CN205396616U - Pouch type packagine machine - Google Patents
Pouch type packagine machine Download PDFInfo
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- CN205396616U CN205396616U CN201620251371.1U CN201620251371U CN205396616U CN 205396616 U CN205396616 U CN 205396616U CN 201620251371 U CN201620251371 U CN 201620251371U CN 205396616 U CN205396616 U CN 205396616U
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Abstract
The utility model discloses a pouch type packagine machine belongs to the packagine machine among the equipment for packing technical field, and its aim at provides the pouch type packagine machine that can carry out autoloading, automatic packing to bottled herbal pieces -. It includes the frame, and the feed side of frame is provided with conveyor, and the delivery side of frame is provided with packing plant, conveyor includes the bottle conveyer trough, and the intermediate position of bottle conveyer trough is provided with the bottle conveyer belt, is provided with bag body unwinding device on the top surface of bottle conveyer trough, packing plant includes the packing box, and the feed end and the discharge end of bottle conveyer trough of packing box are connected, are provided with the packing mould in the packing box, and the packing mould includes left mould and right mould, has all seted up the bag body on the terminal surface of left mould, right mould and has led to the groove, has all seted up the bottle standing groove on the working face of left mould and right mould, bottle standing groove on the mould of a left side forms the bottle passageway with the bottle standing groove combination on the right mould. The utility model is suitable for a packagine machine.
Description
Technical field
This utility model belongs to packaging facilities technical field, relates to a kind of packer.
Background technology
Packer is exactly the machine that product is wired up, and mainly plays protection, effect attractive in appearance.Packer is mainly used in the material of the industries such as food, medicine, chemical industry and plant seed and automatically packs, wherein material can be the forms such as granule, tablet, liquid, powder, mastic, and packer is capable of automatic gauge, charge, bag, stitching, cut-out, conveying, printing product batch number, increases easy otch, without the material function such as alarm, stirring.
Application number be 201320026506.0 utility model patent disclose a kind of packer, this packer includes support and main control box, described frame is provided with packaging bag connecting gear, product to be packaged connecting gear, feeding driving device, disjunctor shearing device, packed products receiving mechanism and waste material receiving mechanism, wherein, described packaging bag connecting gear, product to be packaged connecting gear is connected with described feeding driving device respectively, described feeding driving device is connected with described disjunctor shearing device, described disjunctor shearing device respectively with described packed products receiving mechanism, waste material receiving mechanism connects, described main control box respectively with described packaging bag connecting gear, product to be packaged connecting gear, feeding driving device, disjunctor shearing device, packed products receiving mechanism and waste material receiving mechanism connect.The beneficial effects of the utility model are: be conducive to automatic packaging, improve packaging efficiency.
Packaging bag is sent to feeding driving device by packaging bag connecting gear by above-mentioned packer, by product to be packaged connecting gear, product to be packaged is sent to feeding driving device, by feeding driving device, product to be packaged is packaged in packaging bag, packaging bag is cut off again by disjunctor shearing device, by packed products receiving mechanism, packed products is carried out rewinding, by waste material receiving mechanism, packaging waste material is carried out rewinding, be conducive to automatic packaging, improve packaging efficiency.But, the existing prepared slices of Chinese crude drugs are usually deposited in medicine bottle, are then undertaken box-packed or packed by organizing medicine bottle more.And in prior art, the bottled prepared slices of Chinese crude drugs are packed generally by manual, but when packing by hand, the packaging efficiency of the bottled prepared slices of Chinese crude drugs is relatively low, and packaging effect is poor.
Summary of the invention
Goal of the invention of the present utility model is in that: for prior art Problems existing, it is provided that a kind of little bag-type packing machine that the bottled prepared slices of Chinese crude drugs can carry out self-feeding, automatically packaging, improves the packaging efficiency of little bag-type packing machine.
To achieve these goals, the technical solution adopted in the utility model is:
A kind of little bag-type packing machine, including frame, the feed side of described frame is provided with conveyer device, and the exit side of described frame is provided with packing device, and the discharge end of described conveyer device is connected with the feed end of packing device；Described conveyer device includes bottle delivery chute, and the centre position of described bottle delivery chute is provided with bottle conveyer belt, and the end face of described bottle delivery chute is provided with bag unwinding device, and described bag unwinding device is positioned at the both sides of bottle conveyer belt；Described packing device includes packing crates, the feed end of described packing crates is connected with the discharge end of bottle delivery chute, the packaged die corresponding with bottle delivery chute it is provided with in described packing crates, described packaged die includes left mould tool and right mould, the end face of described left mould tool offers for the bag groove for packaging bag traverse, the length direction that described bag groove has along left mould is arranged, the end face of described right mould offer for the bag groove for packaging bag traverse, described bag groove is arranged along the length direction of right mould, the work surface of described left mould tool and right mould all offers the bottle placing trough caved inward；When the work surface of described left mould tool and right mould is fitted, the bottle placing trough on left mould tool forms, with the bottle placing trough combination on right mould, the bottle passage being used for placing bottle body and moving for bottle.
Wherein, the end face of described left mould tool, bottom surface and the end face of right mould, bottom surface are provided with bevel phase, the height of the feed end of described left mould tool is higher than the height of the discharge end of left mould tool, and the two ends of the bag groove on described left mould tool pass left mould the tool end face of discharge end, bottom surface respectively；The height of the feed end of described right mould is higher than the height of the discharge end of right mould, and the two ends of the bag groove on described right mould pass the end face of right mould discharging end, bottom surface respectively.
Wherein, the end face of described bottle delivery chute being additionally provided with bag lead, described bag lead is positioned at the both sides of bottle conveyer belt.
Wherein, the end face of described bottle delivery chute being additionally provided with bag lead, described bag lead is positioned at the both sides of bottle conveyer belt.
Wherein, described packing device also includes pyrocondensation case, and described pyrocondensation case is connected with the discharge end of packing crates.
Wherein, the bottle delivery chute on described conveyer device is at least provided with two, and the packaged die in described packing crates is at least provided with two groups, and the bar number of bottle delivery chute is identical with the group number of packaged die, and namely a bottle delivery chute is correspondingly arranged one group of packaged die.
In sum, owing to have employed technique scheme, the beneficial effects of the utility model are:
1, in this utility model, frame arranges packing device and conveyer device, the bottle conveyer belt for carrying bottle it is provided with in the bottle delivery chute of conveyer device, the bag unwinding device for placing bag volume it is provided with in the both sides of bottle conveyer belt, bag is wound into, and the bag volume of web-like is set on this bag unwinding device, and bag volume is free to rotate by packaging bag rotation place, and in the effect entrance packing device of applied external force, the bottle between two packaging bags is enveloped；It is provided with packaged die in the packing crates of packing device, packaged die includes left mould tool and right mould, left mould tool, right mould all offer for the bag groove for packaging bag traverse, left mould tool, right mould work surface on be provided with and cave inward and for the bottle placing trough of placing bottle body, the bottle placing trough on left mould tool and the bottle placing trough combination on right mould are formed for placing bottle body the bottle passage that supplies bottle to move；When packing, bottle enters in the bottle passage of packaged die through bottle conveyer belt, the packaging bag of bottle both sides has through left mould, right mould, enveloped by the packaging bag of bottle both sides after bottle passes bottle passage, then via follow-up pyrocondensation case, the packaging bag being coated with bottle is heated, in making packaging bag be closely coated on by bottle.The application adopts the structure of automatization that bottle is carried, bottle is carried out, it is achieved the self-feeding of bottle, the automatic of bottle are packed；Due to bottle pass bottle passage be coated with time, the packaging bag of both sides can envelope bottle to be packaged completely so that the packaging effect of final bottle is better, is absent from the bottle not being coated with.
2, in this utility model, the end face and bottom surface of template are provided with inclined-plane, in template, the bag groove near discharge end side passes the end face of mould, bottom surface, thus when packaging bag passes from the discharge end of mould, has the top of part packaging bag, bottom to be exposed independent from end face or the bottom surface of fixture；Owing to the packaging bag to be packaged top of packaging bag, bottom when being about to stretch out mould all pass mould, thus be easy to the top to packaging bag, folder is grabbed in bottom, it is simple to packaging bag is packaged, improves packaging efficiency and the packaging effect of packaging bag.
3, in this utility model, due to the restriction by the putting position of this packer and placing space, thus the bottle delivery chute of the conveyer device of packer front end be not likely to be straight, may there is bending, thus packaging bag bending bottle delivery chute in carry time, very easily make packaging bag directly contact in cell body, increase the frictional force between packaging bag and cell body；So, in the both sides of the bottle conveyer belt of bottle delivery chute, bag lead is set, this bag lead can arrange many groups, and many group bag leads is configured along the course bearing of bottle delivery chute, thus can be changed package bag path in bottle delivery chute by bag lead, packaging bag is made not contact with bottle delivery chute, reduce the frictional force that packaging bag is subject in course of conveying, the conveying of packaging bag is more convenient, efficiently, and reduce owing to acting on the external force in packaging bag, thus can effectively prevent packaging bag to be torn because of External Force Acting, improve the integrity of the packaging bag of conveying.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the Fig. 1 partial enlarged drawing at A place；
Fig. 3 is the structural representation of right mould in this utility model；
Structural representation when Fig. 4 is be provided with bag in the right mould of this utility model；
Fig. 5 is the structural representation of left mould tool in this utility model；
Structural representation when Fig. 6 is be provided with bag in this utility model left mould tool；
Fig. 7 is structural representation when left mould tool, right die assembly in this utility model；
Use state diagram when Fig. 8 is left mould tool in this utility model, right die assembly uses；
Wherein, accompanying drawing is labeled as: 1 frame, 2 packing devices, 3 conveyer devices, 4 bottles, 5 packaging bags, 21 packing cratess, 22 pyrocondensation casees, 31 bottle delivery chutes, 311 bottle conveyer belts, 312 bag unwinding devices, 313 bag leads, 211 left mould tools, 212 right moulds, 213 bottle passages, 2111 bag grooves, 2112 bottle 4 placing troughs.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in detail.
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain this utility model, be not used to limit this utility model.
A kind of little bag-type packing machine, this packer is primarily adapted for use in and the bottled prepared slices of Chinese crude drugs is carried out mucilage binding.This packer includes frame 1, and this frame 1 can be linear structure, it is also possible to be portion be flexure mode structure, selectes with specific reference to installation site and the installing space of packer.The feed side of this frame 1 is provided with conveyer device 3, and this conveyer device 3 both may be used for conveying bottle 4, it is also possible to for transport package 5, naturally it is also possible to conveying bottle 4 and packaging bag 5 simultaneously.The exit side of this frame 1 is provided with packing device 2, and the feed end of this packing device 2 is connected with the discharge end of conveyer device 3, and bottle 4, packaging bag 5 that conveyer device 3 conveying can be come by this packing device 2 are packed, and are packaged in by bottle 4 between the packaging bag 5 of both sides.This conveyer device 3 includes bottle delivery chute 31, and the centre position of bottle delivery chute 31 is provided with bottle conveyer belt 311, and this bottle conveyer belt 311 can rotate in bottle delivery chute 31, it is achieved the conveying to the bottle 4 on bottle conveyer belt 311.The end face of this bottle delivery chute 31 is provided with bag unwinding device 312, this bag unwinding device 312 is positioned at the both sides of bottle conveyer belt 311, the bag volume of web-like can be set on the central shaft of bag unwinding device 312 and freely rotatable, thus realizing the rolling of packaging bag 5 or unclamping.This packing device 2 includes packing crates 21, and the feed end of packing crates 21 is connected with the discharge end of bottle delivery chute 31, and packing crates 21 is equipped with packaged die, can be packaged in the packaging bag 5 of bottle 4 both sides by bottle 4 by this packaged die.The position of this packaged die correspondence bottle delivery chute 31 is configured, and the bottle 4 come via bottle delivery chute 31 conveying can be directly entered in packaged die.This packaged die includes left mould tool 211 and right mould 212, and the end face of left mould tool 211 offers cell body groove, and the length direction that cell body groove has 211 along left mould is arranged, and packaging bag 5 to be conveyed can be passed through this bag groove 2111 and pass left mould tool 211；Offering cell body groove on the end face of this right mould 212, cell body groove is arranged along the length direction of right mould 212, and packaging bag 5 to be conveyed can be passed through this bag groove 2111 and pass right mould 212.In addition, the work surface of left mould tool 211 and right mould 212 all offers the bottle placing trough 2112 caved inward, when the work surface of left mould tool 211 and right mould 212 is fitted, the bottle placing trough 2112 on left mould tool 211 is used for placing bottle body 4 the bottle passage 213 moved for bottle 4 with the bottle placing trough 2112 combination formation on right mould 212.
When packing, bottle 4 enters in the bottle passage 213 of packaged die through bottle conveyer belt 311, the packaging bag 5 traverse left mould tool 211 of bottle 4 both sides, right mould 212, enveloped by the packaging bag 5 of bottle 4 both sides after bottle 4 passes bottle passage 213, then via follow-up pyrocondensation case 22, the packaging bag 5 being coated with bottle 4 is heated, in making packaging bag 5 be closely coated on by bottle 4.The application adopts the structure of automatization that bottle 4 is carried, bottle 4 is carried out, it is achieved the self-feeding of bottle 4, the automatic of bottle 4 are packed；Due to bottle 4 pass bottle passage 213 be coated with time, the packaging bag 5 of both sides can envelope bottle 4 to be packaged completely so that the packaging effect of final bottle 4 is better, is absent from the bottle 4 not being coated with.
In order to the encapsulation making this packaging bag 5 is convenient, quick, improve packaging efficiency and the packaging effect of packaging bag 5, thus need to when encapsulation on left mould tool 211 on part edge and the right mould 212 of packaging bag 5 part edge of packaging bag 5 expose, and can directly packaging bag 5 edge exposed be packaged.So, the end face of left mould tool 211, bottom surface are provided with bevel phase, make the height of the feed end of left mould tool 211 be higher than the height that left mould has the discharge end of 211, and the bag through hole on left mould tool 211 can pass left mould and have the end face of 211 discharge ends, bottom surface；When packaging bag 5 has 211 by bag through hole entrance left mould, the entirety of packaging bag 5 will have in 211 in left mould, however as the movement of packaging bag 5, after packaging bag 5 moves to a certain position, the two ends of packaging bag 5 by pass left mould tool 211 end face, bottom surface and be exposed to left mould tool 211 outside.The end face of right mould 212, bottom surface are provided with bevel phase, make the height of feed end of right mould 212 higher than the height of discharge end of right mould 212, and the bag through hole on right mould 212 can pass the end face of right mould 212 discharge end, bottom surface；When packaging bag 5 enters right mould 212 by bag through hole, the entirety of packaging bag 5 will in right mould 212, however as the movement of packaging bag 5, after packaging bag 5 moves to a certain position, the two ends of packaging bag 5 by pass the end face of right mould 212, bottom surface and be exposed to outside right mould 212.
The end face and bottom surface of template are provided with inclined-plane, in template, the bag groove 2111 near discharge end side passes the end face of mould, bottom surface, thus when packaging bag 5 passes from the discharge end of mould, have the top of part packaging bag 5, bottom to be exposed independent from end face or the bottom surface of fixture；Owing to the packaging bag 5 to be packaged top of packaging bag 5, bottom when being about to stretch out mould all pass mould, thus it is easy to the top of packaging bag 5, bottom are grabbed folder, it is simple to packaging bag 5 is packaged, improves packaging efficiency and the packaging effect of packaging bag 5.
Owing to the space of the installation site of this packer, installation site exists multiple situation, thus this conveyer device 3 is most likely linear structure, it is also possible to flexure mode structure, it is also possible to the combination of two kinds of structures.When there is warp architecture in conveyer device 3, when packaging bag 5 is carried in the bottle delivery chute 31 of bending, very easily make packaging bag 5 directly contact in cell body, increase the frictional force between packaging bag 5 and cell body, and active force suffered by packaging bag 5 increases, thus very easily pulled bad.For this, in the both sides of the bottle conveyer belt 311 of bottle delivery chute 31, bag lead 313 is set, this bag lead 313 can arrange many groups, and many group bag leads 313 is configured along the course bearing of bottle delivery chute 31, thus bag lead 313 can be passed through and change package the bag 5 path in bottle delivery chute 31, packaging bag 5 is made not contact with bottle delivery chute 31, reduce the frictional force that packaging bag 5 is subject in course of conveying, the conveying of packaging bag 5 is more convenient, efficiently, and reduce owing to acting on the external force in packaging bag 5, thus can effectively prevent packaging bag 5 to be torn because of External Force Acting, improve the integrity of the packaging bag 5 of conveying.
For the ease of to this packer can directly to packaged bottle 4 outside packaging bag 5 carry out thermal contraction process, make packaging bag 5 can envelope bottle 4 tightly, for this, this packing device 2 also includes pyrocondensation case 22, and this pyrocondensation case 22 is connected with the discharge end of packing crates 21.
In order to improve the packaging efficiency of this packer, enable this packer many group bottles 4 to be packed simultaneously.Thus, the bottle delivery chute 31 on this conveyer device 3 is at least provided with two, and the packaged die in this packing crates 21 is at least provided with two groups, and the bar number of bottle delivery chute 31 is identical with the group number of packaged die, and namely a bottle delivery chute 31 is correspondingly arranged one group of packaged die.
Embodiment 1
A kind of little bag-type packing machine, including frame 1, the feed side of described frame 1 is provided with conveyer device 3, and the exit side of described frame 1 is provided with packing device 2, and the discharge end of described conveyer device 3 is connected with the feed end of packing device 2；Described conveyer device 3 includes bottle delivery chute 31, the centre position of described bottle delivery chute 31 is provided with bottle conveyer belt 311, being provided with bag unwinding device 312 on the end face of described bottle delivery chute 31, described bag unwinding device 312 is positioned at the both sides of bottle conveyer belt 311；Described packing device 2 includes packing crates 21, the feed end of described packing crates 21 is connected with the discharge end of bottle delivery chute 31, it is provided with the packaged die corresponding with bottle delivery chute 31 in described packing crates 21, described packaged die includes left mould tool 211 and right mould 212, the end face of described left mould tool 211 offers for the bag groove 2111 for packaging bag 5 traverse, the length direction that described bag groove 2111 has 211 along left mould is arranged, the end face of described right mould 212 offer for the bag groove 2111 for packaging bag 5 traverse, described bag groove 2111 is arranged along the length direction of right mould 212, the work surface of described left mould tool 211 and right mould 212 all offers the bottle placing trough 2112 caved inward；When the work surface of described left mould tool 211 and right mould 212 is fitted, the bottle placing trough 2112 on left mould tool 211 forms, with bottle placing trough 2112 combination on right mould 212, the bottle passage 213 being used for placing bottle body 4 and moving for bottle 4.
Embodiment 2
A kind of little bag-type packing machine, including frame 1, the feed side of described frame 1 is provided with conveyer device 3, and the exit side of described frame 1 is provided with packing device 2, and the discharge end of described conveyer device 3 is connected with the feed end of packing device 2；Described conveyer device 3 includes bottle delivery chute 31, the centre position of described bottle delivery chute 31 is provided with bottle conveyer belt 311, being provided with bag unwinding device 312 on the end face of described bottle delivery chute 31, described bag unwinding device 312 is positioned at the both sides of bottle conveyer belt 311；Described packing device 2 includes packing crates 21, the feed end of described packing crates 21 is connected with the discharge end of bottle delivery chute 31, it is provided with the packaged die corresponding with bottle delivery chute 31 in described packing crates 21, described packaged die includes left mould tool 211 and right mould 212, the end face of described left mould tool 211 offers for the bag groove 2111 for packaging bag 5 traverse, the length direction that described bag groove 2111 has 211 along left mould is arranged, the end face of described right mould 212 offer for the bag groove 2111 for packaging bag 5 traverse, described bag groove 2111 is arranged along the length direction of right mould 212, the work surface of described left mould tool 211 and right mould 212 all offers the bottle placing trough 2112 caved inward；When the work surface of described left mould tool 211 and right mould 212 is fitted, the bottle placing trough 2112 on left mould tool 211 forms, with bottle placing trough 2112 combination on right mould 212, the bottle passage 213 being used for placing bottle body 4 and moving for bottle 4.
Wherein, the end face of described left mould tool 211, bottom surface and the end face of right mould 212, bottom surface are provided with bevel phase, the height of the feed end of described left mould tool 211 is higher than the height of the discharge end of left mould tool 211, and the two ends of the bag groove 2111 on described left mould tool 211 pass left mould respectively and have the end face of 211 discharge ends, bottom surface；The height of the feed end of described right mould 212 is higher than the height of the discharge end of right mould 212, and the two ends of the bag groove 2111 on described right mould 212 pass the end face of right mould 212 discharge end, bottom surface respectively.
Embodiment 3
On the basis of above-described embodiment, the end face of described bottle delivery chute 31 being additionally provided with bag lead 313, described bag lead 313 is positioned at the both sides of bottle conveyer belt 311.
Embodiment 4
On the basis of above-described embodiment, described packing device 2 also includes pyrocondensation case 22, and described pyrocondensation case 22 is connected with the discharge end of packing crates 21.
Embodiment 5
On the basis of above-described embodiment, bottle delivery chute 31 on described conveyer device 3 is at least provided with two, packaged die in described packing crates 21 is at least provided with two groups, and the bar number of bottle delivery chute 31 is identical with the group number of packaged die, and namely a bottle delivery chute 31 is correspondingly arranged one group of packaged die.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendment, equivalent replacement and improvement etc. made within spirit of the present utility model and principle, should be included within protection domain of the present utility model.
Claims (6)
1. a little bag-type packing machine, it is characterized in that: include frame (1), the feed side of described frame (1) is provided with conveyer device (3), and the exit side of described frame (1) is provided with packing device (2), and the discharge end of described conveyer device (3) is connected with the feed end of packing device (2)；Described conveyer device (3) includes bottle delivery chute (31), the centre position of described bottle delivery chute (31) is provided with bottle conveyer belt (311), being provided with bag unwinding device (312) on the end face of described bottle delivery chute (31), described bag unwinding device (312) is positioned at the both sides of bottle conveyer belt (311)；nullDescribed packing device (2) includes packing crates (21)，The feed end of described packing crates (21) is connected with the discharge end of bottle delivery chute (31)，The packaged die corresponding with bottle delivery chute (31) it is provided with in described packing crates (21)，Described packaged die includes left mould tool (211) and right mould (212)，The end face of described left mould tool (211) offers for the bag groove (2111) for packaging bag (5) traverse，The length direction that described bag groove (2111) has (211) along left mould is arranged，The end face of described right mould (212) offers for the bag groove (2111) for packaging bag (5) traverse，Described bag groove (2111) is arranged along the length direction of right mould (212)，The work surface of described left mould tool (211) and right mould (212) all offers the bottle placing trough (2112) caved inward；When the work surface of described left mould tool (211) and right mould (212) is fitted, the bottle placing trough (2112) in left mould tool (211) is formed with bottle placing trough (2112) combination on right mould (212) and is used for placing bottle body (4) the bottle passage (213) for bottle (4) movement.
2. a kind of little bag-type packing machine as claimed in claim 1, it is characterized in that: the described left mould tool end face of (211), bottom surface and the end face of right mould (212), bottom surface are provided with bevel phase, the height of the feed end of described left mould tool (211) is higher than the height of the discharge end of left mould tool (211), and the two ends of the bag groove (2111) in described left mould tool (211) pass left mould the tool end face of (211) discharge end, bottom surface respectively；The height of the feed end of described right mould (212) is higher than the height of the discharge end of right mould (212), and the two ends of the bag groove (2111) on described right mould (212) pass the end face of right mould (212) discharge end, bottom surface respectively.
3. a kind of little bag-type packing machine as claimed in claim 2, it is characterised in that: being additionally provided with bag lead (313) on the end face of described bottle delivery chute (31), described bag lead (313) is positioned at the both sides of bottle conveyer belt (311).
4. a kind of little bag-type packing machine as claimed in claim 1, it is characterised in that: being additionally provided with bag lead (313) on the end face of described bottle delivery chute (31), described bag lead (313) is positioned at the both sides of bottle conveyer belt (311).
5. the little bag-type packing machine of one as described in arbitrary in claim 1-4, it is characterised in that: described packing device (2) also includes pyrocondensation case (22), and described pyrocondensation case (22) is connected with the discharge end of packing crates (21).
6. a kind of little bag-type packing machine as claimed in claim 1, it is characterized in that: the bottle delivery chute (31) on described conveyer device (3) is at least provided with two, packaged die in described packing crates (21) is at least provided with two groups, and the bar number of bottle delivery chute (31) is identical with the group number of packaged die, a bottle delivery chute (31) is namely correspondingly arranged one group of packaged die.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620251371.1U CN205396616U (en) | 2016-03-28 | 2016-03-28 | Pouch type packagine machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620251371.1U CN205396616U (en) | 2016-03-28 | 2016-03-28 | Pouch type packagine machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205396616U true CN205396616U (en) | 2016-07-27 |
Family
ID=56419666
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620251371.1U Active CN205396616U (en) | 2016-03-28 | 2016-03-28 | Pouch type packagine machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205396616U (en) |
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2016
- 2016-03-28 CN CN201620251371.1U patent/CN205396616U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 635200 Quxian County Industrial Park, Sichuan, Dazhou Patentee after: Sichuan Juyuan Pharmaceutical Group Co., Ltd. Address before: 635200 Quxian County Industrial Park, Sichuan, Dazhou Patentee before: SICHUAN JUYUAN CHINESE HERBAL PIECES CO., LTD. |
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| CP01 | Change in the name or title of a patent holder |