CN104890287B - Carton forming unit - Google Patents
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- CN104890287B CN104890287B CN201510318379.5A CN201510318379A CN104890287B CN 104890287 B CN104890287 B CN 104890287B CN 201510318379 A CN201510318379 A CN 201510318379A CN 104890287 B CN104890287 B CN 104890287B
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Abstract
The present invention relates to carton forming equipment technical field, carton forming unit is refered in particular to.It mainly includes upper lid shaping machine set, lower cover and inner foxing are integrally formed unit, die-filling unit, carton collects in upper and lower covers combination unit combines upper and lower covers, enter facial tissue binding and moulding machine group through pressing conveyer belt, facial tissue is supplied by conveyer, enter through treating selvedge mechanism from the adhesion-molded unit output of facial tissue and collect unit, the workbench inside of die-filling unit sets main shaft and countershaft, main transmission cam is installed in the middle of main shaft, the main transmission cam left and right sides is respectively two or so corresponding driving cams, main transmission cam controls pressing plate by connector, secondary driving cam connects countershaft by connector.It is of the invention main overcome facial tissue grammes per square metre it is smaller when conveying it is inconvenient, the problems such as gluing quality is not good, goes forward side by side one-step optimization lower cover and inner foxing is integrally formed the configuration of unit station, effective utilization space, continuous paper equipment is set up to improve unit automation degree, using effect is notable.
Description
Technical field
The present invention relates to carton forming equipment technical field, carton forming unit is refered in particular to.
Background technology
Had in the prior art by cardboard, inner foxing, facial tissue split bonding forming complete unit, a kind of entitled paper
The Chinese invention patent of box shaping machine set, publication No. is CN104354326A, mainly including upper lid shaping machine set, under
After lid and inner foxing are integrally formed unit, die assembly unit, carton collects in upper and lower covers combination unit combines upper and lower covers,
Enter facial tissue binding and moulding machine group through pressing conveyer belt, then enter collection machine through treating selvedge mechanism from the adhesion-molded unit output of facial tissue
Group, its
In, on cover the punch forming in shaping machine set, inner foxing is with lower cover in lower cover and inner foxing are integrally formed unit
Shaping assembling
Afterwards, internal model is loaded in die assembly unit, during upper lid combines unit after the completion of being molded with lower cover into upper and lower covers
It is combined,
After upper and lower covers is fitted firmly through pressing conveyer belt, facial tissue bonding is carried out into facial tissue binding and moulding machine group, finally
By bead cutter
Group is collected modulus and completes all steps of carton forming.
The present invention is also on the basis of technical scheme described in the patent, to be further improved, to overcome actual behaviour
Make using problem present in process, such as when facial tissue grammes per square metre is smaller, during thinner thickness, mortality lifting in transfer process, and
Have influence on later stage painting glue bond；Additionally there are waste station, the die-filling equipment response time not fast enough, it is impossible to further meet compared with
Large-tonnage demand.
The content of the invention
It is an object of the invention to be directed to the existing state of the art, there is provided it is a kind of more efficiently, the strong carton of adaptive faculty into
Type unit.
To reach above-mentioned purpose, the present invention is adopted the following technical scheme that：
Carton forming unit, is mainly integrally formed unit, die-filling unit including upper lid shaping machine set, lower cover and inner foxing,
Carton collects in upper and lower covers combination unit combines upper and lower covers, and facial tissue binding and moulding machine group, facial tissue are entered through pressing conveyer belt
Supplied by conveyer, enter through treating selvedge mechanism from the adhesion-molded unit output of facial tissue and collect unit,
The workbench inside of die-filling unit is set installs main transmission cam, main transmission cam in the middle of main shaft and countershaft, main shaft
The left and right sides is respectively two or so corresponding driving cams, and main transmission cam controls pressing plate by connector, and secondary transmission is convex
Wheel connects countershaft by connector, and corresponding two clamping plates in left and right are installed with countershaft, and spring, countershaft are cased with the middle of countershaft
One end props up auxiliary cam, has the transition face and the dashing forward in high point between transition face for gradually swelling on auxiliary cam end face
Face.
Wherein, the connector between described main transmission cam and pressing plate mainly includes being arranged in main transmission cam chamber
Through support bar in the middle of cam path, the connecting plate walked about along cam, connecting plate, connecting plate one end connection locking member, locking member
The other end connects push rod, and push rod bottom is dismountable pressing plate；
Connector between secondary driving cam and countershaft mainly include being arranged on the cam path of time driving cam inner chamber, along
The connecting rod that secondary cam is walked about, connecting rod end has tooth corresponding with the gear ring on countershaft；
Auxiliary cam connects synchronizing wheel, is connected with the main synchronizing wheel on main shaft by Timing Belt；
The movement track of pressing plate is controlled by the shape of cam；
The rotary motion trace of countershaft is controlled by the shape of secondary cam；
The time point of telescopic spring is controlled by the shape of auxiliary cam.
Further, the adhesion-molded unit of the facial tissue includes that facial tissue vacuum suction roller, facial tissue fold mechanism are constituted；
Facial tissue vacuum suction roller therein mainly includes roller platen, has some gripper mechanisms on the periphery of roller platen
And paper is transported, the gripper mechanism is made up of tooth piece and bite-block, and some fortune papers are provided with the embossment for holding up the scraps of paper,
Some adsorption holes are equipped with each embossment, roller platen corresponds to each fortune paper side and is provided with some guide holes, and adsorption hole is embossed
Roller lower section is connected with guide hole, and roller platen side is provided with adsorbing mechanism, and embossment is fitted on fortune paper, and embossment is located at fortune paper
Width on face is less than the scraps of paper.
Wherein, described adsorbing mechanism includes indent, retaining spring and conduit；
Indent inner hollow, retaining spring makes indent be contacted with the roller platen for rotating positioned at fixed position, and conduit connection is outer
Portion's equipment；
It is the locating slot of facial tissue positioning that the movable end of tooth piece is provided with, and bite-block mutually agrees with for gripping the scraps of paper with tooth piece；
The upper surface of bite-block relative to roller platen periphery radially retraction, when tooth piece is pressed on bite-block, tooth piece
Upper surface is located on the periphery of roller platen.
Further, described conveyer mainly includes main paper platform, secondary paper platform, vacuum paper-absorbing system, Transmission system, institute
The main paper platform and secondary paper platform stated are oppositely arranged, and are respectively perpendicular and are connected on lowering or hoisting gear；
Vacuum paper-absorbing system includes the sucker being connected with cylinder, and sucker is connected by connecting rod with balladeur train, and balladeur train passes through one
Power transmission shaft is connected with rotating disk.
Wherein, described main paper platform includes main paper platform support frame and main paper platform support bar；
Secondary paper platform includes secondary paper platform support frame and secondary paper platform support bar, and secondary paper platform support bar is alternate with main paper platform support bar to be set
Put, when main paper platform and secondary paper platform rise to same level, secondary paper platform support bar can intersect with main paper platform support bar it is spaced,
Secondary paper platform support bar can the secondary paper platform support frame of horizontal extension turnover；
Transmission system includes two roller bearings and conveyer belt, and roller bearing is located between sucker and conveyer belt, and roller bearing top is provided with
Two big rollers, big roller is fixed on roller bearing top and coordinates roller bearing to be rolled；
Conveyer belt top is provided with two trundles, and trundle is connected by slide with slide bar, and level is made on a moving belt
Slide.
Further, described lower cover and inner foxing be integrally formed unit mainly include workbench, inner foxing assembling device,
Flanging wheel group, main shaft, inner foxing feed channel and lower cover cardboard feed channel, the workbench left and right sides are respectively equipped with inner foxing and enter
Material road, side is equipped with lower cover cardboard feed channel before and after workbench, and workbench lower section is provided with rectangular enclosure, is mainly assembled on workbench
There are flanging wheel group and main shaft, main shaft drives inner foxing assembling device rotation, charging is sequentially provided with main shaft rotation direction
Station A and lower cover shaping station A, feed station B, lower cover shaping station B, the inner foxing assembling device take inner foxing from charging
Station A turns to lower cover shaping station A and completes flanging and assembling, and the inner foxing assembling device takes inner foxing from feed station B
Turn to lower cover shaping station B and complete flanging and assembling；Feed station A and feed station B are symmetrically distributed in workbench
On, described lower cover shaping station A and lower cover shaping station B is symmetrically distributed on the table, and flanging wheel group is located at interior
Between foxing feed channel and lower cover cardboard feed channel, cavity is located under lower cover shaping station A and lower cover shaping station B
Side.
Further, described main shaft is at least connected with four groups of inner foxing assembling devices, and workbench is at least provided with two groups of foldings
Cincture group；
Wherein, inner foxing assembling device is main is made up of manipulator and inner foxing assembling device, inner foxing assemble device with
Two lines intersect and are divided into four parts, are opened or closed toward surrounding by air cylinder driven each several part, and manipulator is clamped respectively when closing
In the outer surface on each side of inner foxing；
Flanging wheel group is main by fixed bending wheel group and to be swung bending wheel group and constitutes, fixed bending wheel group by some rollers into
Arc is put on the table, swings bending wheel composition V types, is completed to swing the action shunk by cam driven drive link；
Inner foxing feed channel is mainly made up of delivery wheel group and glue-spraying device, and the delivery wheel of delivery wheel group is symmetrical knot
Structure, the nozzle of glue-spraying device is stretched into delivery wheel group to inner foxing sprayed glues.
Further, described lower cover and inner foxing are integrally formed between unit and die-filling unit and are separately provided with automatic rotary
Turn the connecting gear of box body；
Main three parts such as including longitudinal conveyer belt, rail groove, some rollers, the side of the rail groove is guide plate long,
Guide plate long inner side also has the first block board and the second block board, guide plate long, the first block board, the second block board time the arrange and
Each initiating terminal is not in contact；Rail groove opposite side is abreast to set the first guide plate, the second guide plate, the 3rd guide plate with guide plate long,
Rail groove is located at longitudinal conveyer belt top and is set along longitudinal direction transmission tape feeding direction, and track well width simultaneously can make transmission box body pass
Send and pass through, roller compression transmission box body；
Further, described rail groove, roller can be moved along the vertical direction of longitudinally fed tape feeding direction；
Guide plate long, the first guide plate, the second guide plate, the 3rd guide plate can be along the vertical direction along longitudinally fed tape feeding direction
It is mobile；
Wherein roller includes the first roller and the second roller, and the first roller is located at the first block board initiating terminal, the second roller
Positioned at the second block board initiating terminal；
Guide plate long and the first guide plate, the second guide plate, the initiating terminal of the 3rd guide plate are set to the opening for extending out.
Beneficial effects of the present invention are：
1st, during the mould of die-filling unit is pushed, the travel path of clamping plate is determined by cam, while making clamping plate to paper
Box makes the action of clamping and positioning, it is to avoid carton occurs sideslip, die-filling accuracy is improved, so that between mould and carton more
Laminating, and mode by using mechanical linkage completes die-filling process, and speed of production is greatly improved；
2nd, the embossment of vacuum suction roller holds up the scraps of paper, can be prevented effectively from glue and adhere on roller platen, it is to avoid Xia Yizhi
The piece back side adheres to glue, influences product quality, and be adsorbed in the scraps of paper on embossment by adsorption hole, it is to avoid the scraps of paper occur slightly in gluing
Shake is deformed, and influences follow-up work and product quality；
3rd, the facial tissue on the main paper platform of conveyer is adsorbed is reduced to a certain amount of, and secondary paper platform rises takes over main paper platform, main
Paper platform lands, and can continue for facial tissue to be put into main paper platform, and main paper platform can rise to be taken over secondary paper platform and work on, by double paper platform realities
Do not shut down continuous paper now, improve production efficiency, facial tissue is adsorbed by vacuum cup, a pile facial tissue is divided into and is delivered to one by one
Next operation, it is to avoid tradition with promoting several situations of facial tissue while pushing away and be likely to result in when paper bar pushes away paper, so as to enter one
Step realizes that carton forming is automated；
4th, lower cover and inner foxing are integrally formed unit and are provided with feed station A and lower cover by multistation molding assembly unit
Shaping station A, feed station B, lower cover shaping station B, its multistation is designed to two inner foxings of same time completion to be determined
Type and lower cover cardboard are shaped, and are doubled compared to the production efficiency of conventional molding machines group, rationally using operating space and subtracted
Few inner foxing assembling device idle running number of degrees；
5th, lower cover and inner foxing are integrally formed unit due to being to set station around main shaft, and two stations therein are completed
Lower cover need to carry out upset to realize that lower cover is conveyed in the same direction, keep the uniformity in lower cover direction, therefore lower cover and inner foxing are integrally
The connecting gear for being separately provided with rotating automatically box body between shaping machine set and die-filling unit overturns to part lower cover, its nothing
By being at a high speed or low speed transmission can reach the effect of good rotation transmission；
6th, the present invention further optimize upgrading on the basis of existing technology, mainly overcome facial tissue grammes per square metre it is smaller when
Conveying is inconvenient, the problems such as gluing quality is not good, goes forward side by side one-step optimization lower cover and inner foxing is integrally formed the configuration of unit station, has
Effect utilization space, sets up continuous paper equipment to improve unit automation degree, and using effect is notable.
Brief description of the drawings：
Accompanying drawing 1 is general structure schematic diagram of the invention；
Accompanying drawing 2 is that lower cover of the invention and inner foxing are integrally formed unit top view；
Accompanying drawing 3 is that lower cover of the invention and inner foxing are integrally formed the simple schematic diagram of unit；
Accompanying drawing 4 is inner foxing of the invention and lower cover shaping schematic view；
Accompanying drawing 5 is that inner foxing of the invention assembles apparatus structure schematic diagram；
Accompanying drawing 6 is the connecting gear top view of automatic rotation box body of the invention；
Accompanying drawing 7 is the connecting gear front view of automatic rotation box body of the invention；
Accompanying drawing 8 is die-filling unit structural representation of the invention；
Accompanying drawing 9 is auxiliary cam structural representation of the invention；
Accompanying drawing 10 is main transmission cam structure schematic diagram of the invention；
Accompanying drawing 11 is conveyer structural representation of the invention；
Accompanying drawing 12 is the partial enlarged drawing of conveyer vacuum paper-absorbing system of the invention；
Accompanying drawing 13 is the partial enlarged drawing of conveyer Transmission system of the invention；
Accompanying drawing 14 is vacuum suction roller frame schematic diagram of the invention；
Accompanying drawing 15 is vacuum suction roller top view of the invention；
Accompanying drawing 16 is the running schematic diagram of gripper mechanism of the invention；
Accompanying drawing 17 is the flow chart of carton forming of the invention.
Specific embodiment：
Because the present invention is in prior art（With reference to background technology）On the basis of be improved, therefore unit middle part split-phase
Be will not be repeated here with equipment.In order that juror can be further understood that to the purpose of the present invention, feature and function, hereby
Lift preferred embodiment and coordinate schema detailed description as follows：
Refer to shown in Fig. 1 and 17, it is overall structure diagram of the invention to be, carton forming unit mainly includes upper
Lid shaping machine set 4, lower cover and inner foxing are integrally formed unit 1, die-filling unit 3, and carton converges in upper and lower covers combination unit 5
Collection combines upper and lower covers, and facial tissue binding and moulding machine group 8 is entered through pressing conveyer belt 6, and facial tissue is supplied by conveyer 7, from facial tissue
Adhesion-molded unit 8 exports to enter through treating selvedge mechanism 9 collects unit 10,
Refer to shown in Fig. 8-10, the inside of workbench 33 of die-filling unit 3 sets main shaft 34 and countershaft 37, main shaft
In 34
Between main transmission cam 341 is installed, the left and right sides of main transmission cam 341 is respectively two or so corresponding transmissions
Cam 342, main transmission cam 341 controls pressing plate 354, secondary cam path 36 to connect countershaft 37 by connector by connector,
Corresponding two clamping plates 39 in left and right are installed with countershaft 37, spring 371, the one end of countershaft 37 are cased with the middle of countershaft 37
Auxiliary cam 38 is propped up, there is the transition face and the dashing forward in high point between transition face for gradually swelling on the end face of auxiliary cam 38
Face 384.
Wherein, the connector between described main transmission cam 341 and pressing plate 354 mainly includes being arranged on main transmission
Through support bar in the middle of cam path 35 in cam chamber, the connecting plate 351 walked about along cam path 35, connecting plate 351,
The one end of connecting plate 351 connects locking member 352, and the other end of locking member 352 connects push rod 353, and the bottom of push rod 353 is can
The pressing plate 354 of dismounting；Connector between secondary driving cam 342 and countershaft 37 mainly includes being arranged on time driving cam 342
The secondary cam path 36 of inner chamber, the connecting rod 361 walked about along secondary cam path 36, the end of connecting rod 361 have tooth 362 and countershaft 37
On gear ring 363 it is corresponding；
Auxiliary cam 38 connects synchronizing wheel 381, is connected with the main synchronizing wheel 382 on main shaft by Timing Belt 383；Pressing plate 354
Movement track by cam shape control；The rotary motion trace of countershaft 37 is controlled by the shape of secondary cam path 36；Spring 371
Flexible time point is controlled by the shape of auxiliary cam.
During work, carton lower cover is delivered to the bottom of pressing plate 354, mould from mold belt 32 from carton conveyer belt 31
It is sent at the window under pressing plate 354, main shaft 34 is rotated and drives main transmission cam 341 to rotate, and connecting plate 351 is along main biography
Cam path 35 in the chamber of moving cam 341 is walked about, while being used as levers support point by support shaft, and then controls pressing plate 354 above to carry
With the action pushed to mould；Secondary driving cam 342 is rotated simultaneously makes connecting rod 361 swing back and forth, and countershaft 37 utilizes gear ring
363 realize being connected cooperation with the tooth 362 on the end of connecting rod 361, and by the secondary cam path in the chamber of secondary driving cam 342
The backswing time point of 36 precise control countershaft 37.When 37 bottom of countershaft, clamping plate 39 is pushed, due to auxiliary cam 38 and main shaft
34 synchronous axial systems, now auxiliary cam 38 and the contact surface of countershaft 37 are prominent face 384, and spring 371 shrinks, clamping plate 39 simultaneously to
Inside clamp carton, it is to avoid sideslip occurs, is conducive to more precise positioning so that the mould extremely fitted with carton can smoothly enter
In carton.Similarly, it is die-filling finish after, pressing plate 354 is above carried, and auxiliary cam 38 goes to plane, and spring 371 stretches, clamping plate 39
Outwards unclamp, now put on countershaft 37, carton leaves die-filling position, then next carton enters pressing mold station, Zhou Erfu
Beginning carries out die-filling.
The adhesion-molded unit of facial tissue includes that facial tissue vacuum suction roller, facial tissue fold mechanism are constituted；
Refer to shown in Figure 14-16, facial tissue vacuum suction roller therein mainly includes mainly including roller platen 51,
There is some gripper mechanisms 52 and fortune paper 53, the gripper mechanism 52 is by tooth piece 521 on the periphery of roller platen 51
And bite-block 522 is constituted, wherein, it is the locating slot 521 of facial tissue positioning, bite-block 522 and tooth piece 521 that the movable end of tooth piece 521 is provided with
Mutually agree with for gripping the scraps of paper；Work as tooth relative to the periphery radially retraction of roller platen 51 in the upper surface of bite-block 522
Piece 521 is pressed in when on bite-block 522, and the upper surface of tooth piece 521 is located on the periphery of roller platen 51.
Some fortune papers 53 are provided with the embossment 54 for holding up the scraps of paper, and the embossment 54 fits in fortune paper 53
On, and the width that embossment 54 is located on fortune paper 53 is less than the scraps of paper, makes the side of the scraps of paper two with roller platen 51 every sky, in gluing
When, the scraps of paper are comprehensive with glue spreader to be contacted, and glue is not bound on roller platen 51, it is to avoid the next round scraps of paper back side adheres to roller platen
Glue on 51, influences subsequent handling and product quality.
As preferred technical scheme, some adsorption holes 531 are equipped with each embossment 54, roller platen 51 corresponds to
Each fortune paper 53 side is provided with some guide holes 532, and the embossed lower section of roller 51 of adsorption hole 531 is connected with guide hole 532
Logical, the side of roller platen 51 is provided with adsorbing mechanism 55；Adsorbing mechanism 55 includes indent 551, retaining spring 552 and leads
Pipe 553, wherein, the inner hollow of indent 551, retaining spring 552 makes indent 551 be located at fixed position with the impressing for rotating
Roller 51 is contacted, and the connection external equipment of conduit 553, positioned at the fixed position of the side of roller platen 51, this is fixed indent 551
Position is located near glue spreader, and retaining spring 552 acts power on indent 551 toward the direction of roller platen 51, is imprinted
, when rotating, when guide hole 532 rotates to indent 551 scope for being covered, adsorption hole 531 is through guide hole, pressure for roller 51
Groove 551 is connected with conduit 553, and external equipment action produces suction, will invest the scraps of paper absorption on embossment 54 floating
On carving 54, facilitate gluing.
Refer to shown in Figure 11-13, conveyer mainly includes mainly including main paper platform 41, secondary paper platform 42, vacuum paper-absorbing
System 43, Transmission system 44, described main paper platform 41 and secondary paper platform 42 is oppositely arranged, and is respectively perpendicular and is connected to lifting dress
Put on 45, main paper platform 41 includes main paper platform support frame 411 and main paper platform support bar 412, secondary paper platform 42 includes secondary paper
Platform support frame 421 and secondary paper platform support bar 422, secondary paper platform support bar 422 and the alternate setting of main paper platform support bar 412,
When main paper platform 41 rises to same level, secondary paper platform support bar 422 and main paper platform support bar 412 with secondary paper platform 42
Can intersect spaced.Described secondary paper platform support bar 422 can the secondary paper platform support frame 421 of horizontal extension turnover.Described master
Paper platform support bar 412 at least respectively has four with the quantity of secondary paper platform support bar 422.Facial tissue rises to work by main paper platform 41
Make position, while secondary paper platform support bar 422 is retracted secondary paper platform support frame 421, vacating space rises to main paper platform 41, main
Paper platform 41 is compensated and risen with adsorbed reduction of facial tissue, treats that the facial tissue on main paper platform 41 is reduced to a certain amount of, secondary paper platform branch
Strut 422 stretches out secondary paper platform support frame 421, meanwhile, secondary paper platform 42 rises with lowering or hoisting gear 45, takes over main paper platform 41
On facial tissue, now, main paper platform 41 lands with lowering or hoisting gear 45, continuation facial tissue is put into main paper platform 41, main paper platform 41
Rise with lowering or hoisting gear 45, treat that main paper platform 41 is risen to close to pair paper platform 42, secondary paper platform support bar 422 is retracted secondary paper
Platform support frame 421, and the stack of facial tissues on secondary paper platform 42 is fallen within the new stack of facial tissues on main paper platform 41, main paper platform 41
Work can be proceeded, and secondary 42 times original positions of paper platform are awaited orders.
Vacuum paper-absorbing system 43 includes the sucker 432 being connected with cylinder 431, and sucker 432 is connected by connecting rod with balladeur train 433
Connect, balladeur train 433 is connected by a power transmission shaft 434 with rotating disk 435.The described quantity at least two of sucker 432.Facial tissue
Vacuum paper-absorbing system 43 is risen to by secondary paper platform 42, rotating disk 435 rotates drive power transmission shaft 434 slides balladeur train 433
Dynamic, the sucker 432 being connected with balladeur train 433 by connecting rod is just moved forward and backward, when sucker 432 is moved on facial tissue, gas
Cylinder 431 takes the air in sucker 432 away, and sucker 432 is in vacuum state, and facial tissue is held, and is moved toward next procedure
Dynamic, now facial tissue and stack of facial tissues are separated, and cylinder 431 is separated toward the inner filling air of sucker 432, sucker 432 and facial tissue, face
Paper carries out following operation, and sucker 432 continues the mobile facial tissue of absorption under the drive of rotating disk 435.
Transmission system 44 includes two roller bearings 441 and conveyer belt 442, roller bearing 441 be located at sucker 432 and conveyer belt 442 it
Between.The described top of roller bearing 441 is provided with two big rollers 443, and big roller 443 is fixed on the top of roller bearing 441 and coordinates
Roller bearing 441 is rolled.The described top of conveyer belt 442 is provided with two trundles 444, and trundle 444 is by sliding
Seat 445 is connected with slide bar 446, and level slip is made on conveyer belt 442.Facial tissue is transported to roller bearing by vacuum cup
441 tops, roller bearing 441 is coordinated by rolling, and the big roller 443 of the top of roller bearing 441, and facial tissue is delivered into transmission
On band 442, the top of conveyer belt 442 is also provided with two trundles 444, and be sent to for facial tissue together by conveyer belt 442
Next process.
Refer to shown in Fig. 2-5, described lower cover and inner foxing is integrally formed unit mainly includes workbench 11, interior
Foxing assembling device 111, flanging wheel group, main shaft 14, inner foxing feed channel 13 and lower cover cardboard feed channel 12, it is described
The left and right sides of workbench 11 is respectively equipped with inner foxing feed channel 13, and side is equipped with lower cover cardboard feed channel 12 before and after workbench, work
The lower section of platform 11 is provided with rectangular enclosure 114, and mainly flanging wheel group and main shaft, the band of main shaft 14 are equipped with workbench 11
Dynamic inner foxing assembling device 111 is rotated, and feed station A15 and lower cover shaping station are sequentially provided with the rotation direction of main shaft 14
A16, feed station B17, lower cover shaping station B18, the inner foxing assembling device 11 take inner foxing from feed station
A15 turns to lower cover shaping station A16 and completes flanging and assembling, and inner foxing assembling device 111 takes inner foxing from entering
Material station B17 turns to lower cover shaping station B18 and completes flanging and assembling；
Feed station A and feed station B are symmetrically distributed on the table, described lower cover shaping station A and
Lower cover shaping station B is symmetrically distributed on the table, and flanging wheel group is located at inner foxing feed channel and lower cover cardboard feed channel
Between, cavity 114 is located at the lower section of lower cover shaping station A and lower cover shaping station B.
Described main shaft 14 is at least connected with four groups of inner foxing assembling devices 111, and workbench 11 is at least provided with two groups of flangings
Wheel group；Wherein, inner foxing assembling device 111 is main is made up of manipulator and inner foxing assembling device, inner foxing assembling device
Intersected with two lines and be divided into four parts, opened or close toward surrounding by air cylinder driven each several part, manipulator is pressed from both sides respectively when closing
Tightly
In the outer surface on each side of inner foxing；Flanging wheel group is main by fixed bending wheel group 112 and swing bending wheel group 113
Constitute, fixed bending wheel group 112 is put on the table by some roller cambers, swings 113 one-tenth V of bending wheel group
Type, is completed to swing the action shunk by cam driven drive link；Inner foxing feed channel is main by delivery wheel group and glue-spraying device structure
Into the delivery wheel of delivery wheel group is bilateral symmetry, and the nozzle of glue-spraying device sprays glue in stretching into delivery wheel group to inner foxing
Water.
Inner foxing is delivered to feed station A15 and feed station by the inner foxing feed channel 13 of workbench both sides simultaneously
B17, during conveying, to inner foxing sprayed glues, main shaft 14 drives inner foxing assembling device 111 to glue-spraying device
Inner foxing rotation is carried, its inner foxing assembling device 111 takes inner foxing and turns to lower cover shaping station from feed station A15
A16, meanwhile, another group of inner foxing assembling device 111 takes inner foxing and turns to lower cover shaping station from feed station B17
B18, during inner foxing assembling device 111 is rotated, by fixed bending wheel group 112 by inner foxing both sides to interior folding
90 degree, swing bending wheel group 113 and close up the remaining two ends of inner foxing during contraction, inner foxing assembling device
111 often rotations turn 90 degrees and just complete the sizing of two inner foxing flangings, and now, two lower cover cardboard feed channels 12 are by lower cover paper
Plate is transported to the top of cavity 114, then enters cavity 114 by inner foxing assembling device and the mechanical hand-held downward punching press of inner foxing
Sizing is completed, inner foxing assembles device 111 and closed by air cylinder driven and up resetted, another inner foxing to dallying assembles dress
111 rotations to feed station A15 and feed station B17 are put, inner foxing and lower cover molding assembly is similarly completed, so as to improve
Shaping machine set production efficiency.
Refer to shown in Fig. 6-7, lower cover and inner foxing are integrally formed between unit and die-filling unit and are separately provided with certainly
The connecting gear of dynamic rotation box body, main three parts, the rail groove such as including longitudinal conveyer belt 21, rail groove, some rollers
Side be guide plate long 22, guide plate long inner side also has the first block board 221 and the second block board 222, guide plate long 22,
First block board 221,222 arrangements of the second block board and each initiating terminal are not in contact；Rail groove opposite side is and length
Guide plate abreast sets the first guide plate 211, the second guide plate 212, the 3rd guide plate 213, and rail groove is located at longitudinal conveyer belt top
And set along the conveying direction of longitudinal conveyer belt 21, track well width simultaneously can make transmission box body transport through, roller compression transmission
Box body；Described rail groove, roller can be moved along the vertical direction of longitudinally fed tape feeding direction；Guide plate long, the first guide plate,
Second guide plate, the 3rd guide plate can be moved along the vertical direction along longitudinally fed tape feeding direction；Wherein roller includes the first rolling
The roller 232 of wheel 231 and second, the first roller 231 is located at the initiating terminal of the first block board 221, the second 232, roller
In the initiating terminal of the second block board 222；Guide plate long 22 and first guide plate 211, the second guide plate 212, the 3rd guide plate 213
Initiating terminal is set to the opening for extending out.
When transmission box body is transmitted on longitudinal conveyer belt 21 along rail groove, when being sent to the first block board 221, by
Compressed by the first roller 231 in box body side and the first block board 221 stops that its offside is due to longitudinal conveyer belt 21
Induced effect makes box body rotation and is resumed in rail groove relaying to send, when box body continues to be sent to the second block board 222, box body
Side is compressed by the second roller 232 and the second block board 222 stops that its offside rotates box body due to the induced effect of conveyer belt
Transmission, transition when being turned for the ease of box body, the guide plate 211 of guide plate long 22 and first, the second guide plate 212, the 3rd guide plate
213 initiating terminal is set to the opening for extending out.
In sum, the requirement of actual state and production kind of the present invention in production, rises to part of generating units
Level transformation, overcome facial tissue grammes per square metre it is smaller when conveying it is inconvenient, gluing quality is not good and the problems such as easy sideslip, one-step optimization of going forward side by side
Lower cover and inner foxing are integrally formed the configuration of unit station, effectively using unit space, while setting up continuous paper equipment to improve unit
Automaticity, and die-filling unit has been re-designed as mechanical linkage type structure, internal model is being improved with lower cover laminating degree
In the case of, further realize the die-filling perfect speed-raising in process ground.
Certainly, illustrated above is only better embodiment of the present invention, not limits use scope of the invention with this, therefore all
It is to make equivalent change in the principle of the invention should be included within the scope of the present invention.
Claims (10)
1. carton forming unit, is mainly integrally formed unit, die-filling unit, paper including upper lid shaping machine set, lower cover and inner foxing
Box collects and combines upper and lower covers in upper and lower covers combination unit, and facial tissue binding and moulding machine group is entered through pressing conveyer belt, facial tissue by
Conveyer is supplied, and is entered through treating selvedge mechanism from the adhesion-molded unit output of facial tissue and is collected unit,
It is characterized in that：The workbench inside of die-filling unit is set installs main transmission cam, main biography in the middle of main shaft and countershaft, main shaft
The moving cam left and right sides is respectively two or so corresponding driving cams, and main transmission cam controls pressing plate by connector, secondary
Driving cam connects countershaft by connector, and corresponding two clamping plates in left and right are installed with countershaft, and bullet is cased with the middle of countershaft
Spring, countershaft one end props up auxiliary cam, is in height on auxiliary cam end face with the transition face for gradually swelling and between transition face
The prominent face of point.
2. carton forming unit according to claim 1, it is characterised in that：Between described main transmission cam and pressing plate
Connector mainly includes being worn in the middle of the cam path being arranged in main transmission cam chamber, the connecting plate walked about along cam, connecting plate
Support bar is crossed, connecting plate one end connection locking member, the locking member other end connects push rod, and push rod bottom is dismountable pressing plate；
Connector between secondary driving cam and countershaft is mainly including being arranged on the cam path of time driving cam inner chamber, along secondary convex
The connecting rod that wheel is walked about, connecting rod end has tooth corresponding with the gear ring on countershaft；
Auxiliary cam connects synchronizing wheel, is connected with the main synchronizing wheel on main shaft by Timing Belt；
The movement track of pressing plate is controlled by the shape of cam；
The rotary motion trace of countershaft is controlled by the shape of secondary cam；
The time point of telescopic spring is controlled by the shape of auxiliary cam.
3. carton forming unit according to claim 1, it is characterised in that：The adhesion-molded unit of facial tissue includes facial tissue
Vacuum suction roller, facial tissue fold mechanism composition；
Facial tissue vacuum suction roller therein mainly includes roller platen, has some gripper mechanisms and fortune on the periphery of roller platen
Paper, the gripper mechanism is made up of tooth piece and bite-block, it is characterised in that：Some fortune papers are provided with for holding up the scraps of paper
Embossment, be equipped with some adsorption holes on each embossment, roller platen corresponds to each fortune paper side and is provided with some guide holes, adsorption hole
Embossed roller lower section is connected with guide hole, and roller platen side is provided with adsorbing mechanism, and embossment is fitted on fortune paper, and embossment position
The scraps of paper are less than in the width on fortune paper.
4. carton forming unit according to claim 3, it is characterised in that：Described adsorbing mechanism includes indent, positioning
Spring and conduit；
Indent inner hollow, retaining spring makes indent be contacted with the roller platen for rotating positioned at fixed position, and conduit connection is outside to be set
It is standby；
It is the locating slot of facial tissue positioning that the movable end of tooth piece is provided with, and bite-block mutually agrees with for gripping the scraps of paper with tooth piece；
The upper surface of bite-block relative to roller platen periphery radially retraction, when tooth piece is pressed on bite-block, the upper table of tooth piece
Face is located on the periphery of roller platen.
5. carton forming unit according to claim 1, it is characterised in that：Described conveyer mainly includes main paper
Platform, secondary paper platform, vacuum paper-absorbing system, Transmission system, it is characterised in that：Described main paper platform and secondary paper platform is oppositely arranged, respectively
It is vertically connected on lowering or hoisting gear；
Vacuum paper-absorbing system includes the sucker being connected with cylinder, and sucker is connected by connecting rod with balladeur train, and balladeur train is by a transmission
Axle is connected with rotating disk.
6. carton forming unit according to claim 5, it is characterised in that：Described main paper platform includes main paper platform support frame
With main paper platform support bar；
Secondary paper platform includes secondary paper platform support frame and secondary paper platform support bar, the setting alternate with main paper platform support bar of secondary paper platform support bar,
When main paper platform and secondary paper platform rise to same level, secondary paper platform support bar can intersect spaced, pair with main paper platform support bar
Paper platform support bar can the secondary paper platform support frame of horizontal extension turnover；
Transmission system includes two roller bearings and conveyer belt, and roller bearing is located between sucker and conveyer belt, and roller bearing top is provided with two
Big roller, big roller is fixed on roller bearing top and coordinates roller bearing to be rolled；
Conveyer belt top is provided with two trundles, and trundle is connected by slide with slide bar, and level slip is made on a moving belt.
7. carton forming unit according to claim 1, it is characterised in that：Described lower cover and inner foxing integrally forming machine
Group mainly includes workbench, inner foxing assembling device, flanging wheel group, main shaft, inner foxing feed channel and lower cover cardboard feed channel,
It is characterized in that：The workbench left and right sides is respectively equipped with inner foxing feed channel, and side is equipped with lower cover cardboard and enters before and after workbench
Material road, workbench lower section is provided with rectangular enclosure, main on workbench to be equipped with flanging wheel group and main shaft, is enclosed in main shaft drive
Bar assembling device rotation, with main shaft rotation direction be sequentially provided with feed station A and lower cover shaping station A, feed station B, under
Lid shaping station B, the inner foxing assembling device takes inner foxing and turns to lower cover shaping station A completion flangings from feed station A
And assembling, inner foxing assembling device takes inner foxing and turns to lower cover shaping station B from feed station B and complete flanging and dress
Match somebody with somebody；
Feed station A and feed station B are symmetrically distributed on the table, and described lower cover shaping station A and lower cover are molded work
Position B is symmetrically distributed on the table, and flanging wheel group is located between inner foxing feed channel and lower cover cardboard feed channel, cavity position
In lower cover shaping station A and the lower section of lower cover shaping station B.
8. carton forming unit according to claim 7, it is characterised in that：Described main shaft is at least connected with being enclosed in four groups
Bar assembles device, and workbench is at least provided with two groups of flanging wheel groups；
Inner foxing assembling device is main to be made up of manipulator and inner foxing assembling device, and inner foxing assembles device with two lines intersection point
It is four parts, opens or close toward surrounding by air cylinder driven each several part, it is each that manipulator is clamped in inner foxing respectively when closing
The outer surface on side；
Flanging wheel group is main to be made up of fixed bending wheel group and swing bending wheel group, and fixed bending wheel group is by some roller cambers
Put on the table, swing bending wheel composition V-type, completed to swing the action shunk by cam driven drive link；
Inner foxing feed channel is mainly made up of delivery wheel group and glue-spraying device, and the delivery wheel of delivery wheel group is bilateral symmetry,
The nozzle of glue-spraying device is stretched into delivery wheel group to inner foxing sprayed glues.
9. carton forming unit according to claim 1, it is characterised in that：Described lower cover and inner foxing integrally forming machine
It is separately provided with rotating automatically the connecting gear of box body between group and die-filling unit；
Main three parts such as including longitudinal conveyer belt, rail groove, some rollers, it is characterised in that the side of the rail groove is
Guide plate long, guide plate inner side long also has the first block board and the second block board, guide plate long, the first block board, the second block board time
The arrangement and each initiating terminal is not in contact；Rail groove opposite side is abreast to set the first guide plate, the second guide plate, with guide plate long
Three guide plates, rail groove is located at longitudinal conveyer belt top and is set along longitudinal direction transmission tape feeding direction, and track well width simultaneously can make biography
Box body is sent to transport through, roller compression transmission box body.
10. carton forming unit according to claim 9, it is characterised in that：Described rail groove, roller can be defeated along longitudinal direction
The vertical direction of tape feeding direction is sent to move；
Guide plate long, the first guide plate, the second guide plate, the 3rd guide plate can be moved along the vertical direction along longitudinally fed tape feeding direction
It is dynamic；
Roller includes the first roller and the second roller, and the first roller is located at the first block board initiating terminal, and the second roller is located at second
Block board initiating terminal；
Guide plate long and the first guide plate, the second guide plate, the initiating terminal of the 3rd guide plate are set to the opening for extending out.
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| CN201510318379.5A CN104890287B (en) | 2015-06-11 | 2015-06-11 | Carton forming unit |
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| CN201510318379.5A CN104890287B (en) | 2015-06-11 | 2015-06-11 | Carton forming unit |
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| CN104890287B true CN104890287B (en) | 2017-05-31 |
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| CN112440510A (en) * | 2019-08-30 | 2021-03-05 | 东莞市韦安自动化科技有限公司 | Packing box blank production equipment |
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