CN108356480A - The prosthetic device of carry-over pinch rolls boss - Google Patents
The prosthetic device of carry-over pinch rolls boss Download PDFInfo
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- CN108356480A CN108356480A CN201810445060.2A CN201810445060A CN108356480A CN 108356480 A CN108356480 A CN 108356480A CN 201810445060 A CN201810445060 A CN 201810445060A CN 108356480 A CN108356480 A CN 108356480A
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- China
- Prior art keywords
- carry
- pinch rolls
- over pinch
- prosthetic device
- push rod
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P6/00—Restoring or reconditioning objects
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Prostheses (AREA)
- Processing Of Stones Or Stones Resemblance Materials (AREA)
Abstract
This disclosure relates to which a kind of prosthetic device of carry-over pinch rolls boss, the prosthetic device include：Pedestal；Slide unit can movably forward and backward be installed on the pedestal, the guide post upwardly extended is vertically connected on the slide unit；Cutter installing mechanism can be mounted on the guide post up or down；And toolbox, it is mounted on the cutter installing mechanism, the toolbox includes the blade that can be fitted on carry-over pinch rolls boss.Pass through above-mentioned technical proposal, after the prosthetic device that the disclosure provides is by blade contact carry-over pinch rolls boss, cutting effect is formed with blade, the position of blade can be adjusted by slide unit and cutter installing mechanism, make blade and carry-over pinch rolls boss good fit, repair carry-over pinch rolls boss, prosthetic device operation is upper simple and practicable, the online out-of-flatness working face repaired carry-over pinch rolls boss and occurred during the work time, extend the service life of carry-over pinch rolls, carry-over pinch rolls need not be dismantled to be replaced, capacity loss caused by replacing carry-over pinch rolls due to long-time is reduced.
Description
Technical field
This disclosure relates to glass substrate production technical field, and in particular, to a kind of prosthetic device of carry-over pinch rolls boss.
Background technology
In the production process of liquid crystal glass base, after kiln is heats liquefied and filters clarification, glass metal flows into dispensing
Product is made by a pair of of carry-over pinch rolls overflow down draw in former.Core equipment of the carry-over pinch rolls as overflow downdraw,
After it uses some cycles, carry-over pinch rolls boss will become coarse, or can led in clamping process because being clamped to foreign matter
Pit-hole is left on pick-up roll boss, so that the position of carry-over pinch rolls clamping on the glass substrate is left continuous crackle, causes downstream process
Cutting machine can not glass-cutting substrate.If carrying out dismounting and change to carry-over pinch rolls, needs to shut down for a long time, influence glass substrate
Manufacturing schedule.
Invention content
Purpose of this disclosure is to provide a kind of prosthetic device of carry-over pinch rolls boss, the prosthetic device of the carry-over pinch rolls boss can be
Line repairs the out-of-flatness working face that carry-over pinch rolls boss occurs during the work time, extends the service life of carry-over pinch rolls, need not tear open
It unloads carry-over pinch rolls to be replaced, reduces capacity loss caused by replacing carry-over pinch rolls due to long-time.
To achieve the goals above, the disclosure provides a kind of prosthetic device of carry-over pinch rolls boss, and the prosthetic device includes：
Pedestal；Slide unit can movably forward and backward be installed on the pedestal, the guide post upwardly extended is vertically connected on the slide unit；Knife
Have installing mechanism, can be mounted on the guide post up or down；And toolbox, it is mounted on the cutter installing mechanism
On, the toolbox includes the blade that can be fitted on carry-over pinch rolls boss.
Optionally, the pedestal rear and front end is symmetrically suspended by mounting base two polished rods, the slide unit bottom installation
There are linear bearing, the linear bearing to be set on the polished rod, to be moved forward and backward along the polished rod.
Optionally, the pull rod of the front and back extension for driving the slide unit movement, the pedestal are connected on the slide unit
Rear end be fixed with the first positioning seat, the rear end of the slide unit is fixed with the second positioning seat, and it is described first fixed that the pull rod passes through
Position seat is simultaneously fixed on second positioning seat.
Optionally, the first threaded hole for leading to the pull rod, the prosthetic device packet are offered on first positioning seat
The locked hand being installed to including screw-thread fit in first threaded hole, to lock or loosen the pull rod.
Optionally, the pedestal both sides are provided with the first in command.
Optionally, the cutter installing mechanism includes height adjusting part and the mounting portion for installing the toolbox,
The height adjusting part includes the first slide block assembly that can be slided on the guide post, and the mounting portion is described including being connected to
The first mounting blocks on first slide block assembly.
Optionally, serrated track is formed on the guide post, first slide block assembly includes being set in the guide post
On the first slide body, the worm screw being meshed with the guide post is accommodated in first slide body, the worm screw has protrusion
Portion is turned in first slide body.
Optionally, the mounting portion includes the push rod through first mounting blocks, the push rod be formed as hollow stem with
The knife bar of the toolbox is accommodated, the push rod is fixedly connected with the knife bar, and first mounting blocks can rotate upwardly and downwardly ground
It is connected on first slide body.
Optionally, the mounting portion further includes for being arranged at intervals in front of first mounting blocks and being secured to connection
Two mounting blocks, the push rod run through second mounting blocks, and the height adjusting part further includes being located at first slide block assembly
Second slide block assembly of lower section, second slide block assembly include being set on the guide post and capable of being slided along the guide post
Second slide body, is connected with connecting plate between second slide body and second mounting blocks, the connecting plate can turn respectively
It is connected to dynamicly on second slide body and the second mounting blocks.
Optionally, second slide block assembly further includes：Third positioning seat is fixed on second slide body, described
The threaded hole of axis vertical is offered on third positioning seat；Fixinig plate is fixed on the slide unit, and centre raise up with
Gap is formed between the slide unit face；Lead screw, screw-thread fit pass through the fixinig plate in the third positioning seat
The protrusion；And catch, it is formed in the gap, and be fixedly connected with the end of the lead screw.
Optionally, the mounting portion includes the push rod through first mounting blocks, the push rod be formed as hollow stem with
The knife bar of the toolbox is accommodated, the push rod is fixedly connected with the knife bar.
Optionally, the mounting portion further includes for being arranged at intervals in front of first mounting blocks and being secured to connection
Two mounting blocks, the push rod run through second mounting blocks.
Optionally, second mounting blocks offer the circular hole passed through for the push rod, and the edge of the circular hole is protruding with
Holding tank, the push rod are formed with the projection key with the receiving groove shape cooperation.
Optionally, the mounting portion includes：Screw knob is set on the push rod and can be threaded into described first
Mounting blocks；It with knob lid, is set on the push rod, the knob lid is covered in the end of the screw knob, and at the end
Portion forms accommodating chamber, and the push rod is radially protruding with cricoid flange, and the flange is locked in the accommodating chamber.
Optionally, the front end of the knife bar is provided with clamping jaw, and the blade can be hinged on to sideshake on the clamping jaw.
Optionally, the blade outer is arranged with the Duckbill type dust shell of front opening, covers and sets after the dust shell
It is equipped with the pipe of protrusion, the pipe is set in one end of the push rod, and the 5th fastener radially sequentially passes through the pipe
To fasten the push rod.
Optionally, the ventilation block that both sides carry venthole is arranged on the knife bar, the ventilation block is arranged in the collection
It is connect by third fastener inside dirt shell and with the dust shell.
Optionally, be formed with blinker on the knife bar, the blinker setting the clamping jaw and the ventilation block it
Between.
Optionally, the knife bar is provided with the pressure sensitivity meter with display screen, institute on the opposite end for installing the blade
State the end that pressure sensitivity meter is connected to the push rod.
Optionally, the escape pipe of radially outwardly projecting is offered on the push rod.
Optionally, it is provided between the escape pipe and the pressure sensitivity meter and is set in the knife bar outer circle and supports in institute
State the sealing ring of the inner circle of push rod.
Optionally, the cutter installing mechanism has the push rod being connect with the toolbox, is arranged on the push rod
Plug, the plug have the stifled platform to match with the observation panel of annealing furnace and the outer being connect with the stifled platform.
Optionally, the plug is fastened by symmetrical detachable two parts, is provided on the outer second
Hand.
Through the above technical solutions, the prosthetic device for the carry-over pinch rolls boss that the disclosure provides is convex by blade contact carry-over pinch rolls
Platform forms cutting effect, the specific position of blade can be adjusted by slide unit and cutter installing mechanism with the rotation of carry-over pinch rolls
It sets, makes blade and carry-over pinch rolls boss good fit, effectively repair carry-over pinch rolls boss, which can repair carry-over pinch rolls online
The out-of-flatness working face that boss occurs during the work time, extends the service life of carry-over pinch rolls, need not dismantle carry-over pinch rolls progress
It replaces, reduces capacity loss caused by replacing carry-over pinch rolls due to long-time.
Other feature and advantage of the disclosure will be described in detail in subsequent specific embodiment part.
Description of the drawings
Attached drawing is for providing further understanding of the disclosure, and a part for constitution instruction, with following tool
Body embodiment is used to explain the disclosure together, but does not constitute the limitation to the disclosure.In the accompanying drawings：
Fig. 1 is the structural schematic diagram of the prosthetic device for the carry-over pinch rolls boss that an illustrative embodiments of the disclosure provide；
Fig. 2 is the structural representation of cutter installing mechanism and slide unit part that an illustrative embodiments of the disclosure provide
Figure；
Fig. 3 is the partial structural diagram for the cutter installing mechanism that an illustrative embodiments of the disclosure provide；
Fig. 4 is the structural schematic diagram for the toolbox that an illustrative embodiments of the disclosure provide, wherein being also shown
Push rod；
Fig. 5 is the structural schematic diagram for the toolbox with dust shell that an illustrative embodiments of the disclosure provide,
In push rod is also shown；
Fig. 6 is the connection diagram for the toolbox with dust shell that an illustrative embodiments of the disclosure provide；
Fig. 7 is the pressure sensitivity meter mounting structure schematic diagram that an illustrative embodiments of the disclosure provide；
Fig. 8 is the stopper structure schematic diagram that an illustrative embodiments of the disclosure provide；
Fig. 9 is that the prosthetic device for the carry-over pinch rolls boss that an illustrative embodiments of the disclosure provide is convex in cutting carry-over pinch rolls
Operating diagram when platform；
Figure 10 is the operating diagram when prosthetic device for the carry-over pinch rolls boss that the disclosure provides enters annealing furnace；
Figure 11 be when the prosthetic device of carry-over pinch rolls boss that the disclosure provides enters annealing furnace from another angle
Operating diagram；
Reference sign
1 pedestal, 11 mounting base, 111 first fastener
12 13 first positioning seat of polished rod, 14 first in command
2 slide unit, 21 guide post, 211 disk
22 second positioning seat, 23 linear bearing, 3 pull rod
31 locked hand, 32 T-type handle, 41 first mounting blocks
42 push rod, 421 collar flange, 422 escape pipe
423 43 second mounting blocks of sealing ring, 431 mounting bar
44 screw knob, 45 knob lid, 51 first slide body
511 512 second fastener of sliding block lid, 52 worm screw
521 turn 53 second slide body of portion, 531 third positioning seat
532 fixinig plate, 54 connecting plate, 55 leading screw
551 button piece, 6 boss, 61 annealing furnace
62 observation panel, 7 toolbox, 71 blade
72 knife bar, 73 clamping jaw, 74 blinker
75 8 dust shell of ventilation block, 81 duckbilled shell
The 4th fastener of 811 third fastener, 82 rear cover 821
83 the 5th fastener of pipe 831,9 pressure sensitivity meter
91 display screen, 10 plug 101 blocks up platform
102 outer, 103 second handle
Specific implementation mode
The specific implementation mode of the disclosure is described in detail below in conjunction with attached drawing.It should be understood that this place is retouched
The specific implementation mode stated is only used for describing and explaining the disclosure, is not limited to the disclosure.
In the disclosure, in the absence of explanation to the contrary, noun of locality "upper", the "lower" used refers to carry-over pinch rolls boss
Prosthetic device it is upper and lower in working condition, "front", "rear" is defined according to use habit, close to carry-over pinch rolls boss
Before direction is, after the direction far from carry-over pinch rolls boss is, "inner", "outside" be for profile of corresponding parts itself,
In addition, the term " first " " second " etc. used in the disclosure is to distinguish an element and another element, do not have suitable
Sequence and importance.
As shown in Figure 1, the disclosure provides a kind of prosthetic device of carry-over pinch rolls boss, including：Pedestal 1, slide unit 2, cutter peace
Mounting mechanism and toolbox 7, slide unit 2 can movably forward and backward be installed on pedestal 1, be vertically connected with and upwardly extend on slide unit 2
Guide post 21, cutter installing mechanism can up or down be mounted on guide post 21 on, toolbox 7 be mounted on cutter installing mechanism
On, toolbox 7 includes the blade 71 that can be fitted on carry-over pinch rolls boss 6.It should be noted that in the disclosure to pedestal 1,
The concrete shape of slide unit 2 is not specifically limited, such as pedestal 1 can be square plate simple in structure shown in figure 1, at it
In his embodiment, pedestal 1 can also be the other forms for the prosthetic device that can support carry-over pinch rolls boss, such as round stainless steel
Plate；Slide unit 2 can also be formed as plate-like piece, as long as it can move on pedestal 1 and be formed with platform.Guide post 21 can be with
It is fixedly installed on slide unit 2 by disk 211 as shown in Figure 2, tightens disk and slide unit using multiple fasteners, structure is steady
Gu not only ensure that the verticality between guide post 21 and slide unit 2, but also it is easy to remove and repair.The section of blade 71 can be taper, knife
Point is flat sharp keen, and material can be heat-resistance stainless steel material, and such mechanism can also be held while can keep cutting effect
The high temperature being towed in the annealing furnace 61 where roller.In other embodiments, blade 71 can also wrap up soft resistance on surface
High-temperature material, such as wire drawing flannelette can generate carry-over pinch rolls boss 6 and beat in this way, when blade 71 contacts carry-over pinch rolls boss 6
Grind effect.
It is drawn through the above technical solutions, the prosthetic device for the carry-over pinch rolls boss that the disclosure provides is contacted by blade 71
After roller boss 6, motor drives carry-over pinch rolls rotation, forms cutting effect with blade 71, the dent on 6 surface of carry-over pinch rolls boss is gradual
It is cut and strikes off, 6 surface flatness of boss increases, and keeps the functional rehabilitation of carry-over pinch rolls clamping downdraw glass substrate normal, passes through tune
The front and back position of whole slide unit 2 and and be equipped with toolbox 7 cutter installing mechanism height, the tool of blade 71 can be adjusted
Body position makes blade 71 and 6 good fit of carry-over pinch rolls boss, effectively repairs carry-over pinch rolls boss 6, the upper letter of prosthetic device operation
Single easy, the online out-of-flatness working face repaired carry-over pinch rolls boss 6 and occurred during the work time, extend carry-over pinch rolls uses the longevity
Life, need not dismantle carry-over pinch rolls and be replaced, and reduce capacity loss caused by replacing carry-over pinch rolls due to long-time.
The concrete structure of above-mentioned each parts in one embodiment of the disclosure is discussed in detail below in conjunction with the accompanying drawings.
Specifically, as shown in Figure 1,1 rear and front end of pedestal is by mounting base 11, symmetrically suspension has two polished rods 12, slide unit 2
Bottom is equipped with linear bearing 23, and linear bearing 23 is set on polished rod 12, to be moved forward and backward along polished rod 12.As shown in Figure 1,
Four mounting bases 11 are separately fixed at the quadrangle of pedestal 1, and two polished rods 12 pass through the through-hole in mounting base 11, use the first fastening
Part 111 passes through the threaded hole in mounting base 11, and withstand on polished rod 12 or across polished rod 12 prevents polished rod 12 to lock polished rod 12
Front and back play or rotation are fixed there are four linear bearing 23 by fastener on 2 lower surface of slide unit, and linear bearing 23 is sleeved on polished rod
It is moved forward and backward on 12, the friction of linear bearing 23 is small, and stability is high, it is ensured that the back-and-forth motion of 2 steady and smooth of slide unit.
In this way, slide unit 2 and cutter installing mechanism on slide unit 2 can also on the direction along polished rod 12 smoothly before
After move, to make toolbox 7 smoothly be moved forward and backward, by being moved forward and backward, can to adjust toolbox 7 convex with carry-over pinch rolls
The position of platform 6 makes blade 71 be fitted in well on carry-over pinch rolls boss 6, with the rotation of carry-over pinch rolls, generates cutting effect, complete
At repair.In other implementations, polished rod 12 can also be otherwise fixed on pedestal 1, as polished rod 12 with
The form of bar shaped track is formed as one with pedestal 1, and linear bearing 23 can be the profile packet to match with bar shaped track at this time
In the outside of track, to form sliding effect.
As shown in Figure 1, the pull rod 3 of the front and back extension for driving slide unit 2 to move is also associated on slide unit 2, pedestal 1
Rear end is fixed with the first positioning seat 13, and the rear end of slide unit 2 is fixed with the second positioning seat 22, and pull rod 3 passes through the first positioning seat 13 simultaneously
It is fixed on the second positioning seat 22.Pull rod 3 is fixed on the second positioning seat 22 of slide unit 2, can make cunning by pushing and pulling pull rod 3
Platform 2 is moved forward and backward, and T-type handle 32 as shown in Figure 1 is also provided on pull rod 3, is exerted oneself when facilitating push-and-pull pull rod 3, meanwhile,
It is provided with coaxial aperture on the first positioning seat 13 and the second positioning seat 22, to ensure that pull rod 3 passes through the positioning of the first positioning seat 13
Hole, when the location hole being fixed on the second positioning seat 22, pull rod 3 remains the state parallel with pedestal 1 and slide unit 2, first
Positioning seat 13 and the second positioning seat 22 also act as the effect of tie-strut 3, in this manner it is ensured that pull rod 3 is applied on slide unit 2
Power is parallel to always slide unit 2 forward or backward, to ensure being moved forward and backward on pedestal 1 for 2 steady and smooth of slide unit.
Further, the first threaded hole for leading to pull rod 3 is offered on the first positioning seat 13, prosthetic device includes that screw thread is matched
The locked hand 31 being installed to closing in the first threaded hole, to lock or loosen pull rod 3.When push-and-pull pull rod 3 adjusts slide unit 2
When position, the threaded hole on the first positioning seat 13 is screwed in using locked hand 31, by between locked hand 31 and pull rod 3
Frictional force locks pull rod 3, and pull rod 3 is made no longer to be moved forward and backward, and when needing to adjust the back-and-forth motion of slide unit 2, locked hand 31 is revolved
Go out the threaded hole on the first positioning seat 13, locked hand 31 is made no longer to be contacted with pull rod 3, the promotion slide unit 2 that pull rod 3 can be freely
It is moved forward or rearward.In the embodiment shown in Fig. 1, locked hand 31 passes through the top of the first positioning seat 13 from top down
Face, in other embodiments, locked hand 31 can also pass through from the side of the first positioning seat 13 and withstand on pull rod 3.
In the disclosure, 1 both sides of pedestal are additionally provided with the first in command 14, this prosthetic device can be existed using the first in command 14
Using or it is idle when move up to designated position, it should be noted that in other embodiments, can also be set in 1 bottom of pedestal
Pulley is set to move this prosthetic device, meanwhile, locking mechanism is also provided on pulley, when this reparation assembling device is moved to finger
Retaining mechanism is enabled when determining region makes this prosthetic device no longer move.
As depicted in figs. 1 and 2, cutter installing mechanism includes height adjusting part and the installation for installing toolbox 7
Portion, height adjusting part include the first slide block assembly that can be slided on guide post 21, and mounting portion includes being connected to the first sliding block group
The first mounting blocks 41 on part.First slide block assembly can be slided up and down along guide post 21, and drive is connected to the first slide block assembly
On the first mounting blocks 41 move up and down, entire mounting portion is moved up and down and is moved with the first mounting blocks 41.In this way, passing through
First mounting blocks 41 and the first slide block assembly link together height adjusting part and mounting portion, and adjusting height adjusting part makes installation
Portion moves up and down, and then adjusts the height for the toolbox 7 being mounted on mounting portion, ensures that blade 71 and carry-over pinch rolls boss 6 exist
Suitable high degree in contact, to complete repair.
Further, serrated track is formed on guide post 21, the first slide block assembly includes be set on guide post 21
One slide body 51 accommodates the worm screw 52 being meshed with guide post 21 in first slide body 51, and worm screw 52, which has, protrudes from the first cunning
Block 51 turns portion 521.As shown in Fig. 2, the thread of worm screw 52 is partially placed into 51 inside of the first slide body and guide post 21
The upper and lower ends of engagement, worm screw 52 protrude from the first slide body 51, and the portion 521 that turns of upper end can be hexagon socket head cap screw, lower end
It can be cylindrical projection portion, turn portion 521 and form shaft effect with cylindrical projection, worm screw 52 is made to turn in the first slide body 51
It is dynamic, using allen wrench on hexagon socket head cap screw applied force, so that worm screw 52 is rotated, the engagement of worm screw 52 and guide post 21,
The first slide block assembly is driven to be moved up or down along guide post 21, the first slide block assembly drives mounting portion to move up and down, to
The height for adjusting blade 71, makes carry-over pinch rolls boss 6 be contacted with blade 71, completes repair, meanwhile, worm screw 52 and guide post 21
Serrated track also has self-locking effect, ensures that guide post 21 and the first slide block assembly will not when no rotation turns portion 521
There is opposite sliding.In other embodiments, can also puller bolt be set in the side of the first slide body 51, withstands guide post 21
It realizes the locking to 51 position of the first slide body, is allowed to no longer move up and down.Being also provided with outside first slide body 51 can
The sliding block lid 511 of dismounting, at this time the first slide body 51 can be fixed on by the second fastener 512 with a side opening, sliding block lid 511
Accommodating chamber is formed on first slide body 51, it is simple in structure using dismountable sliding block lid 511 to place worm screw 52, facilitate worm screw
52 installation and maintenance.In other embodiments, moving up and down for the first slide body 51 can also be realized by other means,
The first slide body of hand-drive 51 is moved up and down for example, being arranged on the first slide body 51, and the setting locking knot on guide post 21
Structure blocks the first slide body 51 using locking structure, is allowed to move down on no longer when adjusting the first slide body 51 to appropriate location
It is dynamic.
The mounting portion that the disclosure provides may include the push rod 42 through the first mounting blocks 41, and push rod 42 is formed as hollow
To accommodate the knife bar 72 of toolbox 7, push rod 42 is fixedly connected bar with knife bar 72.Push rod 42 is sleeved on the outside of knife bar 72, can be with
The power for protecting knife bar 72 not applied by mounting portion, increases the service life of knife bar 72, and push rod 42 is fixedly connected with knife bar 72,
First mounting blocks 41 are sleeved on push rod 42, and can be fixedly connected with push rod 42, in this way, ensureing knife bar 72, push rod 42 and first
Mounting blocks 41 move synchronously.
As shown in Figure 1 and with reference to Fig. 2, mounting portion can also include be arranged at intervals on 41 front of the first mounting blocks and and its
The second mounting blocks 43 being fixedly connected, push rod 42 run through the second mounting blocks 43.First mounting blocks 41 and the second mounting blocks 43 can be with
It is connected by mounting bar 431, in this way, the second mounting blocks 43 and the first mounting blocks 41 can support push rod 42 and jointly in push rods
Knife bar 72 inside 42, anti-throw-out lever 42 and 72 long-term work of knife bar bend or even fracture, and also ensure push rod 42 and knife
The horizontal precision of bar 72, meanwhile, the connection structure of the first mounting blocks 41 and the second mounting blocks 43 is light simple, can alleviator
Weight reduces the frictional force suffered in moving process of push rod 42.
Further, the second mounting blocks 43 offer the circular hole passed through for push rod 42, and the edge of circular hole is protruding with holding tank,
Push rod 42 is formed with the projection key with receiving groove shape cooperation.As shown in Fig. 2, when push rod 42 passes through the second mounting blocks 43, push away
Projection key on bar 42 fits through the holding tank on the second mounting blocks 43, in this way, push rod 42 and knife bar 72 itself will not occur
Axial rotation ensures the stability of the toolbox 7 being mounted on knife bar 72 at work.
In the present embodiment, the first mounting blocks 41 are connected on the first slide body 51 in which can rotate upwardly and downwardly.First installation
Block 41 is rotated relative to the first slide body 51, in this way, the angle of knife bar 72 can be adjusted by rotating the first mounting blocks 41, i.e.,
Cutting angle when blade 71 is contacted with carry-over pinch rolls boss 6 can be adjusted, toolbox 7 is made to repair carry-over pinch rolls in place
Boss 6.
Further, in the case where being provided with above-mentioned third mounting blocks 43, height adjusting part further includes being located at first
The second slide block assembly below slide block assembly, the second slide block assembly include being set on guide post 21 and capable of being slided along guide post 21
The second slide body 53, connecting plate 54 is connected between the second slide body 53 and the second mounting blocks 43, connecting plate 54 can turn respectively
It is connected to dynamicly on the second slide body 53 and the second mounting blocks 43.In this way, the second slide body 53 moves on guide post 21, pass through company
Fishplate bar 54 drive the second mounting blocks 43 to be rotated centered on the junction of the first mounting blocks 41 and the first slide body 51, push rod 42 with
Raise or lower, and then adjust the angle between blade 71 and carry-over pinch rolls boss 6, make phase corner cut between blade 71 and boss 6
It is adjustable.In addition, in other embodiments, the first mounting blocks 41 can also pass through other relative to the rotation of the first slide body 51
Embodiment is realized, for example, installing motor in the junction of the first mounting blocks 41 and the first slide body 51, utilizes motor output shaft
The first mounting blocks 41 and the first slide body 51 are connected, the first peace is adjusted by controlling rotation direction and the angle of motor output shaft
Fill the rotation of block 41.
According to an embodiment of the present disclosure, the second slide block assembly further includes：Third positioning seat 531, is fixed on second
On slide body 53, the threaded hole of axis vertical is offered on third positioning seat 531；Fixinig plate 532 is fixed on slide unit 2, and
Centre raises up to form gap between 2 face of slide unit；Lead screw 55, screw-thread fit pass through in third positioning seat 531
The protrusion of fixinig plate 532；And catch (not shown), it is formed in gap, and be fixedly connected with the end of lead screw 55.It needs
It is noted that catch is embedded in the gap between the lug boss of fixinig plate and the upper surface of slide unit 2, between catch is completely filled in
In gap, and catch does not pass through lug boss, makes do not have gap between lug boss and slide unit 2, and such slide unit 2 is to the formation of lead screw 55
Lower limit, lug boss form upper limit to lead screw 55, and lead screw 55 will not be moved up and down in rotation.Lead screw 55 and it is fixed on the
The threaded hole of third positioning seat 531 on two slide bodies 53 coordinates, and 55 upper end of lead screw can have button piece 551, convenient for turning lead screw
55, when turning lead screw 55, due to limiting up and down, 55 position of lead screw is constant, and the second matched slide body 53 can be corresponding
It moves up or down, the second slide body 53 drives the second mounting blocks 43 to move up or down by connecting plate 54, such as Fig. 1
Shown, the second mounting blocks 43, which move up and down, can make push rod 42 raise or lower, and toolbox 7 is made to contact carry-over pinch rolls with best angle
Boss 6, carry out cutting operation.In other embodiments, the second slide body can also lead to along moving up and down for guide post 21
Other embodiment realization is crossed, is such as realized in such a way that the first slide body mentioned above is moved up and down along guide post 21, this
Place repeats no more.
In the case where mounting portion includes above-mentioned push rod 42, as shown in figure 3, mounting portion further comprises：Screw knob
44, it is set on push rod 42 and the first mounting blocks 41 can be threaded into；It with knob lid 45, is set on push rod 42, knob lid
45 are covered in the end of screw knob 44, and form accommodating chamber in the end, and push rod 42 is radially protruding with cricoid convex
Edge 421, flange 421 are locked in accommodating chamber, that is, are received the front and back limit of chamber.In this way, the flange 421 on push rod enters screw thread
When the inside of knob 44, knob lid 45 is tightened by fastener and screw knob 44 is formed as one, screw knob 44 is screwed in
First mounting blocks 41, at this point, screw knob 44 drives flange 421 to move forward, push rod 42 and knife bar 72 with forward movement, from
And the distance between toolbox 7 and carry-over pinch rolls boss 6 are adjusted, when needing push rod 42 to move backward, from the first mounting blocks 41
Middle back-out screw knob 44.In the structure shown in Fig. 3, screw knob 44 is arranged at the rear of the first mounting blocks 41,
In another embodiment, it can also be arranged in the front of the first mounting blocks 41.The effect of the structure is, when using above-mentioned
Behind the position of the complete toolbox 7 of 3 coarse adjustment of pull rod and carry-over pinch rolls boss 6, it can be used the structure trimming tool bit component 7 convex with carry-over pinch rolls
The distance between platform 6 not only can save the time, but also can ensure positional precision coarse adjustment in such a way that fine tuning is combined.
As shown in figure 4, the front end of knife bar 72 is provided with clamping jaw 73, blade 71 can be hinged on to sideshake on clamping jaw 73.
Specifically, certain gap is provided between clamping jaw 73 and blade 71, gap can be 1mm-2mm, and blade 71 can pass through hinge
Contact sideshake, in this way, when blade 71 fits on carry-over pinch rolls boss 6, due to point of a knife and the carry-over pinch rolls boss 6 of blade 71
It cannot maintain the absolute depth of parallelism, blade 71 that can automatically correct blade 71 according to real work situation by articulated structure sometimes
Angle, keep blade 71 and carry-over pinch rolls boss 6 the depth of parallelism, prevent blade 71 from being cut on carry-over pinch rolls boss 6 irregularly
Inclined-plane, keep repair more perfect.Hinged structure is used between blade 71 and clamping jaw 73, forms a kind of flexible cutting
Effect.
Further, as shown in Figure 5 and Figure 6,71 outer cover of blade is equipped with the Duckbill type dust shell 8 of front opening, dust
The pipe 83 of protrusion is provided on the rear cover 82 of shell 8, pipe 83 is set in one end of push rod 42, and the 5th fastener 831 is radially
Across pipe 83 to fasten push rod 42.Specifically, dust shell 8 includes sequentially connected duckbilled shell 81, rear cover 82 and pipe 83,
Pipe 83 is sleeved on 42 front end of push rod and is secured to, and duckbilled shell 81 is sleeved on outside blade 71, and by the 4th fastener 821 with
Rear cover 82 connects, and duckbilled shell 81 gradually collapses at blade 71, flat at Duckbill type, and package status is formed to blade 71, and
And it is not in contact with blade 71, in this way, the opening of duckbilled shell 81 can have larger pressure difference, blade 71 cutting with its front end
After cutting the generation dust of boss 6, dust can be inhaled into dust shell 8, and dust other positions into annealing furnace 61 is avoided to spread, dirty
Contaminate glass substrate.Further, be connected to push rod 42 by its pipe 83 due to dust shell 8, push rod 42 be hollow stem, dust from
Dust shell 8 enters in push rod 42, dust catcher can be arranged in the rear end of push rod 42 and siphon away dust.In this way, cutting process
Dust will not be arranged into the annealing furnace 61 where carry-over pinch rolls, and the environment in annealing furnace 61 is protected.Dust shell 8 and toolbox 7 divide
Not Wei detachable structure, facilitate the repair and replacement of blade 71.It should be noted that the 5th fastener 831 passes radially through circle
The mode that pipe 83 fixes push rod 42 can be a variety of, and such as the 5th fastener 831 can be withstood on push rod 42, be driven by frictional force
Dust shell 8 it is synchronous with push rod 42 be moved forward and backward, can also be provided on push rod 42 match with the 5th fastener 831 it is recessed
Hole, the 5th fastener 831 are withstood in pit, make dust shell 8 is synchronous with push rod 42 to be moved forward and backward.
As shown in Figures 4 to 6, the ventilation block 75 that both sides carry venthole is arranged on knife bar 72, the ventilation setting of block 75 exists
8 inside of dust shell is simultaneously connect with duckbilled shell 81 by third fastener 811.Block 75 of ventilating is arranged in 72 front end of knife bar and dust shell
8 are connected, and play the role of stablizing support knife bar 72 and blade 71, and the dust into dust shell 8 can be pushed away by venthole inflow
Bar 42, there are gaps between the surrounding and dust shell 8 of ventilation block 75, in this way, dust can also be from the gap around ventilation block 75
Push rod 42 is flowed into, into dust catcher, dust catcher may be coupled to following 422 positions of escape pipe.It is formed with and keeps out the wind on knife bar 72
Piece 74, the setting of blinker 74 is between clamping jaw 73 and ventilation block 75.The dust that blinker 74 can prevent high-speed flow from carrying is poly-
Collect at the mounting hole of ventilation block 75 and knife bar 72, avoid causing device untidy, damages device.
As shown in Figure 1 and Figure 7, in the disclosure, knife bar 72 can be provided on the opposite end of installation blade 71 and carry
The pressure sensitivity meter 9 of display screen 91, pressure sensitivity meter 9 are connected to the end of push rod 42.Pressure sensitivity meter 9 can be used as connector by knife bar 72 and push away
Bar 42 links together, and knife bar 72 and push rod 42 is enable to move synchronously.Pressure sensitivity meter 9 is a kind of measurable movement parts stress
Electronic device uses Hard link, when blade 71 touches carry-over pinch rolls boss 6, blade here between pressure sensitivity meter 9 and knife bar 72
71 have certain amount of recovery, and pressure sensitivity meter 9 is transferred to by knife bar 72, are read on the display screen 91 of pressure sensitivity meter 9, in this way,
By acquire pressure data, record the pressure value under optimized cutting state, in order to when lower task quickly by device tune
It is whole to arrive corresponding contact, save the time of regulating device.It should be noted that pressure sensitivity meter 9 and knife bar 72 and push rod 42
Connection type can be a variety of, and pressure sensitivity meter 9 may be used the mode being spirally connected and be connect respectively with knife bar 72 and push rod 42, in other realities
It applies in mode, it can also be in such a way that bolt passes through knife bar 72 or push rod 42 to withstand on pressure sensitivity meter 9, so that knife bar 72 and push rod
42, which are fixed together, moves synchronously.
As shown in Figure 1 and Figure 7, it is formed with escape pipe 422 on push rod 42.It, will be in knife after connecting dust catcher at escape pipe 422
Adsorption capacity is generated at piece 71, dust catcher can adsorb blade 71 and cut the dust generated when carry-over pinch rolls boss 6, and pollution is avoided to draw
The environment in annealing furnace 61 where roller, specific implementation mode in the above introduction, are not repeated herein.Implement at one
In mode, escape pipe 422 can be formed in the rear end of push rod 42, i.e., be formed as one with push rod 42, and dust can be from push rod 42
Rear end discharge.It is connected in the embodiment of pressure sensitivity meter on above-mentioned knife bar 72, escape pipe 422 can be from 42 diameter of push rod
To the structure of outwardly convex.In this case, further, it is provided with and is set between escape pipe 422 and pressure sensitivity meter 9
72 outer circle of knife bar simultaneously supports sealing ring 423 in the inner circle of push rod 42.As shown in fig. 7, sealing ring 423 can stop in push rod 42
Dust be flowed at pressure sensitivity meter 9, influence pressure sensitivity meter 9 normal work.
As shown in Figs. 8 to 11, it in the case where cutter installing mechanism has above-mentioned push rod 42, can be covered on push rod 42
Equipped with plug 10, plug 10 has the stifled platform 101 to match with the observation panel 62 of annealing furnace 61 and the outer being connect with stifled platform 101
102.When repairing carry-over pinch rolls boss 6, blade 71 is entered by observation panel 62 in the annealing furnace 61 where carry-over pinch rolls, this is used
Plug 10 is sleeved on outside push rod 42, and for blocking observation panel 62 in cutting operation, specifically, stifled 101 part of platform passes through observation
Mouth 62 enters annealing furnace 61, blocks up platform 101 and rounded corner is arranged, and enters observation panel 62 convenient for blocking up platform 101, outer 102 is covered in annealing
Outside stove 61, in this way, the heat loss in annealing furnace 61 can be prevented by stopper structure, maintain the temperature in annealing furnace 61 steady
It is fixed, prevent process conditions from changing, the material of plug 10 can be that stainless sheet steel wraps up refractory material, block up platform 101 and be inserted into annealing
The depth of stove 61 can be 40mm-50mm, and such depth can make to push away in the case where preventing 61 temperature of annealing furnace to scatter and disappear
Bar 42 has the horizontal adjustment angle of bigger.
Plug 10 is fastened by symmetrical detachable two parts, and second handle 103 is provided on outer 102.It uses
When, when blade 71, which is in place, starts cutting operation, the stifled platform 101 of two parts plug 10 is placed into from the both sides of push rod 42
In observation panel 62, it is combined into a complete entirety, the second handle 103 on outer 102 can be used for moving the position of plug 10,
Plug 10 divides for two parts, installation and removal when easy to use.
According to a kind of embodiment that the disclosure provides, with reference to Fig. 9-Figure 11, the prosthetic device of carry-over pinch rolls boss it is specific
Operation is as follows：Device is placed on line after station by the first in command 14, adjustment pull rod 3 makes toolbox 7 rapidly enter to lead
In annealing furnace 61 where pick-up roll, reaches close to the position of carry-over pinch rolls boss 6, adjust the first slide block assembly and the second sliding block group
Part makes the formation of push rod 42 and the parallel or inclined angle of pedestal 1, when blade 71 is larger to the phase corner cut on 6 surface of carry-over pinch rolls boss
When, form preferable cutting effect.By adjusting screw knob 44, blade 71 is set to contact carry-over pinch rolls boss 6, and increase blade 71
Point of a knife to the contact of carry-over pinch rolls boss 6, the numerical value on the display screen 91 of pressure sensitivity meter 9 can at this time will with becoming larger
Plug 10 is placed into from 42 both sides of push rod in observation panel 62, opens the dust catcher being connected on escape pipe 422, is generated when by cutting
Dust siphon away, motor drives carry-over pinch rolls rotation, starts cutwork, through cutting after a period of time, the number on display screen 91
Value can taper into, and 6 surface of carry-over pinch rolls boss has been cut off relatively thin one layer at this time, record the number on display screen 91 in time
Value, determines optimized cutting dynamics.When using the present apparatus for the first time, after device is in place and adjusts, it can be formulated on 1 four side of pedestal
The present apparatus is quickly suitably positioned by wire frame when being used convenient for next time.Entire cutting process continues 5min-10min, and stops
Machine replaces the recovery time that carry-over pinch rolls need 3h-10h, is replaced relative to shutting down, which can preferably improve equipment capacity, together
When also extend the service life of carry-over pinch rolls, the present apparatus can replace operating personnel, make operating personnel from the high temperature of annealing furnace 61
It influences.
The preferred embodiment of the disclosure is described in detail above in association with attached drawing, still, the disclosure is not limited to above-mentioned reality
The detail in mode is applied, in the range of the technology design of the disclosure, a variety of letters can be carried out to the technical solution of the disclosure
Monotropic type, these simple variants belong to the protection domain of the disclosure.
It is further to note that specific technical features described in the above specific embodiments, in not lance
In the case of shield, can be combined by any suitable means, in order to avoid unnecessary repetition, the disclosure to it is various can
The combination of energy no longer separately illustrates.
In addition, arbitrary combination can also be carried out between a variety of different embodiments of the disclosure, as long as it is without prejudice to originally
Disclosed thought equally should be considered as disclosure disclosure of that.
Claims (23)
1. a kind of prosthetic device of carry-over pinch rolls boss, which is characterized in that the prosthetic device includes：
Pedestal (1)；
Slide unit (2) can be installed to movably forward and backward on the pedestal (1), be vertically connected on the slide unit (2) and to be upwardly extended
Guide post (21)；
Cutter installing mechanism can be mounted on the guide post (21) up or down；And
Toolbox (7) is mounted on the cutter installing mechanism, and the toolbox includes that can fit to carry-over pinch rolls boss
(6) blade (71) on.
2. the prosthetic device of carry-over pinch rolls boss according to claim 1, which is characterized in that pedestal (1) rear and front end
By mounting base (11), symmetrically suspension has two polished rods (12), and slide unit (2) bottom is equipped with linear bearing (23), described straight
Spool holds (23) and is set on the polished rod (12), to be moved forward and backward along the polished rod (12).
3. the prosthetic device of carry-over pinch rolls boss according to claim 1, which is characterized in that be connected on the slide unit (2)
Pull rod (3) for the front and back extension for driving the slide unit (2) mobile, the rear end of the pedestal (1) is fixed with the first positioning seat
(13), the rear end of the slide unit (2) is fixed with the second positioning seat (22), and the pull rod (3) passes through first positioning seat (13)
And it is fixed on second positioning seat (22).
4. the prosthetic device of carry-over pinch rolls boss according to claim 3, which is characterized in that on first positioning seat (13)
Offer the first threaded hole for leading to the pull rod (3), the prosthetic device include screw-thread fit be installed to first spiral shell
Locked hand (31) in pit, to lock or loosen the pull rod (3).
5. the prosthetic device of carry-over pinch rolls boss according to claim 1, which is characterized in that pedestal (1) the both sides setting
There is the first in command (14).
6. the prosthetic device of carry-over pinch rolls boss according to any one of claims 1-5, which is characterized in that the cutter peace
Mounting mechanism includes height adjusting part and the mounting portion for installing the toolbox (7), and the height adjusting part includes can
The first slide block assembly slided on the guide post (21), the mounting portion include be connected on first slide block assembly
One mounting blocks (41).
7. the prosthetic device of carry-over pinch rolls boss according to claim 6, which is characterized in that be formed on the guide post (21)
Serrated track, first slide block assembly include being set in the first slide body (51) on the guide post (21), and described first
Accommodate the worm screw (52) being meshed with the guide post (21) in slide body (51), the worm screw (52), which has, protrudes from described the
One slide body (51) turns portion (521).
8. the prosthetic device of carry-over pinch rolls boss according to claim 7, which is characterized in that the mounting portion includes running through institute
The push rod (42) of the first mounting blocks (41) is stated, the push rod (42) is formed as hollow stem to accommodate the knife of the toolbox (7)
Bar (72), the push rod (42) are fixedly connected with the knife bar (72), and first mounting blocks (41) connect in which can rotate upwardly and downwardly
On first slide body (51).
9. the prosthetic device of carry-over pinch rolls boss according to claim 8, which is characterized in that the mounting portion further includes interval
It is arranged in front of first mounting blocks (41) and is secured to the second mounting blocks (43) of connection, the push rod (42) runs through institute
The second mounting blocks (43) are stated, the height adjusting part further includes the second slide block assembly being located at below first slide block assembly,
Second slide block assembly includes being set in the second slide body that can be slided on the guide post (21) and along the guide post (21)
(53), connecting plate (54), the connecting plate are connected between second slide body (53) and second mounting blocks (43)
(54) it is rotatably connected to respectively on second slide body (53) and the second mounting blocks (43).
10. the prosthetic device of carry-over pinch rolls boss according to claim 9, which is characterized in that second slide block assembly is also
Including：
Third positioning seat (531) is fixed on second slide body (53), and axis is offered on the third positioning seat (531)
The vertical threaded hole of line；
Fixinig plate (532) is fixed on the slide unit (2), and centre raises up to be formed between the slide unit (2) face
Gap；
Lead screw (55), screw-thread fit pass through the described convex of the fixinig plate (532) in the third positioning seat (531)
It rises；And
Catch is formed in the gap, and is fixedly connected with the end of the lead screw (55).
11. the prosthetic device of carry-over pinch rolls boss according to claim 6, which is characterized in that the mounting portion includes running through
The push rod (42) of first mounting blocks (41), the push rod (42) are formed as hollow stem to accommodate the knife bar of the toolbox
(72), the push rod (42) is fixedly connected with the knife bar (72).
12. the prosthetic device of carry-over pinch rolls boss according to claim 11, which is characterized in that between the mounting portion further includes
In front of first mounting blocks (41) and the second mounting blocks (43) connected are secured to every setting, the push rod (42) is run through
Second mounting blocks (43).
13. the prosthetic device of carry-over pinch rolls boss according to claim 12, which is characterized in that second mounting blocks (43)
The circular hole passed through for the push rod (42) is offered, the edge of the circular hole is protruding with holding tank, and the push rod (42) is formed with
With the projection key of the receiving groove shape cooperation.
14. the prosthetic device of carry-over pinch rolls boss according to claim 11, which is characterized in that the mounting portion includes：
Screw knob (44) is set on the push rod (42) and can be threaded into first mounting blocks (41)；With
Knob lid (45) is set on the push rod (42), and the knob lid (45) is covered in the end of the screw knob (44)
Portion, and accommodating chamber is formed in the end,
The push rod (42) is radially protruding with cricoid flange (421), and the flange (421) is locked on the accommodating chamber
In.
15. the prosthetic device of carry-over pinch rolls boss according to claim 11, which is characterized in that the front end of the knife bar (72)
It is provided with clamping jaw (73), the blade (71) can be hinged on to sideshake on the clamping jaw (73).
16. the prosthetic device of carry-over pinch rolls boss according to claim 15, which is characterized in that blade (71) outer cover
Duckbill type dust shell (8) equipped with front opening is provided with the pipe (83) of protrusion on the rear cover (82) of the dust shell (8),
The pipe (83) is set in one end of the push rod (42), the 5th fastener (831) pass radially through the pipe (83) with
Fasten the push rod (42).
17. the prosthetic device of carry-over pinch rolls boss according to claim 16, which is characterized in that be arranged on the knife bar (72)
There are both sides to carry the ventilation block (75) of venthole, the ventilation block (75) setting inside the dust shell (8) and with the collection
Dirt shell (8) is connected by third fastener (811).
18. the prosthetic device of carry-over pinch rolls boss according to claim 17, which is characterized in that formed on the knife bar (72)
There are blinker (74), the blinker (74) to be arranged between the clamping jaw (73) and the ventilation block (75).
19. the prosthetic device of carry-over pinch rolls boss according to claim 18, which is characterized in that the knife bar (72) is being installed
The pressure sensitivity meter (9) with display screen (91) is provided on the opposite end of the blade (71), the pressure sensitivity meter (9) is connected to institute
State the end of push rod (42).
20. the prosthetic device of carry-over pinch rolls boss according to claim 19, which is characterized in that opened up on the push rod (42)
There is the escape pipe (422) of radially outwardly projecting.
21. the prosthetic device of carry-over pinch rolls boss according to claim 20, which is characterized in that the escape pipe (422) and
The sealing for being set in the knife bar (72) outer circle and supporting in the inner circle of the push rod (42) is provided between the pressure sensitivity meter (9)
Ring (423).
22. the prosthetic device of carry-over pinch rolls according to claim 1, which is characterized in that the cutter installing mechanism have with
The push rod (42) of toolbox connection is arranged with plug (10) on the push rod (42), and the plug (10) has and moves back
The stifled platform (101) and the outer (102) being connect with the stifled platform (101) that the observation panel (62) of stove (61) matches.
23. the prosthetic device of traction bone boss according to claim 22, which is characterized in that the plug (10) is by symmetrical
Detachable two parts fasten, be provided with second handle (103) on the outer (102).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810445060.2A CN108356480B (en) | 2018-05-10 | 2018-05-10 | Repairing device for traction roller boss |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810445060.2A CN108356480B (en) | 2018-05-10 | 2018-05-10 | Repairing device for traction roller boss |
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| CN108356480A true CN108356480A (en) | 2018-08-03 |
| CN108356480B CN108356480B (en) | 2023-10-20 |
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|---|---|---|---|
| CN201810445060.2A Active CN108356480B (en) | 2018-05-10 | 2018-05-10 | Repairing device for traction roller boss |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108356480B (en) | 2023-10-20 |
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