CN208790775U - The feeding device of carton press - Google Patents
The feeding device of carton press Download PDFInfo
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- CN208790775U CN208790775U CN201821255548.0U CN201821255548U CN208790775U CN 208790775 U CN208790775 U CN 208790775U CN 201821255548 U CN201821255548 U CN 201821255548U CN 208790775 U CN208790775 U CN 208790775U
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- mounting table
- loading bay
- cardboard
- plate
- feeding device
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Abstract
The utility model relates to a kind of feeding devices of carton press, belong to carton processing technique field, solves the technical problem that carton press powder feeding efficiency is lower in the prior art, including loading bay, multiple driving wheels, blower, mounting table, bearing plate, the junction of driving wheel and charging countertop forms air inlet, it is removably connected on mounting table for reducing printing machine ontology and mounting table to the elastic component of cardboard active force and L-shaped setting, the vertical cardboard feedstock direction setting of the length of elastic component, elastic component includes and places the transverse slat that fits of countertop and be fixedly arranged on transverse slat close to loading bay one end and the conflict plate that fits with mounting table close to the end face of loading bay one end, the bottom end for contradicting plate extends to bearing plate side.The feeding device of the carton press of the utility model not only increases the efficiency of carton charging by the mutual cooperation between loading bay and mounting table, while by elastic component, improving the stability of feeding device.
Description
Technical field
The utility model relates to carton processing technique field, in particular to a kind of feeding device of carton press.
Background technique
Carton is most widely used packing articles, by materials difference, there is corrugated case, single cardboard box etc..Corrugated paper
The process of case mainly includes corrugated board production, cool cardboard processed, separation, printing, slots, orders case, wherein carton press
As the important equipment in carton process, required text, pattern and other information can be printed to tank surface, paper
Case printing machine generally comprises the process flows such as loading board, inking, coining, paper feeding.Carton press generally has single printing, printer belt
Fluting/cross cutting, printing groove/cross cutting, stick box and linkage production line etc..
In the feed entrance point of carton press, mesa structure is generally placed using upper material frame and cardboard, operator is first
By paperboard bulk on cardboard mounting table, start carton press, cardboard is taken upper material frame by operator one by one later
Realize the charging of cardboard, but this feeding manner working efficiency is low, is not able to satisfy the demand of market mass production.
Utility model content
The purpose of this utility model is to provide a kind of feeding device of carton press, by loading bay and mounting table it
Between mutual cooperation, not only increase the efficiency of carton charging, while by the way that elastic component is arranged on mounting table, reduce printing
Machine ontology and mounting table improve the stability of feeding device to the active force of cardboard.
The above-mentioned technical purpose of the utility model has the technical scheme that
The feeding device of carton press, including be set to printing machine ontology feed end loading bay, it is multiple be set into
For driving cardboard to enter the driving wheel of in printing machine ontology and top stretching charging countertop, being set in loading bay in material platform
For adsorb the blower of cardboard, be set to mounting table of the loading bay far from printing machine ontology one end, be set to mounting table close into
Material platform one end is used to place the bearing plate of cardboard, and the junction formation air inlet of the driving wheel and charging countertop is described to put
It sets and is removably connected on platform for reducing printing machine ontology and mounting table to the elastic component of cardboard active force and L-shaped setting,
The vertical cardboard feedstock direction setting of the length of the elastic component, the elastic component include with place the transverse slat that countertop fits with
And it is fixedly arranged on transverse slat close to loading bay one end and the conflict plate that fits with mounting table close to the end face of loading bay one end, it is described to support
The bottom end of touch panel extends to bearing plate side.
By using above-mentioned technical proposal, when needing to carry out continuous printing to cardboard, by multiple paper being stacked together
Plate is placed between printing machine ontology and mounting table, and the cardboard for being located at lowest part is adsorbed on to the top of loading bay by blower
Face drives cardboard mobile, and cardboard is sent into printing machine ontology by driving wheel later, completes the printing to cardboard.It should be into
Expect device, by the mutual cooperation between loading bay and mounting table, improve the effect of cardboard charging, to provide carton print
The working efficiency of brush machine.Elastic component is set simultaneously on mounting table, reduces the effect of printing machine ontology and mounting table to cardboard
Power improves the stability of feeding device.
The utility model is further arranged to: the transverse slat and the rounded setting in connecting pin for contradicting plate.
By using above-mentioned technical proposal, reduces cardboard and contradict the active force of plate corner, further improve charging
The stability of device.
The utility model is further arranged to: the top surface of the mounting table is offered keeps it neat for arranging multiple cardboards
The arrangement groove of discharge, the arrangement groove are arranged in cuboid.
By using above-mentioned technical proposal, when multiple cardboards are placed between printing machine ontology and mounting table, operation
Two hand of personnel holds the both ends of cardboard respectively, and the inner bottom surface of one end and arrangement groove for making cardboard is inconsistent, at this time the two of cardboard
End alignment, moves cardboard later, and the one end for keeping cardboard adjacent and the medial surface for arranging groove are inconsistent, at this time other the two of cardboard
Multiple cardboards of alignment, are placed between printing machine ontology and mounting table later, improve the stabilization of feeding device by end alignment
Property.
The utility model is further arranged to: the vertical cardboard feedstock direction of the length of the bearing plate and L-shaped setting, institute
Stating bearing plate includes being fixedly arranged on the riser of mounting table bottom surface and being fixedly arranged on riser bottom end and to being located remote from what platform direction extended
Inclined plate, the mounting table are located on same vertical guide close to the side of loading bay and riser close to the side of loading bay, described oblique
The one end of plate far from riser tilts down setting in the horizontal direction, and the inclined plate is higher than loading bay top far from one end of riser
Face.
By using above-mentioned technical proposal, when needing to carry out continuous printing to cardboard, by multiple paper being stacked together
Plate is placed between printing machine ontology and mounting table, and one end of cardboard and printing machine ontology are inconsistent, and cardboard is close to printing machine
The bottom surface of one end of ontology is overlapped on loading bay, and the other end of cardboard and the side of riser are inconsistent, and cardboard is close to riser
The bottom surface of one end be overlapped on inclined plate, and pass through the mutual cooperation of blower and driving wheel, cardboard be sent into printing machine ontology,
Complete the printing to cardboard.
The utility model is further arranged to: be provided between the loading bay and mounting table for adjust between the two away from
Component is adjusted with a distance from.
By using above-mentioned technical proposal, when cardboard changes along the length of cardboard feedstock direction, by adjust away from
From component is adjusted, the distance between loading bay and mounting table is set to meet the needs of cardboard, to improve the practical of feeding device
Property.
The utility model is further arranged to: it is described distance adjust component include be set to mounting table two sides and along cardboard into
Two support plates of material direction setting, are fixedly arranged on the sliding plate for being set between two support plates and connecting with support plate sliding
Two support plates in close to loading bay one end fixed plate, be set to driving cylinder in fixed plate for keeping sliding plate mobile,
The mounting table is supported on sliding plate, and the output end of the driving cylinder is fixedly arranged on sliding plate.
By using above-mentioned technical proposal, need to adjust between loading bay and mounting table apart from when, open driving gas
Cylinder, driving cylinder drive sliding plate mobile, and sliding plate drives mounting table mobile, to realize the spacing to loading bay and mounting table
From adjusting, improve the practicability of feeding device.
The utility model is further arranged to: is provided between the sliding plate and mounting table for adjusting mounting table height
Height adjustment assembly.
Bearing plate is driven to move along short transverse by the adjusting to mounting table height by using above-mentioned technical proposal,
Cardboard is inclined at this time, falls to loading bay under the action of blower convenient for cardboard and is adsorbed on charging countertop, simultaneously
Enter in printing machine ontology under the action of driving wheel convenient for cardboard, improves the practicability of feeding device.
The utility model is further arranged to: the height adjustment assembly includes being rotatably supported in sliding plate top surface and along height
The stop sleeve of degree direction setting is sheathed on the studdle being threadedly coupled in stop sleeve and with stop sleeve, the support
The top of screw rod is fixedly arranged on the bottom surface of mounting table.
By using above-mentioned technical proposal, in the height for needing to adjust mounting table, rotational support sleeve, stop sleeve band
Dynamic studdle is moved along short transverse, and studdle drives mounting table to move along short transverse, to realize to mounting table height
The adjusting of degree.
The utility model is further arranged to: the quantity of the height adjustment assembly is set as two, two height
Inter-module is adjusted every setting, and is provided between two height adjustment assemblies and makes two height adjustment assembly synchronous operations
Linkage unit.
By using above-mentioned technical proposal, two height adjustment assemblies improve the stabilization shape of mounting table, while linkage groups
Part realizes the synchronous operation of two height adjustment assemblies, avoids that two height adjustment assemblies are adjusted respectively, to make
The adjusting of height adjustment assembly is more convenient, improves the practicability of feeding device.
The utility model is further arranged to: the linkage unit include be fixedly arranged on stop sleeve outer peripheral surface and with two branch
One-to-one two worm gears of support set cylinder, be rotatably supported in sliding plate top surface interlocking bar, be fixedly arranged on interlocking bar outer peripheral surface and and
Two screw threads that two worm gears are meshed, the axis of the worm gear and the axis of stop sleeve are overlapped.
By using above-mentioned technical proposal, in the height for needing to adjust mounting table, interlocking bar is rotated, interlocking bar drives spiral shell
Line rotation, screw thread drive worm gear rotation, and worm gear drives stop sleeve rotation, to realize the linkage of two stop sleevees, in turn
Realize the synchronous operation of two height adjustment assemblies, the convenient adjusting to mounting table height.
In conclusion the utility model has the following beneficial effects:
1, the feeding device of the carton press of the utility model, by the mutual cooperation between loading bay and mounting table,
The efficiency of carton charging is improved, while by the way that elastic component is arranged on mounting table, reducing printing machine ontology and mounting table pair
The active force of cardboard improves the stability of feeding device.
2, by opening up arrangement groove in placement countertop, convenient for carrying out arrangement alignment to multiple cardboards, charging is improved
The stability of device.
3, when cardboard changes along the length of cardboard feedstock direction, by between loading bay and mounting table be arranged away from
From component is adjusted, convenient for adjusting the distance between mounting table and loading bay, meets the needs of cardboard, to improve feeding device
Practicability.
4, it by the way that the adjusting of height is arranged between sliding plate and mounting table, is fallen under the action of blower convenient for cardboard
Loading bay is simultaneously adsorbed on charging countertop, while entering in printing machine ontology under the action of driving wheel convenient for cardboard, improves
The practicability of feeding device.
5, by the way that linkage unit is arranged between two height adjustment assemblies, the synchronization of two height adjustment assemblies is realized
Running, avoids that two height adjustment assemblies are adjusted respectively, to keep the adjusting of height adjustment assembly more convenient, improves
The practicability of feeding device.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment；
Fig. 2 is the structural schematic diagram in embodiment in order to indicate loading bay；
Fig. 3 is the portion the A enlarged drawing in Fig. 2；
Fig. 4 is the structural schematic diagram in embodiment in order to indicate distance adjusting component；
Fig. 5 is the structural schematic diagram in embodiment in order to indicate driving cylinder；
Fig. 6 is the structural schematic diagram in embodiment in order to indicate height adjustment assembly, linkage unit；
Fig. 7 is the portion the B enlarged drawing in Fig. 6.
In figure, 1, printing machine ontology；2, loading bay；21, driving wheel；22, installation groove；3, mounting table；31, bearing plate；
311, riser；312, inclined plate；32, elastic component；321, transverse slat；322, bolt；323, plate is contradicted；33, groove is arranged；4, distance is adjusted
Save component；41, support plate；42, sliding plate；421, slipping block；43, guide rod；431, guide groove；44, fixed plate；45, it drives
Cylinder；46, mounting plate；5, height adjustment assembly；51, support rod；52, connecting rod；53, stop sleeve；54, studdle；6,
Linkage unit；61, worm gear；62, interlocking bar；621, screw thread；63, fixed link；64, driving handle；7, wind deflector；8, locking group
Part；81, it is oriented to slide bar；82, riser is locked；83, transverse slat is locked；84, tie down screw；85, pressure plate；86, handle；91, elastic
Gasket；92, pressing plate.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components
Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to
It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry
The direction at center.
Embodiment, the feeding device of carton press as depicted in figs. 1 and 2, including are fixedly arranged on the charging of printing machine ontology 1
The loading bay 2 at end is evenly arranged in loading bay 2 multiple for driving cardboard to keep paper mobile and entering in printing machine ontology 1
The top surface of loading bay 2 is stretched out on driving wheel 21, the top of driving wheel 21.The blower for adsorbing cardboard is additionally provided in loading bay 2
The junction of (blower is being not shown in the figure), 2 top surface of loading bay and driving wheel 21 forms air inlet.
As shown in Figure 1 and Figure 4, loading bay 2 is provided with the mounting table 3 for placing cardboard far from 1 one end of printing machine ontology,
Mounting table 3 is arranged in cuboid, the length feeding vertical direction setting of mounting table 3.Mounting table 3 is set close to 2 one end of loading bay
It is equipped with bearing plate 31, the length of the L-shaped setting of bearing plate 31, bearing plate 31 is arranged along the length direction of mounting table 3, and bearing plate
31 length and the equal length of mounting table 3.Bearing plate 31 includes riser 311, and the top of riser 311 is fixedly arranged on mounting table 3
Bottom surface, and riser 311 is located on same vertical guide close to the side of loading bay 2 and mounting table 3 close to the side of loading bay 2.It is perpendicular
The bottom end of plate 311 is installed with inclined plate 312 to the extension of 3 direction of platform is located remote from, and the one end of inclined plate 312 far from riser 311 is along level
Direction tilts down setting, and inclined plate 312 is higher than the top surface of loading bay 2 far from one end of riser 311.
When needing to print cardboard, cardboard is placed between printing machine ontology 1 and mounting table 3, the one of cardboard
End and printing machine ontology 1 are inconsistent, and cardboard is overlapped on loading bay 2 close to the bottom surface of one end of printing machine ontology 1, cardboard
The side of the other end and riser 311 is inconsistent, and cardboard is overlapped on inclined plate 312 close to the bottom surface of one end of riser 311.It is needing
When carrying out continuous printing to cardboard, multiple cardboards being stacked together are placed between printing machine ontology 1 and mounting table 3,
And the cardboard for being located at lowest part is adsorbed on to the top surface of loading bay 2 by blower, drive cardboard mobile by driving wheel 21 later,
And cardboard is sent into printing machine ontology 1, complete the printing to cardboard.The feeding device of the carton press passes through loading bay 2
Mutual cooperation between mounting table 3 improves the effect of cardboard charging, to improve the working efficiency of carton press.
As shown in figure 4, that is, cardboard is overlapped on 2 He of loading bay when cardboard is between printing machine ontology 1 and mounting table 3
When on inclined plate 312, cardboard is in bending state, in order to reduce printing machine ontology 1 and mounting table 3 to the active force of cardboard, places
Elastic component 32 is removably connected on platform 3, elastic component 32 is preferably rubber sheet gasket.The L-shaped setting of elastic component 32, elastic component 32
Length is arranged along the length direction of mounting table 3, and the equal length of the length of elastic component 32 and mounting table 3.Elastic component 32 includes
Transverse slat 321, the bottom surface of transverse slat 321 and the top surface of mounting table 3 fit, and the top surface of transverse slat 321 is evenly arranged with multiple bolts
322, the screw rod of bolt 322 gos deep into mounting table 3 through transverse slat 321, to realize that transverse slat 321 and the detachable of mounting table 3 connect
It connects.Transverse slat 321, which extends downwardly to be installed with close to one end of loading bay 2, contradicts plate 323, and the side and mounting table 3 for contradicting plate 323 are leaned on
The end face of nearly 2 one end of loading bay fits, and the bottom end of conflict plate 323 and the side of inclined plate 312 are inconsistent.It transverse slat 321 and supports
The rounded setting in the connecting pin of touch panel 323.
As shown in figure 4, when multiple cardboards are placed between printing machine ontology 1 and mounting table 3, in order to place cardboard
It is more neat, the top surface of mounting table 3, which offers, arranges groove 33, arranges groove 33 in cuboid setting.
It is placed between printing machine ontology 1 and mounting table 3 by multiple cardboards, two hand of operator holds cardboard respectively
The inner bottom surface at both ends, one end and arrangement groove 33 for making cardboard is inconsistent, and the both ends alignment of cardboard, moves cardboard later at this time,
The medial surface of one end and arrangement groove 33 for keeping cardboard adjacent is inconsistent, at this time the other both ends alignment of cardboard, later will alignment
Multiple cardboards be placed between printing machine ontology 1 and mounting table 3, improve the stability of feeding device.
As shown in Figure 1 and Figure 4, when cardboard changes along the length of cardboard feedstock direction, in order to avoid feeding device
It is not available, improves the practicability of feeding device, be provided between mounting table 3 and loading bay 2 for adjusting distance between the two
Distance adjust component 4.It includes two support plates 41 for being set to 3 two sides of mounting table that distance, which adjusts component 4, and mounting table 3 is located at
Between two support plates 41.The length of support plate 41 is arranged along cardboard feedstock direction.Be provided between two support plates 41 and its
The sliding plate 42 of connection, the length feeding vertical direction setting of sliding plate 42 are slid, mounting table 3 is supported on the upper of sliding plate 42
Side.The both ends of sliding plate 42 are respectively arranged with slipping block 421, and slipping block 421 is arranged in convex.Support plate 41 is close to sliding plate 42
Side be arranged at intervals with two guide rods 43, guide rod 43 is arranged along 41 length direction of support plate.Two guide rods 43 are in L
Shape setting, and guide groove 431 compatible with slipping block 421, i.e. guide groove are formed between two guide rods 43, support plate 41
431 are arranged in convex, and slipping block 421 slides in guide groove 431.
As shown in Figure 4 and Figure 5, in order to drive sliding plate 42 mobile and the fixation of realization sliding plate 42, two support plates
41 are installed with fixed plate 44 close to one end of loading bay 2, and two driving cylinders 45, two drivings are arranged at intervals in fixed plate 44
Cylinder 45 is arranged along 41 length direction interval of vertical support plate.The bottom end of sliding plate 42 is installed with mounting plate 46, drives cylinder 45
Output end be fixedly arranged on mounting plate 46.
Need to adjust between loading bay 2 and mounting table 3 apart from when, open driving cylinder 45, driving cylinder 45 drive
Mounting plate 46 is mobile, and mounting plate 46 drives sliding plate 42 mobile, and sliding plate 42 drives slipping block 421 to move in guide groove 431,
Sliding plate 42 drives mounting table 3 mobile, to realize the adjusting to distance between loading bay 2 and mounting table 3, improves charging dress
The practicability set.
As shown in fig. 6, when the cardboard for being located at lowest part is adsorbed on loading bay 2 under the action of blower, at cardboard
In bending state, is fallen on loading bay 2 for the ease of cardboard and enter printing under the action of driving wheel 21 convenient for cardboard
In machine ontology 1, the height adjustment assembly 5 for adjusting 3 height of mounting table is provided between mounting table 3 and sliding plate 42.Highly
The quantity for adjusting component 5 is set as two, and two height adjustment assemblies 5 are arranged along 41 length direction interval of vertical support plate.Knot
It closes shown in Fig. 7, height adjustment assembly 5 includes the support rod 51 for being fixedly arranged on 42 top surface of sliding plate, and support rod 51 is set along short transverse
It sets.It is spaced fixed there are two connecting rod 52 on support rod 51, two connecting rods 52 are arranged along short transverse interval.Two connecting rods
Stop sleeve 53 is rotatably connected between 52, stop sleeve 53 is arranged along short transverse.It is provided with internal screw thread in stop sleeve 53,
The studdle 54 being threadedly coupled with it is arranged in stop sleeve 53, studdle 54 is arranged along short transverse, and supports spiral shell
The top of bar 54 is fixedly arranged on the bottom surface of mounting table 3.
As shown in fig. 6, being arranged between two height adjustment assemblies 5 for the ease of the adjusting to two height adjustment assemblies 5
There is linkage unit 6.As shown in connection with fig. 7, linkage unit 6 includes the worm gear 61 for being fixedly arranged on 53 outer peripheral surface of stop sleeve, worm gear 61
Quantity is two, and two worm gears 61 and two stop sleevees 53 correspond, and the axis of the stop sleeve 53 of the axis of worm gear 61
Line is overlapped, and worm gear 61 is located between two connecting rods 52.The side of two worm gears 61 is provided with interlocking bar 62, and the two of interlocking bar 62
The outer peripheral surface of end is installed with to be corresponded and screw thread 621 compatible with worm gear 61 with two worm gears 61, and interlocking bar 62 is in spiral shell
It is meshed at line 621 with worm gear 61.The both ends of interlocking bar 62 are rotatably connected to fixed link 63 respectively, and fixed link 63 is along short transverse
Setting, and the bottom end of fixed link 63 is fixedly arranged on the top surface of sliding plate 42.One end of interlocking bar 62 is installed with through fixed link 63
Driving handle 64.
When needing to adjust the height of mounting table 3, rotate driving handle 64, driving handle 64 drives interlocking bar 62 to rotate,
Interlocking bar 62 drives screw thread 621 to rotate, and screw thread 621 drives worm gear 61 to rotate, and worm gear 61 drives stop sleeve 53 to rotate, support sleeve
Cylinder 53 drives studdle 54 to move along short transverse, and studdle 54 drives mounting table 3 to move along short transverse, to realize
Adjusting to 3 height of mounting table improves the practicability of feeding device.
As depicted in figs. 1 and 2, when cardboard changes along the length of vertical cardboard feedstock direction, cardboard be placed on into
Expect the centre of 2 top surface of platform, at this time 2 top surface of loading bay along the two sides of cardboard feedstock direction due to there is no cardboard, in blower by cardboard
When being adsorbed on 2 top surface of loading bay, blower is reduced to the adsorption strength of cardboard, the absorption in order to not influence blower to cardboard,
2 top surface of loading bay is respectively arranged with wind deflector 7 along the two sides of cardboard feedstock direction, and wind deflector 7 is located at the top of loading bay 2, gear
Aerofoil 7 is preferably elastic plastic plate, and the quantity of wind deflector 7 is two.
Since the two sides of 2 top surface of loading bay are respectively arranged with wind deflector 7, when blower adsorbs cardboard, wind deflector 7
Prevent wind from entering blower from the air inlet of 2 top surface two sides of loading bay, wind enters wind from the air inlet among 2 top surface of loading bay at this time
Machine enters blower from the air inlet of the lower section of cardboard, reduce the area of air inlet, to increase suction of the blower to cardboard
Attached intensity improves the stability of feeding device.
As shown in Fig. 2, wind deflector 7 is respectively arranged at least two locking assemblies 8 along the two sides of vertical cardboard feedstock direction,
2 top surface of loading bay offers installation groove 22 compatible with locking assembly 8.A corresponding lock of wind deflector 7 in the present embodiment
The total quantity of tight component 8 is four, and two of them locking assembly 8 is located at loading bay 2 close to 3 side of mounting table, other two lock
Tight component 8 is located at loading bay 2 close to 1 side of printing machine ontology.
As shown in figure 3, locking assembly 8 includes two guiding slide bars for being fixedly arranged on 2 side of loading bay along short transverse interval
81, it is oriented to the vertical cardboard feedstock direction setting of length of slide bar 81.The outer peripheral surface of two guiding slide bars 81 is arranged with to be slid with it
The locking riser 82 of connection, locking riser 82 slide on guiding slide bar 81, and lock riser 82 and be arranged along short transverse.Locking
The top of riser 82 extends to 2 direction of loading bay is installed with locking transverse slat 83, and locking transverse slat 83 is located at the top of wind deflector 7.Lock
Tight 83 flank threads of transverse slat are connected with tie down screw 84, and tie down screw 84 is through locking transverse slat 83, the i.e. bottom surface of tie down screw 84
Positioned at the lower section of locking transverse slat 83, the top surface of tie down screw 84 is located at the top of locking transverse slat 83.The bottom surface of tie down screw 84 is solid
Equipped with pressure plate 85, the top surface of tie down screw 84 is installed with handle 86.When locking assembly 8 is in locking state to wind deflector 7,
Pressure plate 85 and wind deflector 7 are inconsistent.
When needing to replace wind deflector 7, rotating handle 86, handle 86 drives tie down screw 84 mobile, locking screw
It is mobile that bar 84 drives pressure plate 85, so that pressure plate 85 and wind deflector 7 be made to separate, wind deflector 7 is taken out from loading bay 2, from
And realize the replacement of wind deflector 7.The locking assembly 8 not only realizes the fixation to wind deflector 7, but also can according to need pair
Wind deflector 7 is replaced, while by locking riser 82 and the sliding being oriented between slide bar 81 connection, convenient for locking assembly 8
Position be adjusted, improve the practicability of feeding device.
As shown in figure 3, in order to improve the air-tightness that wind deflector 7 and loading bay 2 connect, the bottom surface of wind deflector 7 and loading bay 2
Top surface between be provided with elastomeric pad 91, elastomeric pad 91 is preferably rubber sheet gasket, and elastomeric pad 91 is in U-shape setting, elastic
Open end of the gasket 91 far from bottom surface is towards being arranged among loading bay 2, the air inlet of 21 junction of 2 top surface of loading bay and driving wheel
In elastomeric pad 91.It is provided with pressing plate 92 between wind deflector 7 and pressure plate 85, pressing plate 92 is in U-shape setting, and pressing plate 92 is separate
Towards being arranged among loading bay 2, the air inlet of 21 junction of 2 top surface of loading bay and driving wheel is located at pressing plate 92 for the open end of bottom surface
It is interior.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (10)
1. the feeding device of carton press, including being set to the loading bay (2) of printing machine ontology (1) feed end, multiple settings
In for driving, cardboard enters in printing machine ontology (1) and the driving wheel of loading bay (2) top surface is stretched out on top in loading bay (2)
(21), it is set in loading bay (2) for adsorbing the blower of cardboard, being set to loading bay (2) far from printing machine ontology (1) one end
Mounting table (3), be set to mounting table (3) and be used to place the bearing plate (31) of cardboard, the driving close to loading bay (2) one end
The junction for taking turns (21) and loading bay (2) top surface forms air inlet, it is characterised in that: is detachably connected on the mounting table (3)
Have for reducing printing machine ontology (1) and mounting table (3) to the elastic component (32) of cardboard active force and L-shaped setting, the bullet
Property part (32) length vertical cardboard feedstock direction setting, the elastic component (32) includes fitting with mounting table (3) top surface
Transverse slat (321) and transverse slat (321) are fixedly arranged on close to loading bay (2) one end and with mounting table (3) close to loading bay (2) one end
The conflict plate (323) that end face fits, the bottom end for contradicting plate (323) extend to bearing plate (31) side.
2. the feeding device of carton press according to claim 1, it is characterised in that: the transverse slat (321) and conflict
The rounded setting in connecting pin of plate (323).
3. the feeding device of carton press according to claim 1, it is characterised in that: the top surface of the mounting table (3)
The arrangement groove (33) for discharging it neatly for arranging multiple cardboards is offered, the arrangement groove (33) sets in cuboid
It sets.
4. the feeding device of carton press according to claim 1, it is characterised in that: the length of the bearing plate (31)
Vertical cardboard feedstock direction and L-shaped setting, the bearing plate (31) include the riser (311) for being fixedly arranged on mounting table (3) bottom surface
And it is fixedly arranged on riser (311) bottom end and to the inclined plate (312) for being located remote from platform (3) direction and extending, the mounting table (3) is close
The side of loading bay (2) and riser (311) are located on same vertical guide close to the side of loading bay (2), and the inclined plate (312) is remote
One end from riser (311) tilts down setting in the horizontal direction, and the one end of the inclined plate (312) far from riser (311) is high
In loading bay (2) top surface.
5. the feeding device of carton press according to claim 1, it is characterised in that: the loading bay (2) and placement
It is provided with the distance for adjusting distance between the two between platform (3) and adjusts component (4).
6. the feeding device of carton press according to claim 5, it is characterised in that: the distance adjusts component (4)
Including be set to mounting table (3) two sides and along cardboard feedstock direction setting two support plates (41), be set to two support plates
(41) sliding plate (42) of connection is slid between and with support plate (41), is fixedly arranged on two support plates (41) in close to loading bay
(2) fixed plate (44) of one end, be set to driving cylinder (45) on fixed plate (44) for keeping sliding plate (42) mobile, it is described
Mounting table (3) is supported on sliding plate (42), and the output end of driving cylinder (45) is fixedly arranged on sliding plate (42).
7. the feeding device of carton press according to claim 6, it is characterised in that: the sliding plate (42) and placement
The height adjustment assembly (5) for adjusting mounting table (3) height is provided between platform (3).
8. the feeding device of carton press according to claim 7, it is characterised in that: the height adjustment assembly (5)
Including be rotatably supported in sliding plate (42) top surface and along short transverse setting stop sleeve (53), be sheathed on stop sleeve (53)
Studdle (54) that is interior and being threadedly coupled with stop sleeve (53), the top of the studdle (54) is fixedly arranged on mounting table
(3) on bottom surface.
9. the feeding device of carton press according to claim 8, it is characterised in that: the height adjustment assembly (5)
Quantity be set as two, two height adjustment assemblies (5) interval settings, and two height adjustment assemblies (5) it
Between be provided with the linkage unit (6) for making two height adjustment assembly (5) synchronous operations.
10. the feeding device of carton press according to claim 9, it is characterised in that: the linkage unit (6) includes
Be fixedly arranged on stop sleeve (53) outer peripheral surface and with one-to-one two worm gears (61) of two stop sleevees (53), be rotatably supported in
The interlocking bar (62) of sliding plate (42) top surface, two for being fixedly arranged on interlocking bar (62) outer peripheral surface and being meshed with two worm gears (61)
Screw thread (621), the axis of the worm gear (61) and the axis of stop sleeve (53) are overlapped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821255548.0U CN208790775U (en) | 2018-08-04 | 2018-08-04 | The feeding device of carton press |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821255548.0U CN208790775U (en) | 2018-08-04 | 2018-08-04 | The feeding device of carton press |
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| CN208790775U true CN208790775U (en) | 2019-04-26 |
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| CN201821255548.0U Expired - Fee Related CN208790775U (en) | 2018-08-04 | 2018-08-04 | The feeding device of carton press |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113562489A (en) * | 2021-09-27 | 2021-10-29 | 埃菲尔印刷机械科技(南通)有限公司 | Digital printing device |
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2018
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113562489A (en) * | 2021-09-27 | 2021-10-29 | 埃菲尔印刷机械科技(南通)有限公司 | Digital printing device |
| CN113562489B (en) * | 2021-09-27 | 2021-11-30 | 埃菲尔印刷机械科技(南通)有限公司 | Digital printing device |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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