CN203651055U

CN203651055U - Paper box forming machine

Info

Publication number: CN203651055U
Application number: CN201320750236.8U
Authority: CN
Inventors: 史旭临
Original assignee: SHANGHAI TANGCAI INDUSTRIAL Co Ltd
Current assignee: Shanghai Flycolor Graphic Co., Ltd.
Priority date: 2013-11-04
Filing date: 2013-11-25
Publication date: 2014-06-18
Anticipated expiration: 2023-11-25

Abstract

The utility model relates to a paper box forming machine. The paper box forming machine is characterized by being composed of an upper box cover forming device, a lower box cover forming device, an inner surrounding bar forming device, a lower box cover and inner surrounding bar combination mechanism, a whole forming device, a notching device and a conveying device; an outlet of the upper box cover forming device is connected to a first inlet of the whole forming device, the outlet end of the lower box cover forming device and the outlet end of the inner surrounding bar forming device are jointly connected to a second inlet of the whole forming device through the lower box cover and inner surrounding bar combination mechanism, a third inlet of the whole forming device is connected with an outlet of the facial tissue conveying device, and an outlet of the whole forming device is connected with the notching device through the conveying device. The paper box forming machine has the greatest advantages that current manual operation is converted into mechanical operation, production efficiency is greatly improved, product quality can be improved, product stability is guaranteed, and production cost is lowered.

Description

A kind of carton forming machine

[technical field]

The utility model relates to carton forming technical field, specifically a kind of carton forming machine.

[background technology]

In packages printing industry, the application of sticking with paste box machine is last procedure of packing box processing, be by printing, the folding cardboard moulding of shape by die-cutting glue the groove group of eking out a living.But have at present, kind of box is domestic can only be completed by hand, is with two pieces of paper paper although have similar devices, upper and lower facial tissue abroad, so upper and lower facial tissue easily has aberration, does not meet domestic production needs.

Be a kind of box of the full open end of turning on one's side, by upper bottom, lower bottom cover, inner foxing, facial tissue four part module compositions, and adhesion-molded by a kind of specific method.This box is mainly used in some at present than in the middle of the tobacco package of higher-end, as two of China layers 20 dress cigarette cases, villa garden, Yuxi, Anhui red seal etc.The inner foxing of this box, central, is respectively upper lower bottom cover up and down, more outside whole paste facial tissue, then facial tissue side is cut open, to open box, because the facial tissue of this box has pasted with same paper, so no color differnece is unified in appearance printing.

[summary of the invention]

The purpose of this utility model is to overcome the defect that prior art exists, and a kind of paper box shaping device of new structure is provided.

For achieving the above object, design a kind of carton forming machine, it is characterized in that described carton forming machine is by upper box cover shaped device, lower casing shaped device, inner foxing shaped device, lower casing and inner foxing combined mechanism, integral forming device, groove-cutting device and conveying device form, described upper box cover shaped device outlet is connected to the first import by described integral forming device, the described lower casing shaped device port of export and the inner foxing shaped device port of export are connected to the second import of integral forming device jointly by lower casing and inner foxing combined mechanism, the triple feed inlet joint face paper conveyer outlet of described integral forming device, the outlet of described integral forming device connects groove-cutting device by conveying device.

A. described lid shaped device forms lid moulding by upper box cover shaped device and the split of lower casing shaped device, described upper box cover shaped device is connected to edge fold forming machine structure by paper advance mechanism by conveying mechanism, and described edge fold forming machine structure is connected to next production line by grasping mechanism; Described lower casing shaped device is made up of paper advance mechanism, conveying rubber-coated mechanism, grasping mechanism and edge fold forming machine structure, the described paper advance mechanism port of export is connected to carries rubber-coated mechanism entrance point, the described conveying rubber-coated mechanism port of export is connected to edge fold forming machine structure the first entrance point by grasping mechanism, described edge fold forming machine structure the second entrance point is connected the outlet of inner foxing shaped device with inner foxing combined mechanism by lower casing, the described edge fold forming machine structure port of export is connected to next production line by lower casing and inner foxing combined mechanism again.

Described up/down lid paper advance mechanism comprises frame, described frame upper surface end is provided with storage mechanism of paper, the port of export of described storage mechanism of paper connects the arrival end of guiding mechanism, the port of export of described guiding mechanism is connected with the arrival end of transmission mechanism, and described transmission mechanism is provided with paper-pressing mechanism along the both sides of transmission direction;

Described up/down lid grasping mechanism is assembled by suction nozzle, cylinder, main axle cushion block, belt briquetting, sliding way, slide plate, slideway, timing belt pulley, synchronous belt, internal diameter adjustable bearing split bearing, hind axle cushion block, slideway base forms, on described slideway base, two ends, left and right are respectively equipped with two parallel roll shafts, described roll shaft two ends are fixed on the relative main axle cushion block in aperture by internal diameter adjustable bearing split bearing respectively, described main axle cushion block is and is slidably fixed on slideway base upper surface by slideway, be left and right parallel sliding, between the roll shaft of described two ends, connect synchronous belt by timing belt pulley, left and right sides slideway between the roll shaft of described two ends is fixedly connected with cylinder by slide plate, described suction nozzle assembling is fixed on by the side of cylinder,

Described lower casing carries rubber-coated mechanism to be made up of frame, power set, air intake device, glue spreading apparatus, belt and pressing roll mechanism, described frame upper surface is equipped with belt, the end of described belt is provided with pressing roll mechanism, described pressing roll mechanism is by power set control connection, and described belt is along other glue spreading apparatus and the air intake device of being provided with of side of carriage direction;

Described upper box cover conveying mechanism is made up of single-bearing sprocket wheel, left and right chain block, wheel shaft, bearing, chain, the interior annular two ends of described chain are fixed with respectively single-bearing sprocket wheel, described one end single-bearing sprocket wheel central authorities are provided with wheel shaft, described wheel shaft two ends are fixed by bearing, and described chain is fixed with left and right chain block by the both sides of other end single-bearing sprocket wheel;

Described upper box cover edge fold forming machine structure is made up of upper cover forming bottom plate, two bar cylinder, upper cover moulded head, upper cover forming blocks, slide, described upper cover forming bottom plate upper surface is cubic array and is placed with by two bar cylinders and upper cover moulded head and forms flanging moulding section centered by upper cover forming blocks, described upper cover moulded head is between upper cover forming blocks and two bar cylinder, and described upper cover forming bottom plate lower surface is provided with some slides;

Described lower casing edge fold forming machine structure is jumped core, die cavity base plate, mould pin, die bottom plate and sliding way by swaging die, cavity block, die cavity and is formed, the lower surface of described die bottom plate is provided with some sliding ways, the upper surface of described die bottom plate is by the fixing die cavity base plate of mould pin, described die cavity plate upper surface seamless link swaging die, the upper face center of described swaging die is provided with die cavity and jumps core, and the surrounding that described die cavity is jumped core is distributed with some cavity block.

Described lower casing edge fold forming machine structure is jumped core, die cavity base plate, mould pin, die bottom plate and pressure head component by swaging die, cavity block, die cavity and is formed, the upper surface of described die bottom plate is by the fixing die cavity base plate of mould pin, swaging die is fixed in the seamless link of described die cavity plate upper surface, the upper face center of described swaging die supports fixing die cavity by four spring columns and jumps core, the cavity block that described four spring columns are arranged in array by surrounding is surrounded, and the lateral wall of described cavity block is by the corresponding pressure head component that connects of spring;

Described lower casing forms base with inner foxing combined mechanism by two parallel stroke base plates of setting up in front and back, main axle by the regulating shaft cushion block on two stroke base plates and bearing crossbearer in the left end of described base, regulate wheel shaft by the regulating shaft cushion block on two stroke base plates and bearing crossbearer in the left end of described base, main axle is parallel with adjusting wheel shaft left and right, main axle is wound around left and right to synchronous belt with regulating wheel shaft by timing belt pulley is installed, described stroke plate upper surface is respectively equipped with left and right to slideway, the slide block crossbearer that base of the carrier head and chuck base plate pass through chute board and chute board lower surface is respectively in front and back slideway, and by cylinder control connection.

B. described inner foxing shaped device is made up of paper advance mechanism, conveying and fold mechanism, switching mechanism and shaping mechanism, the outlet of described paper advance mechanism connects carries and fold mechanism import, described conveying and fold mechanism outlet connect upset import, and the outlet of described switching mechanism connects inner foxing shaping mechanism;

Described conveying and fold mechanism comprise frame, the right-hand member end of described frame is provided with mount pad, in described mount pad, be provided with paper-pressing mechanism, under described paper-pressing mechanism, be provided with successively upper belt and plastic roll mechanism across two ends, left and right, paper-pressing mechanism is fixed on the gap of paper-pressing mechanism and upper belt by inner foxing and is transferred to upper belt and gluing is carried out in the gap of plastic roll mechanism, described plastic roll mechanism is vertically uniformly-spaced provided with some the first roll shafts from right to left successively along a side of carriage direction, described some roll shafts and plastic roll mechanism junction is from right to left respectively equipped with 30 ° of platens, 45 ° of platens and 0 ° of platen, the outer end of described some roll shafts is provided with respectively the first support, the left side of described some the first supports is respectively equipped with the second support, the bottom of described some the second supports is fixed on the second roll shaft across two ends, left and right jointly, realize the interlock with some the first roll shafts, described the second roll shaft is by lower belt control connection, the upper surface of described upper belt is provided with installing plate, the top of described installing plate is provided with upper pressure wheel,

The belt fixed head of described switching mechanism is vertically set up, on described belt fixed head left side, a fixed strip vertical with plate face respectively by equidistantly vertical some pulleys, formation the first assembly pulley of being fixed with of wheel shaft; In the middle part of described belt fixed head, with fixed strip same level height, from left to right successively by turning to pitman to be fixed with concora crush dish, 45 degree platens and 30 degree platens, under described belt fixed head middle part, platen, be provided with successively from left to right some steering knuckles; Described belt fixed head right side is by being fixed with the second assembly pulley being made up of head pulley and some identical minor pulleys perpendicular to the wheel shaft of plate face, be wound around successively some pulleys inside the first assembly pulley, concora crush dish, 45 degree platens, the some pulleys of 30 degree platens and the second assembly pulley top by belt and form upper belt, be wound around successively some pulleys outside the first assembly pulley, concora crush dish, 45 degree platens, 30 degree platens, the some pulleys of steering knuckle and the second assembly pulley bottom by belt and form lower belt, the wheel shaft of described pulley is by motor cabinet control connection;

Described shaping mechanism comprises panel, described panel upper surface is provided with inner foxing module, the right side of described inner foxing module is provided with presses right flank phase piece, the left side of described inner foxing module is provided with presses left surface phase piece, the rear end of described inner foxing module is provided with moulded head, described moulded head is by first pair of bar cylinder control connection, described pressure right flank phase piece, pressure left surface phase piece, respectively by second, third pair of bar cylinder control connection, are also fixed with gear paper piece between the rear end of described inner foxing module and moulded head.

C. described integral forming device is by forming moving assembly, the second mould assembling, upper cover moving assembly, pressure case assembly, conveyer belt assembling, the first mould assembling and frame, described frame is provided with the first mould assembling and the assembling of the second mould, first end and the moving assembly of described the second mould assembling, the second end of described the second mould assembling is connected with the outlet of upper cover moving assembly, directly over described the second mould assembling, be provided with pressure case assembly, assemble by conveyer belt assembly and connection to described the first mould the 3rd end of described the second mould assembling;

The base of moving assembly is to be made up of to the parallel base plate of setting up left and right, two of front and back, the two ends, left and right of described base are respectively equipped with roll shaft vertical with base plate and that be parallel to each other, the rear and front end of right side roll shaft by the parallel and relative bearing gasket of bottom end and in the internal diameter adjustable bearing split bearing established be connected and fixed on base plate, the front end of the roll shaft in left side is fixed on plane by bearing block, the rear end of the roll shaft in left side is connected and fixed on the motor base of plane by motor joint, between the parallel roll shaft in described two ends, be wound around synchronous belt by timing belt pulley, the upper surface of described base plate is also provided with sliding way, described base plate central authorities are also provided with the rear push pedal parallel with base plate, slided simultaneously and be fixed on two foundation plates by the slideway connecting plate vertical with base plate in the end, one end of described rear push pedal, described chassis left side is also provided with two guide rails that overlap with the left extended line of two foundation plates respectively, described guide rail is spread out and stretches left by pull head or long draw head,

Described upper cover moving assembly is assembled by suction nozzle, cylinder, main axle cushion block, belt briquetting, sliding way, slide plate, slideway, timing belt pulley, synchronous belt, internal diameter adjustable bearing split bearing, hind axle cushion block, slideway base forms, on described slideway base, two ends, left and right are respectively equipped with two parallel roll shafts, described roll shaft two ends are fixed on the relative main axle cushion block in aperture by internal diameter adjustable bearing split bearing respectively, described main axle cushion block is and is slidably fixed on slideway base upper surface by slideway, be left and right parallel sliding, between the roll shaft of described two ends, connect synchronous belt by timing belt pulley, left and right sides slideway between the roll shaft of described two ends is fixedly connected with cylinder by slide plate,

The second described mould assembling comprises second base plate, and the central authorities of described second base plate are provided with a square through hole, is respectively equipped with the long pulley of one group of previous-next direction, the assembling of short pulley in the adjacent interior sidewall surface of described square through hole;

Described pressure case assembly comprises cross bar base, the upper surface of described cross bar base is vertically provided with cylinder, the driving head of described cylinder is by moving up and down a connection cross bar end, described cross bar central authorities are connected with the support column top of vertically setting up by vertical rod pin, and be fixed on cross bar by the described support column of vertically setting up, described cross bar head end is provided with bearing, described bearing two ends are and are rotationally connected by cross bar head pin and cross bar supporting seat top, the bottom of described supporting seat is by falling the conduit of setting up along screw rod and nut vertical connecting, the first half lateral wall of described conduit is provided with slideway, the Lower Half lateral wall of described conduit is provided with slideway base, on described slideway base and conduit joint face, be also provided with sliding way, the rear end face of described slideway base and support column are fixed by middle whippletree,

The conveyer belt supporting seat of conveyer belt assembling is to connect two I-shape constructions that relative conveyer belt bearing holder (housing, cover) cushion block forms by rollers of conveyer belt main shaft two ends by internal diameter adjustable bearing split bearing, described two groups of parallel setting up of I-shaped conveyer belt supporting seat, and be wound around long conveying belt by synchronous pulley between between two groups of parallel rollers of conveyer belt main shafts, form conveyer belt assembling;

The first described mould assembling comprises roller fixed head, fixed head above the upper/lower die contiguous block support and connection that described roller fixed head upper surface is vertically set up by the left and right sides, the described central authorities of fixed head are above provided with square through hole, with on the madial wall of the square through hole of described upper/lower die contiguous block homonymy, be respectively equipped with two groups of symmetrical previous-next direction pulleys assemblings, on described roller fixed head, two groups of previous-next direction pulleys assembling central authorities are also provided with little air cylinder pressure plate, described little air cylinder pressure plate is by cylinder block and spring pressure head control connection.

D. described groove-cutting device comprises frame, described frame is provided with guider, in described guider, be provided with and push away pack assembly, the described front end that pushes away pack assembly is equipped with carton, the described front end that pushes away pack assembly is provided with cutter, described cutter is by cylinder assembly control connection, and moves back and forth in guider;

The described pack assembly that pushes away comprises singly cutting and pushes away pack assembly and two pack assemblies that push away, the described guide rail inside that pushes away pack assembly and be positioned at guider of singly cutting, described two left and right sides that pushes away pack assembly and be located at guider, described in push away pack assembly and drive carton to move back and forth along guider inwall;

Described cutter comprises single cutter and two cutter, and described single cutter, by singly cutting cylinder assembly control connection, drives single cutter radially to move back and forth along guider;

Described pair of cutter, by two cylinder assembly control connections of cutting, drives two cutters to move back and forth along guider both sides inwall; Described guider is made up of side by side two closed slides, and the width of described guide rail is suitable with carton width, makes carton just embed described guide rail.

The great advantage of the utility model device is to be converted into mechanically actuated from current manual operations, has greatly improved production efficiency, also can improve the quality of products simultaneously, guarantees product stability, and reduces production costs.This patent is domestic initiation product, also has in the international market certain primacy.Although this box type is mainly used in Field of Tobacco at present, along with the raising of mechanical automation degree, food can be applied to more, drinks, cosmetics, many-sided packing such as gift.

[accompanying drawing explanation]

Fig. 1 is this covering device general flow chart;

Fig. 2-1 is up/down lid paper advance mechanism structural representation in the utility model;

211 storage mechanism of paper 212 guiding mechanism 213 conveying mechanism 214 paper-pressing mechanism 215 frames in figure;

Fig. 2-2 are upper box cover edge fold forming machine structure structural representation in the utility model;

222 pairs of bar cylinders of 221 upper cover forming bottom plate, 223 upper cover moulded head 224 upper cover forming blocks 225 slides in figure

Fig. 2-3 are the utility model up/down lid grasping mechanism structural representation;

231 slideway base 232 hind axle cushion block 233 internal diameter adjustable bearing split bearing 234 synchronous belt 235 timing belt pulley 236 slideway 237 slide plate 238 sliding way 239 belt briquetting 2310 main axle cushion block 2311 cylinder 2312 suction nozzle assemblings in figure

Fig. 2-4 lower casing is carried rubber-coated mechanism;

241 pressing roll mechanism 242 belt 243 glue spreading apparatus 244 air intake device 245 power set 246 frames in figure;

Fig. 2-5 lower casing edge fold forming machine structure;

In figure, 251 swaging die 252 cavity block 253 die cavities are jumped core 254 die cavity base plate 255 mould pin 256 die bottom plate 257 sliding ways

Fig. 2-6 lower casing shaping mechanism is always schemed;

261 pressing roll mechanism 262 belt conveyor line 263 rubber-coated mechanism 264 Timing Belt connecting gear 265 grasping mechanism 266 lower casing moulding section 267 lower casing moulding movable part 268 frames in figure

Fig. 2-7 upper box cover conveying mechanism;

281 single-bearing sprocket wheel 282 left and right chain block 283 wheel shaft 284 bearing 285 chains in figure;

Fig. 2-8 pressure heads mechanism

281 frame 282 pressure head 283 cylinders in figure;

Always scheme for upper box cover shaping mechanism Fig. 2-9

291 frame 292 conveying mechanism 293 pressure heads mechanism 294 grasping mechanisms 295 shaping mechanism here in figure.

The open and flat figure of Fig. 2-10 upper box cover;

Fig. 2-11 upper box cover completed state;

Fig. 2-12 lower casing is open and flat-completed state;

Fig. 3-1 is the utility model inner foxing conveying folded part structural representation;

In figure, 312 times belt components of 311 frame, 313 installing plate 314 upper pressure wheel 315 mount pad 316 paper-pressing mechanism 317 roll shaft 318 concora crush dish 319 first supports 311045 are spent platen 3,111 second supports 311230 and are spent belt mechanism in platen 3113 plastic roll mechanisms 3114;

Fig. 3-2 are the utility model inner foxing switching mechanism structural representation;

In figure, on 321 pulley 322 wheel shaft 323 concora crush dishes 324,326 times belts of belt 325 belt fixed head, 327 motor cabinet 328 steering knuckles 32945 are spent platen 321030 and are spent platen 3211 and turn to pitman 3212 steering knuckle 3213 pulley 3214 main axle 3215 pulleys;

Fig. 3-3a is the utility model inner foxing shaping mechanism top view;

Fig. 3-3b is the utility model inner foxing shaping mechanism top view;

In figure, 331 panels 332 press right flank phase piece 333 to press left surface phase piece 334 inner foxing modules 335 to keep off tri-pairs of bar cylinders of 337 first couples of bar cylinder 338 second-of paper piece 336 moulded head;

Fig. 3-4 flat inner foxing;

Fig. 3-5 folded state inner foxing;

Fig. 3-6 one-tenth kenel inner foxing;

Fig. 4-1 is the structural representation of the utility model global formation equipment

In figure, 411 moving assembly 412 upper cover moving assemblies 413 are pressed case assembly 414 second moulds to assemble 415 frame 416 first moulds and are assembled 417 conveyer belt assemblings;

Fig. 4-2 are moving assembly structural representation

422 pairs of bar cylinders of 421 upper cover forming bottom plate, 423 upper cover moulded head 424 upper cover forming blocks 425 slides in figure

Fig. 4-3 are upper cover moving assembly structural representation

431 slideway base 432 hind axle cushion block 433 internal diameter adjustable bearing split bearing 434 synchronous belt 435 timing belt pulley 436 slideway 437 slide plate 438 sliding way 439 belt briquetting 4310 main axle cushion block 4311 cylinder 4312 suction nozzle assemblings in figure

Case assembly structural representation is pressed in Fig. 4-4

441 pressing roll mechanism 442 belt 443 glue spreading apparatus 444 air intake device 445 power set 446 frames in figure;

Fig. 4-5 the second set of molds assembling structure schematic diagram

In figure, the 451 second base plate 452 short pulleys in right side are assembled the 453 long pulleys in left side and are assembled the 454 short pulleys in left side and assemble 455 right side long pulleys assemblings;

Fig. 4-6a the first set of molds assembling structure schematic diagram

Fig. 4-6b the first set of molds assembling structure schematic diagram

In figure, above 461 first pulley assembling 462 second pulley assemblings 463, fixed head 464 the 3rd pulley is assembled little air cylinder pressure plate 468 roller fixed head 469 cylinder blocks of 465 upper/lower die contiguous block 466 spring pressure head 467;

Fig. 4-7 conveyer belt package assembly schematic diagram

471 internal diameter adjustable bearing split bearing 472 rollers of conveyer belt main shaft 473 timing belt pulley 474 conveyer belt bearing holder (housing, cover) cushion block 475 long conveying belt 476 rollers of conveyer belt main shaft 477 conveyer belt bearing holder (housing, cover) cushion blocks in figure;

Fig. 4-8 carton floor map;

The structural representation of groove is cut for the utility model in Fig. 5-1

Fig. 5-2 are carton cutting part structural representation

51. targeting parts in figure; 52. singly cut and push away pack assembly; 53. single cutters; 54. pairs of cutters; 55. pairs push away pack assembly; Cut cylinder assembly for 56. pairs; 57. frames; 58. singly cut cylinder assembly;

Fig. 6 is lower casing and inner foxing combined mechanism structural representation

In figure, 611. pairs of bar cylinders of the 61. internal diameter adjustable bearing split bearing 62. main axle 63. timing belt pulley 64. synchronous belt 65. cylinder 66. cylinder lower shoe 67. chuck base plate 68. cylinder 69. other plates of base of the carrier head 610. backform piece cylinders, 612. regulating shaft cushion block 613. stroke base plates 614. regulate wheel shaft 615. slideway 616. slide block 617. chute board 618. regulating shaft cushion blocks.

[specific embodiment]

Now by reference to the accompanying drawings and embodiment the technical solution of the utility model is further elaborated, believe that apparatus structure of the present utility model and technique thereof are clearly for a person skilled in the art.

This cover carton forming machine is mainly made up of lid shaped device, inner foxing shaped device, integral forming device, groove-cutting device and conveying device, elaborates its structure &processes below take all parts as core.

First, about lid shaped device.It is made up of upper box cover shaped device and the split of lower casing shaped device, and wherein upper box cover shaped device is connected to edge fold forming machine structure by paper advance mechanism by conveying mechanism, and described edge fold forming machine structure is connected to next production line by grasping mechanism; And described lower casing shaped device is made up of paper advance mechanism, conveying rubber-coated mechanism, grasping mechanism and edge fold forming machine structure, the described paper advance mechanism port of export is connected to carries rubber-coated mechanism entrance point, the described conveying rubber-coated mechanism port of export is connected to edge fold forming machine structure the first entrance point by grasping mechanism, described edge fold forming machine structure the second entrance point is connected the outlet of inner foxing shaped device with inner foxing combined mechanism by lower casing, the described edge fold forming machine structure port of export is connected to next production line by lower casing and inner foxing combined mechanism again.Wherein:

As shown in Fig. 2-1, upper lower casing paper advance mechanism comprises frame, be provided with storage mechanism of paper in frame upper surface end, the port of export of described storage mechanism of paper connects the arrival end of guiding mechanism, the port of export of described guiding mechanism is connected with the arrival end of transmission mechanism, and described transmission mechanism is provided with paper-pressing mechanism along the both sides of transmission direction.

As in Figure 2-4, the conveying rubber-coated mechanism of lower casing is made up of frame, power set, air intake device, glue spreading apparatus, belt and pressing roll mechanism, described frame upper surface is equipped with belt, the end of described belt is provided with pressing roll mechanism, described pressing roll mechanism is by power set control connection, and described belt is along other glue spreading apparatus and the air intake device of being provided with of side of carriage direction.

As Figure 2-3, described grasping mechanism is assembled by suction nozzle, cylinder, main axle cushion block, belt briquetting, sliding way, slide plate, slideway, timing belt pulley, synchronous belt, internal diameter adjustable bearing split bearing, hind axle cushion block, slideway base forms, on described slideway base, two ends, left and right are respectively equipped with two parallel roll shafts, described roll shaft two ends are fixed on the relative main axle cushion block in aperture by internal diameter adjustable bearing split bearing respectively, described main axle cushion block is and is slidably fixed on slideway base upper surface by slideway, be left and right parallel sliding, between the roll shaft of described two ends, connect synchronous belt by timing belt pulley, left and right sides slideway between the roll shaft of described two ends is fixedly connected with cylinder by slide plate, described suction nozzle assembling is fixed on by the side of cylinder.

As shown in Fig. 2-8, described upper box cover conveying mechanism is made up of single-bearing sprocket wheel, left and right chain block, wheel shaft, bearing, chain, the interior annular two ends of described chain are fixed with respectively single-bearing sprocket wheel, described one end single-bearing sprocket wheel central authorities are provided with wheel shaft, described wheel shaft two ends are fixed by bearing, and described chain is fixed with left and right chain block by the both sides of other end single-bearing sprocket wheel.

As shown in Fig. 2-9, described pressure heads mechanism is made up of frame, pressure head, cylinder, and the upper face center of frame is provided with cylinder, and the lower surface central authorities correspondence of frame is provided with pressure head.

As shown in Fig. 2-2, described upper box cover edge fold forming machine structure is made up of upper cover forming bottom plate, two bar cylinder, upper cover moulded head, upper cover forming blocks, slide, described upper cover forming bottom plate upper surface is cubic array and is placed with by two bar cylinders and upper cover moulded head and forms flanging moulding section centered by upper cover forming blocks, described upper cover moulded head is between upper cover forming blocks and two bar cylinder, and described upper cover forming bottom plate lower surface is provided with some slides.

As shown in Figure 2-5, described lower casing forms base with inner foxing combined mechanism by two parallel stroke base plates of setting up in front and back, main axle by the regulating shaft cushion block on two stroke base plates and bearing crossbearer in the left end of described base, regulate wheel shaft by the regulating shaft cushion block on two stroke base plates and bearing crossbearer in the left end of described base, main axle is parallel with adjusting wheel shaft left and right, main axle is wound around left and right to synchronous belt with regulating wheel shaft by timing belt pulley is installed, described stroke plate upper surface is respectively equipped with left and right to slideway, the slide block crossbearer that base of the carrier head and chuck base plate pass through chute board and chute board lower surface is respectively in front and back slideway, and by cylinder control connection.

The forming method of above-mentioned lid shaped device, comprises upper box cover moulding section technique and lower casing moulding section technique, and described upper box cover moulding section technique comprises the following steps:

A. paper advance mechanism is sent the upper box cover of flat into conveying mechanism; B. upper box cover is sent into edge fold forming machine structure by conveying mechanism; C. pressure head in pressure heads mechanism, under the effect of cylinder, is pressed into edge fold forming machine structure by four flangings of upper box cover, makes upper box cover moulding; D. upper box cover sending into below grasping mechanism after edge fold forming machine structure clamps moulding under cylinder action; E. grasping mechanism suction nozzle is drawn the upper box cover after moulding, under the acting in conjunction such as synchronous belt, slideway, sends into global formation part;

The flow process of the forming method of lower casing shaped device:

A. paper advance mechanism is sent the lower casing of flat into conveying, rubber-coated mechanism; B. carry and rubber-coated mechanism in belt lower casing delivered to glue spreading apparatus carry out gluing; C. after gluing, the belt in conveying and rubber-coated mechanism is sent into upper box cover under grasping mechanism; D. grasping mechanism is sent lower casing into moulding in edge fold forming machine structure, and sends into lower casing and inner foxing combined mechanism; E. in inner foxing and lower casing combined mechanism, cylinder and base of the carrier head capture and move to lower casing edge fold forming machine structure and lower casing combination by the inner foxing after moulding; F. in inner foxing and lower casing combined mechanism, combinations thereof is pressed into lower casing edge fold forming machine structure by cylinder and base of the carrier head, when completing lower casing moulding, by inner foxing and lower casing four limit bond graphs; G. in lower casing edge fold forming machine structure, pressure head component is clamped lower casing four limits simultaneously, and pressurize is to glue curing on request; H. in inner foxing and lower casing combined mechanism, cylinder and chuck base plate combinations thereof body are sent into global formation mechanism.

Secondly, about inner foxing shaped device.It is to be made up of paper advance mechanism, conveying and fold mechanism, switching mechanism and shaping mechanism, wherein:

As shown in Fig. 3-1, described conveying and fold mechanism comprise frame, the right-hand member end of described frame is provided with mount pad, in described mount pad, be provided with paper-pressing mechanism, under described paper-pressing mechanism, be provided with successively upper belt and plastic roll mechanism across two ends, left and right, paper-pressing mechanism is fixed on the gap of paper-pressing mechanism and upper belt by inner foxing and is transferred to upper belt and gluing is carried out in the gap of plastic roll mechanism, described plastic roll mechanism is vertically uniformly-spaced provided with some the first roll shafts from right to left successively along a side of carriage direction, described some roll shafts and plastic roll mechanism junction is from right to left respectively equipped with 30 ° of platens, 45 ° of platens and 0 ° of platen, the outer end of described some roll shafts is provided with respectively the first support, the left side of described some the first supports is respectively equipped with the second support, the bottom of described some the second supports is fixed on the second roll shaft across two ends, left and right jointly, realize the interlock with some the first roll shafts, described the second roll shaft is by lower belt control connection, the upper surface of described upper belt is provided with installing plate, the top of described installing plate is provided with upper pressure wheel.

As shown in Fig. 3-2, the belt fixed head of described switching mechanism is vertically set up, on described belt fixed head left side, a fixed strip vertical with plate face respectively by equidistantly vertical 11 30 × 22 pulleys, formation the first assembly pulley of being fixed with of M10 × 40 wheel shaft; Described belt fixed head middle part, turn to pitman to be fixed with concora crush dish, 45 degree platens and 30 degree platens by 3 successively from left to right with fixed strip same level height, under described belt fixed head middle part, platen, be provided with successively from left to right some steering knuckles; Described belt fixed head right side is by being fixed with the second assembly pulley being made up of 120 × 22 head pulleys and some identical 40 × 22 auxiliary pulley perpendicular to the wheel shaft of plate face, be wound around successively some pulleys inside the first assembly pulley, concora crush dish, 45 degree platens, the some pulleys of 30 degree platens and the second assembly pulley top by belt and form upper belt, be wound around successively some pulleys outside the first assembly pulley, concora crush dish, 45 degree platens, 30 degree platens, the some pulleys of steering knuckle and the second assembly pulley bottom by belt and form lower belt, the wheel shaft of described pulley is by motor cabinet control connection.

As shown in Fig. 3-3, described shaping mechanism comprises panel, described panel upper surface is provided with inner foxing module, the right side of described inner foxing module is provided with presses right flank phase piece, the left side of described inner foxing module is provided with presses left surface phase piece, the rear end of described inner foxing module is provided with moulded head, described moulded head is by first pair of bar cylinder control connection, described pressure right flank phase piece, pressure left surface phase piece, respectively by second, third pair of bar cylinder control connection, are also fixed with gear paper piece between the rear end of described inner foxing module and moulded head.

The outlet of paper advance mechanism is connected to above-mentioned conveying and fold mechanism import, and described conveying and fold mechanism outlet connect upset import, and the outlet of described switching mechanism connects inner foxing shaping mechanism, forms equipment of the present utility model.

Above-mentioned inner foxing shaped device is in when operation,

A. paper advance mechanism by the inner foxing of flat send into carry and fold mechanism carry out symmetrical fold; Switching mechanism forms the upper belt of upset and forms the lower belt of upset by being wound around successively some pulleys outside the first assembly pulley, concora crush dish, 45 degree platens, 30 degree platens, the some pulleys of steering knuckle and the second assembly pulley bottom by being wound around some pulleys inside the first assembly pulley, concora crush dish, 45 degree platens, the some pulleys of 30 degree platens and the second assembly pulley top, and inner foxing is turn to plumbness and sent into inner foxing shaping mechanism by level via the gap of upper belt and lower belt.

B. described conveying and fold mechanism are sent the inner foxing after folding into switching mechanism and are carried out by level to vertical upset; Carry and fold mechanism in paper-pressing mechanism inner foxing is fixed on to the gap of paper-pressing mechanism and upper belt and is transferred to upper belt and gluing is carried out in the gap of plastic roll mechanism; In plastic roll mechanism along in the gluing process of carriage direction, lower belt drives the second roll shaft, and respectively by the second support and some the first roll shaft interlocks, final 30 ° of platens, 45 ° of platens and the 0 ° of platen of driving, folding by rolling of 30 ° of platens, 45 ° of platens and 0 ° of platen successively, finally inner foxing is folded and is sent into switching mechanism.

C. described switching mechanism is sent the inner foxing that turn to plumbness into inner foxing shaping mechanism and is carried out moulding.Flanging two, the flanging three of the folding inner foxing under the effect of first pair of bar cylinder of the moulded head in shaping mechanism; In shaping mechanism, press left surface phase piece folding inner foxing flanging one under first pair of bar cylinder action; Press left surface phase piece folding inner foxing flanging four under the 3rd pair of bar cylinder action.

Then, about lower casing and inner foxing combined mechanism, as shown in Figure 6, form base by two parallel stroke base plates of setting up in front and back, main axle by the regulating shaft cushion block on two stroke base plates and bearing crossbearer in the left end of described base, regulate wheel shaft by the regulating shaft cushion block on two stroke base plates and bearing crossbearer in the left end of described base, main axle is parallel with adjusting wheel shaft left and right, main axle is wound around left and right to synchronous belt with regulating wheel shaft by timing belt pulley is installed, described stroke plate upper surface is respectively equipped with left and right to slideway, the slide block crossbearer that base of the carrier head and chuck base plate pass through chute board and chute board lower surface is respectively in front and back slideway, and by cylinder control connection.

Then, about integral forming device, as shown in Fig. 4-1, by forming moving assembly, the second mould assembling, upper cover moving assembly, press case assembly, conveyer belt assembling, the first mould assembling and frame, described frame is provided with the first mould assembling and the assembling of the second mould, first end and the moving assembly of described the second mould assembling, the second end of described the second mould assembling is connected with the outlet of upper cover moving assembly, directly over described the second mould assembling, be provided with pressure case assembly, assemble by conveyer belt assembly and connection to described the first mould the 3rd end of described the second mould assembling.Its concrete parts are as detailed below:

As shown in Fig. 4-2, the base of moving assembly is to be made up of to the parallel base plate of setting up left and right, two of front and back, the two ends, left and right of described base are respectively equipped with roll shaft vertical with base plate and that be parallel to each other, the rear and front end of right side roll shaft by the parallel and relative bearing gasket of bottom end and in the internal diameter adjustable bearing split bearing established be connected and fixed on base plate, the front end of the roll shaft in left side is fixed on plane by bearing block, the rear end of the roll shaft in left side is connected and fixed on the motor base of plane by motor joint, between the parallel roll shaft in described two ends, be wound around synchronous belt by timing belt pulley, the upper surface of described base plate is also provided with sliding way, described base plate central authorities are also provided with the rear push pedal parallel with base plate, slided simultaneously and be fixed on two foundation plates by the slideway connecting plate vertical with base plate in the end, one end of described rear push pedal, described chassis left side is also provided with two guide rails that overlap with the left extended line of two foundation plates respectively, described guide rail is spread out and stretches left by pull head or long draw head.

As shown in Fig. 4-3, described upper cover moving assembly is assembled by suction nozzle, cylinder, main axle cushion block, belt briquetting, sliding way, slide plate, slideway, timing belt pulley, synchronous belt, internal diameter adjustable bearing split bearing, hind axle cushion block, slideway base forms, on described slideway base, two ends, left and right are respectively equipped with two parallel roll shafts, described roll shaft two ends are fixed on the relative main axle cushion block in aperture by internal diameter adjustable bearing split bearing respectively, described main axle cushion block is and is slidably fixed on slideway base upper surface by slideway, be left and right parallel sliding, between the roll shaft of described two ends, connect synchronous belt by timing belt pulley, left and right sides slideway between the roll shaft of described two ends is fixedly connected with cylinder by slide plate.

As shown in Fig. 4-5, the second described mould assembling comprises second base plate, and the central authorities of described second base plate are provided with a square through hole, are respectively equipped with the long pulley of one group of previous-next direction, the assembling of short pulley in the adjacent interior sidewall surface of described square through hole.

As shown in Fig. 4-4, described pressure case assembly comprises cross bar base, the upper surface of described cross bar base is vertically provided with cylinder, the driving head of described cylinder is by moving up and down a connection cross bar end, described cross bar central authorities are connected with the support column top of vertically setting up by vertical rod pin, and be fixed on cross bar by the described support column of vertically setting up, described cross bar head end is provided with bearing, described bearing two ends are and are rotationally connected by cross bar head pin and cross bar supporting seat top, the bottom of described supporting seat is by falling the conduit of setting up along screw rod and nut vertical connecting, the first half lateral wall of described conduit is provided with slideway, the Lower Half lateral wall of described conduit is provided with slideway base, on described slideway base and conduit joint face, be also provided with sliding way, the rear end face of described slideway base and support column are fixed by middle whippletree.

As shown in Fig. 4-7, the conveyer belt supporting seat of conveyer belt assembling is to connect two I-shape constructions that relative conveyer belt bearing holder (housing, cover) cushion block forms by rollers of conveyer belt main shaft two ends by internal diameter adjustable bearing split bearing, described two groups of parallel setting up of I-shaped conveyer belt supporting seat, and be wound around long conveying belt by synchronous pulley between between two groups of parallel rollers of conveyer belt main shafts, form conveyer belt assembling.

As shown in Fig. 4-6a and 4-6b, the first described mould assembling comprises roller fixed head, fixed head above the upper/lower die contiguous block support and connection that described roller fixed head upper surface is vertically set up by the left and right sides, the described central authorities of fixed head are above provided with square through hole, with on the madial wall of the square through hole of described upper/lower die contiguous block homonymy, be respectively equipped with two groups of symmetrical previous-next direction pulleys assemblings, on described roller fixed head, two groups of previous-next direction pulleys assembling central authorities are also provided with little air cylinder pressure plate, described little air cylinder pressure plate is by cylinder block and spring pressure head control connection.

Refer to accompanying drawing 4-8, the step of the forming method of above-mentioned integral forming device is as follows:

A. the facial tissue combining, inner foxing, lower casing, module are moved to the second mould assembling by moving assembly; B. upper cover moving assembly is by upper cover and the combination of combinations thereof body; C. press case assembly that combinations thereof body is pressed into the second mould assembling, complete flanging one, flanging two, flanging three, flanging 11 moulding, specifically, assembly enters from the central square through hole of the second mould assembling second base plate and the gap of pulley assembling successively, and long pulley, the short pulley of the previous-next direction in through hole interior sidewall surface are assembled down sliding, thereby are completed flanging one, flanging two, flanging three, flanging 11 moulding successively; D. press case assembly to complete flanging four, flanging hundred per cent type; Specifically, described pressure case assembly is and pumps with cross bar end by cylinder band, thereby the conduit being connected with cross bar head end is linkage from top to bottom, described conduit vertically moves back and forth up and down along with the sliding way slideway on vertical slideway and slideway base inwall, thereby realizes the moulding of flanging four, flanging ten.E. conveyer belt has been assembled moulding above, and is assembled box body is sent into the first mould assembling by conveyer belt; F. the first set of molds installs into flanging five, flanging six, flanging seven, flanging eight, flanging ninety percent type, specifically, the square through hole of box body fixed head central authorities above the first mould assembling enters, and be filled to roller fixed head via the assembly pulley of the previous-next direction in interior sidewall surface, on roller fixed head by the compacting of little air cylinder pressure plate, thereby complete flanging five, flanging six, flanging seven, flanging eight, flanging ninety percent type.G. moving assembly is oppositely mobile completes cigarette case release by moulding.

Finally, about groove-cutting device, as shown in Fig. 5-1, described groove-cutting device comprises frame 7, guider 1, singly cuts and push away pack assembly 2, single cutter 3, two cutter 4, twoly push away pack assembly 5, twoly cut cylinder assembly 6 and singly cut cylinder assembly 8,

A. in frame 7, be provided with the guider that two closed slides form side by side, the width of described guide rail is suitable with carton width, makes carton just embed described guide rail;

B. in described guider, be provided with and push away pack assembly, the described pack assembly that pushes away comprises singly cutting and pushes away pack assembly 2 and two pack assemblies 5 that push away, singly cut the guide rail inside that pushes away pack assembly 2 and be positioned at guider, two left and right sides that push away pack assembly 5 and be located at guider, push away pack assembly and drive carton to move back and forth along guider inwall.

C. be equipped with carton at the front end that pushes away pack assembly, and be provided with cutter at the front end that pushes away pack assembly, described cutter comprises single cutter 3 and two cutter 4 specifically, described single cutter 3, by singly cutting cylinder assembly 8 control connections, drives single cutter radially to move back and forth along guider; Described pair of cutter 4, by two cylinder assembly 6 control connections of cutting, drives two cutters to move back and forth along guider both sides inwall.

Print rollover full open end cigarette case as example take cigarette red in Anhui, above-mentioned groove-cutting device in the time of operation,

A. carton enters successively the guider of groove-cutting device after shaping and oven dry; B. singly cut and push away pack assembly and carton is pushed through to single cutter singly cutting under cylinder action, cut out one side slot; C. two pack assemblies that push away push through cigarette case two cutters two cutting under cylinder assembly effect, cut out two-sided slot; D. complete cut groove after cigarette case release successively, obtain cigarette case as shown in Figure 2.

The outlet of upper box cover shaped device is connected to the first import of described integral forming device, described lower casing shaped device outlet exports with inner foxing shaped device the second import that is jointly connected to integral forming device by lower casing and inner foxing combined mechanism, the triple feed inlet joint face paper conveyer outlet of described integral forming device, the outlet of described integral forming device connects groove-cutting device by conveying device and forms a whole set of carton forming equipment.Its processing step is:

A. complete lower casing preformed by lower casing shaping mechanism, complete inner foxing take module as core folding forming operation by inner foxing shaped device, jointly send into lower casing and inner foxing combined mechanism; B. lower casing and inner foxing combined mechanism complete lower casing and inner foxing combines and send into integral forming device; C. upper box cover shaping mechanism completes upper box cover preformed and sends into global formation mechanism; D. facial tissue conveying and rubber-coated mechanism complete face amount gluing and send into global formation mechanism; E. global formation mechanism completes carton forming and sends into baking oven; F. baking oven completes carton and is dried and sends into carton forming transport portion; G. carton forming transport portion completes carton forming and sends into groove-cutting device; H. groove-cutting device completes carton and completes and cut groove.

Claims

1. a carton forming machine, it is characterized in that described carton forming machine is by upper box cover shaped device, lower casing shaped device, inner foxing shaped device, lower casing and inner foxing combined mechanism, integral forming device, groove-cutting device and conveying device form, described upper box cover shaped device outlet is connected to the first import by described integral forming device, the described lower casing shaped device port of export and the inner foxing shaped device port of export are connected to the second import of integral forming device jointly by lower casing and inner foxing combined mechanism, the triple feed inlet joint face paper conveyer outlet of described integral forming device, the outlet of described integral forming device connects groove-cutting device by conveying device.

2. a kind of carton forming machine as claimed in claim 1, it is characterized in that described upper box cover shaped device is made up of paper advance mechanism, conveying mechanism, edge fold forming machine structure and grasping mechanism, the described paper advance mechanism port of export is connected to conveying mechanism entrance point, the described conveying mechanism port of export is connected to edge fold forming machine structure entrance point, the described edge fold forming machine structure port of export is connected to next production line by grasping mechanism, on described edge fold forming machine structure, is also provided with pressure heads mechanism; Described lower casing shaped device is made up of paper advance mechanism, conveying rubber-coated mechanism, grasping mechanism and edge fold forming machine structure, the described paper advance mechanism port of export is connected to carries rubber-coated mechanism entrance point, the described conveying rubber-coated mechanism port of export is connected to edge fold forming machine structure the first entrance point by grasping mechanism, described edge fold forming machine structure the second entrance point is connected the outlet of inner foxing shaped device with inner foxing combined mechanism by lower casing, the described edge fold forming machine structure port of export is connected to next production line by lower casing and inner foxing combined mechanism again;

Described pressure heads mechanism is made up of frame, pressure head, cylinder, and the upper face center of frame is provided with cylinder, and the lower surface central authorities correspondence of frame is provided with pressure head;

3. a kind of carton forming machine as claimed in claim 1, it is characterized in that described inner foxing shaped device is made up of paper advance mechanism, conveying and fold mechanism, switching mechanism and shaping mechanism, the outlet of described paper advance mechanism connects carries and fold mechanism import, described conveying and fold mechanism outlet connect upset import, and the outlet of described switching mechanism connects inner foxing shaping mechanism;

4. a kind of carton forming machine as claimed in claim 1, it is characterized in that described integral forming device is by forming moving assembly, the second mould assembling, upper cover moving assembly, press case assembly, conveyer belt assembling, the first mould assembling and frame, described frame is provided with the first mould assembling and the assembling of the second mould, first end and the moving assembly of described the second mould assembling, the second end of described the second mould assembling is connected with the outlet of upper cover moving assembly, directly over described the second mould assembling, be provided with pressure case assembly, assemble by conveyer belt assembly and connection to described the first mould the 3rd end of described the second mould assembling,

5. a kind of carton forming machine as claimed in claim 1, it is characterized in that described groove-cutting device comprises frame, described frame is provided with guider, in described guider, be provided with and push away pack assembly, the described front end that pushes away pack assembly is equipped with carton, the described front end that pushes away pack assembly is provided with cutter, and described cutter is by cylinder assembly control connection, and moves back and forth in guider;