CN101370713A - Apparatus for manufacturing bag having three-dimensional design - Google Patents
Apparatus for manufacturing bag having three-dimensional design Download PDFInfo
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- CN101370713A CN101370713A CNA2007800023533A CN200780002353A CN101370713A CN 101370713 A CN101370713 A CN 101370713A CN A2007800023533 A CNA2007800023533 A CN A2007800023533A CN 200780002353 A CN200780002353 A CN 200780002353A CN 101370713 A CN101370713 A CN 101370713A
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Abstract
A bag-making packaging machine 20 comprises a tubular former 23 having a former surface for aligning a packaging film 11, a pull-down mechanism 24, a vertical seal mechanism 21, a horizontal seal mechanism 22, and a molding apparatus 25 for molding three dimensional designs, in which the tubular former 23 has a molding surface 30 for molding the three dimensional designs at any position of the former surface, and the molding apparatus 25 is provided at the position opposite to the molding surface 30 of the former. As specific examples of the molding apparatus 25, a heater, a light irradiation apparatus, a mold, and pressing machine can be exemplified. When the molding apparatus 25 is the heater or the optical irradiation apparatus, a foamable ink is contained in the printing layer of the packaging film 11 to foam.; When the molding apparatus 25 is the mold, the embossing is performed by further laminating the reinforcement sheet or the sheet for the three dimensional designs on the packaging film 11. And when the molding apparatus 25 is the pressing machine, the three dimensional sheet is laminated on the packaging film 11 beforehand.
Description
Technical field
The present invention relates to be used to make the bag-making and packaging apparatus that forms three-dimensional design-calculated packaging bag.More specifically, relate to for dessert such as fast food such as potato block and biscuit are packed, and packaging film is made as tubular, and form three-dimensional design, and can fill the bag-making and packaging apparatus of article on this surface.
Background technology
In the factory that makes these food, one side is by the bag-making packaging machine of vertical pillowcase or horizontal pillowcase type, form bag from plastic packaging film, be filled in snack categories such as fast food such as potato block or biscuit in this bag after dispatch from the factory on one side, in shops such as supermarket, sell then.
On in the back of the body surface of packaging bag based on relevant essential informations such as the component list of trade name, food, quality guarantee period, manufacturer name, be printed with the information etc. that maker is used to arouse customer's desire to purchase.The customer sees the packaging bag of commodity and is printed in information of this packaging bag etc. that judgement could be bought.Thereby the printing of packaging bag judges that to customer's purchase bigger influence is arranged, so each food manufacturing company goes all out in printed design in order to attract customer's sight.
Usually, form the packaging film of bag, carry out stacked to sealing layer, isolation layer and substrate layer basically and forms, each layer shared the different function of necessity respectively in bag.Sealing layer can seal for bag forms.Isolation layer generally is made of aluminium or ceramic evaporation layer such as aluminium oxide or monox, ethylene-vinyl alcohol copolymer resin bed, the oxidation absorbed layer that comprises reduced iron etc., with respect to water, oxygen protection in-to-in food.At last, substrate layer provides the character of machinery to bag.
This packaging film supplies to wrapping machine from film roll, forms packaging bag.As an example of wrapping machine, expression has vertical bag-making packaging machine in Figure 11.Vertical bag-making packaging machine 20 has and is used to receive open and flat packaging film 11, is configured as barrel-contoured former 23, and this former 23 has 23a of shoulder portion and cylindrical portion 23b.
In having the packaging film of aforesaid basic structure, in order to be seen by the customer in the shop, printed layers is usually located at the surface at bag, the outside of substrate layer, or is arranged between substrate layer (transparent) and the isolation layer (opaque).But,, can not stay deep impression to the customer even printing because color and variation, but still is the plane on earth.
As the example that prints three-dimensionally, there is pair bag to carry out the example (patent documentation 1) that type shows, but is limited to less important demonstration, wish to carry out staying the solid design of strong impression to the customer, realize the differential of commodity.
Patent documentation 1: Japanese kokai publication hei 11-292091 number
Summary of the invention
Thereby, problem of the present invention provides a kind of bag-making packaging machine, in order to make commodity can attract the customer, packaged food etc. form three-dimensional design in the formed packaging bag by packaging film, bag-making packaging machine of the present invention is used to make the design-calculated packaging bag that forms such solid.
In order to solve above-mentioned problem, in bag-making packaging machine of the present invention, its topmost being characterised in that,
Comprise: have and make packaging film along barrel-contoured former, pull down mechanism, longitudinal seal means, the transverse sealing mechanism of the former face of exhibition with carry out the building mortion that three-dimensional design is shaped,
Described barrel-contoured former on the optional position of former face, has and is used to be shaped three-dimensional design-calculated forming face,
Described building mortion is arranged on the position relative with the forming face of described former.
Particularly, as above-mentioned building mortion, preferably possess any one of following apparatus (1)～(4).
(1) temperature booster that the packaging film of the forming face that is positioned at above-mentioned former is heated.
(2) light irradiation device that the packaging film of the forming face that is positioned at above-mentioned former is shone.
(3) on the packaging film of the forming face that is positioned at above-mentioned former, form concavo-convex forming model.
(4) stacked conduct is formed with the compression machine of the Stereogram of three-dimensional design-calculated sheet on the packaging film of the forming face that is positioned at above-mentioned former.
In addition, the plate of preferred above-mentioned compression machine is a heating plate.
In addition, preferably possess,, make the stacked adhesive agent stacked laminator of adhesive agent in the certain limit of packaging film in the last stage of the punching press of above-mentioned compression machine.
In addition, preferred above-mentioned former is the drum of hollow form, and above-mentioned forming face is a tabular surface.
In addition, preferred above-mentioned building mortion possesses travel mechanism, is used to make the above-mentioned relatively forming face of above-mentioned forming model or above-mentioned compression machine to be toward or away from.
In addition, the forming face of preferred above-mentioned former and above-mentioned building mortion possess the forming model of the shape that can engage mutually, more preferably the forming model of the forming face of above-mentioned former is the forming model of androtype type, and the forming model of above-mentioned building mortion is female model.
In addition, the forming model of preferred above-mentioned female model is built-in with temperature booster.
In addition, preferred above-mentioned building mortion also possesses vacuum.
By the packaging bag of bag-making and packaging apparatus manufacturing of the present invention, on the assigned position of its outer surface, be formed with three-dimensional design, therefore cause the consumer alert easily, can increase the attractive force effect of commodity, improve the effect of publicity of commodity.
In addition, in bag-making and packaging apparatus of the present invention, the design-calculated of such solid forms and can be inserted in a series of bag packaging process, can carry out in the Fabrication procedure of continuous packaging bag, therefore practical application easily.
Description of drawings
The skeleton diagram that Figure 1A observes from the horizontal direction of the bag-making packaging machine of the present invention that is assembled with former.
Figure 1B is the X-X ' section drawing among Figure 1A.
Fig. 2 is the skeleton diagram of former.
Fig. 3 is for representing the skeleton diagram of an example of the forming model of use in the present invention.
Fig. 4 is the main portion skeleton diagram of the labelling machine of stickup Stereogram.
Fig. 5 is the summary sectional view of the structure of the bag of expression bag-making packaging machine manufacturing of the present invention.
Fig. 6 A is the summary sectional view of another structure of the bag of expression bag-making packaging machine manufacturing of the present invention.
Fig. 6 B is the summary sectional view of another structure of the bag of expression bag-making packaging machine manufacturing of the present invention.
Fig. 7 is the summary sectional view of another structure of the bag of expression bag-making packaging machine manufacturing of the present invention.
Fig. 8 is the summary sectional view of another structure of the bag of expression bag-making packaging machine manufacturing of the present invention.
Fig. 9 is for pasting the skeleton diagram of the heating plate that strengthens sheet.
Figure 10 is the skeleton diagram of the outward appearance of expression packaging bag of the present invention.
Figure 11 is the skeleton diagram that is used for the general vertical bag-making packaging machine of packaging bag manufacturing.
Nomenclature
10 have three-dimensional design-calculated bag
11 packaging films
12 sealing layers
13 substrate layers
14 strengthen sheet
15 three-dimensional design sheets
16 Stereograms
The 16A hot-melt adhesive
17 isolation layers
18 adhesive agents
19 printed layers
20 bag-making packaging machines
21 longitudinal seal means
22 transverse sealing mechanisms
23 formers
23a shoulder portion
The 23b cylindrical portion
24 pull devices
24a, 24b roller
The 24c belt
25 formers
The androtype type of 26A forming model
The female model of 26B forming model
The supply ventilating fan of 26C forming model
The 27A sensor
27B travel mechanism
The 27C control mechanism
28,28 ' heating plate
29 compression machinees
29A adhesive agent stacked laminator
30 forming faces
40 three-dimensional designs
The specific embodiment
(basic structure of system band packing device)
As the form of the bag-making and packaging apparatus that uses in order to form packaging bag, vertical, horizontally all can from above-mentioned packaging film.In this manual, be that the present invention will be described for example with the upright packing machine.In the present invention, form, so, compare preferred batch (-type) with continous way as the drive form of wrapping machine in order to be easy to the static solid design that forms model.
(bag-making packaging machine)
The example of vertical pillowcase wrapping machine that expression is general among Figure 11.Vertically pillowcase packaging bag-making packaging machine consists essentially of usually: former 23, and the packaging film 11 that is used for supplying with from winding up roller (not shown) is configured as tubular; Pull down mechanism 24 makes to form barrel-contoured packaging film 11 along this former 23 and handover downwards; Longitudinal seal means 21 is used for and will forms position that barrel-contoured above-mentioned packaging film 11 overlaps along its length at former 23 back seaies; With a pair of transverse sealing mechanism 22, be used for the barrel-contoured above-mentioned packaging film 11 that to be sealed longitudinally interval transverse sealing with regulation.
(former, pull device)
Former 23 is by constituting as the 23a of shoulder portion with curved surface and the barrel-contoured cylindrical portion 23b that make packaging film 11 along the portion that guides to of exhibition.Pull device 24 will be configured as barrel-contoured packaging film 11 is sent to the below along this former 23 device for being used for.Pull device 24 generally comprises belt 24c and drives a plurality of roller 24a, the 24b of this belt.
(longitudinal seal means, transverse sealing mechanism)
Longitudinal seal means 21 is for being used to make the length direction end face coincidence that forms barrel-contoured packaging film 11 and carrying out leak free mechanism.Longitudinal seal means 21 generally possesses heating belt or warm-up mill in order to seal.On the other hand, transverse sealing mechanism 22 is the tubular packaging film that is used for the being sealed longitudinally mechanism with the interval transverse sealing of regulation.In the present invention,, therefore cooperate this moment, on operation, preferably also carry out off and on forming by the sealing of longitudinal seal means 21 and transverse sealing mechanism 22 because the solid design of packaging film 11 is carried out off and on by forming model 26 and enforcement easily.One side of above-mentioned transverse sealing mechanism 22 has and is used for cutter that packaging film 11 is cut off up and down, and the opposing party possesses the groove that receives cutter, after packaging film 11 is sealed, cut off up and down, the bag of formation is fallen downwards, form the bottom branch of next bag simultaneously.
(former)
In bag-making packaging machine 20 of the present invention, except the mechanism of as shown in figure 11 common wrapping machine, above-mentioned barrel-contoured former 23 has on any one position of former face and is used to form three-dimensional design-calculated forming face 30, and disposes on the position relative with the forming face of above-mentioned former packaging film 11 is carried out the building mortion 25 that three-dimensional design-calculated is shaped.That is, the packaging film 11 that arrives above-mentioned forming face 30 along the former face is implemented three-dimensional design by building mortion 25.
Figure 1A, Figure 1B be for the forming face 30 of representing the former 23 in the bag-making packaging machine 20 position relation with building mortion 25, and shown the summary X-X ' section drawing (Figure 1B) among summary side elevation (Figure 1A) and Figure 1A.In common bag-making packaging machine 20, longitudinal seal means 21 is in the front of former 23, and pull device 24 is in the two sides of former 23, and shown in Figure 1A, therefore above-mentioned forming face 30 preferably is arranged on the back side of former 23.If dispose like this, then can avoid the position of carrying out longitudinal sealing of packaging film 11, and form three-dimensional design at the regulation position.Shown in Figure 1A, the forming face 30 that contacts with building mortion 25 is preferably plane.
(detent mechanism)
It is more to be printed with the situation of registered symbol with predetermined distance on packaging film 11, therefore in bag-making packaging machine 20 of the present invention, for the three-dimensional design of formation on the correct position of packaging film 11, and the detent mechanism that utilizes registered symbol printed on the packaging film of having 11 is set preferably.
Detent mechanism consists essentially of: the sensor 27A that detects the registered symbol of packaging film 11; The 27B of travel mechanism that building mortion 25 is moved; And control the control mechanism 27C that this moves.By such detent mechanism is set, can control the mobile of building mortion 25.The detection of registered symbol need not be carried out along 23 pairs of packaging films 11 cylindraceous of former, and shown in Figure 1A, the plane packaging film 11 before also can importing former 23 carries out.
(travel mechanism)
The 27B of travel mechanism is used to make building mortion 25 and packaging film 11 contacts of the forming face 30 that is positioned at former 23, the mechanism that separates.Particularly, as shown in Figure 2, can be expressed as the mechanism that the S. A. that is installed on the building mortion 25 is moved forward and backward by the cylinder as the 27B of travel mechanism.An importing air by to two air introducing port 27BA, 27BB from another discharge, can make building mortion 25 move.
In addition,, also can pass the bearing of device frame, utilize the positive and negative rotation of driving engine to make this mechanism that moves forward and backward that building mortion 25 is moved by making the lead screw shaft that is installed on this temperature booster as other mechanism.
(sensor)
In order to detect the position that should implement solid forming reliably, and carry out accurate in locating, preferably on packaging film 11 with the appropriate intervals setting by sensor can perception the ring mark.The ring mark is not to see, and for example the sensor 27A at the ring mark is under the situation of infradred sensor, can be for by the set ring mark of infrared ray absorbing printing ink yet.In addition, so long as can perception by sensor 27A, the ring mark is not the outside face that must be present in packaging film 11, printed layers 19 is contained can form the cmpd that encircles mark.
(control mechanism)
The mechanism of control mechanism 27C for following a series of actions is indicated, promptly, based on the detection signal that sends from sensor 27A, building mortion 25 is contacted with the outer surface of the packaging film 11 that is positioned at forming face, utilize building mortion 25 at certain hour, make reliably after the three-dimensional design, building mortion 25 is left from this packaging film 11.
As the concrete example of above-mentioned building mortion, can enumerate following apparatus (1)～(4).
(1) temperature booster
(2) light irradiation device
(3) forming model
(4) compression machine
(temperature booster)
A kind of temperature booster as building mortion 25, the packaging film 11 that moves along above-mentioned former 23, in the moment that arrives forming face 30, in order to form three-dimensional design, the regulation position that the printed layers 19 of packaging film 11 exists is heated, and the foamability printing ink that printed layers 19 is comprised bubbles.In the present invention, temperature booster is configured in the position relative with the forming face 30 of former 23, from outside face (substrate layer side) the heating packaging film 11 of packaging film 11.The heating surface of temperature booster has and the solid design corresponding shape of wanting to form.
(light irradiation device)
A kind of light irradiation device as building mortion 25 also plays the effect identical with temperature booster.The foamability printing ink that the printed layers 19 of packaging film 11 is comprised is inferior in the situation of the character with the light foaming that utilizes specific wavelength, compares preferred use light irradiation device with temperature booster.
(forming model)
As above-mentioned building mortion 25, also can use forming model 26.Fig. 3 represents the synoptic map of forming model 26 used in the present invention.As the manufacturing process of forming model 26, employed vacuum forming in plastics forming, press empty shaping, press molding or embossing to be shaped all can to use.Using 26 pairs of packaging films of forming model 11 to carry out under the three-dimensional design-calculated situation, can only building mortion 25 be made as forming model 26, but the preferred forming model 26 that is made of androtype type shaping 26A and the female model shaping 26B with the shape that engages with the shape of this androtype type shaping 26A that uses uses one side on the forming face 30 of above-mentioned former 23.(below write a Chinese character in simplified form " androtype type 26A ", " female model 26B ") in this case, preferably makes the forming model of the forming face of former adopt male membranous type 26A, makes the forming model of above-mentioned building mortion 25 adopt female model 26B.
Control setup is controlled the action of female model 26B based on the detection signal of the registered symbol of packaging film 11, forms three-dimensional design thus on the packaging film 11 that is positioned at forming face 30.Further on female model 26B, when androtype type 26A is engaged with female model 26B, preferably possess and be used to make the supply ventilating fan 26C equal vacuum device that is in decompression state between the above-mentioned two shaping models.
Preferably female model 26B is provided with mobile pressing mechanism, moves female model 26B, can press (pressurization) to packaging film 11 progressive types.When Damxung model 26A engages with female model 26B, form decompression state by supply ventilating fan 26C between the above-mentioned forming model, but in order to make three-dimensional design more beautiful, when forming, preferably be embedded to temperature booster among the female model 26B this moment.In this case, female model 26B forms after being heated to suitable temperature in advance.As mobile pressing mechanism, can enumerate following method, promptly, drive the S. A. that supports female model 26B in the cylinder mode, or the leading screw of this S. A. is engaged with the leading screw of framework, make the axle rotation with electrical motor, change the relative position of relative framework, can make the relative androtype type of female model 26B 26A thus near separating.Heating 26B, 26A moves towards the androtype type, makes the flow chart that is in decompression state between the forming model and carries out moulding be shown in table 1.
[table 1]
(pressure device)
Also can working pressure machine 29 as above-mentioned building mortion 25.Compression machine 29 sticks on mechanism on the packaging film 11 for the Stereogram 16 that will use forming model 26 to give three-dimensional shape in advance.Fig. 4 represents the skeleton diagram of pressure device 29 and adhesive agent stacked laminator 29A described later.
Pressure device 29 preferred disposition are in the position relative with the former 23 of bag-making packaging machine 20.If on the plane packaging film 11 till be imported into former 23, paste Stereogram 16, then when making packaging film 11 be deformed into tubular, the disadvantages such as design fragmentation of above-mentioned solid take place easily along former 23.
Be pre-formed sealing layer 12 or hot-melt adhesive 16A at the back side of Stereogram 16, thereby this Stereogram 16 is heated under the situation of the manufacture method of pasting, preferably be arranged on the compression machine 29, position in the regulation of packaging film 11, push Stereogram 16, and the heating plate (not shown) that can heat Stereogram 16.In such heating plate, be built-in with heating arrangements.Even heating plate in the last stage that Stereogram 16 contacts with packaging film 11, also can contact with this heating plate by Stereogram 16, this Stereogram 16 is heated.After the moment that contacts with packaging film 11, be in state owing to be arranged at the sealing layer or the hot-melt adhesive at the back side of Stereogram 16 with well-bonded power, even, also can make both fully integrated so packaging film 11 is shorter with the contact time of Stereogram 16.Moreover, in Fig. 4, the regulation position that the black face of packaging film 11 represents to paste Stereogram 16.
(adhesive agent stacked laminator)
In the operation before will utilizing compression machine 29 stickup Stereograms 16, be layered in the surface of packaging film 11 general's hot-melt adhesive of fusion, during this hot-melt adhesive fusion, stickup Stereogram 16 also makes under the situation of both incorporate manufacture methods, can also adhesive agent stacked laminator 29A be set on bag-making packaging machine 20 of the present invention, be used for being layered in the assigned position of packaging film 11 by methods such as spraying or the coating hot-melt adhesive of fusion.Black face on the packaging film 11 among Fig. 4 is represented to spray or is applied the position of hot-melt adhesive 16A.
Under the situation of the adhesive agent stacked laminator 29A of aerosol type, preferably possess the reservoir (not shown), the heating arrangements (not shown) of fusion hot-melt adhesive and the nozzle (not shown) that the hot-melt adhesive of fusion is sprayed that store hot-melt adhesive.
In addition, identical for only can be near the packaging film 11 on 23 of the formers with compression machine 29 in spraying or when coating, travel mechanism (not shown) preferably is set.Be provided with under the situation of travel mechanism, in order to determine correct spray position, labelling machine equally also can utilize detent mechanism control adhesive agent stacked laminator 29A.
In this manufacture method, owing to hot-melt adhesive is heated in described reservoir in advance, so, also can make both fully integrated even packaging film 11 is shorter with the contact time of Stereogram 16.
(basic structure of packaging film)
Be the sealing layer 12 of medial surface and the substrate layer 13 of outer surface in the minimum basic structure that possesses as the raw material of bag-making packaging machine 20 of the present invention and on the packaging film 11 that uses.In order further to improve the leak tightness of the bag 10 that uses bag-making packaging machine 20 manufacturings of the present invention, above-mentioned isolation layer 17 is set between above-mentioned sealing layer 12 and substrate layer 13 preferably.
In addition, for more commercialization,, printed layers 19 is set in the position that can see from the outside of bag 10 for example at the outermost layer of above-mentioned bag 10 etc.
(sealing layer)
In addition, as sealing layer 12 films, the film that also can use lamination high-melting-point polymer on above-mentioned low melting point polymer (two extended polypropylenes, two extension polyester) to form.Preferred 20～50 μ m of the thickness of such sealing layer 12.
(isolation layer)
As mentioned above, packaging film 11 used in the present invention has preferably that pottery to metals such as aluminium, iron, magnesium, monox etc. etc. carries out evaporation and the common isolation layer 17 that forms.As the thickness of isolation layer 17, according to light barrier property and oxygen aqueous vapor barrier property preferred 300
More than, 300～1500
Scope in select.The isolation layer 17 that forms with methods such as this evaporations can form on arbitrary of the face of the sealing layer side of the face of the substrate layer side of sealing layer 12 or substrate layer 13.Be formed at isolation layer 17 under the situation on the face of sealing layer, as sealing layer 13 employed materials, preferably lamination is compared the high polymeric layer of fusing point with it on low melting point polymer, forms isolation layer 17 by methods such as evaporations in above-mentioned dystectic polymeric layer side.
In addition, not only aforesaid evaporation layer can also make up with the evaporation layer, and by vinyl-vinyl alcohol film, the film that comprises reduced iron or cobalt forms isolation layer 17.
(substrate layer)
Because substrate layer 13 is for forming the main body of bag, so require the pulling strengrth height, have suitable hardness, have the thermosealed resistance to effect of heat in the time of bearing bag formation, in addition must be low-cost, therefore preferably constitute by two extended polypropylene films (OPP), two extension polyethylene foils.Moreover, also require under the situation of heat sealability in the outside of bag 10, preferably further form sealing layer, perhaps use heat-sealing two extended polypropylenes (OPH), two of heat-sealings to extend pet film in the outside of above-mentioned OPP film or two extended polypropylenes.As the thickness of substrate layer, the scope of preferred 15～50 μ m.
(adhesive agent)
If make above-mentioned sealing layer 12 and above-mentioned substrate layer 13 stacked then become packaging film 11.As stacked method, can enumerate that to carry out stacked dry type by adhesive agent stacked, two-layer between with thinness about 10～30 μ ms be pressed into polyethylene on one side carry out stacked sandwich formula stacked on one side.As stacked employed adhesive agent 18, can use the adhesive agent 18 that dissolves hot-melt type such as adhesive agent in the solvent, ethylene-acrylic acid copolymer, ethylene-methyl acrylate copolymer, vinyl acrylate copolymer with polytrimethylene ether/polyurethane as 2 liquor types of major component, with the poly-mer of aromatic polytrimethylene ether class, aromatic polyester class, aliphatic polyester series, aliphatic poly carbamate, aliphatic poly ether class.
(being used to provide three-dimensional design-calculated structural element)
Even three-dimensional shape is given by above-mentioned building mortion 25 in the surface of the bag of making 10 only using the packaging film 11 that is made of above-mentioned basic structure, only this also is difficult to carry out the solid design of good appearance.Therefore, even in packaging film 11 sides, also be necessary to be provided in addition to bring into play the structure of effect of the building mortion 25 of above-mentioned (1)～(4) as raw material.Or the structure of complementarity of effect of the building mortion 25 of above-mentioned (1)～(4) is further brought into play in preferred setting.
Particularly, providing under the three-dimensional design-calculated situation by (1) temperature booster and (2) light irradiation device, the printed layers 19 of packaging film 11 is necessary to comprise foamability printing ink.In addition, providing under the three-dimensional design-calculated situation by (3) forming model, preferably at the stacked enhancing sheet 14 of medial surface (sealing layer side) of packaging film 11, or in the stacked three-dimensional design of the outer layer surface (substrate layer side) of packaging film 11 with sheet 15.Moreover, also can on packaging film 11, design with sheet 15 with three-dimensional by simultaneously stacked enhancing sheet 14.In addition, providing under the three-dimensional design-calculated situation, except that packaging film 11, also need to form three-dimensional design-calculated Stereogram 16 by forming model etc. in advance by (4) compression machine.
(printed layers)
Printed layers 19 is for being used for implementing at the outer surface of packaging bag the layer of literal and pattern etc.Printed layers 19 can be used known printing processes such as silk screen print method and form.Printed layers 19 must be positioned at the outside with respect to opaque isolation layer 17.For printed layers 19 being configured in the outside of isolation layer 17, for example can be undertaken by following method, promptly, substrate layer 13 is made as the two-layer film structure, on thin film, implement printing, on the other hand, on another layer film, form isolation layer 17 by methods such as vapour deposition methods with known printing processes such as silk screen print methods, so that above-mentioned printed layers becomes the mode in the outside, stacked double-layer films forms substrate layer 13.
(foamability printing ink)
At building mortion 25 is under the situation of temperature booster or light irradiation device, and packaging film 11 comprises foamability printing ink in printed layers 19 employed printing ink.In foamability printing ink, comprise foamer.Foamability printing ink can use the foamability printing ink of selling on the market.
As foamer, for example except hot-tapping type chemical blowing agents such as azo-dicarboxylic diamide, azo diisobutylene nitrile foamer, can also use thermal expansion type microcapsules foamer that includes the low boiling carburettd hydrogen etc.As concrete example, this microballoon of pine F-30, F-50, F-80S, F-85 (being pine this grease pharmacy (strain) system) have been enumerated.Moreover, even foamer does not comprise by the oxidation of laser, to decompose the gas that is produced also harmless even do not contain.These not only can use separately but also can and use.Can also use the foamability printing ink that for example in the printing ink that constitutes by zeolite 5 weight portions, oxypolymer 5 weight portions, alkyd varnish 90 weight portions, mixes as ammonium bicarbonate 5 weight portions of foamer.
As the microcapsules foamer, the microcapsules that the shell wall that can use the surface of for example gasifying by heating or the core material of gas taking place to be difficult to the resin by gas covers.If for concrete example, can exemplify the microcapsules of following particle diameter 5～40 μ m, promptly, core material as these microcapsules, use the carburettd hydrogen of the low-boiling point liquid of butane, pentane etc., as shell wall, use with thermoplastic resin such as the aromatic vinyl based compound of vinylidene chloride, acrylonitrile, vinylidene chloride-acrylonitrile copolymer, acrylic resin, styrene etc. as main component.
The foamability printing ink that comprises above-mentioned microcapsules, utilize temperature booster or light irradiation device, make above-mentioned core material gasification (or gas takes place), expand, and shell wall is broken, with substrate layer 13 that printed layers 19 contacts on stay the vestige that breaks of foamability printing ink, give three-dimensional concavo-convex modification to the surface of packaging film 11 thus.
Fig. 5 represents to make printed layers to contain foamability printing ink, forms the summary sectional view of an example of structure of the packaging bag 10 of three-dimensional design-calculated situation.In the layer structure of bag 10 shown in Figure 5, be followed successively by the such structure of sealing layer 12/ adhesive agent or polyethylene layer 18/ substrate layer 13/ isolation layer, 17/ adhesive agent 18/ printed layers, 19/ substrate layer 13 from the inboard.
(enhancing sheet)
At building mortion 25 is under the situation of forming model, and packaging film 11 is except the basic structure of above-mentioned packaging film 11, preferably further at the stacked enhancing sheet 14 of medial surface (sealing layer side).Strengthening sheet 14 is the layers that strengthen the packaging film 11 of implementing three-dimensional design-calculated part from the inside for bag 10 being implemented three-dimensional design modify.For employed enhancing sheet 14 in the present invention, it has stronger shape maintains at normal temperatures, and as the weight-saving material, selects to have the material of thermoplasticity.That is, when packaging film 11 progressive types are pressed,, can easily provide three-dimensional design to modify, on the other hand,, then should the solid design have more intense form maintenance if be cooled to normal temperature by heating.
As concrete material, can enumerate thermoplastic resins such as polyethylene and polypropylene.In addition, strengthen preferred 30～200 μ m of thickness of sheet 14.If it is thin excessively to strengthen sheet, then provide the effect of three-dimensional modification insufficient, on the other hand to the packaging bag surface, if it is blocked up to strengthen sheet, then be formed at packaging film 11 partly owing to strengthen sheet 14, packaging film 11 is difficult to be configured as tubulose, and the operation crossing ability is easy to generate fault.
Strengthening sheet 14 can be stacked by utilizing adhesive agent etc. to paste on the packaging film 11 of general structure.But, pasting the enhancing sheet if cross over the whole surface of packaging film 11, then, therefore can't adopt owing to be difficult to packaging film 11 is carried out longitudinal sealing and transverse sealing.That is, at the position of carrying out longitudinal sealing and transverse sealing of bag, need be at the most surperficial sealing layer 12 that is provided with of inboard.Therefore in the present invention,, among above-mentioned packaging film 11, form above-mentioned three-dimensional design-calculated scope comprising, and remove in the scope of above-mentioned sealed scope, carry out stacked being provided with under the situation that strengthens sheet 14.In other words, the solid design to bag 10 of the present invention, preferably among the outer surface of bag 10, carry out at the regulation position in the scope of the stacked enhancing sheet 14 of cooresponding medial surface.
Fig. 6 A and Fig. 6 B are illustrated in the summary sectional view of an example of the structure that the packaging bag 10 that strengthens sheet 14 and form three-dimensional design-calculated situation is set on the packaging film 11.In bag 10 the layer structure shown in Fig. 6 A, be followed successively by the such structure of enhancing sheet 14/ sealing layer, 12/ adhesive agent or polyethylene layer 18/ substrate layer 13/ isolation layer, 17/ adhesive agent 18/ printed layers, 19/ substrate layer 13 from the inboard.
As the structure example beyond above-mentioned, in the example shown in Fig. 6 B, be followed successively by from the inboard and strengthen the such structure of sheet 14/ sealing layer 12/ isolation layer, 17/ adhesive agent or polyethylene layer 18/ printed layers, 19/ substrate layer 13.But as mentioned above, under the situation of above-mentioned any structure, in the position of carrying out longitudinal sealing and transverse sealing, the most surperficial inboard layer is a sealing layer 12, does not have stacked enhancing sheet on this part.
(three-dimensional design sheet)
At building mortion 25 is under the situation of forming model, preferably will design the substrate layer side that is layered in above-mentioned packaging film 11 with sheet 15, and form three-dimensional design by forming model being laminated with the above-mentioned three-dimensional above-mentioned packaging film 11 that designs with sheet 15 by the solid that the material that can keep three-dimensional shape for a long time constitutes.Moreover, using three-dimensional design with under the situation of sheet 15, before forming packaging film 11, made lamination in advance substrate layer 13 and three-dimensional design is with the laminate of sheet 15, and, also can make being laminated with the packaging film 11 of three-dimensional design thus with sheet 15 at the stacked sealing layer 12 of the substrate layer side of this laminate.
The material that designs with sheet 15 as solid can use paper.Especially preferred by the fine concavo-convex paper that is endowed stretch characteristics.Such paper is stacked use on packaging film 11, give engineering properties such as a bag intensity, hardness thus, and owing to have the superior processability of the paper of retractility, in the forming process of bag 10, by the forming model of distinctive shape, can easily form three-dimensional design on the packaging bag surface.In addition, by the fine concavo-convex shape maintains height that has been endowed the paper of stretch characteristics, therefore in a single day make three-dimensional design-calculated paper and can continue to keep this solid design for a long time by forming model.
, can enumerate by the fine concavo-convex paper that is endowed stretch characteristics as used in the present invention: by the contraction that utilizes rubber tape make Network Le パ Star Network paper that its contraction makes, use scraper on backer roll or the dryer roll l Water Paper wrinkled the crepe paper made, condensing and give the paper etc. of stretch characteristics in length and breadth simultaneously between 1 group of roller.The more detailed situation of such paper is disclosed in patent documentation 2 and 3.
Patent documentation 2: publication WO2004/028802 communique again
Patent documentation 3: Japanese kokai publication hei 11-509276 communique
As the concrete adquisitiones of paper, can easily obtain Japanese papermaking group and make the trade name " wavywavy " of selling with above-mentioned character.This paper is 100g/m
2, have intensity 4kN/m, extend 15%, therefore also have individually as three-dimensional design with the sheet 15 use possibility of substrate layers 13 of holding concurrently, but, preferably use with these substrate layer 13 laminations with polyethylene, polypropylene, mylar material as substrate layer 13.About the solid design of the paper base material that has been endowed stretch characteristics used in the present invention laminating method, can carry out for example also record to some extent in the patent documentation 3 with known method with sheet 15 and above-mentioned substrate layer 13.In the present invention, as the preferred 50～300g/m of the weighing of the paper that is used
2
Fig. 7 represents to be provided with the summary sectional view of above-mentioned three-dimensional design with an example of the structure of the packaging bag 10 of the situation of sheet 15.As the layer structure of bag 10 shown in Figure 7, constituted with sheet 15/ printed layers 19/ by the 13/ three-dimensional design of sealing layer 12/ adhesive agent 18/ isolation layer 17/ substrate layer successively from the inboard.Moreover, in state shown in Figure 7, represented three-dimensional design with sheet 15 and the state of printed layers 19, but used with sheet 15 under the situation of the paper of implementing printing with ink-jet that it is one that graphic printed layers 19 is used sheet 15 with graphic three-dimensional design as three-dimensional design for different layers.
In the present invention, stacked three-dimensional design is with sheet 15 on packaging film 11, and should the solid design be under the situation of paper with the material of sheet 15, even printed layers especially is not set, by known method such as ink-jet methods, also can easily on as the paper of this solid design, print with sheet 15.
(Stereogram)
The methods such as making that so-called Stereogram 16 refers in advance by forming model have been endowed three-dimensional design-calculated sheet.Even Stereogram 16 is owing to be subjected on the surface of bag 10 also must keeping its three-dimensional design under the situation of impact to a certain degree, so the Stereogram 16 employed materials material that preferably has intensity to a certain degree.Particularly, preferred constituting with polypropylene, polyester etc. with the employed material identical materials of substrate layer 13.Stereogram 16 having implemented three-dimensional design-calculated position on every side, is not promptly being implemented three-dimensional design-calculated position by among above-mentioned Stereogram 16, bonds with above-mentioned packaging film 11, can make the bag 10 that becomes one with packaging film 11.In addition, the size of Stereogram 16 is suitably selected by the formed three-dimensional design-calculated size of bag size and bag surface.
In bag 10 of the present invention, also can use the Stereogram 16 of having implemented printing.In this case, replace on packaging film 11, printed layers being set, also can use the Stereogram 16 of having implemented printing, and printed layers 19 is set on packaging film 11, also can implement printing simultaneously Stereogram 16.
(hot-melt adhesive)
As being used for above-mentioned Stereogram 16 is sticked on adhesive agent on the packaging film 11, can suitably use hot-melt adhesive 16A.So-called hot-melt adhesive 16A refers to having by being heated as the liquid flowing power that shows, if cool off then turn back to the feature of original solid, is to be the adhesive agent of benchmark for the thermoplasticity poly-mer of solid shape at room temperature.Particularly, can suitably use urethanes class reaction type hot-fusible adhesive agent, copolyester class hot-melt adhesive etc.
The summary sectional view of one example of the structure of the bag 10 that passes through device manufacturing of the present invention of the situation that Fig. 8 represents to use hot-melt adhesive 16A that Stereogram 16 is set on packaging film 11.In the structure of bag 10 shown in Figure 8, be followed successively by the such structure of sealing layer 12/ adhesive agent or polyethylene layer 18/ substrate layer 13/ isolation layer, 17/ adhesive agent 18/ substrate layer, 13/ hot-melt adhesive 16A/ Stereogram 16 from the inboard.Moreover the summary sectional view of Fig. 3 is represented on packaging film 11 printed layers not to be set, and the state of the Stereogram 16 of having implemented printing is set.
(manufacturing 1) with three-dimensional design-calculated bag
Use above-mentioned bag-making packaging machine 20, manufacturing has been given three-dimensional design-calculated bag with temperature booster on packaging film 11 method is as described below.Moreover, use the method for the three-dimensional design-calculated bag of light irradiation device manufacturing also can be undertaken by the method identical with the situation of using temperature booster.
At first, packaging film 11 from being wound with the donor rollers of this packaging film 11, unreels this packaging film 11, supplies to bag-making packaging machine 20 simultaneously.Packaging film 11, utilize drop-down belt 24c from the 23a of shoulder portion of the former 23 of bag-making packaging machine 20 by conveyance to the process of cylindrical portion 23b, be configured as tubulose, move along former face one side downward direction on one side, along the overlapping film of film moving direction two ends, carry out longitudinal sealing by longitudinal seal means 21.As the form of longitudinal sealing, any form of can paste for strip of paper used for sealing, roof truss being pasted.
When the packaging film 11 to tubulose carries out above-mentioned longitudinal sealing, can cooperate the heating of the temperature booster that is used for three-dimensional designization.For the packaging film 11 that is positioned at the forming face 30 of former 13 by 23 pairs of formers heats, be necessary to carry out to heat the location at position.This orientates the ring mark that sensor 27A perception is arranged at packaging film 11 as, and detection signal is outputed to control mechanism 27C.By the input of this detection signal, control mechanism 27C so that be positioned at the mode that the packaging film 11 on the forming face 30 of former 13 contacts with temperature booster as building mortion 25, carries out the instruction that temperature booster 15 is moved by the 27B of travel mechanism.The packaging film 11 that the temperature booster that moves will be present in forming face 30 heats from its outside face side.The foamability printing ink that printed layers 19 is comprised by heating bubbles, and at the assigned position of substrate layer 13, gives three-dimensional decoration.After the certain hour heating, according to the instruction of control mechanism 27C, temperature booster separates from packaging film 11, and packaging film 11 is transferred by drop-down belt 14c downward direction once more.
Moreover, the signal detection that is used for the ring mark of above-mentioned location, be not on the surface of the former 13 that is heated, to carry out, shown in Figure 1A, the signal detection of encircling mark during packaging film 11 also is not fed into to plane bag-making packaging machine 20 is easier on operation.
Follow barrel-contoured packaging film 11, at first seal the lower end by transverse sealing mechanism 22 with the interval of stipulating, form the uncompleted packaging bag 10 of barrel-contoured packaging film 11 upper end open, article C supplies in the above-mentioned uncompleted packaging bag 10 by the inboard cavity of the cylindrical portion 13b of former simultaneously.In next step, by transverse sealing mechanism 22, with the upper end sealing of uncompleted packaging bag 10, the cutter by transverse sealing mechanism 22 cuts into other bag simultaneously, then is formed in the surface and implements three-dimensional design and the airtight packaging bag 10 that is filled with article C.
Moreover, in above-mentioned manufacture method, represented when the longitudinal sealing of packaging film 11, to carry out the operation of three-dimensional designization, but also can the operation of carrying out three-dimensional designization be set in the front and back of longitudinal sealing.
(manufacturing 2) with three-dimensional design-calculated bag
Use above-mentioned bag-making packaging machine 20, manufacturing has been given three-dimensional design-calculated bag with forming model 26 on packaging film 11 method is as described below.At first, packaging film 11 from being wound with the donor rollers of this packaging film 11, unreels this packaging film 11, supplies to bag-making packaging machine 20 simultaneously.Packaging film 11 utilizes the drop-down belt 24c conveyance of bag-making packaging machine 20 and towards the 23a of shoulder portion of former 23.Under the situation of the state that paste to strengthen sheet 14, in process so far, above-mentioned packaging film 11, side within it, the labelling machine by strengthening sheet is at certain intervals in the position of regulation, pastes to strengthen sheet 14.But, on the position of longitudinal sealing and transverse sealing, do not paste enhancing sheet 14 in the later at this moment operation.Packaging film 11, then from the 23a of the shoulder portion conveyance of the former of bag-making packaging machine 20 to the process of cylindrical portion 23b, be configured as tubulose, move along former face one side downward direction on one side, at the overlapping film of film moving direction two ends, carry out longitudinal sealing by longitudinal seal means 21.As the form of longitudinal sealing, any form of can paste for strip of paper used for sealing, roof truss being pasted.
In the former front, packaging film is carried out longitudinal sealing, and, on packaging film 11,, packaging film 11 is implemented three-dimensional design by this forming model 26 at the former back side.In the device shown in Figure 1A and Figure 1B, use forming model 26 shown in Figure 3 (26A, 26B, 26C) and the diagram of circuit of situation about being shaped shown in above-mentioned table 1.
As mentioned above, as the embodiment of the best of the present invention, set forming model 26 is androtype type 26A on the former 23, and the forming model relative with it is female model 26B.In female model 26B, be built-in with the temperature booster (not shown) that is used to heat packaging film 11, possess supply ventilating fan 26C that vacuumizes in when being shaped, being used for and the 27B of travel mechanism that makes female model forward-reverse towards androtype type 26A forming model.In supplying to the process of former 23, packaging film 11 utilize sensor 27A that registered symbol is detected, to control mechanism 27C output detection signal.Based on the information from this sensor 27A, the position that should form three-dimensional design-calculated packaging film 11 is by specific.In order to form three-dimensional design in certain location, according to the instruction of control mechanism 27C, female model 26B is advanced, the running of the machine of putting in blast simultaneously 26C with vacuumizing in the forming model 26, forms thus.After the solid design formed, according to the instruction of control mechanism 27C, the running of out-of-blast machine 26C retreated female model 26B, and packaging film 11 is transferred by drop-down belt 14c downward direction once more.
Follow packaging film 11, by transverse sealing mechanism 22 with suitable separation seal lower end, form the uncompleted bag of packaging film 11 upper end open, article C supplies in the above-mentioned uncompleted bag by the inboard cavity of the cylindrical portion 23b of former simultaneously.By transverse sealing mechanism 22, with the upper end sealing of uncompleted packaging bag 10, the cutter by transverse sealing mechanism 22 cuts into other bag simultaneously, then is formed in the surface and implements stereo decoration and the airtight packaging bag 10 that is filled with article C at last.
Under the situation of pasting the state that strengthens sheet 14, preferred packaging, possessed in the substrate layer side of packaging film 11 and pastes the labelling machine that strengthens sheet 14 before the cylindrical portion 13b that arrives former with film 11.
Fig. 9 is the example that expression roughly strengthens the labelling machine of sheet 14.The labelling machine that strengthens sheet is to be used for packaging film 11 is pasted the mechanism that strengthens sheet discontinuously.Before packaging film 11 is supplied to bag-making packaging machine 20, sealing aspect as packaging film 11, except the part that forms longitudinal sealing, transverse sealing, at the stacked enhancing sheet 14 in regulation position, but in example shown in Figure 9, the stacked mask on packaging film 11 that strengthens sheet 14 has heat sealability.As shown in Figure 9, strengthen sheet 14 as continuous film, be fed on the packaging film 11, on packaging film 11, carry out stacked zone and distinguish with perforation, this differentiation part is utilized the heating plate that possesses as shown in Figure 9 28,28 ' thermal pressure machine, is layered on the packaging film 11.The heating plate 28,28 ' of thermal pressure machine not only can be fixed on the periphery that strengthens sheet on the packaging film 11 as shown in Figure 9, and can fix whole surface.
Above-mentioned packaging film 11, side within it, the labelling machine by strengthening sheet is at certain intervals in the position of regulation, pastes to strengthen sheet 14.But, on the position of longitudinal sealing and transverse sealing, do not paste enhancing sheet 14 in the later at this moment operation.Packaging film 11, then from the 23a of the shoulder portion conveyance of the former of bag-making packaging machine 20 to the process of cylindrical portion 23b, be configured as tubulose, move along former face one side downward direction on one side, and, carry out longitudinal sealing by longitudinal seal means 21 at the overlapping film of film moving direction two ends.As the form of longitudinal sealing, any form of can paste for strip of paper used for sealing, roof truss being pasted.
Moreover, in above-mentioned manufacture method, represented when the longitudinal sealing of packaging film 11, to carry out three-dimensional design-calculated operation, but also can be in the operation of front and back enforcement the carrying out longitudinal sealing that three-dimensional design is formed.
(manufacturing 3) with three-dimensional design-calculated bag
Use above-mentioned bag-making packaging machine 20, manufacturing is given three-dimensional design-calculated bag with compression machine 29 on packaging film 11 method is as described below.Packaging film 11 moves along former face one side downward direction on one side, and carries out the longitudinal sealing this point, and is common with the manufacture method of using above-mentioned forming model 26.
Be sealed longitudinally parallelly with packaging film 11, at former 23 back sides, the labelling machine by Stereogram 16 is pasted Stereogram 16 at certain intervals in the position of regulation.At this moment, be made as the plane, can not have the stickup of the Stereogram 16 of failure by paste position with former 23 back sides.But, carry out in the later at this moment operation not pasting Stereogram 16 on the position of transverse sealing.
As the method for on packaging film 11, pasting Stereogram 16, comprise: for the back side of Stereogram 16, promptly carry out pasting the face of sides, use the Stereogram 16 that sets in advance sealing layer or hot-melt adhesive 16A, the method that this Stereogram 16 is heated and pastes to packaging film 11; In operation before the Stereogram 16 that will paste as shown in Figure 4, surface at packaging film 11, promptly carry out pasting the assigned position of the face of side to packaging film 11, form hot-melt adhesive 16A with spraying or the methods such as hot-melt adhesive that apply fusion, and during this hot-melt adhesive 16A fusion, paste the method for Stereogram 16.
Be provided with at the back side of Stereogram 16 under the situation of method of sealing layer or hot-melt adhesive, compression machine 29 provides heat in the position pressurization of distinguishing with perforation to Stereogram 16, move at Stereogram 16 during the assigned position of packaging film 11, sealing layer by Stereogram 16 back sides or hot-melt adhesive performance cohesive force bond to Stereogram 16.
On the other hand, under the situation of the method for utilizing methods formation hot-melt adhesives such as spraying and coating, at first, by the adhesive agent stacked laminator 29A that is built-in with heating arrangements as shown in Figure 4, at the regulation position of the face side that forms barrel-contoured packaging film 11 by former 23, stacked hot-melt adhesive.Then, during this hot-melt adhesive 16A is maintained molten condition, utilize compression machine 29 to paste Stereogram 16.
After pasting the operation end, compression machine 29 is retreated.The action of such compression machine 29, adhesive agent stacked laminator 29A is to control by the cooperation of the 27B of travel mechanism, sensor 27A and control mechanism 27C.
(bag of manufacturing)
Figure 10 represents the example with the outward appearance of the bag 10 that is formed with three-dimensional design 30 of above-mentioned manufacture method manufacturing.The content of three-dimensional design 30 for form commodity image, provide the corporate image of commodity pattern, become the WORDS AND PHRASES IN ADVERTISEMENT etc. of the exploitation of commodity, as solid design 30, it is resultful making the above degree of depth of 1～20mm, especially 10mm.
(form of bag)
Above-mentioned manufacture method, illustration utilize the manufacture method of vertical pillowcase wrapping machine, according to above-mentioned manufacture method, make bag with three-dimensional design-calculated pillowcase type, but packaging bag of the present invention is not limited to this pillowcase type, also can be dihedral satchel bag or four limit sealing bags etc.
Utilizability on the industry
According to bag-making packaging machine of the present invention, can be manufactured on bag surface and be formed with three dimensional designs Therefore packaging bag utilizes providing of such packaging bag, the desire to buy that stimulates consumer, by The employing of this packaging bag promotes sales volume.
In addition, if be provided with three-dimensional demonstration at bag, then the consumer can get a load of this demonstration, The advantage that therefore information of transmitting well the producer also arranged. Thereby device of the present invention can Be used in widely packaging bag, the particularly food manufacturing of packaging bag.
Claims (13)
1. a bag-making packaging machine is characterized in that, comprising:
Have and make packaging film along barrel-contoured former, pull down mechanism, longitudinal seal means, the transverse sealing mechanism of the former face of exhibition with carry out the building mortion that three-dimensional design is shaped,
Described barrel-contoured former on the optional position of former face, has and is used to be shaped three-dimensional design-calculated forming face,
Described building mortion is arranged on the position relative with the forming face of described former.
2. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses the temperature booster that the packaging film to the forming face that is positioned at former heats.
3. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses the light irradiation device that the packaging film to the forming face that is positioned at described former shines.
4. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses the concavo-convex forming model of formation on the packaging film of the forming face that is positioned at described former.
5. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses the compression machine that on the packaging film of the forming face that is positioned at described former stacked conduct is formed with the Stereogram of three-dimensional design-calculated sheet.
6. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses the compression machine on the packaging film of the forming face that Stereogram is layered in be positioned at described former,
The plate of described compression machine is a heating plate.
7. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion comprises:
Be positioned at the certain limit of the packaging film of last stage in forming face with respect to described former, make the stacked adhesive agent stacked laminator of adhesive agent and
Stereogram is laminated in be positioned at the compression machine of the packaging film that is laminated with described adhesive agent of the forming face of described former,
The plate of described compression machine is a heating plate.
8. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described former is the drum of hollow form, and described forming face is a tabular surface.
9. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses:
On the packaging film of the forming face that is positioned at described former, form concavo-convex forming model or make the stacked compression machine of Stereogram and
Be used to travel mechanism that described forming model or described compression machine are toward or away from respect to described forming face.
10. bag-making packaging machine as claimed in claim 1 is characterized in that:
The forming face of described former and described building mortion possess the forming model of chimeric shape mutually.
11. bag-making packaging machine as claimed in claim 1 is characterized in that:
The forming face of described former and described building mortion possess the forming model of the shape that can engage mutually,
The forming model of the forming face of described former is the forming model of androtype type, and the forming model of described building mortion is female model.
12. bag-making packaging machine as claimed in claim 1 is characterized in that:
The forming face that possesses described former is in the described former forming model of chimeric shape mutually,
The forming model of the forming face of described former is the forming model of androtype type, and the forming model of described building mortion is female model,
The forming model of described female model is built-in with temperature booster.
13. bag-making packaging machine as claimed in claim 1 is characterized in that:
Described building mortion possesses vacuum.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP126059/2006 | 2006-04-28 | ||
| JP2006126014 | 2006-04-28 | ||
| JP126014/2006 | 2006-04-28 | ||
| JP126052/2006 | 2006-04-28 | ||
| JP147105/2006 | 2006-05-26 | ||
| JP175654/2006 | 2006-06-26 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101370713A true CN101370713A (en) | 2009-02-18 |
Family
ID=40413944
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2007800023533A Pending CN101370713A (en) | 2006-04-28 | 2007-04-27 | Apparatus for manufacturing bag having three-dimensional design |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101370713A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102596726A (en) * | 2009-11-16 | 2012-07-18 | 罗伯特·博世有限公司 | Method and device for producing a packaging bag from flexible film material and stiffened partial region and packaging bag |
| CN103402886A (en) * | 2011-02-24 | 2013-11-20 | 荷兰联合利华有限公司 | Infusion packet and its manufacture |
| CN103895891A (en) * | 2012-12-26 | 2014-07-02 | 株式会社吴羽 | Cylindrical body manufacturing device |
| CN114313525A (en) * | 2022-03-16 | 2022-04-12 | 常州恒益轻工机械有限公司 | Water filter production line for dialysis |
| CN114348393A (en) * | 2022-03-16 | 2022-04-15 | 常州恒益轻工机械有限公司 | Production equipment for medical hollow fiber filter |
-
2007
- 2007-04-27 CN CNA2007800023533A patent/CN101370713A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102596726A (en) * | 2009-11-16 | 2012-07-18 | 罗伯特·博世有限公司 | Method and device for producing a packaging bag from flexible film material and stiffened partial region and packaging bag |
| CN102596726B (en) * | 2009-11-16 | 2015-07-01 | 罗伯特·博世有限公司 | Method and device for producing a packaging bag from flexible film material and stiffened partial region and packaging bag |
| US9085392B2 (en) | 2009-11-16 | 2015-07-21 | Robert Bosch Gmbh | Method and device for producing a packaging bag from flexible film material and stiffened partial region and packaging bag |
| CN103402886A (en) * | 2011-02-24 | 2013-11-20 | 荷兰联合利华有限公司 | Infusion packet and its manufacture |
| CN103895891A (en) * | 2012-12-26 | 2014-07-02 | 株式会社吴羽 | Cylindrical body manufacturing device |
| CN103895891B (en) * | 2012-12-26 | 2016-01-06 | 株式会社吴羽 | Cylindrical body manufacturing installation |
| CN114313525A (en) * | 2022-03-16 | 2022-04-12 | 常州恒益轻工机械有限公司 | Water filter production line for dialysis |
| CN114348393A (en) * | 2022-03-16 | 2022-04-15 | 常州恒益轻工机械有限公司 | Production equipment for medical hollow fiber filter |
| CN114348393B (en) * | 2022-03-16 | 2022-05-13 | 常州恒益轻工机械有限公司 | Production equipment for medical hollow fiber filter |
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