted on conveying liter by flange
It drops on frame, the lower end of conveying lifting frame is provided with conveying operation slot at equal intervals from left to right, leads on the inner wall of conveying lifting frame
It crosses motor cabinet and conveying electric rotating machine is installed, the output shaft for conveying electric rotating machine passes through one end phase of shaft coupling and conveying rotating roller
Even, the other end for conveying rotating roller is mounted on by bearing on the inner wall of conveying lifting frame, and the section for conveying rotating roller is ellipse
Shape structure conveys and is equipped with conveying operation branch in operation slot, and the upper end of conveying operation branch is resisted against the outer of conveying rotating roller
On wall；The conveying operation branch includes the conveying resetting spring being mounted on conveying lifting frame inner wall, conveys resetting spring
Upper end is mounted on conveying operation frame, and conveying operation frame is located in conveying operation slot, and the upper end for conveying operation frame is equipped with conveying
Buffer roll, the lower end for conveying operation frame are equipped with conveying sucker, before and after driving conveying sliding rack to carry out by the electronic sliding block of conveying
Mobile, conveying lifting cylinder drives conveying lifting frame to move to suitable operating position, and conveying electric rotating machine drives conveying rotation
Roller is rotated, and conveying rotating roller drives conveying operation branch that operation is fixed to steel plate during rotation, and conveying turns
Dynamic roller, which cooperates during movement with conveying resetting spring, drives conveying sucker to be adjacent to steel plate, conveys outside sucker
Existing vacuum air pump is connect, existing vacuum air pump work is fixed steel plate by conveying sucker, to electronic in conveying
Steel plate is driven to carry out uniform motion from front to back under the action of sliding block, without human intervention, the labour for reducing staff is strong
Degree, improves the efficiency of work.
The cutting mechanism includes the cut-out lifting cylinder being mounted on cutting mounting bracket inner wall, cuts off the top of lifting cylinder
End is mounted on by flange on cut-out fixed frame, cuts off and bearing is provided with two rows of cut-out fixing rollers on fixed frame, two rows are cut
Disconnected fixing roller is symmetrically positioned in the front and rear sides of cut-out fixed frame, and the lower end of cutting operation frame is equipped with cut-out supporting rack, cut-out branch
Cut-out electronic sliding block is installed on support, cuts off and cut-out sliding panel is installed on electronic sliding block, cuts off to be equipped on sliding panel and cut
Disconnected execution cylinder, the top for cutting off execution cylinder are mounted on by flange on cut-out electric dise saw for peeling, and electric dise saw for peeling position is cut off
In in slit shearing slot, cut-out lifting cylinder drives two rows of cut-out fixing rollers to be adjusted that steel plate is fixed, and cuts off
Electronic sliding block drives cut-out sliding panel to be moved left and right, and cut-out execution cylinder drives cut-out electric dise saw for peeling to move to suitably
Operating position, the work of cut-out electric dise saw for peeling carries out cutoff process to steel plate reduces the labor of staff without human intervention
Fatigue resistance improves the precision of steel plate processing.
The cutting mechanism includes the electronic sliding block of cutting being mounted on the inner wall of cutting mounting bracket upper end, cuts electronic sliding block
Lower end cutting sliding panel is installed, the lower end for cutting sliding panel is equipped with cutting lifting cylinder, cuts the top of lifting cylinder
It is mounted in cutting mobile column by flange, cuts and cutting positioning plate is installed between the inner wall of mounting bracket, cutting positioning plate position
It in the upper end of cutting operation frame, cuts and is provided with cutting location hole on positioning plate at equal intervals, cut to be provided on positioning plate and cut
Driven slot is cut, cuts in driven slot and the driven branch of cutting is provided with by sliding matching mode from left to right, cut mounting bracket
Cutting electric rotating machine is equipped with by motor cabinet on inner wall, cuts one by shaft coupling and leading screw on the output shaft of electric rotating machine
End is connected, and the other end of leading screw is mounted on by bearing on the inner wall of cutting mounting bracket, and cutting movable block is provided on leading screw, is cut
The lower end for cutting movable block is connected by sliding matching mode with bottom plate, is cut and is equipped with cutting telescopic cylinder on movable block, cuts
The top of telescopic cylinder is mounted on by flange on cutting limited post, is cut and is equipped with cutting between the inner wall of mounting bracket and fixes
Plate, cutting fixed plate are located at the lower end of cutting operation frame, and cutting installation in fixed plate, there are two fixing groove is cut, two cuttings are solid
Determine the front and rear sides that slot is symmetrically positioned in cutting fixed plate, to cut and be provided with cutting feed slot in the middle part of fixed plate, cuts feed slot
It is interior to be provided with cutting execution branch from left to right by sliding matching mode；The driven branch of cutting includes by being slidably matched
Mode is mounted on the cutting in cutting driven slot from moving frame, and cutting is in I-shaped structure from moving frame, and cutting is set from the upper end of moving frame
It is equipped with the driven pipe of cutting, cutting is equipped with driven telescopic cylinder from the lower end of moving frame, and the top of driven telescopic cylinder passes through flange
On driven locating rack, the lower end installation of driven locating rack is cut there are two driven fixing roller is cut from the lower end of moving frame
Driven position-limited rack is connected with by axis pin on side wall, passes through axis pin and the driven top for adjusting cylinder on the side wall of driven position-limited rack
It is connected, the driven bottom end for adjusting cylinder is mounted on cutting from moving frame by axis pin, and driven position-limited rack and cutting location hole phase
Interworking resultant motion；It includes the cutting feeding being mounted on by sliding matching mode in cutting feed slot that the cutting, which executes branch,
Frame, it is in I-shaped structure that cutting, which feeds frame, and the lower end of cutting feeding frame is equipped with cutting position-limiting tube, and cutting is fed in the upper end of frame
Portion is equipped with transverse electric cast-cutting saw, and there are two cut locating piece, two symmetrical positions of cutting locating piece for installation from moving frame for cutting
In the front and rear sides of cutting feeding frame；The cutting locating piece includes the positioning riser being mounted on cutting feeding frame, and positioning is vertical
Positioning telescopic cylinder is installed, the top for positioning telescopic cylinder is mounted on by flange on positioning fixed block, fixed on the side wall of plate
Position fixed block cooperates with cutting fixing groove and moves, and according to the specified processing dimension of steel plate, cuts electronic sliding block and drives cutting
The upper cutting lifting cylinder of sliding panel carries out side-to-side movement adjusting, and cutting lifting cylinder drives cutting mobile column and cutting driven
The driven pipe of cutting on branch cooperates, driven flexible to drive the driven branch of cutting to move to specified operating position
Cylinder controls two driven fixing rollers of cutting and carries out elevating movement, to which the steel plate processed to needs pushes against, it is ensured that steel plate
It will not be shaken during cutting processing, at the same time cut electric rotating machine and cutting movable block is driven to be moved left and right, cut
Cutting movable block drives cutting telescopic cylinder to synchronize and moved, and cutting telescopic cylinder, which passes through, to be cut limited post and execute branch with cutting
On cutting position-limiting tube cooperate movement, move to specified operating position to drive cutting to execute branch, cutting is flexible
Cylinder drives cutting feeding frame to move upward to suitable operating position, and positioning telescopic cylinder drives positioning fixed block to move to and cuts
It cuts in fixing groove, so that it is guaranteed that cutting feeding frame carries out stable movement in specified height, transverse electric cast-cutting saw passes through cross
To cutting groove to steel plate carry out transverse cuts operation, without human intervention, can according to different in width require simultaneously to steel plate into
The multiple processing of row, reduce the labor intensity of staff, improve the efficiency of work.
When work, the steel plate processed will be needed to be transported on the conveying help roll of conveying device by existing equipment first,
Conveying position-limit mechanism in conveying device conveys telescopic cylinder and is driven under the auxiliary of conveying buffer spring according to the width of steel plate
Conveying limit roller carries out abutting operation to steel plate, and two conveying position-limit mechanisms are carried out at the same time regulating guarantee steel according to the width of steel plate
Plate will not tilt during conveying, and conveying help roll plays the role of auxiliary during conveying steel plate, and conveying is held
Row mechanism drives conveying sliding rack to be moved forward and backward by conveying electronic sliding block, and conveying lifting cylinder drives conveying lifting frame fortune
Suitable operating position is moved, conveying electric rotating machine drives conveying rotating roller to be rotated, process of the conveying rotating roller in rotation
Operation is fixed to steel plate in middle drive conveying operation branch, conveying rotating roller during movement with conveying resetting spring phase
The mutual dynamic conveying sucker of mating band is adjacent to steel plate, conveys the external existing vacuum air pump of sucker, existing vacuum air pump work
Make that steel plate is fixed by conveying sucker, it is even to drive steel plate to carry out from front to back under the action of conveying electronic sliding block
Speed movement, cutter device are started to work, and steel plate carries out uniform motion from front to back on cutting operation frame, according to work light plate
The width cutting mechanism work needed, cutting mechanism can control the width of cutting steel plate during efforts, cut
Mechanism cuts electronic sliding block and the upper cutting lifting cylinder of cutting sliding panel is driven to carry out a left side according to the specified processing dimension of steel plate
Right motor adjustment, cutting lifting cylinder drive cutting mobile column to cooperate with the driven pipe of cutting cut on driven branch, from
And the driven branch of cutting is driven to move to specified operating position, driven telescopic cylinder controls two driven fixing rollers of cutting and carries out
Elevating movement, to which the steel plate processed to needs pushes against, it is ensured that steel plate will not shake during cutting processing, with this
Cutting electric rotating machine simultaneously drives cutting movable block to be moved left and right, and cutting movable block drives cutting telescopic cylinder to synchronize and carries out
Movement, cutting telescopic cylinder are moved by cutting limited post and cutting the cutting position-limiting tube executed on branch to cooperate, thus
It drives cutting to execute branch and moves to specified operating position, cutting telescopic cylinder drives cutting feeding frame to move upward to properly
Operating position, positioning telescopic cylinder drive positioning fixed block move to cutting fixing groove in, so that it is guaranteed that cutting feeding frame exist
Specified height carries out stable movement, and transverse electric cast-cutting saw passes through transverse cuts slot to carry out transverse cuts operation to steel plate,
Cutting mechanism cut-out lifting cylinder drives two rows of cut-out fixing rollers to be adjusted that steel plate is fixed, and cuts off electronic sliding block
Cut-out sliding panel is driven to be moved left and right, cut-out execution cylinder drives cut-out electric dise saw for peeling to move to suitable working position
It sets, cut-out electric dise saw for peeling work carries out cutoff process to steel plate, and the steel plate after cutting processing is manually transported to specified work
Make position, the function that bridge strengthening steel plate automates accurate cutting process may be implemented.
The beneficial effects of the invention are as follows：
1, the present invention can solve existing during existing steel plate reinforcement bridge to need manually to be processed place to steel plate
Reason, needs artificial conveyance steel plate, needs manually to carry out cutting processing to steel plate, artificial conveyance steel plate is unstable, the process of conveying
Light plate is easy to tilt, and artificial cutting steel plate is inaccurate, and manually carrying out cutting processing to different size steel plate can only once process
One block of steel plate, there are security risk, artificial cutting steel plates to lack for the disintegrating slag splashed during manually carrying out cutting processing to steel plate
Few fixation, steel plate are easy shake during cutting, and stability is poor, labor intensity problems low with working efficiency etc. greatly,
The function that bridge strengthening steel plate automates accurate cutting process may be implemented, plurality of steel plates can be once processed, be not necessarily to
Manual operation, is not present security risk, and it is high with sharpnes of cuts, stability is good, easy to operate, labor intensity is small with work
The advantages that efficient；
2, the present invention devises conveying device, and two conveying position-limit mechanisms are carried out at the same time adjusting according to the width of steel plate, protect
It will not be tilted during card steel plate conveying, so that it is guaranteed that steel plate cutting processing is accurate, mistake of the conveying executing agency in work
Steel plate can be driven at the uniform velocity to be moved from back to front in journey, conveying help roll plays auxiliary during conveying steel plate
Effect reduces the frictional force in steel plate transmission process, and without manually being conveyed to steel plate, the labour for reducing staff is strong
Degree, improves the efficiency of work；
3, the present invention devises cutter device, and the width cutting mechanism needed according to work light plate works, cutting mechanism
The width that cutting steel plate can be controlled during efforts, for different in width steel plate specification can process simultaneously it is more
A, cutting mechanism can carry out cutting off processing processing according to the length of specified steel plate in the process of work, without human intervention,
The labor intensity for reducing staff improves the efficiency of work.
Description of the drawings
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is the structural schematic diagram of the present invention；
Fig. 2 is the structural schematic diagram between bottom plate of the present invention and conveying device；
Fig. 3 is the structural schematic diagram between present invention conveying supporting rack and conveying executing agency；
Fig. 4 is the structural schematic diagram between bottom plate and cutter device of the present invention；
Fig. 5 is the sectional view between bottom plate and cutter device of the present invention；
Fig. 6 is the I of Fig. 5 of the present invention to partial enlarged view；
Fig. 7 is the Y-direction partial enlarged view of Fig. 5 of the present invention.
Specific implementation mode
In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below
Conjunction is specifically illustrating, and the present invention is further explained.
As shown in Fig. 1 to Fig. 7, a kind of accurate process equipment of bridge strengthening steel plate, including bottom plate 1, on bottom plate 1 from back to front
It is sequentially installed with what conveying device 2 and 3 conveying device 2 of cutter device in the process of work can be processed needs
Steel plate is conveyed, and cutter device 3 can carry out cutting processing according to specified size to steel plate in the process of work.
The conveying device 2 includes the conveying supporting rack 21 being mounted on bottom plate 1, and the upper end of conveying supporting rack 21 is provided with
Conveying execution slot, conveying, which executes, is equipped with conveying executing agency 22 in slot, convey the past between the inner wall of supporting rack 21
Conveying help roll 23 is installed at equal intervals by bearing backward, conveying installation on the inner wall of supporting rack 21, there are two conveying limits
Mechanism 24, two conveying position-limit mechanisms 24 are symmetrically positioned in the left and right sides of conveying supporting rack 21, two conveying position-limit mechanisms 24
It is carried out at the same time adjusting according to the width of steel plate, ensures to tilt during steel plate conveying, so that it is guaranteed that steel plate cutting processing
Accurately, conveying executing agency 22 can drive steel plate at the uniform velocity to be moved from back to front in the process of work, convey help roll
23 play the role of auxiliary during conveying steel plate, reduce the frictional force in steel plate transmission process, without manually to steel
Plate is conveyed, and the labor intensity of staff is reduced, and improves the efficiency of work.
The cutter device 3 includes the cutting mounting bracket 31 being mounted on bottom plate 1, is pacified between the inner wall of cutting mounting bracket 31
Equipped with cutting operation frame 32, the rear end of cutting operation frame 32 is provided with transverse cuts slot, cutting operation at equal intervals from left to right
The front end of frame 32 is provided with slit shearing slot, and the front end of cutting mounting bracket 31 is equipped with cutting mechanism 33, cutting mounting bracket 31
Cutting mechanism 34 is installed, steel plate carries out uniform motion from front to back on cutting operation frame 32, according to work between the inner wall of rear end
The width cutting mechanism 34 for making light plate needs works, and cutting mechanism 34 can control cutting steel plate during efforts
Width, can process simultaneously multiple for the steel plate specification of different in width, cutting mechanism 33 in the process of work can root
Carry out cutting off processing processing according to the length of specified steel plate reduces the labor intensity of staff, improves without human intervention
The efficiency of work.
The conveying position-limit mechanism 24 includes the conveying telescopic cylinder 241 being mounted on conveying 21 inner wall of supporting rack, conveying
The top of telescopic cylinder 241 by flange be mounted on conveying expansion bracket 242 on, conveying expansion bracket 242 with conveying supporting rack 21 it
Between be equipped with conveying buffer spring 243, convey expansion bracket 242 inner wall between be equipped at equal intervals by bearing from front to back
Limit roller 244 is conveyed, according to the width of steel plate, conveying telescopic cylinder 241 drives conveying under the auxiliary of conveying buffer spring 243
Limit roller 244 carries out abutting operation to steel plate, it is ensured that steel plate is supported during movement and moved forward and backward, and ensures that steel plate exists
It will not be tilted during conveying, to improve the accuracy of steel plate processing.
The conveying executing agency 22 includes the conveying mounting bracket 221 being mounted on conveying supporting rack 21, conveys mounting bracket
221 lower end is equipped with the electronic sliding block 222 of conveying, and the lower end for conveying electronic sliding block 222 is equipped with conveying sliding rack 223, conveying
Sliding rack 223 is located at conveying and executes in slot, and the lower end of conveying sliding rack 223 is equipped with conveying lifting cylinder 224, conveys lifting air
The top of cylinder 224 is mounted on by flange on conveying lifting frame 225, and the lower end of conveying lifting frame 225 is equidistant from left to right
It is provided with conveying operation slot, is equipped with by motor cabinet on the inner wall of conveying lifting frame 225 and conveys electric rotating machine 226, conveying rotation
The output shaft of rotating motor 226 is connected by shaft coupling with one end of conveying rotating roller 227, and the other end of conveying rotating roller 227 is logical
It crosses bearing to be mounted on the inner wall of conveying lifting frame 225, the section of conveying rotating roller 227 is ellipsoidal structure, conveys operation slot
Conveying operation branch 228 is inside installed, the upper end of conveying operation branch 228 is resisted against on the outer wall of conveying rotating roller 227；It is described
Conveying operation branch 228 includes the conveying resetting spring 2281 being mounted on conveying lifting 225 inner wall of frame, conveys resetting spring
2281 upper end is mounted on conveying operation frame 2282, and conveying operation frame 2282 is located in conveying operation slot, conveys operation frame
2282 upper end is equipped with conveying buffer roll 2283, and the lower end of conveying operation frame 2282 is equipped with conveying sucker 2284, by defeated
Power transmission movable slider 222 drives conveying sliding rack 223 to be moved forward and backward, and conveying lifting cylinder 224 drives conveying lifting frame 225 to transport
Suitable operating position is moved, conveying electric rotating machine 226 drives conveying rotating roller 227 to be rotated, and conveying rotating roller 227 is turning
Drive conveying operation branch 228 to be fixed operation to steel plate in dynamic process, conveying rotating roller 227 during movement with
Conveying resetting spring 2281, which cooperates, drives conveying sucker 2284 to be adjacent to steel plate, and conveying sucker 2284 is external existing
Vacuum air pump, existing vacuum air pump work are fixed steel plate by conveying sucker 2284, to convey electronic sliding block
Steel plate is driven to carry out uniform motion from front to back under the action of 222, without human intervention, the labour for reducing staff is strong
Degree, improves the efficiency of work.
The cutting mechanism 33 includes the cut-out lifting cylinder 331 being mounted on cutting 31 inner wall of mounting bracket, cut-out lifting
The top of cylinder 331 is mounted on by flange on cut-out fixed frame 332, cuts off and bearing is provided with two rows on fixed frame 332
Fixing roller 333 is cut off, two rows cut-out fixing roller 333 is symmetrically positioned in the front and rear sides of cut-out fixed frame 332, cutting operation frame 32
Lower end is equipped with cut-out supporting rack 334, cuts off and is equipped with the electronic sliding block 335 of cut-out on supporting rack 334, cuts off electronic sliding block 335
On cut-out sliding panel 336 is installed, cut off and cut-out execution cylinder 337 be installed on sliding panel 336, cut-out execution cylinder 337
Top is mounted on by flange on cut-out electric dise saw for peeling 338, and cut-out electric dise saw for peeling 338 is located in slit shearing slot, cuts off
Lifting cylinder 331 drives two rows of cut-out fixing rollers 333 to be adjusted that steel plate is fixed, and cuts off 335 band of electronic sliding block
Dynamic cut-out sliding panel 336 is moved left and right, and cut-out execution cylinder 337 drives cut-out electric dise saw for peeling 338 to move to suitably
Operating position, the work of cut-out electric dise saw for peeling 338 carries out cutoff process to steel plate reduces staff without human intervention
Labor intensity, improve steel plate processing precision.
The cutting mechanism 34 includes the electronic sliding block 341 of cutting being mounted on cutting 31 upper end inner wall of mounting bracket, cutting
The lower end of electronic sliding block 341 is equipped with cutting sliding panel 342, and the lower end of cutting sliding panel 342 is equipped with cutting lifting cylinder
343, the top for cutting lifting cylinder 343 is mounted on by flange in cutting mobile column 344, between the inner wall for cutting mounting bracket 31
Cutting positioning plate 345 is installed, cutting positioning plate 345 is located at the upper end of cutting operation frame 32, cuts on positioning plate 345 equidistantly
Be provided with cutting location hole, cut and be provided with cutting driven slot on positioning plate 345, cut in driven slot and pass through cunning from left to right
Dynamic fit system is provided with the driven branch 346 of cutting, cuts and is equipped with cutting rotation by motor cabinet on the inner wall of mounting bracket 31
Motor 347, cut electric rotating machine 347 output shaft on be connected with one end of leading screw 349 by shaft coupling, leading screw 349 it is another
End is mounted on by bearing on the inner wall of cutting mounting bracket 31, and cutting movable block 3410 is provided on leading screw 349, cuts movable block
3410 lower end is connected by sliding matching mode with bottom plate 1, is cut and is equipped with cutting telescopic cylinder 3411 on movable block 3410,
The top for cutting telescopic cylinder 3411 is mounted on by flange on cutting limited post 3412, is pacified between the inner wall of cutting mounting bracket 31
Equipped with cutting fixed plate 3413, cutting fixed plate 3413 is located at the lower end of cutting operation frame 32, cuts and is installed in fixed plate 3413
There are two fixing groove 3414 is cut, two cutting fixing grooves 3414 are symmetrically positioned in the front and rear sides of cutting fixed plate 3413, cutting
The middle part of fixed plate 3413 is provided with cutting feed slot, is provided with and is cut from left to right by sliding matching mode in cutting feed slot
It cuts and executes branch 348；The driven branch 346 that cuts includes the cutting being mounted on by sliding matching mode in cutting driven slot
From moving frame 3461, cutting is in I-shaped structure from moving frame 3461, and cutting is provided with the driven pipe of cutting from the upper end of moving frame 3461
3462, cutting is equipped with driven telescopic cylinder 3463 from the lower end of moving frame 3461, and the top of driven telescopic cylinder 3463 passes through method
Orchid is mounted on driven locating rack 3464, and the lower end installation of driven locating rack 3464 is cut there are two driven fixing roller 3465 is cut
It cuts and driven position-limited rack 3466 is connected with by axis pin from the bottom side of the wall of moving frame 3461, lead on the side wall of driven position-limited rack 3466
Cross axis pin with it is driven adjust cylinder 3467 top be connected, it is driven adjust cylinder 3467 bottom end by axis pin be mounted on cut from
In moving frame 3461, and driven position-limited rack 3466 cooperates with cutting location hole and moves；It includes logical that the cutting, which executes branch 348,
The cutting feeding frame 3481 that sliding matching mode is mounted in cutting feed slot is crossed, cutting feeding frame 3481 is in I-shaped structure,
The lower end of cutting feeding frame 3481 is equipped with cutting position-limiting tube 3482, and the upper center of cutting feeding frame 3481 is equipped with lateral electricity
Dynamic cast-cutting saw 3483, there are two locating piece 3484 is cut, two cutting locating pieces 3484 are symmetrical for installation from moving frame 3461 for cutting
Positioned at the front and rear sides of cutting feeding frame 3481；The cutting locating piece 3484 includes being mounted on cutting feeding frame 3481 to determine
Position riser 3485 positions and is equipped with positioning telescopic cylinder 3486 on the side wall of riser 3485, positions the top of telescopic cylinder 3486
It is mounted on positioning fixed block 3487 by flange, positioning fixed block 3487 cooperates with cutting fixing groove 3414 and moves, root
According to the specified processing dimension of steel plate, cut electronic sliding block 341 drive the upper cutting lifting cylinder 343 of cutting sliding panel 342 into
Row side-to-side movement is adjusted, and the cutting drive of lifting cylinder 343 cutting mobile column 344 and the cutting cut on driven branch 346 are driven
Pipe 3462 cooperates, and to drive the driven branch of cutting 346 to move to specified operating position, driven telescopic cylinder 3463 is controlled
Two driven fixing rollers 3465 of cutting of system carry out elevating movement, to which the steel plate processed to needs pushes against, it is ensured that steel plate exists
It will not be shaken during cutting processing, at the same time cut electric rotating machine 347 and cutting movable block 3410 is driven to carry out left and right shifting
Dynamic, cutting movable block 3410 drives cutting telescopic cylinder 3411 to synchronize and is moved, and cutting telescopic cylinder 3411 is limited by cutting
Position column 3412 executes the mutual cooperation of cutting position-limiting tube 3482 on branch 348 with cutting and moves, to drive cutting to execute branch
348 move to specified operating position, and cutting telescopic cylinder 3411 drives cutting feeding frame 3481 to move upward to suitable work
Make position, positioning telescopic cylinder 3486 drives positioning fixed block 3487 to move in cutting fixing groove 3414, so that it is guaranteed that cutting
Feeding frame 3481 carries out stable movement in specified height, transverse electric cast-cutting saw 3483 pass through transverse cuts slot to steel plate into
Row transverse cuts operation can be required to carry out multiple processing to steel plate simultaneously according to different in width, be reduced without human intervention
The labor intensity of staff improves the efficiency of work.
When work, the steel plate processed will be needed to be transported to the conveying help roll 23 of conveying device 2 by existing equipment first
On, the conveying position-limit mechanism 24 in conveying device 2 is according to the width of steel plate, and conveying telescopic cylinder 241 is in conveying buffer spring 243
Auxiliary under drive conveying limit roller 244 to carry out abutting operation to steel plate, two conveying position-limit mechanisms 24 are according to the width of steel plate
Being carried out at the same time regulating guarantee steel plate will not tilt during conveying, and conveying help roll 23 plays during conveying steel plate
The effect of auxiliary, conveying executing agency 22 drive conveying sliding rack 223 to be moved forward and backward by conveying electronic sliding block 222,
Conveying lifting cylinder 224 drives conveying lifting frame 225 to move to suitable operating position, and conveying electric rotating machine 226 drives conveying
Rotating roller 227 is rotated, and conveying rotating roller 227 drives conveying operation branch 228 to consolidate steel plate during rotation
It is set for industry, conveying rotating roller 227 cooperates with conveying resetting spring 2281 during movement and drives conveying sucker 2284
Steel plate is adjacent to, conveys the external existing vacuum air pump of sucker 2284, existing vacuum air pump work is by conveying sucker
2284 pairs of steel plates are fixed, to drive steel plate to carry out uniform motion from front to back under the action of conveying electronic sliding block 222,
Cutter device 3 is started to work, and steel plate carries out uniform motion from front to back on cutting operation frame 32, according to work light plate needs
Width cutting mechanism 34 work, cutting mechanism 34 can control the width of cutting steel plate during efforts, cut
The upper cutting lifting air that electronic sliding block 341 drives cutting sliding panel 342 cuts according to the specified processing dimension of steel plate in mechanism 34
Cylinder 343 carries out side-to-side movement adjusting, and cutting lifting cylinder 343 drives cutting mobile column 344 and cuts cutting on driven branch 346
The mutual cooperation of driven pipe 3462 is cut, to drive the driven branch of cutting 346 to move to specified operating position, driven telescopic cylinder
The 3463 driven fixing rollers 3465 of the cutting of control two carry out elevating movement, to which the steel plate processed to needs pushes against, it is ensured that
Steel plate will not shake during cutting processing, at the same time cut electric rotating machine 347 and cutting movable block 3410 is driven to carry out
It moves left and right, cutting movable block 3410 drives cutting telescopic cylinder 3411 to synchronize and moved, and cutting telescopic cylinder 3411 passes through
It cuts the mutual cooperation of cutting position-limiting tube 3482 that limited post 3412 is executed with cutting on branch 348 to move, to drive cutting to hold
Row branch 348 moves to specified operating position, and cutting telescopic cylinder 3411 drives cutting feeding frame 3481 to move upward to conjunction
Suitable operating position, positioning telescopic cylinder 3486 drives positioning fixed block 3487 to move in cutting fixing groove 3414, to really
It protects cutting feeding frame 3481 and carries out stable movement in specified height, transverse electric cast-cutting saw 3483 passes through transverse cuts slot pair
Steel plate carries out transverse cuts operation, cutting mechanism 33 cut off lifting cylinder 331 drive two rows of cut-out fixing rollers 333 be adjusted from
And steel plate is fixed, cutting off electronic sliding block 335 drives cut-out sliding panel 336 to be moved left and right, and cuts off execution cylinder 337
Cut-out electric dise saw for peeling 338 is driven to move to suitable operating position, steel plate is cut off in the cut-out work of electric dise saw for peeling 338
Steel plate after cutting processing, is manually transported to specified position by processing, realizes the accurate cutting of bridge strengthening steel plate automation
The function of processing, solve it is existing during existing steel plate reinforcement bridge need manually to be processed steel plate, need
Artificial conveyance steel plate needs manually to carry out cutting processing to steel plate, and artificial conveyance steel plate is unstable, and steel plate holds during conveying
Easily tilting, artificial cutting steel plate is inaccurate, and one block of steel plate can only once be processed by manually carrying out cutting processing to different size steel plate,
There are security risk, artificial cutting steel plate lacks fixation arranges the disintegrating slag splashed during manually carrying out cutting processing to steel plate
It applies, steel plate is easy shake during cutting, and stability is poor, and labor intensity problems low with working efficiency etc. greatly have reached mesh
's.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the description in above embodiments and description only illustrates the present invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (7)
1. a kind of accurate process equipment of bridge strengthening steel plate, including bottom plate (1), it is characterised in that：On bottom plate (1) from back to front according to
It is secondary that conveying device (2) and cutter device (3) are installed；
The conveying device (2) includes the conveying supporting rack (21) being mounted on bottom plate (1), and the upper end of conveying supporting rack (21) is set
It is equipped with conveying and executes slot, conveying executes and is equipped with conveying executing agency (22) in slot, the inner wall of conveying supporting rack (21)
Between from front to back by bearing at equal intervals be equipped with conveying help roll (23), conveying supporting rack (21) inner wall on be equipped with
Two conveying position-limit mechanisms (24), two conveying position-limit mechanisms (24) are symmetrically positioned in the left and right sides of conveying supporting rack (21)；
The cutter device (3) include be mounted on bottom plate (1) on cutting mounting bracket (31), cutting mounting bracket (31) inner wall it
Between cutting operation frame (32) is installed, the rear end of cutting operation frame (32) is provided with transverse cuts slot at equal intervals from left to right,
The front end of cutting operation frame (32) is provided with slit shearing slot, and the front end of cutting mounting bracket (31) is equipped with cutting mechanism (33),
Cutting mechanism (34) is installed between the rear end inner wall of cutting mounting bracket (31).
2. a kind of accurate process equipment of bridge strengthening steel plate according to claim 1, it is characterised in that：The conveying limit
Mechanism (24) includes the conveying telescopic cylinder (241) being mounted on conveying supporting rack (21) inner wall, conveying telescopic cylinder (241)
Top is mounted on by flange on conveying expansion bracket (242), is equipped between conveying expansion bracket (242) and conveying supporting rack (21)
Buffer spring (243) is conveyed, conveying is installed at equal intervals by bearing from front to back between the inner wall of conveying expansion bracket (242)
Limit roller (244).
3. a kind of accurate process equipment of bridge strengthening steel plate according to claim 1, it is characterised in that：The conveying executes
Mechanism (22) includes the conveying mounting bracket (221) being mounted on conveying supporting rack (21), the lower end installation of conveying mounting bracket (221)
There is the electronic sliding block (222) of conveying, the lower end for conveying electronic sliding block (222) is equipped with conveying sliding rack (223), conveys sliding rack
(223) it is located at conveying to execute in slot, the lower end of conveying sliding rack (223) is equipped with conveying lifting cylinder (224), conveys lifting air
The top of cylinder (224) is mounted on by flange in conveying lifting frame (225), and the lower end of conveying lifting frame (225) is from left to right etc.
Spacing is provided with conveying operation slot, and conveying lifts and is equipped with conveying electric rotating machine by motor cabinet on the inner wall of frame (225)
(226), the output shaft of conveying electric rotating machine (226) is connected by shaft coupling with one end of conveying rotating roller (227), conveying rotation
The other end of roller (227) is mounted on by bearing on the inner wall of conveying lifting frame (225), and the section of conveying rotating roller (227) is
Ellipsoidal structure, conveys and is equipped with conveying operation branch (228) in operation slot, and the upper end of conveying operation branch (228) is resisted against
On the outer wall for conveying rotating roller (227)；
The conveying operation branch (228) includes the conveying resetting spring (2281) being mounted on conveying lifting frame (225) inner wall,
The upper end for conveying resetting spring (2281) is mounted on conveying operation frame (2282), and conveying operation frame (2282) is located at conveying operation
In slot, the upper end of conveying operation frame (2282) is equipped with conveying buffer roll (2283), the lower end installation of conveying operation frame (2282)
There is conveying sucker (2284).
4. a kind of accurate process equipment of bridge strengthening steel plate according to claim 1, it is characterised in that：The cutting mechanism
(33) include the cut-out lifting cylinder (331) being mounted on cutting mounting bracket (31) inner wall, the top of cut-out lifting cylinder (331)
It is mounted on cut-out fixed frame (332) by flange, cuts off and two rows of cut-out fixing rollers are provided with by bearing on fixed frame (332)
(333), two rows of cut-out fixing rollers (333) are symmetrically positioned in the front and rear sides of cut-out fixed frame (332), under cutting operation frame (32)
End is equipped with cut-out supporting rack (334), and the electronic sliding block (335) of cut-out is equipped on cut-out supporting rack (334), cuts off electronic sliding block
(335) cut-out sliding panel (336) is installed on, cut-out execution cylinder (337) is installed, cut-out is held on cut-out sliding panel (336)
The top of promoting the circulation of qi cylinder (337) is mounted on by flange on cut-out electric dise saw for peeling (338), and cut-out electric dise saw for peeling (338) is located at
In slit shearing slot.
5. a kind of accurate process equipment of bridge strengthening steel plate according to claim 1, it is characterised in that：The cutting mechanism
(34) include the electronic sliding block of cutting (341) being mounted on cutting mounting bracket (31) upper end inner wall, cut electronic sliding block (341)
Lower end is equipped with cutting sliding panel (342), and the lower end of cutting sliding panel (342) is equipped with cutting lifting cylinder (343), and cutting rises
The top of sending down abnormally ascending cylinder (343) is mounted on by flange in cutting mobile column (344), is installed between the inner wall of cutting mounting bracket (31)
There are cutting positioning plate (345), cutting positioning plate (345) to be located at the upper end of cutting operation frame (32), cutting positioning plate (345) is first-class
Spacing is provided with cutting location hole, and cutting driven slot is provided on cutting positioning plate (345), is cut in driven slot from left to right
Sliding matching mode is provided with the driven branch (346) of cutting, is installed by motor cabinet on the inner wall of cutting mounting bracket (31)
There is cutting electric rotating machine (347), cuts one end phase by shaft coupling and leading screw (349) on the output shaft of electric rotating machine (347)
Even, the other end of leading screw (349) is mounted on by bearing on the inner wall of cutting mounting bracket (31), is provided with and is cut on leading screw (349)
Movable block (3410) is cut, the lower end of cutting movable block (3410) is connected by sliding matching mode with bottom plate (1), and movable block is cut
(3410) cutting telescopic cylinder (3411) is installed, the top of cutting telescopic cylinder (3411) is mounted on cutting by flange and limits on
On position column (3412), cutting fixed plate (3413), cutting fixed plate (3413) are installed between the inner wall of cutting mounting bracket (31)
Lower end positioned at cutting operation frame (32), cutting installation in fixed plate (3413), there are two cutting fixing groove (3414), two are cut
The front and rear sides that fixing groove (3414) is symmetrically positioned in cutting fixed plate (3413) are cut, are provided in the middle part of cutting fixed plate (3413)
Feed slot is cut, being provided with cutting from left to right by sliding matching mode in cutting feed slot executes branch (348).
6. a kind of accurate process equipment of bridge strengthening steel plate according to claim 5, it is characterised in that：The cutting is driven
Branch (346) includes being cut from moving frame (3461) from moving frame mounted on the cutting cut in driven slot by sliding matching mode
(3461) it is in I-shaped structure, cuts from the upper end of moving frame (3461) and be provided with the driven pipe (3462) of cutting, cut from moving frame
(3461) lower end is equipped with driven telescopic cylinder (3463), the top of driven telescopic cylinder (3463) by flange be mounted on from
On dynamic locating rack (3464), the lower end installation of driven locating rack (3464) there are two cutting driven fixing roller (3465), cutting from
Driven position-limited rack (3466) is connected with by axis pin in the bottom side of the wall of moving frame (3461), on the side wall of driven position-limited rack (3466)
It is connected with the top of driven adjusting cylinder (3467) by axis pin, the driven bottom end for adjusting cylinder (3467) is mounted on by axis pin
Cutting is from moving frame (3461), and driven position-limited rack (3466) cooperates with cutting location hole and moves.
7. a kind of accurate process equipment of bridge strengthening steel plate according to claim 5, it is characterised in that：The cutting executes
Branch (348) includes feeding frame (3481), cutting feeding frame by the cutting that sliding matching mode is mounted in cutting feed slot
(3481) it is in I-shaped structure, the lower end of cutting feeding frame (3481) is equipped with cutting position-limiting tube (3482), cutting feeding frame
(3481) upper center is equipped with transverse electric cast-cutting saw (3483), and there are two cuttings to determine for installation from moving frame (3461) for cutting
Position block (3484), two cutting locating pieces (3484) are symmetrically positioned in the front and rear sides of cutting feeding frame (3481)；The cutting is fixed
Position block (3484) includes being mounted on the positioning riser (3485) cut on feeding frame (3481), on the side wall of positioning riser (3485)
Positioning telescopic cylinder (3486) is installed, the top of positioning telescopic cylinder (3486) is mounted on positioning fixed block by flange
(3487) on, positioning fixed block (3487) cooperates with cutting fixing groove (3414) and moves.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810353643.2A CN108544018A (en) | 2018-04-19 | 2018-04-19 | A kind of accurate process equipment of bridge strengthening steel plate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810353643.2A CN108544018A (en) | 2018-04-19 | 2018-04-19 | A kind of accurate process equipment of bridge strengthening steel plate |
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| CN108544018A true CN108544018A (en) | 2018-09-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810353643.2A Pending CN108544018A (en) | 2018-04-19 | 2018-04-19 | A kind of accurate process equipment of bridge strengthening steel plate |
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Application publication date: 20180918 |
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