CN208880831U - Roll-in cutter device - Google Patents
Roll-in cutter device Download PDFInfo
- Publication number
- CN208880831U CN208880831U CN201821293953.1U CN201821293953U CN208880831U CN 208880831 U CN208880831 U CN 208880831U CN 201821293953 U CN201821293953 U CN 201821293953U CN 208880831 U CN208880831 U CN 208880831U
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- Prior art keywords
- pushing
- shaft
- lateral
- upper pressure
- crossbeam
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- 238000009434 installation Methods 0.000 claims abstract description 43
- 238000002788 crimping Methods 0.000 claims abstract description 23
- 238000005520 cutting process Methods 0.000 claims abstract description 15
- 239000011087 paperboard Substances 0.000 claims abstract description 12
- 230000000712 assembly Effects 0.000 claims abstract description 8
- 238000000429 assembly Methods 0.000 claims abstract description 8
- 230000005540 biological transmission Effects 0.000 claims description 28
- 239000000123 paper Substances 0.000 claims description 21
- 238000003825 pressing Methods 0.000 claims description 17
- 238000003780 insertion Methods 0.000 claims description 4
- 230000037431 insertion Effects 0.000 claims description 4
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 3
- 230000005611 electricity Effects 0.000 claims 1
- 239000011111 cardboard Substances 0.000 abstract description 8
- 238000004519 manufacturing process Methods 0.000 abstract description 6
- 238000000034 method Methods 0.000 description 3
- 238000007373 indentation Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
Abstract
The utility model discloses a kind of roll-in cutter device, including rack, upper crimping beam mechanism, lower crimping beam mechanism and paperboard cutting mechanism, and both side plate is parallel to each other and vertical and sets, and two cross bars are parallel to each other and are vertically connected between the front end and rear end of both side plate；Upper crimping beam mechanism includes upper pressure crossbeam, crossbeam connecting rod block is pressed on two, presses lifting cylinder, two lifting connecting rods, upper pressure horizontal slide rail, upper pressure transverse slider and several upper nip drum wheel assemblies on two, lower crimping beam mechanism includes down transverse beam, pushes lateral rack rails, pushes horizontal slide rail, pushing transverse slider and several down-pressure roller components, and paperboard cutting mechanism includes that knife rest installation crossbeam, several cutter assemblies, antetheca are equipped with lateral helical rack, the comb of diagonal pitch and shelve platform, lateral shaft, horizontal slide rail, transverse slider and lateral shaft driving assembly.The roll-in cutter device structure realizes the automatic roll and automatic cutting of cardboard, substantially increases the production efficiency of cardboard.
Description
Technical field
The utility model relates to machinery field more particularly to a kind of roll-in cutter devices.
Background technique
Indentation process and cutting technique involved in the manufacturing process of current cardboard, it is general to be completed by human assistance,
Production efficiency is low.
Utility model content
The purpose of this utility model is to provide a kind of energy automatic roll and the roll-in cutter devices of automatic cutting, thus greatly
The production efficiency of cardboard is improved greatly.
To achieve the goals above, the technical solution of the utility model are as follows: a kind of roll-in cutter device, including machine are provided
Frame, upper crimping beam mechanism, lower crimping beam mechanism and paperboard cutting mechanism, the rack include both side plate and two cross bars, two institutes
It is parallel to each other and vertical and set to state side plate, two cross bars it is parallel to each other and be vertically connected at the front end of two side plates and rear end it
Between；The upper crimping beam mechanism include upper pressure crossbeam, press on two crossbeam connecting rod block, press on two lifting cylinder, two lifting connecting rods,
Upper pressure horizontal slide rail, upper pressure transverse slider and several upper nip drum wheel assemblies, the upper pressure crossbeam is horizontal and sets and the upper pressure
Respectively with the upper pressure crossbeam connecting rod block Joint, the lower front part of the upper pressure crossbeam connecting rod block, which rotates, to be connected at the both ends of crossbeam
In the upper back of the corresponding side plate, the upper pressure lifting cylinder is fixedly installed in the lateral wall of the side plate, the side plate
Lateral wall and the lower rear end of the upper pressure crossbeam block offer the first lift span and the second lift span respectively, the lifting connects
The inner end of bar passes through and first lift span and is inserted in second lift span admittedly, the outer end of the lifting connecting rod with it is described
The output shaft of upper pressure lifting cylinder connects, and the lower, transverse of the rear wall of the upper pressure crossbeam is connected with the lateral rack rails of pressure, described
The upper rear wall for pressing lateral rack rails is provided with pressure helical teeth, and the upper nip drum wheel assembly includes upper Medium-voltage Motor support, upper Medium-voltage Motor, water
It is flat and set upper voltage levels seat, it is upper press mobile helical gear, pressing roller and upper pressure installation riser that is vertical and setting on two, it is described on
The top of installation riser and the bottom connection of the upper voltage levels seat are pressed, the upper Medium-voltage Motor support is installed on the upper voltage levels
On seat, the upper Medium-voltage Motor mounting hole moved towards up and down is offered on the upper Medium-voltage Motor support, the upper Medium-voltage Motor is installed on described
On upper Medium-voltage Motor support, and the output shaft of the upper Medium-voltage Motor passes through the upper Medium-voltage Motor mounting hole and the mobile helical teeth of the upper pressure
Wheel connects, and the upper mobile helical gear of pressure and the upper upper pressure helical teeth for pressing lateral rack rails engage, and pressing roller rotates respectively on two
It is connected to the two sidewalls of the upper pressure installation riser, described upper pressure horizontal slide rail or so is to the bottom for being fixed in the upper pressure crossbeam
Portion, to the top for being fixed on the upper voltage levels seat, the upper pressure transverse slider is slidably connected described upper pressure transverse slider or so
In in the upper pressure horizontal slide rail；The lower crimping beam mechanism include down transverse beam, push lateral rack rails, push horizontal slide rail,
Push transverse slider and several down-pressure roller components, the down transverse beam is horizontal and sets and the both ends of the down transverse beam connect
In the rear lower of the corresponding side plate, the rear lower of two side plates offers pushing in the top of the down transverse beam respectively
Axis hole, the upper lateral of the rear wall of the down transverse beam are connected with the lateral rack rails of pushing, and the rear wall for pushing lateral rack rails is set
Be equipped with pushing helical teeth, the down-pressure roller component include lower piezoelectric machine support, lower piezoelectric machine, level and set pushing horizontal base,
Push mobile helical gear, two down-pressure rollers and pushing installation riser that is vertical and setting, the lower part for pushing installation riser with
Connect at the top of the pushing horizontal base, the lower piezoelectric machine support is installed on the bottom for pushing horizontal base, the pushing
The lower piezoelectric machine mounting hole moved towards up and down is offered on motor support base, the lower piezoelectric machine is installed on the lower piezoelectric machine support
Bottom, and the output shaft of the lower piezoelectric machine passes through the lower piezoelectric machine mounting hole and connects with the mobile helical gear of the pushing, institute
It states and pushes mobile helical gear and engaged with the pushing helical teeth for pushing lateral rack rails, described in two down-pressure rollers rotate be connected to respectively
It pushes the rear and front end of installation riser and is located at the two sidewalls for pushing installation riser, the center of the down-pressure roller is opened
Equipped with hexagonal axis hole, the pushing shaft slides through the hexagonal axis hole, and the both ends rotation for pushing shaft is connected to
In the pushing axis hole, the lateral wall for pushing shaft driving assembly and being installed on the side plate, for driving described push to turn
Axis rotates the lower section that the down-pressure roller is located at the upper pressing roller, and described pushing horizontal slide rail or so is to being fixed in the pushing
The top of crossbeam, the described transverse slider or so that pushes is to the bottom for being fixed on the pushing horizontal base, the pushing transverse slider
It is slidably connected in the pushing horizontal slide rail；The paperboard cutting mechanism includes knife rest installation crossbeam, several cutter assemblies, preceding
Lateral helical rack, the comb that wall is equipped with diagonal pitch are shelved platform, lateral shaft, horizontal slide rail, transverse slider and lateral shaft and are driven
Before dynamic component, the knife rest installation crossbeam and the comb shelve platform horizontal connection from top to bottom between two side plates
Portion, the transverse direction helical rack are laterally fixed in the bottom of the antetheca of the knife rest installation crossbeam, and two side plates are in the transverse direction
Helical rack and the comb shelve the rear between platform and offer shaft hole respectively, and the lateral shaft driving assembly is installed on institute
The outside for stating side plate, for driving the lateral shaft to rotate, the cutter assembly includes motor support base, level and the level set
Seat, it is vertical and set installation riser, transmission mounting plate, bearing, spline housing, rectangle splined spindle, mobile motor, helical gear, open up
There are driving gear, driven gear, driven shaft, transmission belt, rotary cutter and the lifting cylinder of straight line axis hole, the installation riser
Top and the horizontal base bottom connection, the motor support base is installed on the horizontal base, opens on the motor support base
Equipped with the motor installing hole moved towards up and down, the mobile motor is installed on the motor support base, and the mobile motor is defeated
Shaft passes through the motor installing hole and connects with the helical gear, and the antetheca of the helical gear and the lateral helical rack is mutually nibbled
It closes, the rear portion correspondence of the installation riser and the transmission mounting plate offers first shaft hole and the second axis hole, the spline housing
The defining flange for plugging portion and the outer end in portion radially evagination is plugged described in including tubular, the portion's of plugging rotation plug
To make the transmission mounting plate rotation be connected to the side wall of the installation riser, institute in the first shaft hole and the second axis hole
Bearing build-in is stated in the spline housing, the rectangle splined spindle is inserted in admittedly in the inner ring of the bearing, and the transverse direction shaft is inserted
In the rectangle splined spindle, the lifting cylinder is vertical to be fixed on the horizontal base, the output of the lifting cylinder
End is stretched out down to connect with the front end of the transmission mounting plate, the lateral shaft successively plug across the rectangle splined spindle and
The straight line axis hole, and the both ends of the lateral shaft rotate plug in the shaft hole respectively, the lateral shaft driving
Component is installed on the outside of the side plate, and for driving the lateral shaft to rotate, the front of the transmission mounting plate is offered
Driven-shaft hole, the driven shaft rotary insertion are set in the driven-shaft hole, one end of the driven shaft and the driven gear phase
It connects, the other end connects with the rotary cutter, and the transmission belt is wound in except the driving gear and the driven gear, institute
Horizontal slide rail or so is stated to the bottom for being fixed in knife rest installation crossbeam, described transverse slider or so is to being fixed on the level
The top of seat, the transverse slider are slidably connected in the horizontal slide rail.
The roll-in cutter device further includes being installed in the rack and shelving the suction in front of platform positioned at the comb
Paper scrap structure, the suction paper scrap structure include inhaling paper scrap funnel, air-suction channel and suction ventilator, the input for inhaling paper scrap funnel
Opening shelves platform with the comb and maintains an equal level, and one end of the air-suction channel connects with the delivery outlet for inhaling paper scrap funnel, institute
State the other end that suction ventilator is installed on the air-suction channel.
The lower crimping beam mechanism further includes roll assembly, the roll assembly include two roller brackets and roller, two
The roller bracket is respectively arranged in the left and right ends at the top of the down transverse beam, and the roller is horizontal and sets and the roller
Both ends rotation be connected on the roller bracket.
The pushing shaft driving assembly includes lower last item driving motor, pushes spindle motor seat, lower last item driving wheel, pushes
Axis straining pulley, lower last item driven wheel and lower last item transmission belt, the spindle motor seat that pushes are fixedly installed in the outer of the side plate
Side wall, the pushing driving motor are installed on the pushing spindle motor seat, it is described push driving motor output shaft with it is described
Lower last item driving wheel connects, and the lower last item straining pulley rotation is connected to the lateral wall of the side plate and is located at the lower last item master
The side of the top of driving wheel, described lower last item driven wheel one end corresponding with the pushing shaft connect, the lower last item transmission
Band is wound in except the lower last item driving wheel, lower last item straining pulley and lower last item driven wheel.
Compared with prior art, the utility model roll-in cutter device structure realizes the automatic roll of cardboard and cuts automatically
It cuts, substantially increases the production efficiency of cardboard.
Through the following description and in conjunction with the attached drawings, the utility model will become more fully apparent, these attached drawings are for explaining this
The embodiment of utility model.
Detailed description of the invention
Fig. 1 is the structure chart of first angle of the utility model roll-in cutter device.
Fig. 2 is the structure chart of second angle of the utility model roll-in cutter device.
Fig. 3 is the structure chart of the utility model roll-in cutter device third angle.
Fig. 4 is the structure chart of the 4th angle of the utility model roll-in cutter device.
Fig. 5 is the local structural graph of one angle of upper crimping beam mechanism of the utility model roll-in cutter device.
Fig. 6 is the local structural graph of another angle of the upper crimping beam mechanism of the utility model roll-in cutter device.
Fig. 7 is the local structural graph of one angle of lower crimping beam mechanism of the utility model roll-in cutter device.
Fig. 8 is the local structural graph of another angle of the lower crimping beam mechanism of the utility model roll-in cutter device.
Fig. 9 is the local structural graph of one angle of paperboard cutting mechanism of the utility model roll-in cutter device.
Figure 10 is the local structural graph of another angle of the paperboard cutting mechanism of the utility model roll-in cutter device.
Specific embodiment
Referring to figs. 1 to Figure 10, the utility model roll-in cutter device 1000 include rack 400, upper crimping beam mechanism 200,
Lower crimping beam mechanism 300 and paperboard cutting mechanism 100.The rack 400 includes both side plate 410 and two cross bars 420, described in two
Side plate 419 is parallel to each other and vertical and sets, two cross bars 420 it is parallel to each other and be vertically connected at the front end of two side plates 410 and
Between rear end.
The upper crimping beam mechanism 200 includes pressing to press lifting cylinder on crossbeam connecting rod block 220, two on upper pressure crossbeam 210, two
225, two lifting connecting rods 230, upper pressure horizontal slide rail 235, upper pressure transverse slider 240 and several upper nip drum wheel assemblies 250.
The upper pressure crossbeam 210 it is horizontal and set and the both ends of the upper pressure crossbeam 210 respectively with the upper pressure crossbeam connecting rod
220 Joint of block, the lower front part rotation of the upper pressure crossbeam connecting rod block 220 be connected to the corresponding side plate 410 it is rear on
Portion.The upper pressure lifting cylinder 225 is fixedly installed in the lateral wall of the side plate 410.The lateral wall of the side plate 410 and described
The lower rear end of upper pressure crossbeam connecting rod block 220 offers the first lift span 4101 and the second lift span 2201 respectively.The lifting connects
The inner end of extension bar 230 passes through first lift span 4101 and is inserted in second lift span 2201 admittedly.The lifting connection
The outer end of bar 230 connects with the output shaft of the upper pressure lifting cylinder 225.The lower, transverse of the rear wall of the upper pressure crossbeam 210
It is connected with the lateral rack rails 2101 of pressure, the upper rear wall for pressing lateral rack rails 2101 is provided with pressure helical teeth 2102.
The upper nip drum wheel assembly 250 includes upper Medium-voltage Motor support 251, upper Medium-voltage Motor 252, the horizontal and upper voltage levels set
Pressing roller 255 and upper pressure installation riser 256 that is vertical and setting on seat 253, the mobile helical gear 254, two of upper pressure.The upper pressure peace
The top of vertical plate 256 and the bottom connection of the upper voltage levels seat 253 are filled, the upper Medium-voltage Motor support 251 is installed on described
On voltage levels seat 253.The upper Medium-voltage Motor mounting hole (not shown) moved towards up and down is offered on the upper Medium-voltage Motor support 251.Institute
It states Medium-voltage Motor 252 to be installed on the upper Medium-voltage Motor support 251, and the output shaft of the upper Medium-voltage Motor 252 passes through on described
Medium-voltage Motor mounting hole connects with the mobile helical gear 254 of the upper pressure.The mobile helical gear 254 of upper pressure and the upper pressure transverse teeth
The upper pressure helical teeth 2102 of rail 2101 engages.Pressing roller 255 rotates the two sidewalls for being connected to the upper pressure installation riser respectively on two.
It is described it is upper pressure horizontal slide rail 235 or so to be fixed in it is described it is upper pressure crossbeam 210 bottom, the upper pressure transverse slider
240 or so to the top for being fixed on the upper voltage levels seat 253.The upper pressure transverse slider 240 is slidably connected to the upper pressure
In horizontal slide rail 235.
The lower crimping beam mechanism 300 include down transverse beam 320, push lateral rack rails 330, push horizontal slide rail 340, under
Shaft 345 is pressed, shaft driving assembly 346 is pushed, pushes transverse slider 350 and several down-pressure roller components 360.
The down transverse beam 320 is horizontal and sets and the both ends of the down transverse beam 320 are connected to the corresponding side plate 410
Rear lower.The rear lower of two side plates 410 offers respectively in the top of the down transverse beam 320 and pushes axis hole 4102.
The top for pushing lateral rack rails 330 and being laterally connected in the rear wall of the down transverse beam 320, the lateral rack rails 330 of the pushing
Rear wall be provided with push helical teeth 331.
The down-pressure roller component 360 includes lower piezoelectric machine support 361, lower piezoelectric machine 362, the horizontal and lower voltage levels set
Seat 363 pushes mobile helical gear 364, two down-pressure rollers 365 and pushing installation riser 366 that is vertical and setting.The pushing peace
The lower part for filling vertical plate 366 connects with the top for pushing horizontal base 363.The lower piezoelectric machine support 361 be installed on it is described under
The bottom of voltage levels seat 363.The lower piezoelectric machine mounting hole moved towards up and down is offered on the lower piezoelectric machine support 361 (to scheme not
Show), the lower piezoelectric machine 362 is installed on the bottom of the lower piezoelectric machine support 361, and the output shaft of the lower piezoelectric machine 362
Connect across the lower piezoelectric machine mounting hole with the mobile helical gear 364 of the pushing.The mobile helical gear 364 of the pushing with it is described
The pushing helical teeth 331 for pushing lateral rack rails 321 engages, and two down-pressure rollers, 365 symmetrical rotary is connected to the pushing installation riser
366 two sidewalls.The center of the down-pressure roller 365 offers hexagonal axis hole 3651, and the pushing shaft 345 slides through institute
Hexagonal axis hole 3651 is stated, and the both ends rotation for pushing shaft 345 is connected in the pushing axis hole 4102, described push turns
Axis driving assembly 346 is installed on the lateral wall of the side plate 410, for driving the pushing shaft 345 to rotate；The lower press rolls
Wheel 365 is located at the lower section of the upper pressing roller 255.The pushing horizontal slide rail 340 or so is to being fixed in the down transverse beam 320
Top.The transverse slider 350 or so that pushes is to the bottom for being fixed on the pushing horizontal base 363.The pushing is laterally sliding
Block 350 is slidably connected in the pushing horizontal slide rail 340.In the present embodiment, under the pushing shaft driving assembly 346 includes
Last item driving motor 3461, push spindle motor seat 3462, lower last item driving wheel 3463, lower last item straining pulley 3464, lower last item from
Driving wheel 3465 and lower last item transmission belt 3466, the outside for pushing spindle motor seat 3462 and being fixedly installed in the side plate 410
Wall, the pushing driving motor 3461 are installed on the pushing spindle motor seat 3462, described to push the defeated of driving motor 3461
Shaft connects with the lower last item driving wheel 3463, and the lower last item straining pulley 3464, which rotates, is connected to the outer of the side plate 410
Side wall and be located at the lower last item driving wheel 3463 top side, the lower last item driven wheel 3465 and the pushing shaft
345 corresponding one end connect, and the lower last item transmission belt 3466 is wound in the lower last item driving wheel 3463, lower last item straining pulley
3464 and lower last item driven wheel 3465 except.
The lower crimping beam mechanism 300 further includes roll assembly 370.The roll assembly 370 includes two roller brackets 371
And roller 372.Two roller brackets 371 are respectively arranged in the left and right ends at the top of the down transverse beam 320.The roller
Wheel 372 is horizontal and sets and the rotation of the both ends of the roller 372 is connected on the roller bracket 371.The top of the roller 372
Edge and the top edge for pushing roller 365 are located in same level.
The paperboard cutting mechanism 100 includes that knife rest installs crossbeam 120, comb shelves platform 112, several cutter assemblies
130, antetheca be equipped with the lateral helical rack 140 of diagonal pitch 141, lateral shaft 142, horizontal slide rail 143, transverse slider 144 and
Lateral shaft driving assembly 145.
The knife rest installation crossbeam 120 and the comb shelve the horizontal connection from top to bottom of platform 112 in two side plates
Front between 410.The transverse direction helical rack 140 is laterally fixed in the bottom of the antetheca of the knife rest installation crossbeam 120.Two institutes
Side plate 410 is stated to shelve the rear between platform 112 in the lateral helical rack 140 and the comb and offer shaft hole respectively
(not shown).
The cutter assembly 130 includes motor support base 131, it is horizontal and set horizontal base 132, the vertical and installation riser set
133, it is driven mounting plate 134, bearing 135, spline housing 136, rectangle splined spindle 137, mobile motor 138, helical gear 139, opens up
There are driving gear 1391, driven gear 1392, driven shaft 1393, transmission belt 1394, the rotary cutter 1395 of straight line axis hole 13911
And lifting cylinder 1396.The bottom connection on the top of the installation riser 133 and the horizontal base 132.The motor support base
131 are installed on the horizontal base 132.The motor installing hole 1311 moved towards up and down is offered on the motor support base 131, it is described
Mobile motor 138 is installed on the motor support base 131, and the output shaft of the mobile motor 138 is installed across the motor
Hole 1311 connects with the helical gear 139.The helical gear 139 is meshed with the diagonal pitch 141 of the lateral helical rack 140.
The installation riser 133 and the rear portion correspondence of the transmission mounting plate 134 offer first shaft hole 1331 and the second axis hole 1341.
The spline housing 136 includes the limit convex for plugging portion 1361 and the outer end in portion 1361 radially evagination is plugged described in of tubular
Edge 1362.It is described to plug 1361 rotary insertion of portion in the first shaft hole 1331 and the second axis hole 1341 to make the transmission
Mounting plate 134 rotates the side wall for being connected to the installation riser 133.135 build-in of bearing is in the spline housing 136, institute
Rectangle splined spindle 137 is stated to insert in admittedly in the inner ring of the bearing 135.The transverse direction shaft 142 is inserted in the rectangle splined spindle
In 137.The lifting cylinder 1397 is vertical to be fixed on the horizontal base 132.The output end of the lifting cylinder 1397 is past
Lower stretching connects with the front end of the transmission mounting plate 134.The transverse direction shaft 142 is successively plugged across the rectangle splined spindle
137 and the straight line axis hole 13911, and the both ends of the lateral shaft 142 rotate plug across the shaft hole 4101 respectively
In.The lateral shaft driving assembly 145 is installed on the outside of the side plate 410, for driving the lateral shaft 142 to rotate.
The front of the transmission mounting plate 134 offers driven-shaft hole 1341, and 1393 rotary insertion of driven shaft is set to the driven shaft
In hole 1341, one end of the driven shaft 1393 connects with the driven gear 1392, the other end and the rotary cutter 1395
Connect.The transmission belt 1394 is wound in except the driving gear 1391 and the driven gear 1392.The horizontal slide rail
143 or so to the bottom for being fixed in knife rest installation crossbeam 120, and the transverse slider 144 or so is to being fixed on the level
The top of seat 132.The transverse slider 144 is slidably connected in the horizontal slide rail 143.In the present embodiment, the lateral shaft
Driving assembly 145 include rotating shaft electric motor seat 1451, rotating shaft electric motor 1452, shaft driving wheel 1453, shaft driven wheel 1454 and
Rotating shaft transmission band 1455, the rotating shaft electric motor seat 1451 are fixedly installed in the lateral wall of the side plate 111, the rotating shaft electric motor
1452 are installed on the rotating shaft electric motor seat 1451, the output shaft of the rotating shaft electric motor 1452 and 1453 phase of shaft driving wheel
It connects, the shaft driven wheel 1454 one end corresponding with the transverse direction shaft 142 connects, and the rotating shaft transmission band 1455 is wound in
Except the shaft driving wheel 1453 and the shaft driven wheel 1454.
Preferably, the roll-in cutter device 1000 further include being installed in the rack 400 and being located at the comb to put
The suction paper scrap structure 500 in 112 front of horizontalization platform.The suction paper scrap structure 500 include inhale paper scrap funnel 510, air-suction channel 520 with
And suction ventilator (not shown).The feed opening 511 for inhaling paper scrap funnel 510 and the comb shelve platform 112 and maintain an equal level, described
One end of air-suction channel 520 connects with the delivery outlet for inhaling paper scrap funnel 510, and the suction ventilator is installed on the air-suction channel
520 other end.
When the utility model roll-in cutter device 1000 works, the starting of shaft driving assembly 346 is pushed to drive pushing
Shaft 345 rotates and then down-pressure roller 365 is driven to rotate, and when needing to adjust the distance between each down-pressure roller component 360, leads to
It crosses external control system and starts each lower piezoelectric machine 362, the drive lower edge for pushing mobile helical gear 364 in lower piezoelectric machine 362 pushes
Lateral rack rails 330 moves left and right, at this point, pushing the function that shaft 345 serves as guiding axis.Then each upper nip drum wheel assembly is adjusted
The distance between 250, Medium-voltage Motor 252 in starting, to press mobile helical gear 254 after upper pressure transverse direction rack rails 2101 on driving
The upper pressure helical teeth 2102 of wall rolls, to adjust the position of the left and right directions of upper nip drum wheel assembly 250, when needing roll-in cardboard
When, pressure lifting cylinder 225 presses crossbeam connecting rod block 220 to push in starting, and then move down pressing roller 255 and with pushing
Idler wheel 365 cooperates roll-in.After paperboard roll presses impression, it is transported to the position of paperboard cutting mechanism 100, passes through outside control system
System controls each mobile motor 138 respectively, and mobile motor 138 drives diagonal pitch 141 of the helical gear 139 transversely on helical rack 140
It rolls, and then adjusts the position between each cutter assembly 130；The rotary cutter 1395 to be cut is controlled in external control system
Under, it is pushed away under the output shaft by corresponding lifting cylinder 1396, to realize moving down for rotary cutter 1395, remaining is not required to cut
Rotary cutter 1395 then control and contract on the output shaft of corresponding lifting cylinder 1396.
Preferably, the roll-in cutter device 1000 further include being installed in the rack 400 and being located at the comb to put
The suction paper scrap structure 500 in 112 front of horizontalization platform.The suction paper scrap structure 500 include inhale paper scrap funnel 510, air-suction channel 520 with
And suction ventilator (not shown).The feed opening 511 for inhaling paper scrap funnel 510 and the comb shelve platform 112 and maintain an equal level, described
One end of air-suction channel 520 connects with the delivery outlet for inhaling paper scrap funnel 510, and the suction ventilator is installed on the air-suction channel
520 other end.
The utility model roll-in cutter device structure realizes the automatic roll and automatic cutting of cardboard, substantially increases paper
The production efficiency of plate.
Above combine most preferred embodiment the utility model is described, but the utility model be not limited to it is disclosed above
Embodiment, and various modifications and equivalent combinations according to the essence of this embodiment should be covered.
Claims (4)
1. a kind of roll-in cutter device characterized by comprising
Rack, the rack include both side plate and two cross bars, and two side plates are parallel to each other and vertical and set, and two cross bars are mutually equal
It goes and is vertically connected between the front end and rear end of two side plates；
Upper crimping beam mechanism, the upper crimping beam mechanism include upper pressure crossbeam, crossbeam connecting rod block is pressed on two, press lifting air on two
Cylinder, two lifting connecting rods, upper pressure horizontal slide rail, upper pressure transverse slider and several upper nip drum wheel assemblies, the upper pressure crossbeam water
It is flat and set and the both ends of the upper pressure crossbeam respectively with the upper pressure crossbeam connecting rod block Joint, the upper crossbeam connecting rod block of pressing
Lower front part rotation is connected to the upper back of the corresponding side plate, and the upper pressure lifting cylinder is fixedly installed in the side plate
The lower rear end of lateral wall, the lateral wall of the side plate and the upper pressure crossbeam block offers the first lift span and the second lifting respectively
The inner end in hole, the lifting connecting rod passes through first lift span and is inserted in second lift span admittedly, and the lifting connects
The outer end of extension bar connects with the output shaft of the upper pressure lifting cylinder, and the lower, transverse of the rear wall of the upper pressure crossbeam is connected with
Lateral rack rails is pressed, the upper rear wall for pressing lateral rack rails is provided with pressure helical teeth, and the upper nip drum wheel assembly includes upper Medium-voltage Motor
Support, upper Medium-voltage Motor, level and upper voltage levels seat, the mobile helical gear of upper pressure, the pressing roller and vertical and set upper on two set
Press installation riser, the top of the upper pressure installation riser and the bottom connection of the upper voltage levels seat, the upper Medium-voltage Motor support
It is installed on the upper voltage levels seat, the upper Medium-voltage Motor mounting hole moved towards up and down is offered on the upper Medium-voltage Motor support, it is described
Upper Medium-voltage Motor is installed on the upper Medium-voltage Motor support, and the output shaft of the upper Medium-voltage Motor passes through the upper Medium-voltage Motor mounting hole
Connecting with the mobile helical gear of the upper pressure, the upper mobile helical gear of pressure and the upper upper pressure helical teeth for pressing lateral rack rails engage,
Pressing roller rotates the two sidewalls for being connected to the upper pressure installation riser respectively on two, and described upper pressure horizontal slide rail or so is to being fixed in
The bottom of the upper pressure crossbeam, described upper pressure transverse slider or so is to the top for being fixed on the upper voltage levels seat, the upper pressure
Transverse slider is slidably connected in the upper pressure horizontal slide rail；
Lower crimping beam mechanism, the lower crimping beam mechanism include down transverse beam, push lateral rack rails, push horizontal slide rail, push
Shaft pushes shaft driving assembly, pushes transverse slider and several down-pressure roller components, the down transverse beam it is horizontal and set and
The both ends of the down transverse beam are connected to the rear lower of the corresponding side plate, and the rear lower of two side plates is horizontal in the pushing
The top of beam offers pushing axis hole respectively, and the upper lateral of the rear wall of the down transverse beam is connected with the lateral rack rails of pushing, institute
State and push the rear wall of lateral rack rails and be provided with pushing helical teeth, the down-pressure roller component include lower piezoelectric machine support, lower piezoelectric machine,
It is horizontal and set pushings horizontal base, push mobile helical gear, two down-pressure rollers and the pushing installation riser set vertically, it is described
It pushes and connects at the top of the lower part and the pushing horizontal base of installation riser, the lower piezoelectric machine support is installed on the pushing water
The bottom of flat seat offers the lower piezoelectric machine mounting hole moved towards up and down, the lower piezoelectric machine installation on the lower piezoelectric machine support
In the bottom of the lower piezoelectric machine support, and the output shaft of the lower piezoelectric machine pass through the lower piezoelectric machine mounting hole and it is described under
Mobile helical gear is pressed to connect, the movement helical gear that pushes is engaged with the pushing helical teeth for pushing lateral rack rails, two lower press rolls
Rotation is connected to the rear and front end for pushing installation riser and is located at the two sidewalls for pushing installation riser wheel respectively,
The center of the down-pressure roller offers hexagonal axis hole, and the pushing shaft slides through the hexagonal axis hole, and the pushing
The both ends rotation of shaft is connected in the pushing axis hole, the outside for pushing shaft driving assembly and being installed on the side plate
Wall, for driving the pushing shaft to rotate the lower section that the down-pressure roller is located at the upper pressing roller, the pushing is laterally sliding
Rail or so is to the top for being fixed in the down transverse beam, and the described transverse slider or so that pushes is to being fixed on the horizontal base that pushes
Bottom, the pushing transverse slider are slidably connected in the pushing horizontal slide rail；And
Paperboard cutting mechanism, the paperboard cutting mechanism include knife rest installation crossbeam, several cutter assemblies, antetheca equipped with diagonal pitch
Lateral helical rack, comb shelve platform, lateral shaft, horizontal slide rail, transverse slider and lateral shaft driving assembly, the knife
Frame installation crossbeam and the comb shelve front of the platform horizontal connection from top to bottom between two side plates, and the transverse direction is oblique
Rack gear is laterally fixed in the bottom of the antetheca of the knife rest installation crossbeam, and two side plates are in the lateral helical rack and the comb
Son shelves the rear between platform and offers shaft hole respectively, and the cutter assembly includes motor support base, level and the level set
Seat, it is vertical and set installation riser, transmission mounting plate, bearing, spline housing, rectangle splined spindle, mobile motor, helical gear, open up
There are driving gear, driven gear, driven shaft, transmission belt, rotary cutter and the lifting cylinder of straight line axis hole, the installation riser
Top and the horizontal base bottom connection, the motor support base is installed on the horizontal base, opens on the motor support base
Equipped with the motor installing hole moved towards up and down, the mobile motor is installed on the motor support base, and the mobile motor is defeated
Shaft passes through the motor installing hole and connects with the helical gear, and the antetheca of the helical gear and the lateral helical rack is mutually nibbled
It closes, the rear portion correspondence of the installation riser and the transmission mounting plate offers first shaft hole and the second axis hole, the spline housing
The defining flange for plugging portion and the outer end in portion radially evagination is plugged described in including tubular, the portion's of plugging rotation plug
To make the transmission mounting plate rotation be connected to the side wall of the installation riser, institute in the first shaft hole and the second axis hole
Bearing build-in is stated in the spline housing, the rectangle splined spindle is inserted in admittedly in the inner ring of the bearing, and the transverse direction shaft is inserted
In the rectangle splined spindle, the lifting cylinder is vertical to be fixed on the horizontal base, the output of the lifting cylinder
End is stretched out down to connect with the front end of the transmission mounting plate, the lateral shaft successively plug across the rectangle splined spindle and
The straight line axis hole, and the both ends of the lateral shaft rotate plug in the shaft hole respectively, the lateral shaft driving
Component is installed on the outside of the side plate, and for driving the lateral shaft to rotate, the front of the transmission mounting plate is offered
Driven-shaft hole, the driven shaft rotary insertion are set in the driven-shaft hole, one end of the driven shaft and the driven gear phase
It connects, the other end connects with the rotary cutter, and the transmission belt is wound in except the driving gear and the driven gear, institute
Horizontal slide rail or so is stated to the bottom for being fixed in knife rest installation crossbeam, described transverse slider or so is to being fixed on the level
The top of seat, the transverse slider are slidably connected in the horizontal slide rail.
2. roll-in cutter device as described in claim 1, it is characterised in that: further include being installed in the rack and being located at institute
It states comb and shelves suction paper scrap structure in front of platform, the suction paper scrap structure includes inhaling paper scrap funnel, air-suction channel and air draught
Machine, the feed opening for inhaling paper scrap funnel and the comb shelve platform and maintain an equal level, one end of the air-suction channel and the suction
The delivery outlet of paper scrap funnel connects, and the suction ventilator is installed on the other end of the air-suction channel.
3. roll-in cutter device as described in claim 1, it is characterised in that: the lower crimping beam mechanism further includes roller set
Part, the roll assembly include two roller brackets and roller, and two roller brackets are respectively arranged in the down transverse beam
The left and right ends at top, the roller is horizontal and sets and the rotation of the both ends of the roller is connected on the roller bracket.
4. roll-in cutter device as described in claim 1, it is characterised in that: the pushing shaft driving assembly includes lower last item
Driving motor pushes spindle motor seat, lower last item driving wheel, lower last item straining pulley, lower last item driven wheel and lower last item transmission belt,
The lateral wall for pushing spindle motor seat and being fixedly installed in the side plate, the pushing driving motor are installed on the lower last item electricity
On base, the output shaft for pushing driving motor connects with the lower last item driving wheel, and the lower last item straining pulley rotation connects
Be connected to the lateral wall of the side plate and be located at the lower last item driving wheel top side, the lower last item driven wheel with it is described
Push the corresponding one end of shaft connect, the lower last item transmission belt be wound in the lower last item driving wheel, lower last item straining pulley and
Except lower last item driven wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821293953.1U CN208880831U (en) | 2018-08-10 | 2018-08-10 | Roll-in cutter device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821293953.1U CN208880831U (en) | 2018-08-10 | 2018-08-10 | Roll-in cutter device |
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| Publication Number | Publication Date |
|---|---|
| CN208880831U true CN208880831U (en) | 2019-05-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821293953.1U Active CN208880831U (en) | 2018-08-10 | 2018-08-10 | Roll-in cutter device |
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| CN (1) | CN208880831U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110202625A (en) * | 2019-06-24 | 2019-09-06 | 安徽顺彤包装材料有限公司 | A kind of high-precision aluminium paper cutting device |
-
2018
- 2018-08-10 CN CN201821293953.1U patent/CN208880831U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110202625A (en) * | 2019-06-24 | 2019-09-06 | 安徽顺彤包装材料有限公司 | A kind of high-precision aluminium paper cutting device |
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Address after: Building 3, No. 5 Xihe Road, Hengli Town, Dongguan City, Guangdong Province, 523000 Patentee after: Dongguan Jia Yi Machinery Co.,Ltd. Address before: 523000, No. 370-2, Xixi Jinxing Road, Liaobu Town, Dongguan City, Guangdong Province Patentee before: DONGGUAN JIAYI MACHINERY Co.,Ltd. |