CN207173153U - A kind of base stock facial tissue alignment structures of Paper-pasting machine - Google Patents
A kind of base stock facial tissue alignment structures of Paper-pasting machine Download PDFInfo
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- CN207173153U CN207173153U CN201721074676.0U CN201721074676U CN207173153U CN 207173153 U CN207173153 U CN 207173153U CN 201721074676 U CN201721074676 U CN 201721074676U CN 207173153 U CN207173153 U CN 207173153U
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Abstract
The utility model discloses a kind of base stock facial tissue alignment structures of Paper-pasting machine, including paper carrying plate, active alignment portion, driven alignment part, alignment open-work is distributed with the paper carrying plate, the active alignment portion is located at the lower section of the paper carrying plate, the top in the active alignment portion is upward through the alignment open-work of the paper carrying plate, and the driven alignment part is located at the top of the paper carrying plate and corresponding with the active alignment portion.The alignment open-work is distributed in the left part and right part of the paper carrying plate.The left part is divided into left back portion and left front portion, and the right part is divided into right rear portion and right front portion.The utility model be advantageous to reduce because servomotor rotate and caused by vibration so that active alignment portion and driven alignment part more stably clamp facial tissue, greatly improve the quality of pasting.Facial tissue on paper carrying belt can the paper feeding in a manner of fish scale stacks, paper carrying belt meeting the paper feed speed of pasting process compared with can just be obtained under lower-speed state, improving the stability of paper carrying portion equipment.
Description
Technical field
It the utility model is related to a kind of Paper-pasting machine, more particularly to a kind of base stock facial tissue alignment structures of Paper-pasting machine.
Background technology
Pasting process is an important process in Packaging Printing Product process, its principle be by two layers paper (or
Cardboard) bond together, to reach the purpose of increase product thickness or intensity.One layer is than relatively thin, print in usual two layers of paper
The paper brushed, another layer are base stock (being typically paperboard or bottom plate).The thin paper printed is pasted above base stock, Ke Yiqi
To the effect of increase surface decoration effect, while and can enough reduces production cost.Food, medicine, makeup, gift, tobacco and wine etc.
This technique is almost all employed in the manufacturing process of external packing box bar none.
One of difficult point of pasting process is exactly that (ratio printed is relatively thin with facial tissue for base stock (thicker paper or cardboard)
Paper) alignment problem.
In the prior art, the base stock facial tissue alignment structures of Paper-pasting machine include 01, two active alignment portion 02-1 of paper carrying plate,
Alignment open-work is distributed with two driven alignment part 03-1, the paper carrying plate 01, and two driven alignment part 03-1 are located at paper carrying
The lower section of plate 01, two driven alignment part 03-1 top are upward through the alignment open-work of the paper carrying plate 01, two institutes
It is two driven vollers to state driven alignment part 03-1, is belonging respectively to two driven registration mechanisms 03, two active alignment portion 02-
1 positioned at the top of the paper carrying plate 01 and, the two active alignment portion 02-s corresponding with two driven alignment part 03-1
1 is two driving wheels, is driven respectively by two servomotor 02-2, and two servomotor 02-2 are arranged on same guide rod
Active alignment mechanism 02 is formed on 02-3.When base stock rotates, the size rotated according to base stock and the direction rotated pass through
Active alignment mechanism 02 and driven registration mechanism 03 are rotated accordingly to facial tissue, so that facial tissue and base stock alignment.In length
Found in the production practices of phase, the quality less stable of pasting, in order to solve this problem, the applicant has put into substantial amounts of people
The reason for power, material resources, financial resources find generation problem, by experiment repeatedly, observation, research, is found that generation problem finally
Reason.Due to driving wheel be located at paper carrying plate top center of gravity it is higher, along with servomotor is arranged on guide rod, the rigidity of guide rod
It is difficult to ensure that, more obvious vibration can be produced when servomotor rotates so that driving wheel and driven voller is very unstable to press from both sides
Facial tissue is held, so, largely effect on the quality of pasting.Meanwhile the base stock facial tissue alignment structures of Paper-pasting machine of the prior art can only
Receive the used mode of movement paper feeding (referring to Fig. 2) of individual fish of facial tissue, paper carrying belt can only meet pasting process at high speeds
Paper feed speed, reduce the stability of paper carrying portion equipment.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of base stock facial tissue alignment structures of Paper-pasting machine, and the mechanism has
Beneficial to reduce because servomotor rotates and caused by vibration so that active alignment portion and driven alignment part more stably clamping face
Paper, greatly improve the quality of pasting.
In order to solve the above-mentioned technical problem, the utility model provides a kind of base stock facial tissue alignment structures of Paper-pasting machine, bag
Paper carrying plate, active alignment portion, driven alignment part are included, alignment open-work is distributed with the paper carrying plate, and the active alignment portion is located at institute
The lower section of paper carrying plate is stated, the top in the active alignment portion is upward through the alignment open-work of the paper carrying plate, the driven alignment
Portion is located at the top of the paper carrying plate and corresponding with the active alignment portion.
The paper carrying plate includes middle paper carrying plate, preceding paper carrying plate, rear paper carrying plate.
The shape of the middle paper carrying plate is in inverted "convex" shaped.
It is central paper carrying plate in the middle part of the middle paper carrying plate.
The alignment open-work is distributed in the left part and right part of the central paper carrying plate.
Described in left part align open-work quantity at least one, described in right part align open-work quantity at least one.
The left part is divided into left back portion and left front portion, and the right part is divided into right rear portion and right front portion.
Described in left back portion align open-work quantity at least one, described in right rear portion align open-work quantity at least one
It is individual, described in left front portion align open-work quantity at least one, described in right front portion align open-work quantity at least one.
The quantity of alignment open-work described in left back portion has one or two or three or four or five, alignment described in right rear portion
The quantity of open-work has one or two or three or four or five, and the quantity for the open-work that alignd described in left front portion has one or two
Or three or four or five, the quantity for the open-work that alignd described in right front portion have one or two or three or four or five.
Alignd described in left back portion the quantity of open-work, the quantity for the open-work that aligns described in right rear portion, align described in left front portion open-work
Quantity, the quantity for the open-work that aligns described in right front portion it is equal.
It is laterally straight that all alignment open-work of all alignment open-works in left back portion and right rear portion is respectively positioned on same
On line, all alignment open-works in left front portion and all alignment open-work of right front portion are respectively positioned on same transverse direction straight line
On.
The alignment open-work corresponding to open-work and left front portion that alignd described in left back portion is located on the straight line of same longitudinal direction, after right
The alignment open-work corresponding to open-work and right front portion that alignd described in portion is located on the straight line of same longitudinal direction.
The quantity in the active alignment portion is equal to the quantity of the alignment open-work, and the quantity of the driven alignment part is equal to institute
State the quantity of alignment open-work.
The active alignment portion is driven by active alignment mechanism.
The active alignment mechanism includes two long active alignment roller and two short active alignment roller.
One long active alignment roller is located at the lower section in the middle left back portion of paper carrying plate, the inner segment of the long active alignment roller
Positioned at the lower section in the central left back portion of paper carrying plate, the inner segment of the long active alignment roller is distributed with radially along its length
The annular flange of extension, the annular flange are the active alignment portions.
Another described long active alignment roller is located at the lower section at the middle right rear portion of paper carrying plate, the long active alignment roller it is interior
Section is located at the lower section at the central right rear portion of paper carrying plate, the inner segment of the long active alignment roller be distributed with along its length radially to
The annular flange of outer extension, the annular flange are the active alignment portions.
One short active alignment roller is located at the lower section in the central left front portion of paper carrying plate, and short active alignment roller edge is long
Degree directional spreding has the annular flange extended radially outward, and the annular flange is the active alignment portion.
Another described short active alignment roller is located at the lower section of the central paper carrying plate right front portion, the short active alignment roller edge
The annular flange extended radially outward is distributed with length direction, and the annular flange is the active alignment portion.
The outer end of one long active alignment roller is connected by a reduction gearing mechanism with a servomotor, the length
The inner of active alignment roller is connected by a constant speed drive mechanism with the inner of one short active alignment roller.
One reduction gearing mechanism is configured with tensioning wheel, and a constant speed drive mechanism is configured with tensioning wheel and led
To wheel, the control signal input of a servomotor electrically connects with the control signal output of processor.
The outer end of another long active alignment roller is connected by another reduction gearing mechanism and another servomotor
Connect, the inner of the long active alignment roller is connected by another constant speed drive mechanism with the inner of another short active alignment roller.
Another described reduction gearing mechanism is configured with tensioning wheel, and another described constant speed drive mechanism is configured with tensioning wheel
And directive wheel, the control signal input of another servomotor and the control signal output of the processor are electrically connected
Connect.
The driven alignment part is rubber wheel.
The driven alignment part is connected by a depression bar with the transverse axis above paper carrying plate.
The transverse axis has two, and the transverse axis below is to swing transverse axis, and the transverse axis above is fixed transverse axis.
The driven alignment part in the central left back portion of paper carrying plate and the driven alignment part at the central right rear portion of paper carrying plate with
The swing transverse axis connection.
The driven alignment part in the central left front portion of paper carrying plate and the driven alignment part of central paper carrying plate right front portion with
The fixed transverse axis connection.
Described one end for swinging transverse axis is fixedly connected with one end of swing rod.
The other end of the swing rod is provided with roller.
The roller is connected with actuated by cams.
The swing rod is configured with return mechanism.
The return mechanism is spring.
The front portion of the preceding paper carrying plate is provided with two detection holes, and two detection holes are located at the central paper carrying plate two
The front of side.
Two detection holes have been respectively arranged below facial tissue photoelectric sensor.
Signal input part of the signal output part of two facial tissue photoelectric sensors respectively with the processor electrically connects.
The middle part cross direction profiles of the central paper carrying plate have positioning hole.
Facial tissue front positioner is provided with below the positioning hole.
During positioning, the positioning tooth of facial tissue front positioner is stretched out upwards by the positioning hole.
The both sides for corresponding to the central paper carrying plate after described above paper carrying plate are respectively arranged with facial tissue side positioner.
It is arranged between two wallboards to the paper carrying plate fore-and-aft tilt, positioned at the top of rubber-coated mechanism.
The inclination angle of the paper carrying plate is 30 degree~45 degree.
The inclination angle of the paper carrying plate is 36 degree.
It is fixedly connected between two wallboards by multiple support beams.
The paper carrying plate is fixed in the support beam.
The inner of the long active alignment roller is rotatablely connected by contiguous block and the support beam, the long active alignment roller
Outer end be connected with the wallboard.
The both ends of the short active alignment roller are rotatablely connected by contiguous block and the support beam.
Two servomotors are fixedly connected with two wallboards respectively.
The rubber-coated mechanism includes upper glue spreader and lower Extruded roller.
The rear of the upper glue spreader is provided with impregnation roller.
Washing roller is provided with below the lower Extruded roller.
The rear of the rubber-coated mechanism is provided with base stock conveying mechanism.
The base stock conveying mechanism includes upper pressure roller and lower compression roller.
Laminated mechanism is provided with front of the rubber-coated mechanism.
The laminated mechanism includes upper pressure roller and lower compression roller.
Top arranged on left and right sides between the laminated mechanism and the rubber-coated mechanism positioned at base stock A is respectively arranged with base stock
Photoelectric sensor.
Signal input part of the signal output part of two base stock photoelectric sensors respectively with the processor electrically connects.
The processor is motion controller or PLC programmable logic controller (PLC)s.
The base stock facial tissue alignment structures of the utility model Paper-pasting machine have the advantages that compared with prior art.
1st, the technical program is located at the lower section of the paper carrying plate, the active alignment as a result of the active alignment portion
The top in portion is upward through the alignment open-work of the paper carrying plate, the driven alignment part be located at the top of the paper carrying plate and with institute
State the corresponding technological means in active alignment portion, so, be advantageous to reduce because servomotor rotates and caused by vibration so that it is main
Dynamic alignment part and driven alignment part more stably clamp facial tissue, greatly improve the quality of pasting, meanwhile, it is also further for below
Improvement provide advantage.
2nd, the technical program includes middle paper carrying plate, preceding paper carrying plate, rear paper carrying plate as a result of the paper carrying plate, in described
The shape of paper carrying plate is in inverted "convex" shaped, is the technological means of central paper carrying plate in the middle part of the middle paper carrying plate, so, have
Beneficial to the installation of parts.
3rd, the technical program is distributed in the left part and right part of the central paper carrying plate as a result of the alignment open-work, left
Alignd described in portion open-work quantity at least one, the quantity technological means of at least one for the open-work that alignd described in right part, institute
To be advantageous to active alignment portion and driven alignment part align facial tissue with base stock, moreover, active alignment mechanism is simpler.
4th, the technical program is divided into left back portion and left front portion as a result of the left part, the right part be divided into right rear portion and
Right front portion, the quantity of the open-work that aligns described in left back portion at least one, the quantity of the open-work that alignd described in right rear portion at least one,
Alignd described in left front portion open-work quantity at least one, the quantity technology hand of at least one for the open-work that alignd described in right front portion
Section, so, facial tissue can stack the side of (i.e. from front to back, one press against one to facial tissue from bottom to up) on paper carrying belt with fish scale
Formula paper feeding, paper carrying belt improve paper carrying portion equipment compared with the paper feed speed for meeting pasting process under lower-speed state with regard to that can obtain
Stability.This just seems particularly valuable in the case where facial tissue is relatively thin because reduced under low-speed situations relatively thin facial tissue with it is defeated
Improper " scratching " of cardboard, greatly improves pasting lumber recovery.
5th, the technical program has one or two or three or four as a result of the quantity for the open-work that alignd described in left back portion
Individual or five, the quantity of the open-work that alignd described in right rear portion has one or two or three or four or five, right described in left front portion
The quantity of neat open-work has one or two or three or four or five, and the quantity for the open-work that alignd described in right front portion has one or two
The individual or technological means of three or four or five, so, it can be produced according to the demand and actual conditions of different clients more
The base stock facial tissue alignment structures of kind Paper-pasting machine.
6th, number of the technical program as a result of the open-work that alignd described in the quantity of open-work of being alignd described in left back portion, right rear portion
Amount, the quantity for the open-work that aligns described in left front portion, the quantity for the open-work that aligns described in right front portion are equal, all described right in left back portion
All alignment open-work of neat open-work and right rear portion is respectively positioned on same transverse direction straight line, and all alignment in left front portion are saturating
Hole and all alignment open-work of right front portion are respectively positioned on same transverse direction straight line, alignd described in left back portion open-work and left front portion
The corresponding alignment open-work is located on the straight line of same longitudinal direction, and it is described right corresponding to open-work and right front portion to be alignd described in right rear portion
Neat open-work be located on the straight line of same longitudinal direction, and the quantity in the active alignment portion is equal to the quantity of the open-work that aligns, it is described from
The quantity of dynamic alignment part is equal to the technological means of the quantity of the alignment open-work, so, it is greatly improved pair of facial tissue and base stock
Neat precision.
7th, the technical program is driven as a result of the active alignment portion by active alignment mechanism, the active alignment
Mechanism includes two long active alignment roller and two short active alignment roller, and a long active alignment roller is located at the middle paper carrying
The lower section in the left back portion of plate, the inner segment of the long active alignment roller are located at the lower section in the central left back portion of paper carrying plate, and the length is actively right
The annular flange extended radially outward is distributed with the inner segment of neat roller along its length, and the annular flange is the active alignment
Portion, another described long active alignment roller are located at the lower section at the middle right rear portion of paper carrying plate, the interior section of the long active alignment roller
In the lower section at the central right rear portion of paper carrying plate, the inner segment of the long active alignment roller is distributed with along its length radially to be prolonged
The annular flange stretched, the annular flange are the active alignment portions, and it is defeated that a short active alignment roller is located at the center
The lower section in the left front portion of cardboard, the annular flange extended radially outward is distributed with the short active alignment roller along its length, described
Annular flange is the active alignment portion, and another described short active alignment roller is located under the central paper carrying plate right front portion
The annular flange extended radially outward is distributed with side, the short active alignment roller along its length, and the annular flange is described
The technological means in active alignment portion, so, it is greatly improved the stability of active alignment mechanism work, it is ensured that facial tissue and base stock
Alignment accuracy.
8th, the technical program passes through a reduction gearing mechanism as a result of the outer end of a long active alignment roller
It is connected with a servomotor, the inner of the long active alignment roller passes through a constant speed drive mechanism and one short active alignment roller
Inner connection, a reduction gearing mechanism is configured with tensioning wheel, and a constant speed drive mechanism is configured with tensioning wheel
And directive wheel, the control signal input of a servomotor electrically connects with the control signal output of processor, another
The outer end of the individual long active alignment roller is connected by another reduction gearing mechanism with another servomotor, and the length is actively right
The inner of neat roller is connected by another constant speed drive mechanism with the inner of another short active alignment roller, another described deceleration
Transmission mechanism is configured with tensioning wheel, and another described constant speed drive mechanism is configured with tensioning wheel and directive wheel, watches described in another
The technological means that the control signal input of motor electrically connects with the control signal output of the processor is taken, so, it can make
The long active alignment roller and short active alignment roller synchronous axial system of homonymy, can be further assured that the alignment accuracy of facial tissue and base stock.
9th, the technical program is rubber wheel as a result of the driven alignment part, and the driven alignment part passes through a depression bar
It is connected with the transverse axis above paper carrying plate, the transverse axis there are two, and the transverse axis below is to swing transverse axis, the transverse axis above
It is fixed transverse axis, the driven alignment part at the driven alignment part in the central left back portion of paper carrying plate and the central right rear portion of paper carrying plate
Be connected with the swing transverse axis, the driven alignment part in the central left front portion of paper carrying plate and the described of central paper carrying plate right front portion from
Dynamic alignment part is connected with the fixed transverse axis, and described one end for swinging transverse axis is fixedly connected with one end of swing rod, the swing rod
The other end is provided with roller, and the roller is connected with actuated by cams, and the swing rod is configured with return mechanism, and the return mechanism is
The technological means of spring, so, the alignment accuracy of facial tissue and base stock can be further ensured that.
10th, the technical program is provided with two detection holes, two inspections as a result of the front portion of the preceding paper carrying plate
Gaging hole is located at the front of the central paper carrying plate both sides, and two detection holes have been respectively arranged below facial tissue photoelectric sensing
Device, the technology that the signal output parts of two facial tissue photoelectric sensors electrically connects with the signal input part of the processor respectively
Means, so, facial tissue state in which can be detected exactly.
11st, the technical program has positioning hole, the positioning as a result of the middle part cross direction profiles of the central paper carrying plate
It is provided with facial tissue front positioner below hole, during positioning, it is described fixed that the positioning tooth of facial tissue front positioner passes through
Position hole is stretched out upwards, and the both sides that the central paper carrying plate is corresponded to above the rear paper carrying plate are respectively arranged with the positioning of facial tissue side
The technological means of device, so, initial alignment first can be carried out to facial tissue, it is secondary to facial tissue progress further according to the rotation size of base stock
Positioning, greatly improve the alignment accuracy of facial tissue and base stock.
12nd, the technical program is arranged on as a result of the paper carrying plate fore-and-aft tilt between two wallboards, positioned at painting
The technological means of the top of gluing mechanism, so, be advantageous to the smooth delivery of power of facial tissue.
13rd, the technical program is fixedly connected as a result of between two wallboards by multiple support beams, described defeated
Cardboard is fixed in the support beam, and the inner of the long active alignment roller is rotatablely connected by contiguous block and the support beam,
The outer end of the long active alignment roller is connected with the wallboard, and the both ends of the short active alignment roller pass through contiguous block and the branch
Support beam to be rotatablely connected, the technological means that two servomotors are fixedly connected with two wallboards respectively, so, substantially increase
The stability of equipment operation, the alignment accuracy of facial tissue and base stock can be further ensured that again.
14th, the technical program includes upper glue spreader and lower Extruded roller, the upper gluing as a result of the rubber-coated mechanism
The rear of roller is provided with impregnation roller, the technological means of washing roller is provided with below the lower Extruded roller so, can not only adjust
The glue-spread to base stock is saved, moreover, also can ensure that the cleaning of lower Extruded roller, is advantageous to improve the quality of pasting.
15th, the technical program is provided with base stock conveying mechanism, the base stock as a result of the rear of the rubber-coated mechanism
Conveying mechanism includes upper pressure roller and lower compression roller, and laminated mechanism is provided with front of the rubber-coated mechanism, and the laminated mechanism includes
The technological means of upper pressure roller and lower compression roller, so, it can be ensured that pasting everything goes well with your work carry out.
16th, the technical program is as a result of the top for being located at base stock A between the laminated mechanism and the rubber-coated mechanism
Arranged on left and right sides is respectively arranged with base stock photoelectric sensor, the signal output parts of two base stock photoelectric sensors respectively with institute
The technological means of the signal input part electrical connection of processor is stated, so, base stock state in which can be detected exactly.
17th, the technical program is motion controller or PLC programmable logic controller (PLC)s as a result of the processor
Technological means, so, it can be further assured that the stability of equipment work.
Brief description of the drawings
The base stock facial tissue alignment structures of the utility model Paper-pasting machine are made into one with reference to the accompanying drawings and detailed description
The detailed description of step.
Fig. 1 is the schematic diagram of the base stock facial tissue alignment structures of Paper-pasting machine in the prior art.
Fig. 2 is the schematic diagram of the used mode of movement of individual fish of facial tissue.
Fig. 3 is the side structure schematic view of the base stock facial tissue alignment structures of the utility model Paper-pasting machine.
Fig. 4 be in Fig. 3 D to structural representation.
Fig. 5 is the enlarged diagram of driven registration mechanism in Fig. 3 and Fig. 4.
Fig. 6 be the utility model Paper-pasting machine base stock facial tissue alignment structures in controller attachment structure schematic diagram.
Fig. 7 is the schematic diagram that fish scale stacks mode of movement.
Description of reference numerals is as follows.
A~base stock；
B~facial tissue；
C~laminated paper；
01~paper carrying plate；
02~active alignment mechanism；
02-1~active alignment portion；
02-2~servomotor；
02-3~guide rod；
03~driven registration mechanism；
03-1~driven alignment part；
1~wallboard；
2~support beam；
3~paper carrying plate；
3-1~middle paper carrying plate；
3-1-1~central paper carrying plate；
3-2~preceding paper carrying plate；
3-3~rear paper carrying plate；
4~servo alignment system；
4-1~active alignment mechanism；
4-1-1~servomotor；
4-1-2~long active alignment roller；
4-1-3~active alignment portion；
4-1-4~reduction gearing mechanism；
4-1-4-1~tensioning wheel；
4-1-5~constant speed drive mechanism；
4-1-5-1~tensioning wheel；
4-1-5-2~directive wheel；
4-1-6~short active alignment roller；
4-2~driven registration mechanism；
4-2-1~driven alignment part；
A 4-2-2~depression bar；
4-2-3~transverse axis；
4-2-3-1~swing transverse axis；
4-2-3-2~fixation transverse axis；
4-2-4~swing rod；
4-2-5~cam；
4-2-6~roller；
4-2-7~return mechanism；
5~facial tissue side positioner；
6~facial tissue photoelectric sensor；
7~base stock conveying mechanism；
7-1~upper pressure roller；
7-2~lower compression roller；
8~rubber-coated mechanism；
8-1~upper glue spreader；
8-2~lower Extruded roller；
8-3~impregnation roller；
8-4~washing roller；
9~laminated mechanism；
9-1~upper pressure roller；
9-2~lower compression roller；
10~base stock photoelectric sensor；
11~facial tissue front positioner；
12~processor；
13~contiguous block；
14~contiguous block.
Embodiment
As shown in Figure 3 to Figure 4, the utility model provides a kind of base stock facial tissue alignment structures of Paper-pasting machine, including paper carrying plate
3rd, alignment open-work, the active alignment portion 4- is distributed with active alignment portion 4-1-3, driven alignment part 4-2-1, the paper carrying plate 3
1-3 is located at the lower section of the paper carrying plate 3, and the top of the active alignment portion 4-1-3 is upward through the alignment of the paper carrying plate 3
Open-work, the driven alignment part 4-2-1 are located at the top of the paper carrying plate 3 and corresponding with the active alignment portion 4-1-3.
Present embodiment is located at the lower section of the paper carrying plate, the active alignment portion as a result of the active alignment portion
Top be upward through the alignment open-work of the paper carrying plate, the driven alignment part be located at the top of the paper carrying plate and with it is described
The corresponding technological means in active alignment portion, so, be advantageous to reduce because servomotor rotate and caused by vibration so that actively
Alignment part and driven alignment part more stably clamp facial tissue, greatly improve the quality of pasting, meanwhile, it is also further for below
Improvement provides advantage.
As the various improvement of present embodiment, details are as follows.
As shown in figure 4, the paper carrying plate 3 includes middle paper carrying plate 3-1, preceding paper carrying plate 3-2, rear paper carrying plate 3-3.It is defeated in described
Cardboard 3-1 shape is in inverted "convex" shaped.It is central paper carrying plate 3-1-1 in the middle part of the middle paper carrying plate 3-1.
The alignment open-work is distributed in the left part and right part of the central paper carrying plate 3-1-1.Align open-work described in left part
Quantity has one, described in right part align open-work quantity at least one.
It is of course also possible to be, the left part is divided into left back portion and left front portion, and the right part is divided into right rear portion and right front portion.
Described in left back portion align open-work quantity at least one, described in right rear portion align open-work quantity at least one, left front portion
It is described alignment open-work quantity at least one, described in right front portion align open-work quantity at least one.
Present embodiment is divided into left back portion and left front portion as a result of the left part, and the right part is divided into right rear portion and the right side
Front portion, the quantity of the open-work that aligns described in left back portion at least one, the quantity of the open-work that alignd described in right rear portion at least one, it is left
The quantity of the anterior alignment open-work at least one, the quantity of open-work of being alignd described in the right front portion technology hand of at least one
Section, so, facial tissue can be stacked on paper carrying belt with fish scale (i.e. from front to back, one press against one to facial tissue from bottom to up, referring to
Mode paper feeding Fig. 7), paper carrying belt improve defeated compared with the paper feed speed for meeting pasting process under lower-speed state with regard to that can obtain
The stability of paper portion equipment.This just seems particularly valuable in the case where facial tissue is relatively thin, because being reduced under low-speed situations relatively thin
Improper " scratching " of facial tissue and paper carrying plate, greatly improves pasting lumber recovery.
Obviously, it is also possible that the quantity for the open-work that alignd described in left back portion has one or two or three or four or five,
The quantity of alignment open-work described in right rear portion has one or two or three or four or five, the number for the open-work that alignd described in left front portion
Amount has one or two or three or four or five, the quantity of the open-work that alignd described in right front portion have one or two or three or
Four or five.
Alignd described in left back portion the quantity of open-work, the quantity for the open-work that aligns described in right rear portion, align described in left front portion open-work
Quantity, the quantity for the open-work that aligns described in right front portion it is equal.
It is laterally straight that all alignment open-work of all alignment open-works in left back portion and right rear portion is respectively positioned on same
On line, all alignment open-works in left front portion and all alignment open-work of right front portion are respectively positioned on same transverse direction straight line
On.
The alignment open-work corresponding to open-work and left front portion that alignd described in left back portion is located on the straight line of same longitudinal direction, after right
The alignment open-work corresponding to open-work and right front portion that alignd described in portion is located on the straight line of same longitudinal direction.
As shown in Figure 3 to Figure 4, the quantity of the active alignment portion 4-1-3 be equal to it is described alignment open-work quantity, it is described from
Dynamic alignment part 4-2-1 quantity is equal to the quantity of the alignment open-work.
The active alignment portion 4-1-3 is driven by active alignment mechanism 4-1.
The active alignment mechanism 4-1 includes active alignment roller 4-1-2 two long and active alignment roller 4-1-6 two short.
One long active alignment roller 4-1-2 is located at the lower section in the middle left back portions of paper carrying plate 3-1, the long active alignment
Roller 4-1-2 inner segment is located at the lower section in the central left back portions of paper carrying plate 3-1-1, the inner segment edge of the long active alignment roller 4-1-2
The annular flange extended radially outward is distributed with length direction, and the annular flange is the active alignment portion 4-1-3.
Another described long active alignment roller 4-1-2 is located at the lower section at the middle right rear portions of paper carrying plate 3-1, and the length is actively right
Neat roller 4-1-2 inner segment is located at the lower section at the central right rear portions of paper carrying plate 3-1-1, the inner segment of the long active alignment roller 4-1-2
The annular flange extended radially outward is distributed with along its length, the annular flange is the active alignment portion 4-1-3.
One short active alignment roller 4-1-6 is located at the lower section in the central left front portions of paper carrying plate 3-1-1, the short active
The annular flange extended radially outward is distributed with alignment roller 4-1-6 along its length, and the annular flange is that the active is right
Neat portion 4-1-3.
Another described short active alignment roller 4-1-6 is located at the lower section of the central paper carrying plate 3-1-1 right front portions, the short master
The annular flange extended radially outward is distributed with dynamic alignment roller 4-1-6 along its length, and the annular flange is the active
Alignment part 4-1-3.
One long active alignment roller 4-1-2 outer end passes through a reduction gearing mechanism 4-1-4 and a servo electricity
Machine 4-1-1 connections, the inner of the long active alignment roller 4-1-2 are right by a constant speed drive mechanism 4-1-5 and a short active
Neat roller 4-1-6 inner connection.
One reduction gearing mechanism 4-1-4 is configured with tensioning wheel 4-1-4-1, a constant speed drive mechanism 4-1-
5 are configured with tensioning wheel 4-1-5-1 and directive wheel 4-1-5-2.As shown in fig. 6, servomotor 4-1-1 control signal
Input electrically connects with the control signal output of processor 12.
Another long active alignment roller 4-1-2 outer end passes through another reduction gearing mechanism 4-1-4 and another
Servomotor 4-1-1 connections, the long active alignment roller 4-1-2 it is inner by another constant speed drive mechanism 4-1-5 with it is another
Individual short active alignment roller 4-1-6 inner connection.
Another described reduction gearing mechanism 4-1-4 is configured with tensioning wheel 4-1-4-1, another described constant speed drive mechanism
4-1-5 is configured with tensioning wheel 4-1-5-1 and directive wheel 4-1-5-2.As shown in fig. 6, another servomotor 4-1-1 control
Signal input part processed electrically connects with the control signal output of the processor 12.
As shown in Figures 3 to 5, the driven alignment part 4-2-1 is rubber wheel.
The driven alignment part 4-2-1 is connected by a depression bar 4-2-2 with the transverse axis 4-2-3 of the top of paper carrying plate 3.
The transverse axis 4-2-3 has two, and the transverse axis 4-2-3 below is to swing transverse axis 4-2-3-1, the horizontal stroke above
Axle 4-2-3 is fixed transverse axis 4-2-3-2.
The driven alignment part 4-2-1 in the central left back portions of paper carrying plate 3-1-1 and the institute at the central right rear portions of paper carrying plate 3-1-1
Driven alignment part 4-2-1 is stated to be connected with the swing transverse axis 4-2-3-1.
The driven alignment part 4-2-1 in the central left front portions of paper carrying plate 3-1-1 and the institute of central paper carrying plate 3-1-1 right front portions
Driven alignment part 4-2-1 is stated to be connected with the fixed transverse axis 4-2-3-2.
Described one end for swinging transverse axis 4-2-3-1 is fixedly connected with swing rod 4-2-4 one end.
The other end of the swing rod 4-2-4 is provided with roller 4-2-6.
The roller 4-2-6 and cam 4-2-5 drive connections.
The swing rod 4-2-4 is configured with return mechanism 4-2-7.
The return mechanism 4-2-7 is spring.
The front portion of the preceding paper carrying plate 3-2 is provided with two detection holes, and two detection holes are located at the central paper carrying
The front of plate 3-1-1 both sides.
Two detection holes have been respectively arranged below facial tissue photoelectric sensor 6.
As shown in fig. 6, the signal output part of two facial tissue photoelectric sensors 6 letter with the processor 12 respectively
The electrical connection of number input.
As shown in figure 4, the middle part cross direction profiles of the central paper carrying plate 3-1-1 have positioning hole.
Facial tissue front positioner 11 is provided with below the positioning hole.
During positioning, the positioning tooth of facial tissue front positioner 11 is stretched out upwards by the positioning hole.
The both sides for corresponding to the central paper carrying plate 3-1-1 after described above paper carrying plate 3-3 are respectively arranged with facial tissue side
Positioner 5.
As shown in Figure 3 to Figure 4, it is arranged between two wallboards 1 to the fore-and-aft tilt of paper carrying plate 3, positioned at rubber-coated mechanism 8
Top.
The inclination angle of the paper carrying plate 3 is 30 degree~45 degree.
The inclination angle of the paper carrying plate 3 is 36 degree.
It is fixedly connected between two wallboards 1 by multiple support beams 2.
The paper carrying plate 3 is fixed in the support beam 2.
The inner of the long active alignment roller 4-1-2 is rotatablely connected by contiguous block 14 and the support beam 2, described long main
Dynamic alignment roller 4-1-2 outer end is connected with the wallboard 1.
The both ends of the short active alignment roller 4-1-6 are rotatablely connected by contiguous block 13 and the support beam 2.
Two servomotor 4-1-1 are fixedly connected with two wallboards 1 respectively.
As shown in figure 3, the rubber-coated mechanism 8 includes upper glue spreader 8-1 and lower Extruded roller 8-2.
The rear of the upper glue spreader 8-1 is provided with impregnation roller 8-3.
Washing roller 8-4 is provided with below the lower Extruded roller 8-2.
The rear of the rubber-coated mechanism 8 is provided with base stock conveying mechanism 7.
The base stock conveying mechanism 7 includes upper pressure roller 7-1 and lower compression roller 7-2.
The front of the rubber-coated mechanism 8 is provided with laminated mechanism 9.
The laminated mechanism 9 includes upper pressure roller 9-1 and lower compression roller 9-2.
Top arranged on left and right sides between the laminated mechanism 9 and the rubber-coated mechanism 8 positioned at base stock A is respectively arranged with bottom
Paper photoelectric sensor 10.
As shown in fig. 6, the signal output part of two base stock photoelectric sensors 10 letter with the processor 12 respectively
The electrical connection of number input.
The processor 12 is motion controller or PLC programmable logic controller (PLC)s.
Claims (2)
1. a kind of base stock facial tissue alignment structures of Paper-pasting machine, including paper carrying plate (3), active alignment portion (4-1-3), driven alignment part
Alignment open-work is distributed with (4-2-1), the paper carrying plate (3), it is characterised in that：The active alignment portion (4-1-3) is positioned at described
The lower section of paper carrying plate (3), the top of the active alignment portion (4-1-3) are upward through the alignment open-work of the paper carrying plate (3), institute
State driven alignment part (4-2-1) and be located at the top of the paper carrying plate (3) and corresponding with the active alignment portion (4-1-3).
2. the base stock facial tissue alignment structures of Paper-pasting machine according to claim 1, it is characterised in that：
The paper carrying plate (3) includes middle paper carrying plate (3-1), preceding paper carrying plate (3-2), rear paper carrying plate (3-3)；
The shape of the middle paper carrying plate (3-1) is in inverted "convex" shaped；
It is central paper carrying plate (3-1-1) in the middle part of the middle paper carrying plate (3-1)；
The alignment open-work is distributed in the left part and right part of the central paper carrying plate (3-1-1)；
Described in left part align open-work quantity at least one, described in right part align open-work quantity at least one；
The left part is divided into left back portion and left front portion, and the right part is divided into right rear portion and right front portion；
Alignd described in left back portion open-work quantity at least one, the quantity of the open-work that alignd described in right rear portion at least one, it is left
The quantity of the anterior alignment open-work at least one, the quantity of the open-work that alignd described in right front portion at least one；
The quantity of alignment open-work has one or two or three or four or five described in left back portion, and align open-work described in right rear portion
Quantity have one or two or three or four or five, the quantity for the open-work that alignd described in left front portion has one or two or three
Individual or four or five, the quantity for the open-work that alignd described in right front portion has one or two or three or four or five；
Align the quantity of open-work, the quantity for the open-work that aligns described in right rear portion, the number for the open-work that aligns described in left front portion described in left back portion
The quantity of alignment open-work is equal described in amount, right front portion；
All alignment open-work of all alignment open-works in left back portion and right rear portion is respectively positioned on same transverse direction straight line,
All alignment open-works in left front portion and all alignment open-work of right front portion are respectively positioned on same transverse direction straight line；
The alignment open-work corresponding to open-work and left front portion that alignd described in left back portion is located on the straight line of same longitudinal direction, right rear portion institute
The alignment open-work corresponding to alignment open-work and right front portion is stated to be located on the straight line of same longitudinal direction；
The quantity of the active alignment portion (4-1-3) is equal to the quantity of the alignment open-work, the driven alignment part (4-2-1)
Quantity is equal to the quantity of the alignment open-work；
The active alignment portion (4-1-3) is driven by active alignment mechanism (4-1)；
The active alignment mechanism (4-1) includes two long active alignment roller (4-1-2) and active alignment roller (4-1- two short
6)；
One long active alignment roller (4-1-2) is located at the lower section in the left back portion of the middle paper carrying plate (3-1), the long active alignment
The inner segment of roller (4-1-2) is located at the lower section in the left back portion of the central paper carrying plate (3-1-1), the long active alignment roller (4-1-2)
The annular flange extended radially outward is distributed with inner segment along its length, and the annular flange is the active alignment portion (4-
1-3)；
Another long active alignment roller (4-1-2) is located at the lower section at the right rear portion of the middle paper carrying plate (3-1), and the length is actively right
The inner segment of neat roller (4-1-2) is located at the lower section at the right rear portion of the central paper carrying plate (3-1-1), the long active alignment roller (4-1-2)
Inner segment the annular flange extended radially outward is distributed with along its length, the annular flange is the active alignment portion
(4-1-3)；
One short active alignment roller (4-1-6) is located at the lower section in the left front portion of the central paper carrying plate (3-1-1), the short active
The annular flange extended radially outward is distributed with alignment roller (4-1-6) along its length, and the annular flange is the active
Alignment part (4-1-3)；
Another described short active alignment roller (4-1-6) is located at the lower section of central paper carrying plate (3-1-1) right front portion, the short master
The annular flange extended radially outward is distributed with dynamic alignment roller (4-1-6) along its length, and the annular flange is the master
Dynamic alignment part (4-1-3)；
The outer end of one long active alignment roller (4-1-2) passes through a reduction gearing mechanism (4-1-4) and a servo electricity
Machine (4-1-1) connects, the long active alignment roller (4-1-2) it is inner by a constant speed drive mechanism (4-1-5) and one short
The inner connection of active alignment roller (4-1-6)；
One reduction gearing mechanism (4-1-4) is configured with tensioning wheel (4-1-4-1), a constant speed drive mechanism (4-
1-5) it is configured with tensioning wheel (4-1-5-1) and directive wheel (4-1-5-2), the control signal of a servomotor (4-1-1)
Input electrically connects with the control signal output of processor (12)；
The outer end of another long active alignment roller (4-1-2) passes through another reduction gearing mechanism (4-1-4) and another
Servomotor (4-1-1) connects, and the inner of the long active alignment roller (4-1-2) passes through another constant speed drive mechanism (4-1-5)
It is connected with the inner of another short active alignment roller (4-1-6)；
Another described reduction gearing mechanism (4-1-4) is configured with tensioning wheel (4-1-4-1), another described constant speed drive mechanism
(4-1-5) is configured with tensioning wheel (4-1-5-1) and directive wheel (4-1-5-2), the control of another servomotor (4-1-1)
Signal input part electrically connects with the control signal output of the processor (12)；
The driven alignment part (4-2-1) is rubber wheel；
The driven alignment part (4-2-1) is connected by a depression bar (4-2-2) with the transverse axis (4-2-3) above paper carrying plate (3)；
The transverse axis (4-2-3) has two, and the transverse axis (4-2-3) below is to swing transverse axis (4-2-3-1), above described
Transverse axis (4-2-3) is fixed transverse axis (4-2-3-2)；
The driven alignment part (4-2-1) in the left back portion of central paper carrying plate (3-1-1) and central paper carrying plate (3-1-1) right rear portion
The driven alignment part (4-2-1) is connected with the swing transverse axis (4-2-3-1)；
The driven alignment part (4-2-1) in the left front portion of central paper carrying plate (3-1-1) and central paper carrying plate (3-1-1) right front portion
The driven alignment part (4-2-1) is connected with the fixed transverse axis (4-2-3-2)；
Described one end for swinging transverse axis (4-2-3-1) is fixedly connected with one end of swing rod (4-2-4)；
The other end of the swing rod (4-2-4) is provided with roller (4-2-6)；
The roller (4-2-6) and cam (4-2-5) drive connection；
The swing rod (4-2-4) is configured with return mechanism (4-2-7)；
The return mechanism (4-2-7) is spring；
The front portion of the preceding paper carrying plate (3-2) is provided with two detection holes, and two detection holes are located at the central paper carrying plate
The front of (3-1-1) both sides；
Two detection holes have been respectively arranged below facial tissue photoelectric sensor (6)；
Signal input part of the signal output part of two facial tissue photoelectric sensors (6) respectively with the processor (12) is electrically connected
Connect；
The middle part cross direction profiles of the central paper carrying plate (3-1-1) have positioning hole；
Facial tissue front positioner (11) is provided with below the positioning hole；
During positioning, the positioning tooth of facial tissue front positioner (11) is stretched out upwards by the positioning hole；
The both sides for corresponding to the central paper carrying plate (3-1-1) after described above paper carrying plate (3-3) are respectively arranged with facial tissue side
Positioner (5)；
It is arranged between two wallboards (1) to paper carrying plate (3) fore-and-aft tilt, positioned at the top of rubber-coated mechanism (8)；
The inclination angle of the paper carrying plate (3) is 30 degree~45 degree；
The inclination angle of the paper carrying plate (3) is 36 degree；
It is fixedly connected between two wallboards (1) by multiple support beams (2)；
The paper carrying plate (3) is fixed in the support beam (2)；
The inner of the long active alignment roller (4-1-2) is rotatablely connected by contiguous block (14) and the support beam (2), the length
The outer end of active alignment roller (4-1-2) is connected with the wallboard (1)；
The both ends of the short active alignment roller (4-1-6) are rotatablely connected by contiguous block (13) and the support beam (2)；
Two servomotors (4-1-1) are fixedly connected with two wallboards (1) respectively；
The rubber-coated mechanism (8) includes upper glue spreader (8-1) and lower Extruded roller (8-2)；
The rear of the upper glue spreader (8-1) is provided with impregnation roller (8-3)；
Washing roller (8-4) is provided with below the lower Extruded roller (8-2)；
The rear of the rubber-coated mechanism (8) is provided with base stock conveying mechanism (7)；
The base stock conveying mechanism (7) includes upper pressure roller (7-1) and lower compression roller (7-2)；
Laminated mechanism (9) is provided with front of the rubber-coated mechanism (8)；
The laminated mechanism (9) includes upper pressure roller (9-1) and lower compression roller (9-2)；
Top arranged on left and right sides between the laminated mechanism (9) and the rubber-coated mechanism (8) positioned at base stock (A) is respectively arranged with
Base stock photoelectric sensor (10)；
The signal output part of two base stock photoelectric sensors (10) is electric with the signal input part of the processor (12) respectively
Connection；
The processor (12) is motion controller or PLC programmable logic controller (PLC)s.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721074676.0U CN207173153U (en) | 2017-08-25 | 2017-08-25 | A kind of base stock facial tissue alignment structures of Paper-pasting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721074676.0U CN207173153U (en) | 2017-08-25 | 2017-08-25 | A kind of base stock facial tissue alignment structures of Paper-pasting machine |
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| Publication Number | Publication Date |
|---|---|
| CN207173153U true CN207173153U (en) | 2018-04-03 |
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ID=61737996
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112109388A (en) * | 2019-06-21 | 2020-12-22 | 玉田县炬兴印刷包装机械制造有限公司 | Intelligent lateral positioning method of paper laminating machine |
-
2017
- 2017-08-25 CN CN201721074676.0U patent/CN207173153U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112109388A (en) * | 2019-06-21 | 2020-12-22 | 玉田县炬兴印刷包装机械制造有限公司 | Intelligent lateral positioning method of paper laminating machine |
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