CN207644693U - Four layers of water soluble film packing machine - Google Patents
Four layers of water soluble film packing machine Download PDFInfo
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- CN207644693U CN207644693U CN201721817336.2U CN201721817336U CN207644693U CN 207644693 U CN207644693 U CN 207644693U CN 201721817336 U CN201721817336 U CN 201721817336U CN 207644693 U CN207644693 U CN 207644693U
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Abstract
Four layers of water soluble film packing machine, including rack, the first counterdie unreeling structure, epiphragma unreeling structure and the first filling formation mechanism, the second counterdie unreeling structure, the second filling formation mechanism, third counterdie unreeling structure and third filling formation mechanism；Second filling formation mechanism is equipped with water-soluble encapsulation roller with the third filling mechanism；The first conveying belt of first filling formation mechanism is connected to the second filling formation mechanism, and second filling formation mechanism is connected to third filling formation mechanism with the second conveying belt.The utility model novelty has only used four layers of water soluble film to seal three layers of different material in same packaging.The technology packed using four layers of water soluble film reduces the consumption of two layers of water soluble film, and the function of integration equipment realizes energy-saving consumption-reducing, reduces production cost, and the working efficiency packed is greatly improved.
Description
Technical field
The utility model is related to film packaging fields, specially four layers of water soluble film packing machine.
Background technology
In the prior art, it is exactly first to spread a hypoglyph in mold cavity for the packaging of water soluble film product, it is then filling in object
Expect in mold cavity, repave one layer of epiphragma, is then encapsulated with the mode for applying hydraulic pressure conjunction or high temperature sealing, then cut, demoulded,
Complete forming process.But this manner of packing can only pack a kind of material, if being intended to contain three layers in same packaging
Different materials, and will not obscure between different material and influence function, then it needs respectively to have distinguished different materials
It is pressed together on same packaging after packaging molding, then by three.The working efficiency of this manner of packing is low, and this manner of packing
Need six layers of water soluble film, cost high.
Utility model content
The purpose of this utility model be by three layers of different material one-pass molding to it is same packaging and will not obscure, together
When this manner of packing only need to use four layers of water soluble film, save production cost.
To achieve the above object, the utility model provides the following technical solutions：Four layers of water soluble film packing machine, including rack,
First counterdie unreeling structure, epiphragma unreeling structure and the first filling formation mechanism, the second counterdie unreeling structure, second it is filling at
Type mechanism, third counterdie unreeling structure and third filling formation mechanism；Second filling formation mechanism and the third are filling
Shaping mechanism is equipped with water-soluble encapsulation roller；First filling formation mechanism is connected to the second filling formation machine with the first conveying belt
Structure, second filling formation mechanism are connected to third filling formation mechanism with the second conveying belt.
Preferably, the first counterdie unreeling structure be equipped with the first hanging scroll, the second hanging scroll, the first water-soluble film conveying device with
And first axial compression device；First hanging scroll and the second hanging scroll are gas expansion shaft；The first water-soluble film conveying device is set to institute
It states below the first hanging scroll and the second hanging scroll；First axial compression device is set to above the first hanging scroll and the second hanging scroll, and described first
Axial compression device one end is flexibly connected with the rack, and the first axial compression device other end is equipped with speed governing conveyer belt.Axial compression device
On speed governing conveyer belt operated synchronously with hanging scroll, achieve the effect that unreel.After the water soluble film on one of hanging scroll is finished, water
Molten film conveying device can be converted immediately using the water soluble film on another hanging scroll, while axial compression device can rotate, and compress another
Water soluble film on a hanging scroll.
Preferably, the first counterdie unreeling structure is additionally provided with the first deflector roll, the second deflector roll, third deflector roll and the first conveying
Shaft；First deflector roll is set to the described first water-soluble film conveying device discharge end；Second deflector roll is set to the first deflector roll
Obliquely downward, the third deflector roll are set to the second deflector roll oblique upper, and the first conveying shaft is equipped with third deflector roll obliquely downward.
Preferably, the epiphragma unreeling structure is equipped with third hanging scroll, the 4th hanging scroll, the second water-soluble film conveying device and the
Two axial compression devices；The third hanging scroll and the 4th hanging scroll are gas expansion shaft；The second water-soluble film conveying device is hung set on third
Below axis and the 4th hanging scroll；Second axial compression device is set to above third hanging scroll and the 4th hanging scroll, second axial compression device
One end is flexibly connected with the rack, and the second axial compression device other end is equipped with speed governing conveyer belt.Speed governing on axial compression device
Conveyer belt is operated synchronously with hanging scroll, achievees the effect that unreel.After the water soluble film on one of hanging scroll is finished, water soluble film conveying
Device can be converted immediately using the water soluble film on another hanging scroll, while axial compression device can rotate, and compress on another hanging scroll
Water soluble film.
Preferably, the epiphragma unreeling structure is additionally provided with the 4th deflector roll, the 5th deflector roll, the 6th deflector roll, the 7th deflector roll and
Two conveying shafts；4th deflector roll is set to the second water-soluble film conveying device discharge end；5th deflector roll is set to the 4th deflector roll
Obliquely downward, the 6th deflector roll is set to the 5th deflector roll oblique upper, and the 7th deflector roll is set to the 6th deflector roll oblique upper, described the
Two conveying shafts are equipped with the 7th deflector roll obliquely downward.
Preferably, first filling formation mechanism is equipped with roller, photoelectric sensor, sealing roller and filling mechanism；Institute
It states roller and is equipped with vacuum drum axis；The photoelectric sensor is set in front of filling mechanism, the photoelectric sensor detection mouth face
Roller；The sealing roller is set to filling mechanism rear；The filling mechanism includes several material cylinders, and corresponds to institute respectively
The filling head of material cylinder is stated, the filling head is connect with the material cylinder with hose.Vacuum drum axis is realizing vacuum suction
The function of shaft can be realized simultaneously.Photoelectric sensor detects whether roller has sundries before filling the container, if there being impurity, equipment
It shuts down, in order to avoid impurity effect product quality.Material cylinder is quantitative to convey material to filling head.
Preferably, the roller is made of several independent templates, and the independent template is all provided with having heaters and several recessed
Chamber station；Longitudinal cutter groove is equipped between the cavity station, cavity station bottom is additionally provided with several aspirating holes, Mei Gesuo
It states independent template and corresponds to a vacuum switch；The station that need not be processed can independently turn off switch；The independent template two
Side is equipped with several vacuum suction holes, and lateral cutter groove is equipped with after the independent template combination of two, between the independent template.Add
Hot device can preheat independent template, and water soluble film is made to have better ductility, the aspirating hole of cavity station to make at work
Water soluble film is adjacent to cavity station, facilitates filling.And the vacuum suction hole of both sides can tighten water soluble film.When all template assemblies exist
On roller, a vacuum extractor is combined into the vacuum drum axis of roller.
Preferably, first filling formation mechanism is additionally provided with sprayer, and the sprayer is set to the epiphragma and unreels
The top of mechanism；The sprayer is equipped with pressure nozzle and atomization box, and pulverizer plate is equipped in the atomization box.The steam of atomization
It can be uniformly distributed in water soluble film, the preservation of the toughness and later stage of water soluble film will not be influenced because of hypervolia, while again can
It carries out applying hydraulic pressure conjunction.
Preferably, second counterdie unreel structure equipped with the 5th hanging scroll, the 6th hanging scroll, the water-soluble film conveying device of third with
And third axial compression device；5th hanging scroll and the 6th hanging scroll are gas expansion shaft；The water-soluble film conveying device of third is set to the
Below five hanging scrolls and the 6th hanging scroll；The third axial compression device is set to above the 5th hanging scroll and the 6th hanging scroll, described
Third axial compression device one end is flexibly connected with the rack, and the third axial compression device other end is equipped with speed governing conveyer belt.
Preferably, the second counterdie unreeling structure is additionally provided with the 8th deflector roll, the 9th deflector roll, the tenth deflector roll and third conveying
Shaft；8th deflector roll is set to the water-soluble film conveying device discharge end of third；9th deflector roll is set to the 8th deflector roll obliquely downward
Side, the tenth deflector roll are set to the 9th deflector roll oblique upper, and the third conveying shaft is equipped with the tenth deflector roll obliquely downward.
Preferably, second filling formation mechanism includes second tin roller, the second photoelectric sensor and the second filling mechanism；
The second tin roller is equipped with vacuum drum axis；Second photoelectric sensor is set in front of filling mechanism, second photoelectric transfer
Sensor detection mouth slidable；Second filling mechanism includes several material cylinders, and corresponds to the material cylinder respectively
Second filling head, the filling head are connect with the material cylinder with hose.
Preferably, the second tin roller is made of the several second independent templates, and the second independent template is equipped with heating
Device and several cavity stations；The cavity station is divided into double-layer structure；Longitudinal cutter groove is equipped between the cavity station, it is described
Cavity station bottom is additionally provided with several aspirating holes；The second independent template both sides are equipped with several vacuum suction holes, described
Lateral cutter groove is equipped with after second independent template combination of two, between the second independent template.Material-filling is in cavity station
Bottom, the product pressed enter the upper layer of cavity station along conveying belt.
Preferably, the third counterdie unreeling structure is consistent with the second counterdie unreeling structure structure.
Preferably, third filling formation mechanism further includes ring shaped transportation mechanism, vacuum device, third photoelectric sensing
Device and third filling mechanism；The ring shaped transportation mechanism both sides are equipped with drive sprocket, and transmission chain is housed on the sprocket wheel；It is described
Vacuum device is set in the ring shaped transportation mechanism；The third photoelectric sensor is installed on water soluble film feed end；Described
Three filling mechanisms be set to the ring shaped transportation mechanism above, be equipped with several groups third filling head and respectively with the third filling head
One-to-one third material cylinder, the third material cylinder are connect with hose respectively with the third filling head.Annular conveyor
For structure after last cutting, product is in the direct automatic demoulding of ring-shaped end.
Preferably, several third independence templates, the third independence template and described second are housed on the transmission chain
The structure of independent template is consistent.
Preferably, the vacuum device is equipped with cylinder, connecting rod and vacuum tank, and the cylinder connects the connecting rod, described
Connecting rod connects the vacuum tank.Before filling the container, cylinder drives connecting rod to jack vacuum tank, and vacuum tank generates suction, by water soluble film
Adsorb cavity station.After the completion of filling, cylinder resets, and vacuum tank declines.
Preferably, third filling formation mechanism further includes having cutting roller, and the cutting roller is set to described water-soluble
Encapsulate roller rear；The cutting outer surface of cylinder is equipped with cavity；The cavity is surrounded by the blade of protrusion；The cutting rolling
Heat block is equipped in cylinder.Product will be cut into packaging tiny one by one by blade after heating, and the cavity of outer surface at
The protrusion of type product is worked in coordination, and will not be caused to squeeze to product.The disposable transverse and longitudinal cutting for completing product, it is simple in structure.
Preferably, the water-soluble encapsulation outer surface of cylinder is equipped with cavity and is coated with coating, is internally provided with humidification mechanism.Add
Wet mechanism makes the coating of outer surface keep moistening, realizes that the painting hydraulic pressure of water soluble film closes.There is no moisture in cavity, does not interfere with sealing
Outer other positions will not impact the follow-up storage of product.
Preferably, first conveying belt and second conveying belt are mounted on the rack, first conveying belt
It is equipped with guiding scraping blade with second conveying belt one end.Guiding scraping blade makes the product detachment roller that pressing is got well, and along transfer
Band is sent to next filling formation mechanism.
Compared with prior art, the beneficial effects of the utility model：The utility model novelty has only used four layers of water
Molten film seals three layers of different material in same packaging.Since many materials cannot be mixed before use, otherwise will influence
Using effect or failure.But the product being used together to needs is separately packed, and is caused inconvenient for use.Use four layers of water soluble film
The technology of packaging reduces the consumption of two layers of water soluble film, and the function of integration equipment realizes energy-saving consumption-reducing, reduces production cost,
And the working efficiency of packaging is greatly improved.
Description of the drawings
Specific embodiment of the present utility model is described in detail with reference to embodiment, following embodiment is for illustrating
The utility model, but be not intended to limit the scope of the present invention.
Fig. 1 is the structural schematic diagram of four layers of water soluble film packing machine of the utility model；
Fig. 2 is the diagrammatic cross-section of the ring shaped transportation mechanism of four layers of water soluble film packing machine of the utility model；
Fig. 3 is the vertical view of the second independent template of four layers of water soluble film packing machine of the utility model；
Fig. 4 is the water-soluble encapsulation roller frame schematic diagram of four layers of water soluble film packing machine of the utility model；
Fig. 5 is the structural schematic diagram of the cutting roller of four layers of water soluble film packing machine of the utility model；
Fig. 6 is the conveying belt structural scheme of mechanism of four layers of water soluble film packing machine of the utility model.
Wherein, the 1, first counterdie unreeling structure；101, the first hanging scroll；102, the second hanging scroll；103, the first axial compression device；
104, the first water-soluble film conveying device；105, the first deflector roll；106, the second deflector roll；107, third deflector roll；108, the first conveying axis；
2, epiphragma unreeling structure；201, third hanging scroll；202, the second axial compression device；203, the 4th hanging scroll；204, the second water soluble film conveys
Device；205, the 4th deflector roll；206, the 5th deflector roll；207, the 6th deflector roll；208, the 7th deflector roll；209, the second conveying axis；3,
One filling formation mechanism；301, material cylinder；302, hose；303, filling head；304, photoelectric sensor；305, roller is encapsulated；
306, roller；307, sprayer；4, the first conveying belt；401, scraping blade is guided；5, the second counterdie unreeling structure；501, third is water-soluble
Film conveying device；502, the 5th hanging scroll；503, third axial compression device；504, the 6th hanging scroll；505, the 8th deflector roll；506, it the 9th leads
Roller；507, the tenth deflector roll；508, third conveying axis；6, the second filling formation mechanism；601, second material cylinder；602, hose；
603, the second filling head；604, the second photoelectric sensor；605, water-soluble encapsulation roller；651, coating；652, humidification mechanism；606、
Second tin roller；7, the second conveying belt；8, third counterdie unreeling structure；9, third filling formation mechanism；901, third photoelectric sensing
Device；902, third material cylinder；903, third filling head；904, vacuum device；905, water-soluble encapsulation roller；906, cutting rolling
Cylinder；907, ring shaped transportation mechanism；971, sprocket wheel；972, chain；973, third independence template；6631, vacuum suction hole；6632、
Longitudinal cutter groove；6633, lateral cutter groove；6634, aspirating hole；6635, cavity station.
Specific implementation mode
The preferred embodiment of the utility model is illustrated below in conjunction with attached drawing, it should be understood that described herein excellent
It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.
Embodiment：As shown in Figure 1, the utility model provides a kind of technical solution, four layers of water soluble film packing machine, including rack
(being not drawn into figure), the first counterdie unreeling structure 1, epiphragma unreeling structure 2, the first filling formation mechanism 3, the second counterdie unreeling machine
Structure 5, the second filling formation mechanism 6, third counterdie unreeling structure 8 and third filling formation mechanism 9；The second filling formation machine
Structure is equipped with water-soluble encapsulation roller 605, water-soluble packing roller 905 with the third filling mechanism；First filling formation mechanism 3
It is connected to the second filling formation mechanism 6 with the first conveying belt 4, second filling formation mechanism 6 is connected to third with the second conveying belt 7
Filling formation mechanism 9.
Further, the first counterdie unreeling structure 1 is equipped with the first hanging scroll 101, the second hanging scroll 102, the conveying of the first water soluble film
Device 104 and the first axial compression device 103；First hanging scroll 101 and the second hanging scroll 102 are gas expansion shaft；First axial compression device 103
Above the first hanging scroll 101 and the second hanging scroll 102,103 one end of the first axial compression device is flexibly connected with rack, and the other end is equipped with
Speed governing conveyer belt.Speed governing conveyer belt on axial compression device is operated synchronously with hanging scroll, achievees the effect that unreel.When one of hanging scroll
On water soluble film be finished after, water-soluble film conveying device can be converted immediately using the water soluble film on another hanging scroll, while last item
Device can rotate, and compress the water soluble film on another hanging scroll.
Further, the first counterdie unreeling structure 1 is additionally provided with the first deflector roll 105, the second deflector roll 106,107 and of third deflector roll
First conveying shaft 108；Second deflector roll 106 is set to the obliquely downward of the first deflector roll 105, and third deflector roll 107 leads 106 rollers set on second
Oblique upper, the first conveying shaft 108 are equipped with 107 obliquely downward of third deflector roll.
Further, epiphragma unreeling structure 2 is equipped with third hanging scroll 201, the 4th hanging scroll 203, the second water-soluble film conveying device
204 and second axial compression device 202；Third hanging scroll 201 and the 4th hanging scroll 203 are gas expansion shaft；Second axial compression device 202 is set to
203 top of third hanging scroll 201 and the 4th hanging scroll, 202 one end of the second axial compression device are flexibly connected with the rack, and the other end is equipped with
Speed governing conveyer belt.Speed governing conveyer belt on axial compression device is operated synchronously with hanging scroll, achievees the effect that unreel.When one of hanging scroll
On water soluble film be finished after, water-soluble film conveying device can be converted immediately using the water soluble film on another hanging scroll, while last item
Device can rotate, and compress the water soluble film on another hanging scroll.
Further, the epiphragma unreeling structure 2 be additionally provided with the 4th deflector roll 205, the 5th deflector roll 206, the 6th deflector roll 207,
7th deflector roll 208 and second conveys shaft 209；5th deflector roll 206 be set to the 4th deflector roll 205 obliquely downward, the described 6th
Deflector roll 207 is set to 206 oblique upper of the 5th deflector roll, and the 7th deflector roll 208 is set to 207 oblique upper of the 6th deflector roll, and described second is defeated
Shaft 209 is sent to be equipped with the 7th deflector roll obliquely downward.
Further, first filling formation mechanism 3 is equipped with roller 306, photoelectric sensor 304,305 and of sealing roller
Filling mechanism；The roller 306 is equipped with vacuum drum axis；The photoelectric sensor 304 is set in front of filling mechanism, and detection mouth is just
To roller 306；The sealing roller 305 is set to filling mechanism rear；The filling mechanism includes several material cylinders 301, with
And the filling head 303 of counterpart material cylinder 301, the filling head 303 are connect with the hose 302 of material cylinder 301 respectively.Vacuum drum
Axis can realize the function of shaft while realizing vacuum suction.Photoelectric sensor detect before filling the container roller whether have it is miscellaneous
Object, if there being impurity, equipment shuts down, in order to avoid impurity effect product quality.Material cylinder is quantitative to convey material to filling head.
Further, the roller 306 is made of several independent templates, and independent template is all provided with having heaters and several recessed
Chamber station；Longitudinal cutter groove is equipped between the cavity station, cavity station bottom is additionally provided with several aspirating holes, Mei Gemo
Plate corresponds to a vacuum switch；The station that need not be processed can independently turn off switch；If the independent template both sides are equipped with
A dry vacuum suction hole after the independent template combination of two, is equipped with lateral cutter groove between independent template.Heater can be to only
Shuttering is preheated, and water soluble film is made to have better ductility, and it is recessed that the aspirating hole of cavity station is at work adjacent to water soluble film
Chamber station facilitates filling.And the vacuum suction hole of both sides can tighten water soluble film.When all template assemblies are on roller, with rolling
The vacuum drum axis of cylinder is combined into a vacuum extractor.
Further, first filling formation mechanism 3 is additionally provided with sprayer 307, and the sprayer 307 is set to epiphragma
The top of unreeling structure 2；The sprayer 307 is equipped with pressure nozzle and atomization box.The steam of atomization can be uniformly distributed in
In water soluble film, the preservation of the toughness and later stage of water soluble film will not be influenced because of hypervolia, while can carry out applying hydraulic pressure conjunction again.
Further, second counterdie unreels structure 5 equipped with the 5th hanging scroll 501, the 6th hanging scroll 503, third water soluble film
Conveying device 504 and third axial compression device 502；5th hanging scroll 501 and the 6th hanging scroll 503 are gas expansion shaft；Described
Three axial compression devices 502 are set to 503 top of the 5th hanging scroll 501 and the 6th hanging scroll, and 502 one end of third axial compression device connects with rack activity
It connects, the other end is equipped with speed governing conveyer belt.
Further, the second counterdie unreeling structure 5 is additionally provided with the 8th deflector roll 505, the 9th deflector roll 506, the tenth deflector roll
507 and third convey shaft 508；9th deflector roll 506 is set to the obliquely downward of the 8th deflector roll 505, and the tenth deflector roll 507 is set
In 506 oblique upper of the 9th deflector roll, the third conveying shaft 508 is equipped with 507 obliquely downward of the tenth deflector roll.
Further, second filling formation mechanism 6 includes second tin roller 606, the second photoelectric sensor 604 and second
Filling mechanism；The second tin roller 606 is equipped with vacuum drum axis；Second photoelectric sensor 604 is set in front of filling mechanism,
Detection mouth slidable；Second filling mechanism includes several second material cylinders 604, and corresponds to second material cylinder respectively
601 the second filling head 603, second filling head 603 are connect with second material cylinder 604 with hose.
Further, the second independent template 663 is housed, the second independent template 663 is equipped with heating on the second tin roller
Device and several cavity stations 6635；The cavity station 6635 divides for double-layer structure；It is equipped between the cavity station 6635
Longitudinal cutter groove 6632,6635 bottom of cavity station are additionally provided with several aspirating holes 6634；663 liang of the second independent template
Side is equipped with several vacuum suction holes 6631, and after the second independent template combination of two, cross is equipped between the second independent template
To cutter groove 6633.For material-filling in the bottom of cavity station 6635, the product pressed enters cavity work along conveying belt
The upper layer of position 6635.
Further, third filling formation mechanism 9 further includes ring shaped transportation mechanism 907, vacuum device 904, and
Three photoelectric sensors 901 and third filling mechanism；907 both sides of the ring shaped transportation mechanism are equipped with drive sprocket 971, the sprocket wheel
Transmission chain 972 is housed on 971；The vacuum device 904 is set in ring shaped transportation mechanism 907；The third photoelectric sensing
Device 901 is installed on water soluble film feed end；The third filling mechanism is set to the top of ring shaped transportation mechanism 907, is equipped with several groups the
Three filling heads 903 and respectively with 903 one-to-one third material cylinder 902 of third filling head, the third material cylinder 902 and
Three filling heads 903 are connected with hose respectively.For ring shaped transportation mechanism 907 after last cutting, product is direct in ring-shaped end
Automatic demoulding.
Further, several third independence templates 973, third independence template 973 and the are housed on the transmission chain 972
Two independent templates, 663 structure is consistent.
Further, the vacuum device 904 is equipped with cylinder, connecting rod and vacuum tank, and the cylinder connects connecting rod, described
Connecting rod connects vacuum tank.Before filling the container, cylinder drives connecting rod to jack vacuum tank, and vacuum tank generates suction, and water soluble film is adsorbed
Cavity station.After the completion of filling, cylinder resets, and vacuum tank declines.
Further, third filling formation mechanism 9 further includes having cutting roller 906,906 appearance of cutting roller
Face is equipped with cavity, and the cavity is surrounded by the blade of protrusion；Heat block is equipped in the cutting roller.Blade after heating will
Product will cut into packaging tiny one by one, and the protrusion of the cavity of outer surface and shaped article is worked in coordination, will not be to production
Product cause to squeeze.
Further, water-soluble encapsulation roller 605, outer surface are equipped with cavity and are coated with coating 651, are internally provided with humidifier
Structure 652.Humidification mechanism makes the coating of outer surface keep moistening, realizes that the painting hydraulic pressure of water soluble film closes.There is no moisture in cavity, it will not
The other positions outside sealing are influenced, the follow-up storage of product will not be impacted.
Further, the structure of water-soluble encapsulation roller 905 is consistent with water-soluble encapsulation 605 structures of roller.
Further, the first conveying belt 4 and the second conveying belt 7 are mounted on the rack, and one end is equipped with guiding scraping blade.
Guiding scraping blade makes the product detachment roller that pressing is got well, and is sent to next filling formation mechanism along conveying belt.
The operation principle and process for using of the utility model：First unreeling structure 1 by water soluble film be delivered to first it is filling at
On roller 306 in type mechanism 3, independent template is housed on roller 306, water soluble film is adsorbed on solely by the aspirating hole in independent template
The surface of shuttering, after photoelectric sensor detects that the cavity station of independent template does not have foreign matter, roller 306 enters bottle placer
Structure, filling head is to cavity station injecting material.Epiphragma unreeling structure 2 is conveyed the water soluble film after device 307 moistens is atomized simultaneously
To roller 306, and cover counterdie.Sealing roller 305 seals water soluble film.Meanwhile second counterdie unreeling structure 5 will be water-soluble
Film conveys second tin roller 606, and the cavity station that the second filling formation mechanism 6 completes the second independent template 663 is filling.Conveying belt 4
Product on roller 306 is delivered to the upper layer of 663 cavity station of the second independent template, after water-soluble encapsulation roller 605 is to combination
The two be packaged, after the completion of encapsulation, product is entered by the second conveying belt 7 on the cavity station of third independence template 973
Layer, before this, third filling formation mechanism 9 has been completed to the filling of cavity station bottom.Water-soluble encapsulation roller 905 is to combining
The two afterwards is packaged.Lateral cutter groove and longitudinal knife of the roller 907 along third independence template 973 are cut by heating
Slot completes the cutting of product.Independent packaging after cutting flows into next process in the end of ring shaped transportation mechanism.
The utility model uses the technology that four layers of water soluble film is packed, and reduces the consumption of two layers of water soluble film, integration equipment
Function realizes energy-saving consumption-reducing, reduces production cost, and the working efficiency packed is greatly improved.
Finally it should be noted that：The foregoing is merely the preferred embodiments of the utility model, are not limited to this reality
With novel, although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art is come
Say, still can with technical scheme described in the above embodiments is modified, or to which part technical characteristic into
Row equivalent replacement.Within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on, should all
It is included within the scope of protection of this utility model.
Claims (10)
1. four layers of water soluble film packing machine, including rack, the first counterdie unreeling structure, epiphragma unreeling structure and the first filling formation
Mechanism, which is characterized in that further include the second counterdie unreeling structure, the second filling formation mechanism, third counterdie unreeling structure and
Three filling formation mechanisms；Second filling formation mechanism and third filling formation mechanism are equipped with water-soluble encapsulation roller；
The first conveying belt of first filling formation mechanism is connected to the second filling formation mechanism, and second filling formation mechanism is with the
Two conveying belts are connected to third filling formation mechanism.
2. four layers of water soluble film packing machine according to claim 1, it is characterised in that：The first counterdie unreeling structure is equipped with
First hanging scroll, the second hanging scroll, the first water-soluble film conveying device, the first axial compression device, the first deflector roll, the second deflector roll, third deflector roll
With the first conveying shaft；First hanging scroll and the second hanging scroll are gas expansion shaft；First axial compression device is set to described first
Above hanging scroll and second hanging scroll, first axial compression device one end is flexibly connected with the rack, and the axial compression device is another
One end is equipped with speed governing conveyer belt；The first water-soluble film conveying device is set to below the first hanging scroll and the second hanging scroll；Described first
Deflector roll is set to the described first water-soluble film conveying device discharge end；Second deflector roll is set to the obliquely downward of the first deflector roll, and described the
Three deflector rolls are set to the second deflector roll oblique upper, and the first conveying shaft is equipped with third deflector roll obliquely downward.
3. four layers of water soluble film packing machine according to claim 1, it is characterised in that：The epiphragma unreeling structure is equipped with third
Hanging scroll, the 4th hanging scroll, the second water-soluble film conveying device, the second axial compression device, the 4th deflector roll, the 5th deflector roll, the 6th deflector roll, the 7th
Deflector roll and the second conveying shaft；The third hanging scroll and the 4th hanging scroll are gas expansion shaft；The second water-soluble film conveying device is set
Below the first hanging scroll and the second hanging scroll；Second axial compression device is set to above the third hanging scroll and the 4th hanging scroll,
Second axial compression device one end is flexibly connected with the rack, and the axial compression device other end is equipped with speed governing conveyer belt；It is described
4th deflector roll is set to the described second water-soluble film conveying device discharge end；5th deflector roll is set to the 4th deflector roll obliquely downward
Side, the 6th deflector roll are set to the 5th deflector roll oblique upper, and the 7th deflector roll is set to the 6th deflector roll oblique upper, described
Second conveying shaft is set to the 7th deflector roll obliquely downward.
4. four layers of water soluble film packing machine according to claim 1, it is characterised in that：First filling formation mechanism is equipped with
Roller, photoelectric sensor, sealing roller, sprayer and filling mechanism；The roller is equipped with vacuum drum axis；If the roller by
Dry independent template composition, the independent template are all provided with having heaters and several cavity stations；It is equipped between the cavity station
Longitudinal cutter groove, cavity station bottom are additionally provided with several aspirating holes, and each independent template corresponds to a vacuum switch；
The independent template both sides are equipped with several vacuum suction holes, after the independent template combination of two, are equipped between independent template
Lateral cutter groove；The photoelectric sensor is set in front of filling mechanism, the photoelectric sensor detection mouth slidable；The sealing
Roller is set to filling mechanism rear；The filling mechanism includes several material cylinders, and corresponds to the filling of the material cylinder respectively
Head is filled, the filling head is connect with the material cylinder with hose；The sprayer is set to the top of the epiphragma unreeling structure；
The sprayer is equipped with pressure nozzle and atomization box, and pulverizer plate is equipped in the atomization box.
5. four layers of water soluble film packing machine according to claim 1, it is characterised in that：The second counterdie unreeling structure is equipped with
5th hanging scroll, the 6th hanging scroll, the water-soluble film conveying device of third, third axial compression device, the 8th deflector roll, the 9th deflector roll, the tenth deflector roll
Shaft is conveyed with third；5th hanging scroll and the 6th hanging scroll are gas expansion shaft；The water-soluble film conveying device of third is set
Below the 5th hanging scroll and the 6th hanging scroll；The third axial compression device is set on the 5th hanging scroll and the 6th hanging scroll
Side, third axial compression device one end are flexibly connected with the rack, and the third axial compression device other end is conveyed equipped with speed governing
Band；8th deflector roll is set to the water-soluble film conveying device discharge end of the third；9th deflector roll is set to the 8th deflector roll
Obliquely downward, the tenth deflector roll is set to the 9th deflector roll oblique upper, and third conveying shaft is set to the tenth deflector roll
Obliquely downward.
6. four layers of water soluble film packing machine according to claim 1, it is characterised in that：Second filling formation mechanism includes
Second tin roller, the second photoelectric sensor and the second filling mechanism；The second tin roller is equipped with vacuum drum axis；The second tin roller
It is made of the several second independent templates, the second independent template is all provided with having heaters and several cavity stations；The cavity
Station is divided into double-layer structure；Longitudinal cutter groove is equipped between the cavity station, cavity station bottom is additionally provided with several pumpings
Stomata；The second independent template both sides are equipped with several vacuum suction holes, described after the second independent template combination of two
Lateral cutter groove is equipped between second independent template；Second photoelectric sensor is set in front of the second filling mechanism, the photoelectricity
Sensor detection mouth slidable；Second filling mechanism includes several second material cylinders, and corresponds to described respectively
Second filling head of two material cylinders, second filling head are connect with the second material cylinder with hose.
7. four layers of water soluble film packing machine according to claim 1, it is characterised in that：The third counterdie unreeling structure and institute
It is consistent to state the second counterdie unreeling structure structure.
8. four layers of water soluble film packing machine according to claim 1, it is characterised in that：Third filling formation mechanism is also wrapped
Include ring shaped transportation mechanism, vacuum device, third photoelectric sensor, third filling mechanism and cutting roller；The annular transmission
Mechanism both sides are equipped with drive sprocket, and transmission chain is housed on the drive sprocket；It is only equipped with several thirds on the transmission chain
Shuttering, the third independence template are consistent with the described second independent formwork structure；The vacuum device is equipped with cylinder, connecting rod
And vacuum tank, the cylinder connect the connecting rod, the connecting rod connects the vacuum tank；The vacuum device is set to the ring
In shape transport mechanism；The third photoelectric sensor is installed on water soluble film feed end；The third filling mechanism is set to the ring
Above shape transport mechanism, be equipped with several groups third filling head and respectively with the one-to-one third material of the third filling head
Cylinder, the third material cylinder are connect with hose respectively with the third filling head；The cutting roller is set to the water-soluble encapsulation
Roller rear；The cutting outer surface of cylinder is equipped with cavity, and the cavity is surrounded by the blade of protrusion；In the cutting roller
Equipped with heat block.
9. four layers of water soluble film packing machine according to claim 1, it is characterised in that：The water-soluble encapsulation outer surface of cylinder is set
There is cavity and be coated with coating, is internally provided with humidification mechanism.
10. four layers of water soluble film packing machine according to claim 1, it is characterised in that：First conveying belt and described
Two conveying belts are mounted on the rack, and first conveying belt and second conveying belt one end are equipped with guiding scraping blade.
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| CN201721817336.2U CN207644693U (en) | 2017-12-22 | 2017-12-22 | Four layers of water soluble film packing machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721817336.2U CN207644693U (en) | 2017-12-22 | 2017-12-22 | Four layers of water soluble film packing machine |
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| CN207644693U true CN207644693U (en) | 2018-07-24 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108001720A (en) * | 2017-12-22 | 2018-05-08 | 广州市大德包装机械有限公司 | Four layers of water soluble film packing machine |
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2017
- 2017-12-22 CN CN201721817336.2U patent/CN207644693U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108001720A (en) * | 2017-12-22 | 2018-05-08 | 广州市大德包装机械有限公司 | Four layers of water soluble film packing machine |
| CN108001720B (en) * | 2017-12-22 | 2024-06-11 | 广州市大德包装机械有限公司 | Four-layer water-soluble film packaging machine |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Four layer water soluble film packaging machine Effective date of registration: 20220616 Granted publication date: 20180724 Pledgee: Bank of China Limited Guangzhou Pearl River Branch Pledgor: GUANGZHOU DADE PACKING MACHINERY Co.,Ltd. Registration number: Y2022440000120 |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right |