CN205602243U - Automatic flexible packaging production line - Google Patents
Automatic flexible packaging production line Download PDFInfo
- Publication number
- CN205602243U CN205602243U CN201620459951.XU CN201620459951U CN205602243U CN 205602243 U CN205602243 U CN 205602243U CN 201620459951 U CN201620459951 U CN 201620459951U CN 205602243 U CN205602243 U CN 205602243U
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- Prior art keywords
- carton
- frame
- station
- conveyor structure
- conveying mechanism
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model discloses an automatic flexible packaging production line, including feed mechanism, carton guillootine, a conveying mechanism, automatic case sealer and unloading station, feed mechanism includes the controller, a machine support, the material loading station, the 2nd conveying mechanism, determine module and size detection mechanism in advance, the 2nd conveying mechanism's the starting and destination point that rises connects material loading station and manual packaging station respectively, the 2nd conveying mechanism is including linking up each other and two transport sections, the frame is carried two and is formed clearance space between the section, the determine module in advance who fixes in the frame lies in one side that the 2nd conveying mechanism initiating terminal is close to in size detection mechanism, determine module includes length determine module in advance, width determine module and high determine module. The utility model discloses can carry out the preliminary examination to article before detection mechanism detects and survey, improve work efficiency.
Description
Technical field
This utility model relates to automatic flexible packaging production line.
Background technology
Article are when packaging, it is generally required to its size is detected, and existing packaging facilities one
As in the testing agency installed above of conveying mechanism for carrying article, testing agency typically wraps
Include be positioned at the side of conveying mechanism be provided with location-plate, be positioned at conveying mechanism opposite side and movable
Longitudinal baffle and two mobilizable transverse baffles, conveying time first by close for the side of article
Location-plate carries, when article arrive, the transverse baffle at conveying mechanism rear fall before by
Obscured by items, then, article are pushed away until article paste by longitudinal baffle toward the side near location-plate
Leaning against on location-plate, then, the transverse baffle being positioned at conveying mechanism front declines, and to close
Move until two transverse baffles are by article in the direction of the transverse baffle being positioned at conveying mechanism rear
Clamping.
But, owing to the size of article was unknown before testing agency is detected, so, nothing
Method pre-adjust the distance between longitudinal baffle and location-plate, the height of two transverse baffles and
Distance between two transverse baffles, so, or article can be indulged when arriving testing agency
First blocking to baffle plate or located anteriorly transverse baffle causes detection cannot be carried out, and needs again
Adjust, otherwise the distance between longitudinal baffle and location-plate, the height of two transverse baffles and
Distance between two transverse baffles is the most excessive thus causes the time detected longer, the most equal
The efficiency of detection can be reduced.
Utility model content
In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of automatic
Article can be carried out pre-detection before testing agency is detected by flexible package production line, thus
Improve detection efficiency.
The purpose of this utility model realizes by the following technical solutions:
Automatic flexible packaging production line, including feed mechanism, carton guillotine, the first conveyer
Structure, automatic box sealing machine and discharge station；
The initiating terminal of the first conveying mechanism and end connect respectively carton guillotine outfan and
Discharge station, the first conveying mechanism is additionally provided with hand-filling station, and automatic box sealing machine is located at
Above one conveying mechanism, and hand-filling station and automatic box sealing machine are along the first conveying mechanism
Conveying direction is arranged in order；
Feed mechanism includes controller, frame, feeding station, second conveyor structure, pre-detection
Assembly and size detection mechanism, feeding station is for placing article to be packaged, second conveyor
Structure is arranged in frame, the initiating terminal of second conveyor structure and end connect respectively feeding station and
Hand-filling station, this second conveyor structure includes being mutually linked and two transportation sections, frame
Forming clearance space between two transportation sections, size detection mechanism is arranged in frame and is positioned at
Above second conveyor structure, the pre-detection assembly being fixed in frame, it is positioned at size detection mechanism
Near the side of second conveyor structure initiating terminal, pre-detection assembly includes length detection assembly, width
Degree detection components and height detection assembly；Length detection assembly includes the first infrared emission head and
One infrared receiving terminal, the first infrared emission head and the first infrared receiving terminal lay respectively at the second conveying
Opposite sides above mechanism and being correspondingly arranged；Width detection assembly includes multiple defeated along second
Send the second infrared emission head of mechanism width arrangement and multiple along second conveyor structure width
Second infrared receiving terminal of direction arrangement, multiple second infrared emission heads are positioned on clearance space
Side, multiple second infrared receiving terminals are located in clearance space and first with multiple second infrared emission
One is correspondingly arranged；Height detection assembly is infrared receiving/transmission pipe, and this infrared receiving/transmission pipe is positioned at interval sky
Between top；Controller is electrically connected with size detection mechanism and pre-detection assembly respectively, controls
Device controls the duty of size detection mechanism for the detection signal according to pre-detection assembly；Chi
Very little testing agency is electrically connected with carton guillotine, and carton guillotine is for according to size detection machine
The testing result of structure cuts and exports carton.
Preferably, size detection mechanism includes location-plate, longitudinal baffle, drive mechanism, laterally
Baffle plate A, elevating mechanism, transverse baffle B and 2-axis linkage mechanism；Longitudinal baffle and location-plate
Laying respectively at the both sides of second conveyor structure width, location-plate is fixed in frame；Laterally
Baffle plate B is positioned at the transverse baffle A side near second conveyor structure initiating terminal；Elevating mechanism is used
In driving the transverse baffle A short transverse activity along frame, 2-axis linkage mechanism is installed on frame
Go up and be used for driving transverse baffle B respectively along the short transverse of frame and second conveyor structure
Length direction is movable, and drive mechanism is arranged in frame and for driving longitudinal baffle defeated along second
The width sending mechanism is movable.
Preferably, controller respectively with drive mechanism, elevating mechanism, 2-axis linkage mechanism and pre-
Detection components is electrically connected with.
Preferably, frame upper end is fixed with a framework, including two poles and being fixed on two poles
The crossbeam of end, two poles lay respectively at second conveyor structure both sides, the first infrared emission head and the
One infrared receiving terminal is separately fixed at inside two poles, and multiple second infrared emission heads are each attached to
The lower end of crossbeam.
Preferably, this infrared receiving/transmission pipe is positioned at the clearance space side near location-plate.
Preferably, the first conveying mechanism includes spaced first straight line transportation section and second straight
Line transportation section, the initiating terminal of the first straightway is connected to the outfan of carton guillotine, and first is straight
Carried by the first corner between end and the initiating terminal of the second straight line transportation section of line transportation section
Mechanism is connected, and the end of the second straight line transportation section connects discharge station.
Preferably, hand-filling station includes being arranged in order along the first conveying mechanism conveying direction
Paper folding case station, article fill out knock off position and auxiliary filling station, and paper folding case station is for by carton
Bottom carry out flanging, article are filled out position of knocking off and are put the bottom to carton for being filled out by article to be packaged
Inner side, auxiliary fills station for being sticked by Corner protecting board inside the turning of carton bottom and profit
With fixture bookbinding Corner protecting board and carton filling bubble inside carton bottom and between article
Foam.
Compared to existing technology, the beneficial effects of the utility model are: this utility model is in size
Testing agency is provided with pre-detection assembly near the side of conveying mechanism initiating terminal, and so, article exist
When arriving pre-detection assembly, it can be carried out pre-detection, obtain the length of article
Approximate size, such that it is able to entered size detection mechanism before article arrive size detection mechanism
Row sum-equal matrix, to improve detection efficiency.
Accompanying drawing explanation
Fig. 1 is the schematic top plan view of this utility model automatic flexible packaging production line；
Fig. 2 is the schematic top plan view of this utility model second conveyor structure；
Fig. 3 is the partial schematic diagram of Fig. 2；
Fig. 4 is the elevational schematic view of this utility model pre-detection assembly；
Fig. 5 is the schematic top plan view of this utility model size detection mechanism；
Fig. 6 to Fig. 9 is the workflow schematic diagram of this utility model hand-filling station；
In figure: 1, feed mechanism；11, frame；12, feeding station；13, the second conveying
Mechanism；131, transportation section；132, the second corner conveying mechanism；14, size detection mechanism；
141, location-plate；142, longitudinal baffle；143, transverse baffle A；144, transverse baffle B；
15, pre-detection assembly；151, the first infrared emission head；152, the first infrared receiving terminal；153、
Second infrared emission head；154, the second infrared receiving terminal；155, infrared receiving/transmission pipe；16, frame
Frame；161, pole；162, crossbeam；2, carton guillotine；3, the first conveying mechanism；31、
First straight line transportation section；32, the second straight line transportation section；33, the first corner conveying mechanism；4、
Hand-filling station；41, paper folding case station；42, article fill out position of knocking off；43, auxiliary is filled
Station；5, automatic box sealing machine；6, discharge station；7, article；8, carton；9, corner protector
Plate；10, fixture.
Detailed description of the invention
Below, in conjunction with accompanying drawing and detailed description of the invention, this utility model is described further:
As shown in Figures 1 to 9, this utility model automatic flexible packaging production line, including feeding
Mechanism 1, carton guillotine the 2, first conveying mechanism 3, automatic box sealing machine 5 and discharge station 6.
The initiating terminal of the first conveying mechanism 3 and end connect the outfan of carton guillotine 2 respectively
With discharge station 6, the first conveying mechanism 3 is additionally provided with hand-filling station 4, automatic joint sealing
Machine 5 is located at above the first conveying mechanism 3, and hand-filling station 4 and automatic box sealing machine 5
Conveying direction along the first conveying mechanism 3 is arranged in order, and automatic box sealing machine 5 is for packaging
The carton 8 of article 7 is packaged；
Feed mechanism 1 includes controller, frame 11, feeding station 12, second conveyor structure
13, pre-detection assembly 15 and size detection mechanism 14, feeding station 12 is used for placing to be waited to wrap
The article 7 of dress, second conveyor structure 13 is arranged in frame 11, second conveyor structure 13
Initiating terminal and end connect feeding station 12 and hand-filling station 4 respectively, this is second defeated
Sending mechanism 13 to include being mutually linked and two transportation sections 131, frame 11 is two transportation sections
Forming clearance space between 131, size detection mechanism 14 is arranged in frame 11 and is positioned at the
Above two conveying mechanisms 13, the pre-detection assembly 15 being fixed in frame 11, it is positioned at size
Testing agency 14 is near the side of second conveyor structure 13 initiating terminal, and pre-detection assembly 15 wraps
Include length detection assembly, width detection assembly and height detection assembly；Length detection assembly includes
First infrared emission head 151 and the first infrared receiving terminal 152, the first infrared emission head 151 He
First infrared receiving terminal 152 lay respectively at the opposite sides above second conveyor structure 13 and
It is correspondingly arranged；Width detection assembly includes multiple along the arrangement of second conveyor structure 13 width
The second infrared emission head 153 and multiple along the of second conveyor structure 13 width arrangement
Two infrared receiving terminals 154, multiple second infrared emission heads 153 are positioned at above clearance space, many
Individual second infrared receiving terminal 154 be located in clearance space and with multiple second infrared emission heads 153
One_to_one corresponding is arranged；Height detection assembly is infrared receiving/transmission pipe 155, this infrared receiving/transmission pipe 155
It is positioned at the top of clearance space；Controller respectively with size detection mechanism 14 and pre-detection assembly
15 are electrically connected with, and controller controls size inspection for the detection signal according to pre-detection assembly 15
Survey the duty of mechanism 14；Size detection mechanism 14 is electrically connected with carton guillotine 2,
Carton guillotine 2 is for cutting according to the testing result of size detection mechanism 14 and exporting carton
8。
This utility model operationally, article 7 at feeding station 12 manual stacking feeding,
Carry on second conveyor structure 13, at the clearance space through two transportation sections 131,
Block the first infrared emission head 151 and send infrared signal, such first infrared receiving terminal 152
Just the signal that the first infrared emission head 151 sends is not received, due to controller and first infrared
Receive 152 to be electrically connected with, the first infrared emission head 151 can not received signal time
Between carry out timing, further according to the transporting velocity of second conveyor structure 13, just may know that article 7
Length；Owing to multiple second infrared emission heads 153 are along second conveyor structure 13 width
Arrangement, so, blocks the infrared letter of how many second infrared emission heads 153 by article 7
Number, it is known that the width range of article 7, there is infrared letter by this infrared receiving/transmission pipe 155
Number, if clearance space does not has article 7 process, then light returns after the bounce-back of clearance space
This infrared receiving/transmission pipe 155, if there being article 7 above clearance space, then light is through article 7
This infrared receiving/transmission pipe 155 is returned after bounce-back, according to the change of distance, it is known that article 7
Highly, as such, it is possible to obtain the approximate size of the length of article 7, such that it is able to
Size detection mechanism 14 is adjusted, to carry before arriving size detection mechanism 14 by article 7
High detection efficiency, when article 7 arrive size detection mechanism 14, just can be quickly to article
The size of 7 accurately detects.
Preferably, hand-filling station 4 for carrying out flanging, will wait to wrap by the bottom of carton 8
Dress article 7 fill out put to carton 8 bottom inside, place inside turning bottom carton 8 and protect
Gusset 9, utilize fixture 10 to bind Corner protecting board 9 and carton 8 and bottom carton 8 in
Filled and process between side and article 7.
Preferably, size detection mechanism 14 includes location-plate 141, longitudinal baffle 142, drives
Mechanism, transverse baffle A143, elevating mechanism, transverse baffle B144 and 2-axis linkage mechanism；
Longitudinal baffle 142 and location-plate 141 lay respectively at the two of second conveyor structure 13 width
Side, location-plate 141 is fixed in frame 11；Transverse baffle B144 is positioned at transverse baffle A143
Side near second conveyor structure 13 initiating terminal；Elevating mechanism is used for driving transverse baffle
A143 is along the short transverse activity of frame 11, and 2-axis linkage mechanism is installed in frame 11 also
For driving transverse baffle B144 respectively along short transverse and the second conveyor structure of frame 11
The length direction of 13 is movable, and drive mechanism is arranged in frame 11 and for driving longitudinal baffle
142 is movable along the width of second conveyor structure 13.Further, controller respectively with
Drive mechanism, elevating mechanism, 2-axis linkage mechanism and pre-detection assembly 15 are electrically connected with.This
Sample, after obtaining the size of length of article 7, can control drive mechanism, lifting
Mechanism and the stroke of 2-axis linkage mechanism, so that both will not longitudinally be kept off when article 7 arrive
Plate 142 or transverse baffle first block and cause detection cannot be carried out, and longitudinal baffle will not occur again
Distance between 142 and location-plate 141 is excessive or distance between two transverse baffles is equal
Excessive problem, thus avoid the time detected longer.
Specifically, how article 7 are pushed at longitudinal baffle 142 and abut in by size detection structure
On location-plate 141 and transverse baffle and transverse baffle clamping article 7 after just draw article 7
A size of prior art means, such as, can calculate drive mechanism, elevator by controller
Structure and the stroke of 2-axis linkage mechanism, or carry out by infrared detection technique after clamping article 7
Detection, all it is achieved that do not repeat them here.
Preferably, drive mechanism is cylinder, and the cylinder body of cylinder is fixed in frame 11, cylinder
Piston rod affixed with longitudinal baffle 142.Preferably, elevating mechanism can be lead screw transmission machine
Structure.Preferably, 2-axis linkage mechanism can include the first electricity cylinder and the second electricity cylinder, the first electricity cylinder
Being arranged in frame 11, the second electricity cylinder is arranged on the first electricity cylinder and can be driven by the first electricity cylinder
Along the short transverse activity of frame 11, transverse baffle is arranged on the second electricity cylinder and can be by second
Electricity cylinder drives the length direction along second conveyor structure 13 movable；Certainly, the first electricity cylinder and the
Two electricity cylinders can also be replaced by two belt gears.
Further, discharge station 6 carries out manual stacking blanking for packaged carton 8.
Frame 11 upper end is fixed with a framework 16, including two poles 161 be fixed on two poles
The crossbeam 162 of 161 upper ends, two poles 161 lay respectively at second conveyor structure 13 both sides, the
One infrared emission head 151 and the first infrared receiving terminal 152 are separately fixed in two poles 161
Side, multiple second infrared emission heads 153 are each attached to the lower end of crossbeam 162.
Preferably, this infrared receiving/transmission pipe 155 is positioned at the clearance space side near location-plate 141,
So it is easier to article 7 be detected.
Specifically, two transportation sections 131 are two belt conveyors, two belt conveyors respectively by
Two driven by motor, frame 11 forms clearance space, certainly, second between two belts
Conveying mechanism 13 can have plural transportation section 131.
Preferably, the first conveying mechanism 3 includes spaced first straight line transportation section 31 He
Second straight line transportation section 32, the initiating terminal of the first straightway is connected to the defeated of carton guillotine 2
Go out end, between end and the initiating terminal of the second straight line transportation section 32 of the first straight line transportation section 31
Being connected by the first corner conveying mechanism 33, the end of the second straight line transportation section 32 connects blanking
Station 6.
Preferably, hand-filling station 4 includes arranging successively along the first conveying mechanism 3 conveying direction
The paper folding case station 41 of row, article fill out knock off position 42 and auxiliary filling station 43, paper folding case work
Position 41 is for carrying out flanging by the bottom of carton 8, and article fill out position 42 of knocking off for by be packaged
Article 7 fill out the bottom inside put to carton 8, and auxiliary fills station 43 for by Corner protecting board 9
It is sticked inside the turning bottom carton 8 and utilizes fixture 10 to bind Corner protecting board 9 and paper
Case 8 and between carton 8 bottom inside and article 7 filled and process.
Preferably, the end of second conveyor structure 13 is defeated by the second corner conveying mechanism 132
Deliver to hand-filling station 4.
Refer to Fig. 6 to Fig. 9, application above-mentioned automatic flexible packaging production line is described below
Carton 8 forming method, including: the bottom of carton 8 that will cut at hand-filling station 4
Carry out flanging, bottom the carton 8 after flanging, form the receiving space with turning；By Corner protecting board
9 are sticked inside the turning bottom carton 8；Fixture 10 is utilized to bind Corner protecting board 9 and paper
Case 8.
Preferably, Corner protecting board 9 includes two mutually perpendicular connection limits, is right angle for turning
Carton 8.
Further, before placing Corner protecting board 9, first Corner protecting board 9 is carried out knuckle,
Preferably, Corner protecting board 9 includes plank and is sticked at the leatheroid of plank side, and the middle part of plank sets
There is broken line.
It will be apparent to those skilled in the art that can technical scheme as described above and structure
Think, make other various corresponding changes and deformation, and all these changes and deformation
Within all should belonging to this utility model scope of the claims.
Claims (7)
1. automatic flexible packaging production line, it is characterised in that include that feed mechanism, carton cut
Machine, the first conveying mechanism, automatic box sealing machine and discharge station；
The initiating terminal of the first conveying mechanism and end connect respectively carton guillotine outfan and
Discharge station, the first conveying mechanism is additionally provided with hand-filling station, and automatic box sealing machine is located at
Above one conveying mechanism, and hand-filling station and automatic box sealing machine are along the first conveying mechanism
Conveying direction is arranged in order；
Feed mechanism includes controller, frame, feeding station, second conveyor structure, pre-detection
Assembly and size detection mechanism, feeding station is for placing article to be packaged, second conveyor
Structure is arranged in frame, the initiating terminal of second conveyor structure and end connect respectively feeding station and
Hand-filling station, this second conveyor structure includes being mutually linked and two transportation sections, frame
Forming clearance space between two transportation sections, size detection mechanism is arranged in frame and is positioned at
Above second conveyor structure, the pre-detection assembly being fixed in frame, it is positioned at size detection mechanism
Near the side of second conveyor structure initiating terminal, pre-detection assembly includes length detection assembly, width
Degree detection components and height detection assembly；Length detection assembly includes the first infrared emission head and
One infrared receiving terminal, the first infrared emission head and the first infrared receiving terminal lay respectively at the second conveying
Opposite sides above mechanism and being correspondingly arranged；Width detection assembly includes multiple defeated along second
Send the second infrared emission head of mechanism width arrangement and multiple along second conveyor structure width
Second infrared receiving terminal of direction arrangement, multiple second infrared emission heads are positioned on clearance space
Side, multiple second infrared receiving terminals are located in clearance space and first with multiple second infrared emission
One is correspondingly arranged；Height detection assembly is infrared receiving/transmission pipe, and this infrared receiving/transmission pipe is positioned at interval sky
Between top；Controller is electrically connected with size detection mechanism and pre-detection assembly respectively, controls
Device controls the duty of size detection mechanism for the detection signal according to pre-detection assembly；Chi
Very little testing agency is electrically connected with carton guillotine, and carton guillotine is for according to size detection machine
The testing result of structure cuts and exports carton.
2. automatic flexible packaging production line as claimed in claim 1, it is characterised in that size
Testing agency include location-plate, longitudinal baffle, drive mechanism, transverse baffle A, elevating mechanism,
Transverse baffle B and 2-axis linkage mechanism；Longitudinal baffle and location-plate lay respectively at second conveyor
The both sides of structure width, location-plate is fixed in frame；Transverse baffle B is positioned at transverse baffle
A is near the side of second conveyor structure initiating terminal；Elevating mechanism is used for driving transverse baffle A edge
The short transverse activity of frame, 2-axis linkage mechanism is installed in frame and for driving transverse gear
Plate B is movable along the short transverse of frame and the length direction of second conveyor structure respectively, drives machine
Structure is arranged in frame and for driving longitudinal baffle alive along the width of second conveyor structure
Dynamic.
3. automatic flexible packaging production line as claimed in claim 2, it is characterised in that control
Device processed electrically connects with drive mechanism, elevating mechanism, 2-axis linkage mechanism and pre-detection assembly respectively
Connect.
4. automatic flexible packaging production line as claimed in claim 1, it is characterised in that machine
Frame upper end is fixed with a framework, including two poles and the crossbeam being fixed on two pole upper ends, and two
Bar lays respectively at second conveyor structure both sides, the first infrared emission head and the first infrared receiving terminal and divides
Not being fixed on inside two poles, multiple second infrared emission heads are each attached to the lower end of crossbeam.
5. automatic flexible packaging production line as claimed in claim 1, it is characterised in that should
Infrared receiving/transmission pipe is positioned at the clearance space side near location-plate.
6. automatic flexible packaging production line as claimed in claim 1, it is characterised in that the
One conveying mechanism includes spaced first straight line transportation section and the second straight line transportation section, first
The initiating terminal of straightway is connected to the outfan of carton guillotine, the end of the first straight line transportation section
And second straight line transportation section initiating terminal between by first corner conveying mechanism be connected, second is straight
The end of line transportation section connects discharge station.
7. automatic flexible packaging production line as claimed in claim 1, it is characterised in that people
Work multiple package position includes paper folding case station, the thing being arranged in order along the first conveying mechanism conveying direction
Product fill out knock off position and auxiliary filling station, and paper folding case station is for rolling over the bottom of carton
Limit, article fill out position of knocking off and put the bottom inside to carton for being filled out by article to be packaged, and auxiliary is filled out
Fill station for being sticked inside the turning of carton bottom by Corner protecting board and utilizing fixture to fill
Order Corner protecting board and carton filled and process inside carton bottom and between article.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620459951.XU CN205602243U (en) | 2016-05-18 | 2016-05-18 | Automatic flexible packaging production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620459951.XU CN205602243U (en) | 2016-05-18 | 2016-05-18 | Automatic flexible packaging production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205602243U true CN205602243U (en) | 2016-09-28 |
Family
ID=56949544
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620459951.XU Withdrawn - After Issue CN205602243U (en) | 2016-05-18 | 2016-05-18 | Automatic flexible packaging production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205602243U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105857767A (en) * | 2016-05-18 | 2016-08-17 | 索菲亚家居股份有限公司 | Automatic flexible packaging production line and carton forming method |
| CN110525750A (en) * | 2019-09-11 | 2019-12-03 | 佛山市顺德区迈盛达自动化机械有限公司 | A kind of plate fitment intelligent packaging production line |
-
2016
- 2016-05-18 CN CN201620459951.XU patent/CN205602243U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105857767A (en) * | 2016-05-18 | 2016-08-17 | 索菲亚家居股份有限公司 | Automatic flexible packaging production line and carton forming method |
| CN105857767B (en) * | 2016-05-18 | 2018-02-09 | 索菲亚家居股份有限公司 | Automatic flexible packaging production line and carton forming method |
| CN110525750A (en) * | 2019-09-11 | 2019-12-03 | 佛山市顺德区迈盛达自动化机械有限公司 | A kind of plate fitment intelligent packaging production line |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160928 Effective date of abandoning: 20180209 |