CN204750712U - A involution device and three -dimensional packagine machine for three -dimensional packagine machine - Google Patents
A involution device and three -dimensional packagine machine for three -dimensional packagine machine Download PDFInfo
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- CN204750712U CN204750712U CN201520373214.3U CN201520373214U CN204750712U CN 204750712 U CN204750712 U CN 204750712U CN 201520373214 U CN201520373214 U CN 201520373214U CN 204750712 U CN204750712 U CN 204750712U
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Abstract
The utility model discloses an involution device and three -dimensional packagine machine for three -dimensional packagine machine, wherein, the involution device include through lift control divide with the involution that closes on mould, involution lower mould, be equipped with the gasbag that is used for providing pressure on the involution in the mould die cavity, and by the gasbag promotes the involution hot plate to the motion of involution lower mould direction. The utility model discloses a set up two with what plastics sucking moulding device and involution device corresponded to adopting the power device of gasbag mould on as the involution, guaranteeing that involution pressure is sufficient, and the stress point of mould be whole involution hot plate surface on the gasbag extrusion involution, its lifting surface area is big, and involution membrane material heats evenly, and the involution effect is better, the shaping low problem of the unstable shaping rate of atmospheric pressure of blowing can effectively be solved to mould inlet set gas holder in the shaping, not only improve the speed of product encapsulation but also further promoted the encapsulation quality.
Description
Technical field
The utility model relates to a kind of packaging facilities, particularly relates to the three-dimensional packing machine for the sealing device of three-dimensional packing machine and the encapsulation of a kind of automatic moulding.
Background technology
In prior art, can well complete the encapsulation of the product of the every profession and trades such as medicine, health products, food, cosmetics, far products, but its production efficiency is limited to all the time, is difficult to have greatly improved.
Such as applicant's previous application Chinese patent of a kind of three-dimensional packing machine by name and sealing system thereof, publication number is that CN101624100B devises a kind of three-dimensional packing machine, in the three-dimensional packing machine of prior art, packing box is shaping, encapsulation, space of a whole page printing, cut into a series of actions such as single product and all synchronously complete on a machine.Shaped device, sealing device and other devices must cooperatively interact work, wrapping machine often walks a stepping, and each device cooperatively interacted should synchronously to previous stepping, if therefore want faster production, these parts all can restrict mutually, become the bottleneck that speed promotes.And on original structure basis, the more plastic uptake of simple increase becomes mould and involution mould, there will be again the problems such as sealing pressure deficiency, sealing pressure be uneven.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art, the sealing device that the purpose of this utility model is to provide a kind of involution effect better and shaping, involution speed is fast, the three-dimensional packing machine that harmony is good.
The technical solution of the utility model is as follows:
A kind of three-dimensional packing machine sealing device, described sealing device is comprised and being divided and the involution patrix, the involution counterdie that close by elevating control, be provided with the air bag for providing pressure in described involution patrix die cavity, and promote the involution heating plate to the motion of involution counterdie direction by described air bag.
Described three-dimensional packing machine sealing device, wherein, is provided with cold plates and/or thermal insulation layer between described air bag and described involution heating plate successively.
Described three-dimensional packing machine sealing device, wherein, described involution counterdie controls its lifting by an involution crane.
A kind of three-dimensional packing machine, comprising:
Plastics sucking moulding device, for box body film material forming;
Printed on line device, for the printing of lid film material;
Sealing device, for the box body film material involution of the lid film material that will print and forming;
Wherein, described plastics sucking moulding device is at least one, and it arranges and carries out forming operation simultaneously before and after film material direction of feed, and what described sealing device was corresponding with described plastics sucking moulding device at least arranges one, and it adopts above-described sealing device.
Described patrix three-dimensional packing machine, wherein, described plastics sucking moulding device arranges two along the front and back that film material direction of feed is adjacent, carries out forming operation simultaneously; Corresponding, described sealing device, at the mouth of described plastics sucking moulding device, adjacently before and after film material direction of feed arranges two, carries out sealing operation simultaneously.
Described three-dimensional packing machine, wherein, described plastics sucking moulding device is comprised and being divided and the shaping upper, the shaping counterdie that close by elevating control, and described molding bottom die has product die cavity, and described shaping upper makes film material move to product die cavity; Described shaping upper is also provided with the drift making film material to the movement of product die cavity.
Described three-dimensional packing machine, described shaping upper is also provided with the blowning installation making film material to the movement of described shaping counterdie die cavity, and described shaping counterdie also comprises aspirator system.
Described three-dimensional packing machine, wherein, described blowning installation and air bag adopt respective gas storage equipment to carry out air feed respectively.
Described three-dimensional packing machine, also comprise and being connected with plastics sucking moulding device 3 input end, for the preheating device of box body film material preheating, described preheating device comprises by its point of elevating control and the upper preheating table closed and lower preheating table, and each described plastics sucking moulding device 3 correspondence arranges a preheating device.
Described three-dimensional packing machine, wherein, single described upper preheating table and lower preheating table control separately its temperature by a PID controller respectively.
A kind of three-dimensional packing machine sealing device that the utility model provides and three-dimensional packing machine, plastics sucking moulding device adopts air bag as the engine installation of involution patrix, guarantee sealing pressure is sufficient, and the stress point of air sac pressing involution patrix is whole involution heater plate surface, its area of thrust surface are large, involution film material homogeneous heating, involution better effects if.
Accompanying drawing explanation
Fig. 1 is in the utility model embodiment one, a kind of structural representation of three-dimensional packing machine sealing device;
Fig. 2 is in the utility model embodiment two, comprises the integral structure schematic diagram of the three-dimensional packing machine of this sealing device;
Fig. 3 is in the utility model embodiment two, the structural representation of plastics sucking moulding device;
Fig. 4 is in the utility model embodiment two, the structural representation of printed on line device;
Fig. 5 is in the utility model embodiment three, the structural representation of sealing device;
Fig. 6 is in the utility model embodiment three, the structural representation of plastics sucking moulding device.
Detailed description of the invention
The utility model provides a kind of three-dimensional packing machine sealing device, for making the purpose of this utility model, technical scheme and effect clearly, clearly, further describes below to the utility model.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Embodiment one
The sealing device for three-dimensional packing machine that the present embodiment provides, as shown in Figure 1, sealing device comprises the involution patrix 51 and involution counterdie 52 that are oppositely arranged.Involution patrix 51 comprises the air bag 510 being positioned at patrix mold cavity tip, and is positioned at the involution heating plate 511 of involution patrix 51 die cavity bottom.Wherein, air bag 510 controls the lifting action of involution heating plate 511 by pneumatic actuator system.Sealing device controls involution counterdie 52 by 1 crane 520 and carries out lifting action, and involution counterdie 52 cavity side is along the silicagel pad be also provided with for sealing.
Also be provided with between air bag 510 and involution heating plate 511 in the die cavity of wherein involution patrix 51 and isolate cold plates 512 and/or thermal insulation layer 513, with the heat transmission between isolated involution heating plate 511 and air bag 510, prevent gas in air bag 510 from being affected the elevating control of involution heating plate 511 by heating.
Further, substantially whole isolation cold plates 512 is covered with isolation cold plates 512 area of contact bottom air bag 510, and isolate cold plates 512 and thermal insulation layer 513 is equal to involution heating plate 511 area, therefore, in air bag 510 gas replenishment process, the whole upper surface of involution heating plate 511 is subject to the thrust of air bag 510, relative to the cylinder driving involution heating plate 511 by limited stress point, air bag 510 due to pneumatic volume large, area of thrust surface cover whole involution heating plate 511 upper surface, therefore, air bag 510 is adopted to drive involution heating plate 511 to have pressure large, uniform force, stable advantage, there will not be the local involution caused because sealing pressure is uneven not tight in sealing process, sealing pressure causes involution not go up not or involution time film material between combine the problems such as not tight.Effective for ensureing involution, air bag 510 is by the air pump of correspondence and the independent air feed of supply air line.
Embodiment two
Based on the description of above-described embodiment, the utility model gives a kind of three-dimensional packing machine, as shown in Figure 2, comprises the feed arrangement 2 be set in turn in frame 1, plastics sucking moulding device 3, printed on line device 4, sealing device 5, drawing mechanism 6; Wherein, sealing device 5 is the sealing device described in above-described embodiment.As shown in Figure 3, plastics sucking moulding device 3 comprises and is arranged at shaping upper 31 in frame 1 and the shaping counterdie 32 that arrange corresponding to below frame 1.The input end of plastics sucking moulding device 3 is also connected with preheating device 7, carries out forming processes by being transferred to plastics sucking moulding device 3 after the preheating of film material.Plastics sucking moulding device 3 comprise be arranged at shaping upper 31 in frame 1 and with frame 1 below the shaping counterdie 32 that is oppositely arranged.The preheating device 7 of the input end connection of plastics sucking moulding device 3, carries out forming processes by being transferred to plastics sucking moulding device 3 after plastics sucking moulding device 3 box body Mo Cai local preheating.
Further, as shown in Figure 3, shaping upper 31 is also provided with blowning installation (not shown), corresponding shaping counterdie 32 cavity bottom is provided with aspirator system (not shown), blown downwards by shaping upper 31, shaping counterdie 32 is air-breathing downwards, and the film material after thermoplastic is out of shape downwards, enter in the die cavity of shaping counterdie 32, thus formed identical with shaping counterdie 32 cavity shape container-like.Wherein, shaping upper 31 air extractor duct, on the basis of original large storage tank air feed, is set up a little storage tank 33, in order to stable air-blowing quantity, is convenient to molding effect better.In the die cavity of shaping upper 31, be also provided with the drift (not shown) that can move downward, add man-hour for comparatively dura mater material forming, to being lowered in shaping counterdie 32, auxiliary it is shaping.
Preheating device 7 is arranged in the frame 1 in plastics sucking moulding device 3 front, and its mouth is connected with the input end of plastics sucking moulding device 3.As shown in Figure 3, preheating device 7 comprises and is arranged at shaping upper preheating table 71 above frame 1 and lower preheating table 72 corresponding below frame 1.Each upper preheating table 71 controls separately its lifting by a corresponding upper crane, and each lower preheating table 72 controls its lifting by a corresponding lower crane.When needing pre-hotting mask material, upper preheating table 71 is driven by upper crane and moves downward, and lower preheating table 72 drives upward movement by lower crane, completes the heating to shaping membrane material thus.Upper preheating table 71 and lower preheating table 72 independently control its temperature one to one by two cover PID controller respectively, and its temperature difference is less than ± and 3 DEG C.
Further, below the present embodiment describe in, along film material direction of feed, it is front that film material inputs one end, export one end be after be after.As shown in Figures 1 and 2, in the present embodiment, two of the setting that sealing device 5 is adjacent before and after film material direction of feed, namely before and after being positioned at above frame 1 adjacent two involution patrixes 51 are set and are positioned at corresponding below frame 1 two involution counterdies 52 are set, each involution counterdie 52 controls it be elevated by crane 520 corresponding with it is independent.
Accordingly, as shown in Figures 2 and 3, plastics sucking moulding device 3 is adjacent arranging two (or two or more) before and after film material direction of feed, that is, be positioned at two the shaping counterdies 32 be arranged at below frame 1 of two shaping uppers 31 and correspondence be disposed adjacent before and after above frame 1.In two groups of plastics sucking moulding devices 3, each shaping counterdie 32 controls separately its lifting by a lower lifting table 321 corresponding with it.Therefore, plastics sucking moulding device 3 can carry out the box body film material forming doubling former quantity simultaneously.Wherein, posterior plastics sucking moulding device 3 mouth is connected with the input end of preceding sealing device 5, in type box body film material is transferred to sealing device 5 and carries out box body film material sealing operation.
Further, in the present embodiment, as shown in Figure 3, corresponding with plastics sucking moulding device 3, preheating device 7 is adjacent before and after film material direction of feed arranges two groups, two lower preheating tables 72 of two that namely arrange above frame 1 upper preheating tables 71 and corresponding setting below frame 1.Two composing type heating plates independently control the temperature of each block heating plate one to one by four cover PID controller respectively, and its temperature difference is less than ± and 3 DEG C.Two composing type preheating tables are controlled the lifting action of each preheating table respectively by the crane of four separate controls.Particularly, each upper preheating table 71 controls separately its lifting by a corresponding upper crane, and each lower preheating table 72 controls its lifting by a corresponding lower crane.When needing heating film material, two upper preheating tables 71 are driven by upper crane and move downward, and two lower preheating tables 72 drive upward movement by lower crane, complete the heating to shaping membrane material thus.Two sections of film materials that preheating completes proceed to the position of two cover plastics sucking moulding devices 3, carry out forming operation by two cover plastics sucking moulding devices 3 simultaneously, carry out sealing operation entering sealing device 5 through a stepping.
Wherein, sealing device 5 also can be set to two, carries out involution to the box body film material shaping by two cover plastics sucking moulding devices 3 simultaneously.
Further, the three-dimensional packing machine given by the present embodiment, also comprises the printed on line device 4 for front cover printing between plastics sucking moulding device 3 and sealing device 5; Spray code spraying apparatus, cutter and waste material wind is also provided with between sealing device 5 and drawing mechanism 6.
The process of the present embodiment neutral body wrapping machine plastics sucking moulding and involution is illustrated below in conjunction with accompanying drawing 1 ~ Fig. 3.
Plastics sucking moulding process: drive upper preheating table 71 to move downward by crane in air cylinder driven, lower crane drives lower preheating table 72 upward movement, and be clipped in the middle film material preheating.After preheating completes, film material is gone ahead a stepping, and shaping upper 31 is blown downwards.Shaping counterdie 32 carrys out air-breathing by a vacuum pump, and the die cavity inside face that film material is attracted to shaping counterdie 32 is shaping.When die is shaping, after the preheating of film material, drift, to being lowered in shaping counterdie 32 die cavity, by film material Pressing Deformation, then coordinates shaping counterdie 32 air-breathing assistant formation.In whole forming process, shaping upper 31 is motionless, and shaping counterdie 32 is driven by lower lifting table 321 and pumps, drift after shaping counterdie 32 rises to sinking.
Heating in the present embodiment, shaping and sealing device due to work pieces process that rear one group of mould is corresponding complete after need through mould above, therefore, a step distance should be (2+N) of a packaging Workpiece length doubly, and wherein N is integer.A step distance in the present embodiment is at least 2 times of a packaging Workpiece length.Such as, film material after a posterior composing type heating plate preheating also just will will can arrive next Mould Machining position by the distance above one group of heating plate and the posterior one group of plastics sucking moulding device 3 of ranking through a composing type heating plate above forward, and therefore an one stepping at least will comprise 2 times that one is packed Workpiece length.Wherein the concrete value of N is determined according to the number of molds of sequencing setting in frame 1.
In involution operation, heat sealing is completed by involution patrix 51 and involution counterdie 52.Box body film material after shaping becomes identical with shaping counterdie 32 die cavity container-like, and product to be packaged is put into wherein, is towed to printed on line device 4, and the lid film material then printed with printed on line device 4 is together towed to sealing device 5.By on lid film material lid box body film material after shaping, involution patrix 51 is moved downward by air bag 510 extruding, and involution counterdie 52 drives upward movement by crane 520, simultaneously, vacuumize in involution counterdie 52 die cavity, be close to make an ancient piece of jade, round, flat and with a hole in its centre in packaging film material and involution counterdie 52 die cavity.Wherein, a pair involution heating plate 511 of two involution patrix 51 lower ends controls separately its temperature by two corresponding with it respectively PID controller, and controls the temperature difference at ± 5 DEG C.In production technology, preheating, shaping and involution can be carried out simultaneously, also can first preheating shaping, then carry out involution, these can be controlled to adjust by PLC system.
The packing of product after involution completes is wound around after collection system by code spraying system, cutting-off tool system and side crops successively, draws to discharge system and completes the encapsulation of product.
Further, as shown in Figure 2, printed on line device 4 mouth is connected with the input end of sealing device 5.The printed on line device 4 that the present embodiment provides as shown in Figure 4, comprises roller 41, anilox roll 42, roller platen 43, forme 44.Roller 41 arranges forme 44 along its circumferential surface, and anilox roll 42 constantly rotates the sticky ink got in black groove 46, and anilox roll 42 and roller 41 synchronous rotary, so just can realize anilox roll 42 and synchronously moisten ink.
Roller 41 first actuating device driven rotary, anilox roll 42 is by the second actuating device driven rotary, and when roller 41 is rotated, anilox roll 42 departs from roller.Printed on line device mouth is also provided with a stocking mechanism, and this stocking mechanism comprises a dancer 49, and before and after dancer 49, both sides respectively arrange at least one fixed roll 50.
Further, as shown in Figure 4, fixed roll 50 is fixedly installed on the sidewall of printed on line device 4 mouth, and dancer 49 relatively fixed roll 50 can move up and down.Dancer 49 is held up suspension by the end face of fixed roll 50 and the bottom surface of dancer 49 by the film material printed, the lid film material printed is made to form the path of bending through dancer 49, by elongated for original transport path, thus, more print film material can be stored herein.In the present embodiment, memory structure preferably arranges multiple fixed roll 50, between adjacent two fixed rolls 50, be provided with a dancer 49, and the material of the print film feed path limited by dancer 49 and fixed roll 50 is like this roughly in multiple " Z " shape.When sealing device 5 place has printed lid film material drug on the market, printed on line device 4 has stopped exporting lid film material.Now, dancer 49 falls by deadweight, and the dancer 49 that the lid film material printed is crushed on it drives together to fall, and the distance between dancer 49 and fixed roll 50 strengthens, thus causes the outgoing route of lid film material to lengthen, and plays storage effect.When sealing device 5 needs to print lid film material for seasonable, sealing device 5 draws and prints the feeding of lid film material, due to the tension force of lid film material, dancer 49 is pulled lifting, and the Distance Shortened between fixed roll 50, thus shorten the feed path of lid film material, the lid film material of storage is transferred out.
Further, the first actuating device is a servomotor, and the second actuating device is reducing motor.And roller 41 rotating speed setting drive motor drive is greater than the anilox roll 42 driven separately by reducing motor, in other embodiments, as long as the linear velocity that the speed setting of this servomotor and reducing motor meets roller 41 surface pivots is more than or equal to the linear velocity of anilox roll 42 surface pivots.Anilox roll 42 has two groups of ratchets, one group and reducing motor engagement, anilox roll 42 can be driven to rotate, and anilox roll 42 cannot drag reducing motor running by this reducing gear.Anilox roll 42 is engaged by another group ratchet and roller 41, when such roller 41 is rotated, drives anilox roll 42 synchronous axial system by ratchet.Make, when roller 41 is motionless, reducing motor still can drive anilox roll 42 to rotate, and continues profit ink.Roller platen 43 is also provided with on the surface near roller 41, roller platen 43 starts to rotate when printing and plays a part to undertake the printing of, when lid film material passes through between roller platen 43 and roller 41, lid film material is pressed in roller 41 surface by roller platen 43, along with the rotation of roller 41 completes surface printing.
Ratchet in the utility model above-described embodiment, also can adopt the Transmission of the isolator structure of arbitrary form to substitute in other embodiments, such as adopt ratchet mechanism, as long as meet the unidirectional drive anilox roll 42 of roller 41 to operate, and reducing motor drives anilox roll 42 to operate.
It is preferred that in the present embodiment, be also provided with a distributor rollers 45 between anilox roll 42 and black groove 46, distributor rollers 45 is driven by anilox roll 42 and keeps same line speed to rotate, and its overhead surface contacts with anilox roll 42 surface, and below is immersed in black groove 46.So just realized the inking of anilox roll 42 by distributor rollers 45, anilox roll 42 is not directly contacting the ink in black groove 46, and it is better to moisten black effect.
Further, anilox roll 42 is processed very tiny reticulate pattern hole, like this can better inking, and inking can be kept even, unnecessary ink can be wiped off with the scraper (not shown) of anilox roll 42 surface contact by being arranged in frame, and the black concentrated flow that returns then by frame is arranged returns in black groove 46.Reducing motor remains rotation, and like this, drive anilox roll 42 to rotate, be namely in profit ink-condition, such ink would not dry up in anilox roll 42 always.Because roller 41 velocity of rotation to moisten the speed of ink-condition faster than anilox roll 42, namely roller 41 is once rotate, and anilox roll 42 speed is synchronous with roller 41 at once and start inking, and roller 41 stops, anilox roll 42 recovers at once only by reducing motor drives maintenance moisten black.
Further, be also provided with nip rolls 47 close to each other and pressing film roller 48 at the mouth of this printed on line device, roller platen 43 and nip rolls 47 are driven by a servomotor.Nip rolls 47 are the walking power of paper, are taken away by lid film material by the friction between pressing film roller 48.
Roller 41 and nip rolls 47 are in intermittent rotary state, often turn around and can print once version, and adjust position after stopping and turn the second circle more so repeatedly, rotating the number of turns can set.
Roller 41 can put up N typesetting and printing version 44 above as required, and in the present embodiment, forme can adopt resin board.Often circle and print N typesetting face; the paper printed is stored in printer by dancer 1 by the space of a whole page; if need N*N typesetting face; 41 turns of N weeks of roller; paper is stored in printer, and printer is shut down, and waits for that the paper tape printed is walked by wrapping machine; printer republishes next group N*N type-setting machine, just achieves the printing of interval printing and the more space of a whole page.In production, control the rotating speed of servomotor by man-machine interface 80 thus control the print out rate of roller 41 and the Feeding speed synchronised of sealing device 5, also can by controlling the rising of dancer 49 and decline thus controlling the speed that printed on line device 4 exports lid film material, and separately this speed is identical with the Feeding speed of sealing device 5, thus realize the synchronized operation of printed on line device 4 and sealing device 5.
Embodiment three,
The present embodiment is that the one of previous embodiment is improved, in the present embodiment, as shown in Figure 5, the involution heating plate 511 of sealing device 5 is extended to original twice along film material direction of feed length, what in corresponding involution counterdie 52, die cavity quantity was corresponding expands as original twice, and corresponding being extended to of air bag 510 being positioned at involution patrix 51 mold cavity tip covers whole involution heating plate 511 upper surface.Thermal insulation layer 513 between involution heating plate 511 with air bag 510 and cold plates 512 all corresponding be extended to original twice.Like this, the product quantity that each sealing action of sealing device 5 can be processed all is extended to original twice, certainly, above-mentioned improvement is not only confined to expand twice, in other embodiments, above-mentioned improvement can also expand more multiples, operates at every turn can complete more product involution simultaneously to make sealing device.
Further, corresponding with sealing device 5, plastics sucking moulding device 3 can select the scheme as described in embodiment two, adjacently before and after film material direction of feed arrange two, also can be as shown in Figure 6, corresponding by shaping upper 31 and shaping counterdie 32 along film material direction of feed corresponding be extended to original twice, and will correspondingly with the aspirator system in shaping counterdie 32 die cavity for the blowning installation in the die cavity of shaping upper 31 establish, two covers are set.Same, preheating device 7 also can select the mode as being disposed adjacent two covers before and after in embodiment two, or corresponding with lower preheating table 72 for original upper preheating table 71 is extended to twice, and overlaps PID controller by two and independently control its temperature.Its elsewhere structure design and the course of processing substantially identical with embodiment two, then this is not repeating.
A kind of sealing device for three-dimensional packing machine that the utility model provides and three-dimensional packing machine, by by plastics sucking moulding device tool and involution mould corresponding arrange two, and adopt air bag as the engine installation of involution patrix, guarantee sealing pressure is sufficient, and the stress point of air sac pressing involution patrix is whole involution heater plate surface, its area of thrust surface are large, involution film material homogeneous heating, involution better effects if; Shaping upper is provided with storage tank, effectively can solve the problem that the unstable ratio of briquetting of shaping air blowing air pressure is low; Not only improve the speed of product encapsulation but also improve package quality further.
Should be understood that; application of the present utility model is not limited to above-mentioned citing; for those of ordinary skills, can be improved according to the above description or convert, all these improve and convert the protection domain that all should belong to the utility model claims.
Claims (10)
1. the sealing device for three-dimensional packing machine, it is characterized in that, described sealing device is comprised and being divided and the involution patrix, the involution counterdie that close by elevating control, be provided with the air bag for providing pressure in described involution patrix die cavity, and promote the involution heating plate to the motion of involution counterdie direction by described air bag.
2. sealing device according to claim 1, is characterized in that, is provided with cold plates and/or thermal insulation layer between described air bag and described involution heating plate.
3. sealing device according to claim 1, is characterized in that, described involution counterdie controls its lifting by an involution crane.
4. a three-dimensional packing machine, comprising:
Plastics sucking moulding device, for box body film material forming;
Printed on line device, for the printing of lid film material;
Sealing device, for the box body film material involution of the lid film material that will print and forming;
It is characterized in that, described plastics sucking moulding device is at least one, it arranges and carries out forming operation simultaneously before and after film material direction of feed, and described sealing device adopts the sealing device as described in any one of claim 1-3, and what it was corresponding with described plastics sucking moulding device at least arranges one.
5. three-dimensional packing machine according to claim 4, is characterized in that, described plastics sucking moulding device arranges two along the front and back that film material direction of feed is adjacent, carries out forming operation simultaneously; Corresponding, described sealing device, at the mouth of described plastics sucking moulding device, adjacently before and after film material direction of feed arranges two, carries out sealing operation simultaneously.
6. the three-dimensional packing machine according to claim 4 or 5, is characterized in that, described plastics sucking moulding device is comprised and being divided and the shaping upper, the shaping counterdie that close by elevating control, and described molding bottom die has product die cavity; Described shaping upper is also provided with the blowning installation making film material to the movement of described shaping counterdie die cavity, and described shaping counterdie also comprises aspirator system.
7. three-dimensional packing machine according to claim 6, is characterized in that, described shaping upper is provided with the drift making film material to the movement of product die cavity.
8. three-dimensional packing machine according to claim 6, is characterized in that, described blowning installation and air bag adopt respective gas storage equipment to carry out air feed respectively.
9. three-dimensional packing machine according to claim 6, it is characterized in that, also comprise and being connected with plastics sucking moulding device input end, for the preheating device of box body film material preheating, described preheating device comprises by its point of elevating control and the upper preheating table closed and lower preheating table, and each described plastics sucking moulding device correspondence arranges a preheating device.
10. three-dimensional packing machine according to claim 9, is characterized in that, single described upper preheating table and lower preheating table control separately its temperature by a PID controller respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520373214.3U CN204750712U (en) | 2015-06-02 | 2015-06-02 | A involution device and three -dimensional packagine machine for three -dimensional packagine machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520373214.3U CN204750712U (en) | 2015-06-02 | 2015-06-02 | A involution device and three -dimensional packagine machine for three -dimensional packagine machine |
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| CN204750712U true CN204750712U (en) | 2015-11-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112660466A (en) * | 2020-12-10 | 2021-04-16 | 杭州中亚机械股份有限公司 | Folded sheet preheating and sealing part and rod inserting type food production equipment |
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2015
- 2015-06-02 CN CN201520373214.3U patent/CN204750712U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112660466A (en) * | 2020-12-10 | 2021-04-16 | 杭州中亚机械股份有限公司 | Folded sheet preheating and sealing part and rod inserting type food production equipment |
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| CP03 | Change of name, title or address |
Address after: 18 No. 443200 Zhijiang city of Hubei province Majiadian seven Avenue Patentee after: ALLMED MEDICAL PRODUCTS Co.,Ltd. Address before: 443200 Zhijiang City, Hubei Province MA Zhen Park Road No. 180 Patentee before: Allmed Medical Products Co.,Ltd. |