CN205929569U - A system of processing for carton contour machining - Google Patents

Abstract

The utility model provides a system of processing for carton contour machining, including loading attachment, loading attachment includes that blanker constructs, blanker constructs including two first blanking baffles, second blanking baffle and third blanking baffles, and two first blanking baffles, second blanking baffle and third blanking baffles enclose into the quadrangle, and two first blanking baffles set up relatively, and the lower part inboard of every blanking baffle rigid coupling respectively has but expect the pole, and quadrangle four inboard right angles are punished and do not are equipped with material guide column, blanker constructs the below and is equipped with feeding mechanism. Carton production system of processing, realize the automatic feeding and the shaping of carton production, realize the no gel production operation of carton, can fold the multiple different specification model's of processing carton, application scope is wide, production efficiency is high, has reduced manufacturing cost.

Description

A kind of system of processing for carton forming processing

Technical field

The utility model belongs to packing box processing technique field, especially relates to a kind of processing for carton forming processing System.

Background technology

Packaging paper product, is the maximum species of consumption in packaging industry product.Carton is topmost transportation and packing form, and Carton is extensively used as the marketing packing of the various products such as food, medicine, electronics.Change with means of transportation and marketing method Change, carton, the pattern of carton become more diverse, and almost each new nonstandard carton is all along with a set of automation equipment Come out.One of necessary equipment is exactly box folding machine, and the cardboard with folding line can be put into hopper by it, then holds base plate with sucker Again turning up of side is realized by lever, traditional machine lever is angled straight lines lever, and traditional pin makes side turn up Angle too small, side is still to tilt, and leads to conveying past tense can block, or cardboard is not still folded around, impact equipment fortune The stability of row, and a kind of equipment can only produce a kind of carton of size, causes the waste of resource, and the same size of shape is not With carton need multiple devices to complete to process, also increase production and processing cost, strong influence production capacity.

Content of the invention

In view of this, the utility model is directed to a kind of system of processing for carton forming processing, to realize carton The automatic charging producing and shaping, realize the no gel production operation of carton, can fold and process multiple different size models Carton, applied widely, production efficiency is high, reduces production cost.

For reaching above-mentioned purpose, the technical solution of the utility model is realized in：

A kind of system of processing for carton forming processing,

Including feeding device, described feeding device includes blanking mechanism, and described blanking mechanism includes two the first blanking gears Plate, the second blanking baffle plate and the 3rd blanking baffle plate, two the first blanking baffle plates, the second blanking baffle plate and the 3rd blanking baffle plate surround Quadrangle, and two the first blanking baffle plates are oppositely arranged, the lower inside of each blanking baffle plate has been respectively and fixedly connected with but has expected bar, four sides Four right angle inside shape are respectively equipped with guide post；

It is provided with feed mechanism, described feed mechanism includes two guide rails, each guide rail is put respectively below described blanking mechanism Below two the first blanking baffle plates, and the distance between two guide rails are less than the length of carton, between described two guide rails It is provided with two suction plates at symmetric position, each suction plate is respectively equipped with multiple feeding suckers, is provided with below two suction plates Feeding cylinder, two suction plates of feeding air cylinder driven rise or fall simultaneously；

It is provided with feeding cylinder between two suction plates, described feeding cylinder is connected with feeding push pedal, described feeding push pedal Move under the promotion of feeding cylinder.

Further, also include blanking governor motion, described blanking governor motion includes two blanking connecting plates, and two fall It is connected with two blankings being parallel to each other between material connecting plate and adjusts optical axis, each blanking regulation optical axis is respectively equipped with two and falls Material adjusting slider, two the first blanking baffle plates has been respectively and fixedly connected with adjustable plate, each blanking adjusting slider is respectively and fixedly connected to accordingly Adjustable plate on；

It is provided with the first blanking adjusting screw and second parallel with blanking regulation optical axis between two blanking regulation optical axises to fall Material adjusting screw, and the thread rotary orientation of two blanking adjusting screws is contrary, one end and second of described first blanking adjusting screw One end of blanking adjusting screw is affixed, and the other end of the other end of the first blanking adjusting screw and the second blanking adjusting screw is respectively Rotate with corresponding blanking connecting plate and connect；

Blanking is respectively equipped with the first blanking adjusting screw and the second blanking adjusting screw and adjusts screw, each blanking is adjusted Screw is affixed with corresponding adjustable plate respectively, and the end that described second blanking adjusting screw is connected with blanking connecting plate is connected with Material adjusting handle.

Further, also include guide rail governor motion, described guide rail governor motion includes the first guide rail adjusting screw and Two guide rail adjusting screws, the thread rotary orientation of the first guide rail adjusting screw and the second guide rail adjusting screw is contrary, described first guide rail Guide rail is respectively equipped with adjusting screw and the second guide rail adjusting screw and adjusts screw, below each guide rail, be respectively and fixedly connected with connection Plate, described guide rail adjusts screw and is respectively and fixedly connected on corresponding connecting plate, and the end of described second guide rail adjusting screw is connected with Guide rail adjusting handle.

Further, also include shaped device, described shaped device includes stock stop, described stock stop includes first Striker plate and two the second striker plates, described first striker plate is parallel with two the second striker plate in the vertical directions, two Two striker plates are in same plane and have spacing between the two, are provided with striker plate link below described first striker plate, and First striker plate is affixed with striker plate link, is provided with backgauge cylinder, described backgauge cylinder can be driven below two the second striker plates Dynamic two the second striker plates rise or fall simultaneously；

It is provided with material receiving, described material receiving includes two splicings between described first striker plate and the second striker plate Plate, has spacing and is in same plane between two splicing plates, the upper surface of each splicing plate is respectively equipped with multiple suckers, and two The lower section of individual splicing plate is provided with receiving cylinder, and described receiving cylinder can drive two splicing plates to rise or fall simultaneously；

The another both sides relative position of described material receiving is respectively equipped with bending mechanism, and described bending mechanism includes the company of push Fishplate bar, described push connecting plate is connected with rotary cylinder, and the output end of described rotary cylinder is connected with bending driving gear, also Including bending pressing plate and connecting rod, described bending pressing plate is rotatably connected with pushing connecting plate by connecting rod, described connecting rod On be connected with and bend the bending driven gear that driving gear engages；

It is connected with bending baffle plate near the push connecting plate side of bending driven gear, when bending pressing plate pushes, bending pressure Plate is placed in outside bending baffle plate, is provided with bending connecting plate near rotary cylinder side, is connected with curved outside described bending connecting plate Folding push cylinder, the piston rod end of described bending push cylinder passes through bending connecting plate affixed with push connecting plate；

It is provided with press mechanism, described press mechanism includes lower air cylinder, described lower air cylinder above described material receiving Piston rod is down and piston rod end is connected with lower platen.

Further, two the second striker plates in stock stop have been respectively and fixedly connected with backgauge lead, described second backgauge It is provided with backgauge guide plate, the other end of each backgauge lead is each passed through backgauge guide plate and is connected with backgauge connection below plate Frame, and backgauge lead can move up and down with respect to backgauge guide plate, described backgauge cylinder is fixed in the following table of backgauge guide plate Middle face, the piston rod of described backgauge cylinder is down and piston rod is affixed with backgauge link.

Further, in material receiving, each splicing plate lower surface has been respectively and fixedly connected with splicing lead, under described splicing plate Side is provided with splicing guide plate, and the other end of each splicing lead is each passed through splicing guide plate and is connected with splicing link, and Splicing lead can move up and down with respect to splicing guide plate, and described receiving cylinder is fixed in the middle part of splicing guide plate lower surface, The piston rod of described receiving cylinder is down and piston rod is affixed with splicing link.

Further, described press mechanism also include pushing link and multiple push lead, described lower air cylinder is solid It is connected on the upper surface pushing link, and the piston rod of lower air cylinder is down, the described link that pushes is provided with and pushes guiding Post number identical pushes fairlead, and described one end pushing lead passes through that to push fairlead affixed with lower platen.

Further, also include bend governor motion, described bending governor motion include two optical axises being parallel to each other and The bending adjusting screw that two are parallel to each other, two optical axises sequentially pass through respectively two bending mechanisms bending connecting plate and with curved Folding connecting plate is affixed, and the both sides that each pushes connecting plate have been respectively and fixedly connected with slide block, and slide block is respectively fitted on corresponding optical axis；

Two bending adjusting screw sequentially pass through respectively two bending mechanisms bending connecting plate and with bending connecting plate can Rotate and connect, the two ends of each bending adjusting screw each extend over out bending connecting plate, one end of each bending adjusting screw is divided It is not connected with sprocket wheel, between two sprocket wheels, is connected with chain, the other end of one of bending adjusting screw is connected with bending and adjusts Section handwheel.

Further, also include pusher, described pusher includes pusher cylinder, described pusher cylinder is no bar gas Cylinder, one end of described pusher cylinder sequentially passes through two splicing plates and two the second striker plates, and the spacing of two splicing plates and The spacing of two the second striker plates all can accommodate pusher cylinder, and described pusher cylinder is provided with pusher contiguous block, and described pusher is even Connect and be connected with scraping wings on block, be provided with pusher guide plate above described pusher cylinder, described scraping wings is in the driving of pusher cylinder Under on pusher guide plate activity.

Further, also include backgauge governor motion, described backgauge governor motion include two the first backgauge adjusting screws, Two the second backgauge adjusting screws, the first connecting plate and the second connecting plate, the thread rotary orientation of described first backgauge adjusting screw with The thread rotary orientation of the second backgauge adjusting screw is contrary；

One end that each first backgauge adjusts silk has been respectively and fixedly connected with backgauge regulation driven gear, and each first backgauge adjusts silk The other end of thick stick is each passed through the first connecting plate and, second backgauge regulation affixed with one end of corresponding second backgauge adjusting screw The other end of leading screw is rotatably connected on the second connecting plate, and described first backgauge adjusting screw can turn with respect to the first connecting plate Dynamic；

The bottom both sides of described first striker plate have been respectively and fixedly connected with the first backgauge and have adjusted screw, and described first backgauge adjusts silk Mother is respectively fitted on corresponding first backgauge adjusting screw, and two the second striker plate bottoms have been respectively and fixedly connected with the second backgauge and have adjusted silk Mother, described second backgauge adjusts screw and is respectively fitted on corresponding second backgauge adjusting screw；

The side adjusting the first connecting plate of driven gear near backgauge is rotatably connected to backgauge adjustment axis, and described backgauge is adjusted It is connected with nodal axisn and adjust the backgauge regulation driving gear that driven gear engages, the end of described backgauge adjustment axis one end with backgauge It is connected with backgauge adjusting handle.

With respect to prior art, a kind of system of processing for carton forming processing described in the utility model has following Advantage：

Cardboard one-time formed can be pressed into three-dimensional carton by system of processing of the present invention, and material is had by automatic charging Being pushed on shaped device of sequence, is designed with corresponding adjustment structure in blanking mechanism and feed mechanism in feeding device, is suitable for The production of different model carton, cardboard is held by the sucker on material receiving, facilitates down-pressing forming, it is to avoid paper during pushing Plate is subjected to displacement, and the position of the carton of first one-step forming is fixed by the striker plate of both sides and bending baffle plate, and rotary cylinder drives curved Crimping plate is by the side cardboard creasing of carton in carton body, it is to avoid during bending, carton is subjected to displacement, and affects yield rate, real Show no gel production operation, this device is additionally provided with multiple governor motions, the paper processing multiple different size models can have been folded Box, applied widely, production efficiency is high, reduces production cost.

Brief description

The accompanying drawing constituting a part of the present utility model is used for providing further understanding to of the present utility model, and this practicality is new The schematic description and description of type is used for explaining the utility model, does not constitute to improper restriction of the present utility model.? In accompanying drawing：

Fig. 1 is the left axle side overall structure diagram described in the utility model embodiment；

Fig. 2 is the right axle side overall structure diagram described in the utility model embodiment；

Fig. 3 is the shaped device left axle side overall structure diagram described in the utility model embodiment；

Fig. 4 is the shaped device right axle side overall structure diagram described in the utility model embodiment；

Fig. 5 is the down-pressing forming structural front view in shaped device；

Fig. 6 is the left axle side structure schematic diagram of Fig. 5；

Fig. 7 is the right axle side structure schematic diagram of Fig. 5；

Fig. 8 is the bending forming structural front view in shaped device；

Fig. 9 is the left axle side structure schematic diagram of Fig. 8；

Figure 10 is the right axle side structure schematic diagram of Fig. 8；

Figure 11 is the bending mechanism front view in shaped device；

Figure 12 is the left axle side structure schematic diagram of Figure 11；

Figure 13 is the feeding device overall structure diagram described in the utility model embodiment；

Figure 14 is the blanking mechanism schematic diagram in feeding device；

Figure 15 is the feed mechanism schematic diagram in feeding device.

Description of reference numerals：

1- press mechanism；101- lower air cylinder；102- lower platen；103- pushes link；104- pushes fairlead；105- Push lead；2- material receiving；201- splicing plate；202- sucker；203- splicing guide plate；204- splicing lead；205- Receiving cylinder；206- splicing link；3- stock stop；301- first striker plate；3001- transition bracket；302- striker plate is even Connect frame；303- second striker plate；304- backgauge lead；305- backgauge guide plate；307- backgauge link；4- backgauge adjusts machine Structure；401- second connecting plate；402- first connecting plate；403- backgauge adjusts driven gear；404- backgauge adjusts driving gear； 405- backgauge adjustment axis；406- the first backgauge adjusting screw；407- backgauge adjusting handle；408- first backgauge adjusts screw； 409- second backgauge adjusts screw；4010- the second backgauge adjusting screw；5- pusher；501- scraping wings；502- pusher guides Plate；503- pusher cylinder；504- pusher contiguous block；6- bending mechanism；601- rotary cylinder；602- bends pressing plate；603- bends Driving gear；604- bends driven gear；605- connecting rod；606- pushes connecting plate；607- bends baffle plate；608- bending pushes Cylinder；609- bends connecting plate；7- bends governor motion；701- slide block；702- bending adjusts screw；703- optical axis；704- is curved Folding adjusting screw；705- bends adjusting handle；706- sprocket wheel；707- chain；8- blanking mechanism；801- the first blanking baffle plate； 802- the second blanking baffle plate；803- the 3rd blanking baffle plate；804- but material bar；805- guide post；806- adjustable plate；9- blanking is adjusted Mechanism；901- blanking connecting plate；902- blanking adjusts optical axis；903- the first blanking adjusting screw；904- second blanking adjusts silk Thick stick；905- blanking adjusting slider；906- blanking adjusts screw；907- blanking adjusting handle；10- blanking mechanism；1001- guide rail； 1002- connecting plate；1003- suction plate；1004- feeding sucker；1005- suction guide plate；1006- feeding lead；1007- takes Material cylinder；1008- feeding link；1009- feeding guide plate；10010- feeding push pedal；10011- feeding cylinder；11- guide rail Governor motion；1101- the first guide rail adjusting screw；1102- the second guide rail adjusting screw；1103- guide rail adjusting handle；1104- Guide rail adjusts screw；12- scraping wings governor motion.

Specific embodiment

It should be noted that in the case of not conflicting, the embodiment in the utility model and the feature in embodiment can To be mutually combined.

In description of the present utility model it is to be understood that term " " center ", " longitudinal ", " horizontal ", " on ", D score, The orientation of instruction such as "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outward " or position relationship are Based on orientation shown in the drawings or position relationship, it is for only for ease of description the utility model and simplifies description, rather than instruction Or the hint device of indication or element must have specific orientation, with specific azimuth configuration and operation, be not therefore understood that It is to restriction of the present utility model.Additionally, term " first ", " second " etc. are only used for describing purpose, and it is not intended that indicating Or hint relative importance or the implicit quantity indicating indicated technical characteristic.Thus, " first ", " second " etc. are defined Feature can express or implicitly include one or more this feature.In description of the present utility model, unless separately It is described, " multiple " are meant that two or more.

In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace Dress ", " being connected ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or integratedly Connect；Can be to be mechanically connected or electrically connect；Can be to be joined directly together it is also possible to be indirectly connected to by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, on being understood by concrete condition State concrete meaning in the utility model for the term.

To describe the utility model below with reference to the accompanying drawings and in conjunction with the embodiments in detail.

As Figure 1-10 shows, a kind of system of processing for carton forming processing, including feeding device and shaped device,

Described shaped device includes stock stop 3, and described stock stop 3 includes the first striker plate 301 and two second gear Flitch 303, described first striker plate 301 is parallel with two the second striker plate 303 in the vertical directions, two the second striker plates 303 are in same plane and have spacing between the two, are provided with striker plate link 302 below described first striker plate 301, and First striker plate 301 is affixed with striker plate link 302, is provided with backgauge cylinder 306 below two the second striker plates 303, described Backgauge cylinder 306 can drive two the second striker plates 303 to rise or fall simultaneously；

It is provided with material receiving 2, described material receiving 2 includes two between described first striker plate 301 and the second striker plate 303 Individual splicing plate 201, has spacing and is in same plane between two splicing plates 201, the upper surface of each splicing plate 201 is respectively It is provided with multiple suckers 202, the lower section of two splicing plates 201 is provided with receiving cylinder 205, and described receiving cylinder 205 can drive two Splicing plate 201 rises or falls simultaneously；

The another both sides relative position of described material receiving 2 is respectively equipped with bending mechanism 6, and described bending mechanism 6 includes pushing away Send connecting plate 606, described push connecting plate 606 is connected with rotary cylinder 601, the output end of described rotary cylinder 601 is affixed Have bending driving gear 603, also include bending pressing plate 602 and connecting rod 605, described bending pressing plate 602 pass through connecting rod 605 with Push connecting plate 606 to be rotatably connected, described connecting rod 605 is connected with to bend the bending that driving gear 603 engages driven Gear 604；

It is connected with bending baffle plate 607 near push connecting plate 606 side of bending driven gear 604, under bending pressing plate 602 During pressure, bending pressing plate 602 is placed in outside bending baffle plate 607, is provided with bending connecting plate 609 near rotary cylinder 601 side, described It is connected with bending push cylinder 608, the described piston rod end bending push cylinder 608 passes through curved outside bending connecting plate 609 Folding connecting plate 609 is affixed with push connecting plate 606；

It is provided with press mechanism 1 above described material receiving 2, described press mechanism 1 includes lower air cylinder 101, described push The piston rod of cylinder 101 is down and piston rod end is connected with lower platen 102.

As in Figure 3-5, two the second striker plates 303 in stock stop 3 have been respectively and fixedly connected with backgauge lead 304, institute State and be provided with backgauge guide plate 305 below the second striker plate 303, the other end of each backgauge lead 304 is each passed through backgauge and leads It is connected with backgauge link 307 to plate 305, and backgauge lead 304 can move up and down with respect to backgauge guide plate 305, described Backgauge cylinder 306 is fixed in the middle part of the lower surface of backgauge guide plate 305, and the piston rod of described backgauge cylinder 306 is down and piston Bar is affixed with backgauge link 307.

As in Figure 3-5, in material receiving 2, each splicing plate 201 lower surface has been respectively and fixedly connected with splicing lead 204, institute State and below splicing plate 201, be provided with splicing guide plate 203, the other end of each splicing lead 204 is each passed through splicing guide plate 203 are connected with splicing link 206, and splicing lead 204 can move up and down with respect to splicing guide plate 203, described splicing Cylinder 205 is fixed in the middle part of splicing guide plate 203 lower surface, the piston rod of described receiving cylinder 205 down and piston rod with connect Material link 206 is affixed.

As in Figure 3-5, described press mechanism 1 also include pushing link 103 and multiple push lead 105, described Lower air cylinder 101 is fixed in the upper surface pushing link 103, and the piston rod of lower air cylinder 101 is down, described pushes connection Frame 103 is provided with and pushes lead 105 number identical and pushes fairlead 104, and described one end pushing lead 105 passes through Push fairlead 104 affixed with lower platen 102.

As shown in figs 6-8, also include bending governor motion 7, described bending governor motion 7 includes two light being parallel to each other Axle 703 and two bending adjusting screws 704 being parallel to each other, two optical axises 703 sequentially pass through the curved of two bending mechanisms 6 respectively Folding connecting plate 609 and affixed with bending connecting plate 609, the both sides that each pushes connecting plate 606 have been respectively and fixedly connected with slide block 701, sliding Block 701 is respectively fitted on corresponding optical axis 703；

Two bending adjusting screws 704 are sequentially passed through the bending connecting plate 609 of two bending mechanisms 6 respectively and are connected with bending Fishplate bar 609 is rotatably connected, and the two ends of each bending adjusting screw 704 each extend over out bending connecting plate 609, and each bending is adjusted One end of section leading screw 704 has been respectively and fixedly connected with sprocket wheel 706, is connected with chain 707 between two sprocket wheels 706, and one of bending is adjusted The other end of section leading screw 704 is connected with bending adjusting handle 705.

As in Figure 3-5, also include pusher 5, described pusher 5 includes pusher cylinder 503, described pusher cylinder 503 is Rodless cylinder, and one end of described pusher cylinder 503 sequentially passes through two splicing plates 201 and two the second striker plates 303, And the spacing of the spacing of two splicing plates 201 and two the second striker plates 303 all can accommodate pusher cylinder 503, described pusher gas Cylinder 503 is provided with pusher contiguous block 504, described pusher contiguous block 504 is connected with scraping wings 501, on described pusher cylinder 503 Side is provided with pusher guide plate 502, the activity on pusher guide plate 502 under the driving of pusher cylinder 503 of described scraping wings 501.

As in Figure 3-5, also include backgauge governor motion 4, described backgauge governor motion 4 includes two the first backgauges and adjusts 406, two the second backgauge adjusting screws 4010 of leading screw, the first connecting plate 402 and the second connecting plate 401, described first backgauge is adjusted The thread rotary orientation of section leading screw 406 is contrary with the thread rotary orientation of the second backgauge adjusting screw 4010；

One end of each the first backgauge adjusting screw 406 has been respectively and fixedly connected with backgauge and has adjusted driven gear 403, each first gear The other end of material adjusting screw 406 is each passed through the first connecting plate 402 and with corresponding second backgauge adjusting screw 4010 one End is affixed, and the other end of the second backgauge adjusting screw 4010 is rotatably connected on the second connecting plate 401, and described first backgauge is adjusted Leading screw 406 is rotatable with respect to the first connecting plate 402；

The bottom both sides of described first striker plate 301 have been respectively and fixedly connected with the first backgauge and have adjusted screw 408, described first backgauge Adjust screw 408 to be respectively fitted on corresponding first backgauge adjusting screw 406, two the second striker plate 303 bottoms are respectively and fixedly connected with The second backgauge is had to adjust screw 409, described second backgauge adjusts screw 409 and is respectively fitted over corresponding second backgauge adjusting screw On 4010；

The side adjusting the first connecting plate 402 of driven gear 403 near backgauge is rotatably connected to backgauge adjustment axis 405, It is connected with described backgauge adjustment axis 405 and adjust, with backgauge, the backgauge regulation driving gear 404 that driven gear 403 engages, described The end of backgauge adjustment axis 405 one end is connected with backgauge adjusting handle 407.

As shown in figure 4, the upper end both sides of described first striker plate 301 have been respectively and fixedly connected with transition bracket 3001, transition bracket 3001 directions being directed away from material receiving 2 oliquely downward bend an angle.

As illustrated in figs. 13-14, described feeding device includes blanking mechanism 8, and described blanking mechanism 8 includes two the first blankings Baffle plate 801, the second blanking baffle plate 802 and the 3rd blanking baffle plate 803, two the first blanking baffle plates 801, the second blanking baffle plates 802 Surround quadrangle with the 3rd blanking baffle plate 803, and two the first blanking baffle plates 801 are oppositely arranged, the bottom of each blanking baffle plate Inner side has been respectively and fixedly connected with but has expected bar 804, and four inside quadrangle right angle is respectively equipped with guide post 805；

As shown in figure 15, it is provided with feed mechanism 10 below described blanking mechanism 8, described feed mechanism 10 includes two guide rails 1001, each guide rail 1001 is respectively placed in below two the first blanking baffle plates 801, and the distance between two guide rails 1001 are less than The length of carton, is provided with two suction plates 1003 at the symmetric position between described two guide rails 1001, each suction plate 1003 On be respectively equipped with multiple feeding suckers 1004, be provided with feeding cylinder 1007 below two suction plates 1003, feeding cylinder 1007 drives Dynamic two suction plates 1003 rise or fall simultaneously, and down, and piston rod end is connected with and send the piston rod of feeding cylinder 1007 Material link 1008, is connected with feeding lead 1006, feeding lead 1006 at feeding link 1008 two ends symmetric position The other end to be each passed through suction guide plate 1005 affixed with corresponding suction plate 1003；

It is provided with feeding cylinder 10011 between two suction plates 1003, described feeding cylinder 10011 is connected with feeding push pedal 10010, it is provided with feeding guide plate 1009 above feeding cylinder 10011, described feeding push pedal 10010 is in feeding cylinder 10011 Promote lower edge feeding guide plate 1009 that the raw material of carton is pushed on shaped device, the position root of described feeding cylinder 10011 Size according to carton can carry out the regulation of front and back position by scraping wings governor motion 12, and its governor motion passes through adjusting handle, Handwheel is connected with leading screw, drives the screw on leading screw to move back and forth, and screw drives feeding cylinder 10011 mobile and then can be according to paper The position of the size adjustment feeding cylinder 10011 of box size.

As shown in figure 14, also include blanking governor motion 9, described blanking governor motion 9 includes two blanking connecting plates 901, it is connected with two blankings being parallel to each other between two blanking connecting plates 901 and adjusts optical axis 902, each blanking adjusts optical axis It is respectively equipped with two blanking adjusting sliders 905 on 902, two the first blanking baffle plates 801 have been respectively and fixedly connected with adjustable plate 806, often Individual blanking adjusting slider 905 is respectively and fixedly connected on corresponding adjustable plate 806；

Two blankings adjust to be provided between optical axis 902 and adjust the first parallel blanking adjusting screw 903 of optical axis 902 with blanking With the second blanking adjusting screw 904, and the thread rotary orientation of two blanking adjusting screws is contrary, described first blanking adjusting screw 903 one end is affixed with one end of the second blanking adjusting screw 904, and the other end and second of the first blanking adjusting screw 903 falls The other end of material adjusting screw 904 is rotated with corresponding blanking connecting plate 901 respectively and connects；

Blanking is respectively equipped with the first blanking adjusting screw 903 and the second blanking adjusting screw 904 and adjusts screw 906, often Individual blanking regulation screw 906 is affixed with corresponding adjustable plate 806 respectively, and described second blanking adjusting screw 904 is connected with blanking The end that plate 901 connects is connected with blanking adjusting handle 907.

As shown in figure 15, also include guide rail governor motion 11, described guide rail governor motion 11 includes the first guide rail and adjusts silk Thick stick 1101 and the second guide rail adjusting screw 1102, the screw thread of the first guide rail adjusting screw 1101 and the second guide rail adjusting screw 1102 Oppositely oriented, described first guide rail adjusting screw 1101 and the second guide rail adjusting screw 1102 are respectively equipped with guide rail and adjust screw 1104, it has been respectively and fixedly connected with connecting plate 1002 below each guide rail 1001, described guide rail adjusts screw 1104 and is respectively and fixedly connected to accordingly Connecting plate 1002 on, the end of described second guide rail adjusting screw 1102 is connected with guide rail adjusting handle 1103.

The course of work of the present embodiment：This equipment work when, blanking mechanism 8 is placed with carton stock, carton stock by Blanking baffle plate and guide post 805 limit its position, and on load material bar 804, feeding cylinder 1007 drives to be inhaled a dozen carton stock load Flitch 1003 rises, and feeding sucker 1004 holds a carton stock, and feeding cylinder 1007 drives suction plate 1003 to decline, feeding Sucker 1004 unclamps and carton stock is placed on guide rail 1001, and feeding cylinder 10011 drives feeding push pedal 10010 that carton is former On the splicing plate 201 of material receiving 2 that material is pushed to shaped device；

The second striker plate 303 in shaped device rises and the first backgauge 301 plate is in sustained height, receiving cylinder 205 Piston rod retract, splicing plate 201 rises to and the first striker plate 301 sustained height, and cardboard is fed mechanism to be delivered to splicing and put down On the splicing plate 201 of platform 2, sucker 202 holds cardboard, and the piston rod of receiving cylinder 205 stretches out, and splicing plate 201 declines, with present Pressing plate 102 together descends general who has surrendered's carton to depress to preliminary configuration in company with splicing plate 201, and then lower platen 102 rises, material receiving 2 The bending mechanism 6 of both sides moves forward under the driving of bending push cylinder 608, and rotary cylinder 601 rotates to an angle and drives bending Pressing plate 602 pushes and the side of carton bends inwards, carton forming completion of processing, and the second striker plate 303 is in backgauge cylinder 306 Drive and decline, pusher cylinder 503 driving scraping wings 501 moves forward and shifts the carton processing onto finished product area, and this device is additionally provided with Backgauge governor motion 4 and bending governor motion 7, backgauge governor motion 4 can be adjusted according to the width of carton, bends regulation machine Structure 7 can be adjusted according to the length of carton, and the distance between first blanking baffle plate and the distance between two guide rails also can roots Size according to carton is adjusted accordingly, and this device is applied widely.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all this Within the spirit of utility model and principle, any modification, equivalent substitution and improvement made etc., should be included in the utility model Protection domain within.

Claims (10)

1. a kind of system of processing for carton forming processing it is characterised in that：

Including feeding device, described feeding device includes blanking mechanism (8), and described blanking mechanism (8) includes two the first blankings Baffle plate (801), the second blanking baffle plate (802) and the 3rd blanking baffle plate (803), two the first blanking baffle plates (801), the second blankings Baffle plate (802) and the 3rd blanking baffle plate (803) surround quadrangle, and two the first blanking baffle plates (801) are oppositely arranged, and each falls The lower inside of material baffle plate has been respectively and fixedly connected with but has expected bar (804), and four inside quadrangle right angle is respectively equipped with guide post (805)；

It is provided with feed mechanism (10), described feed mechanism (10) includes two guide rails (1001), often below described blanking mechanism (8) Individual guide rail (1001) is respectively placed in below two the first blanking baffle plates (801), and the distance between two guide rails (1001) are less than The length of carton, is provided with two suction plates (1003), each suction plate at the symmetric position between described two guide rails (1001) (1003) it is respectively equipped with multiple feeding suckers (1004) on, be provided with feeding cylinder (1007) below two suction plates (1003), take Material cylinder (1007) drives two suction plates (1003) to rise or fall simultaneously；

It is provided with feeding cylinder (10011) between two suction plates (1003), described feeding cylinder (10011) is connected with feeding and pushes away Plate (10010), described feeding push pedal (10010) is moved under the promotion of feeding cylinder (10011).

2. a kind of system of processing for carton forming processing according to claim 1 it is characterised in that：Also include blanking Governor motion (9), described blanking governor motion (9) includes two blanking connecting plates (901), two blanking connecting plates (901) it Between be connected with two blankings being parallel to each other and adjust optical axis (902), each blanking adjusts and is respectively equipped with two on optical axis (902) and falls Material adjusting slider (905), two the first blanking baffle plates (801) has been respectively and fixedly connected with adjustable plate (806), each blanking adjusting slider (905) it is respectively and fixedly connected on corresponding adjustable plate (806)；

Two blankings adjust to be provided between optical axis (902) and adjust the first parallel blanking adjusting screw of optical axis (902) with blanking (903) and the second blanking adjusting screw (904), and the thread rotary orientation of two blanking adjusting screws is contrary, described first blanking is adjusted Section leading screw (903) one end affixed with one end of the second blanking adjusting screw (904), the first blanking adjusting screw (903) another The other end of one end and the second blanking adjusting screw (904) is rotated with corresponding blanking connecting plate (901) respectively and connects；

Blanking is respectively equipped with the first blanking adjusting screw (903) and the second blanking adjusting screw (904) and adjusts screw (906), Each blanking adjust screw (906) affixed with corresponding adjustable plate (806) respectively, described second blanking adjusting screw (904) with The end that blanking connecting plate (901) connects is connected with blanking adjusting handle (907).

3. a kind of system of processing for carton forming processing according to claim 1 it is characterised in that：Also include guide rail Governor motion (11), described guide rail governor motion (11) includes the first guide rail adjusting screw (1101) and the second guide rail adjusting screw (1102), the thread rotary orientation of the first guide rail adjusting screw (1101) and the second guide rail adjusting screw (1102) is contrary, and described first Guide rail is respectively equipped with guide rail adjusting screw (1101) and the second guide rail adjusting screw (1102) and adjusts screw (1104), each is led It has been respectively and fixedly connected with connecting plate (1002), described guide rail adjusts screw (1104) and is respectively and fixedly connected to connect accordingly below rail (1001) On plate (1002), the end of described second guide rail adjusting screw (1102) is connected with guide rail adjusting handle (1103).

4. a kind of system of processing for carton forming processing according to claim 1 it is characterised in that：Also include being molded Device, described shaped device includes stock stop (3), and described stock stop (3) includes the first striker plate (301) and two second Striker plate (303), described first striker plate (301) is parallel with two the second striker plate (303) in the vertical directions, two second Striker plate (303) is in same plane and has spacing between the two, is provided with striker plate even below described first striker plate (301) Connect frame (302), and the first striker plate (301) is affixed with striker plate link (302), set below two the second striker plates (303) There is backgauge cylinder (306), described backgauge cylinder (306) can drive two the second striker plates (303) to rise or fall simultaneously；

It is provided with material receiving (2), described material receiving (2) bag between described first striker plate (301) and the second striker plate (303) Include two splicing plates (201), have spacing between two splicing plates (201) and be in same plane, each splicing plate (201) Upper surface is respectively equipped with multiple suckers (202), and the lower section of two splicing plates (201) is provided with receiving cylinder (205), described splicing gas Cylinder (205) can drive two splicing plates (201) to rise or fall simultaneously；

The another both sides relative position of described material receiving (2) is respectively equipped with bending mechanism (6), and described bending mechanism (6) includes Push connecting plate (606), described push connecting plate (606) is connected with rotary cylinder (601), described rotary cylinder (601) Output end is connected with bending driving gear (603), also includes bending pressing plate (602) and connecting rod (605), described bending pressing plate (602) pass through connecting rod (605) to be rotatably connected with pushing connecting plate (606), described connecting rod (605) is connected with and bends The bending driven gear (604) that driving gear (603) engages；

It is connected with bending baffle plate (607) near push connecting plate (606) side of bending driven gear (604), bend pressing plate (602), when pushing, bending pressing plate (602) is placed in outside bending baffle plate (607), is provided with bending near rotary cylinder (601) side Connecting plate (609), is connected with bending push cylinder (608), described bending push cylinder outside described bending connecting plate (609) (608) piston rod end passes through bending connecting plate (609) affixed with push connecting plate (606)；

It is provided with press mechanism (1), described press mechanism (1) includes lower air cylinder (101), described above described material receiving (2) The piston rod of lower air cylinder (101) is down and piston rod end is connected with lower platen (102).

5. a kind of system of processing for carton forming processing according to claim 4 it is characterised in that：Stock stop (3) two the second striker plates (303) in have been respectively and fixedly connected with backgauge lead (304), set below described second striker plate (303) There is backgauge guide plate (305), the other end of each backgauge lead (304) is each passed through backgauge guide plate (305) and is connected with gear Expect link (307), and backgauge lead (304) can move up and down with respect to backgauge guide plate (305), described backgauge cylinder (306) it is fixed in the middle part of the lower surface of backgauge guide plate (305), the piston rod of described backgauge cylinder (306) is down and piston rod Affixed with backgauge link (307).

6. a kind of system of processing for carton forming processing according to claim 4 it is characterised in that：Material receiving (2) in, each splicing plate (201) lower surface has been respectively and fixedly connected with splicing lead (204), is provided with and connects below described splicing plate (201) Material guide plate (203), the other end of each splicing lead (204) is each passed through splicing guide plate (203) and is connected with splicing even Connect frame (206), and splicing lead (204) can move up and down with respect to splicing guide plate (203), described receiving cylinder (205) It is fixed in the middle part of splicing guide plate (203) lower surface, the piston rod of described receiving cylinder (205) is down and piston rod is connected with splicing Connect frame (206) affixed.

7. a kind of system of processing for carton forming processing according to claim 4 it is characterised in that：Described lower press Structure (1) also include pushing link (103) and multiple push lead (105), described lower air cylinder (101) is fixed in the company of pushing Connect the upper surface of frame (103), and the piston rod of lower air cylinder (101) is down, the described link (103) that pushes is provided with and pushes Lead (105) number identical pushes fairlead (104), and described one end pushing lead (105) passes through and pushes fairlead (104) affixed with lower platen (102).

8. a kind of system of processing for carton forming processing according to claim 4 it is characterised in that：Also include bending Governor motion (7), it is curved that described bending governor motion (7) includes that two optical axises being parallel to each other (703) and two are parallel to each other Folding adjusting screw (704), two optical axises (703) sequentially pass through respectively two bending mechanisms (6) bending connecting plate (609) and with Bending connecting plate (609) is affixed, and the both sides that each pushes connecting plate (606) have been respectively and fixedly connected with slide block (701), slide block (701) point It is not enclosed within corresponding optical axis (703)；

Two bending adjusting screw (704) sequentially pass through respectively two bending mechanisms (6) bending connecting plate (609) and with bending Connecting plate (609) is rotatably connected, and the two ends of each bending adjusting screw (704) each extend over out bending connecting plate (609), often One end of individual bending adjusting screw (704) has been respectively and fixedly connected with sprocket wheel (706), is connected with chain between two sprocket wheels (706) (707), the other end of one of bending adjusting screw (704) is connected with bending adjusting handle (705).

9. a kind of system of processing for carton forming processing according to claim 4 it is characterised in that：Also include pusher Mechanism (5), described pusher (5) includes pusher cylinder (503), and described pusher cylinder (503) is Rodless cylinder, described pusher One end of cylinder (503) sequentially passes through two splicing plates (201) and two the second striker plates (303), and two splicing plates (201) Spacing and the spacing of two the second striker plates (303) all can accommodate pusher cylinder (503), described pusher cylinder (503) sets There is pusher contiguous block (504), described pusher contiguous block (504) is connected with scraping wings (501), on described pusher cylinder (503) Side is provided with pusher guide plate (502), and described scraping wings (501) is under the driving of pusher cylinder (503) in pusher guide plate (502) Upper activity.

10. a kind of system of processing for carton forming processing according to claim 4 it is characterised in that：Also include keeping off Material governor motion (4), described backgauge governor motion (4) includes two the first backgauge adjusting screws (406), two the second backgauges are adjusted Section leading screw (4010), the first connecting plate (402) and the second connecting plate (401), the screw thread of described first backgauge adjusting screw (406) Rotation direction is contrary with the thread rotary orientation of the second backgauge adjusting screw (4010)；

One end of each the first backgauge adjusting screw (406) has been respectively and fixedly connected with backgauge and has adjusted driven gear (403), each first gear Material adjusting screw (406) the other end be each passed through the first connecting plate (402) and with corresponding second backgauge adjusting screw (4010) one end is affixed, and the other end of the second backgauge adjusting screw (4010) is rotatably connected on the second connecting plate (401), institute State the first backgauge adjusting screw (406) rotatable with respect to the first connecting plate (402)；

The bottom both sides of described first striker plate (301) have been respectively and fixedly connected with the first backgauge and have adjusted screw (408), described first backgauge Adjust screw (408) to be respectively fitted on corresponding first backgauge adjusting screw (406), part under two the second striker plates (303) It is not connected with the second backgauge and adjusts screw (409), described second backgauge adjusts screw (409) and is respectively fitted over corresponding second backgauge On adjusting screw (4010)；

The side adjusting first connecting plate (402) of driven gear (403) near backgauge is rotatably connected to backgauge adjustment axis (405), described backgauge adjustment axis (405) are connected with and adjust, with backgauge, the backgauge regulation driving tooth that driven gear (403) engages Wheel (404), the end of described backgauge adjustment axis (405) one end is connected with backgauge adjusting handle (407).