CN207256971U - A kind of dry powder bag automatic bag-mfg. machine - Google Patents
A kind of dry powder bag automatic bag-mfg. machine Download PDFInfo
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- CN207256971U CN207256971U CN201721213785.6U CN201721213785U CN207256971U CN 207256971 U CN207256971 U CN 207256971U CN 201721213785 U CN201721213785 U CN 201721213785U CN 207256971 U CN207256971 U CN 207256971U
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Abstract
The utility model discloses a kind of dry powder bag automatic bag-mfg. machine, including rack, haulage gear, punch mechanism, sealing mechanism, cutting mechanism, finished product output mechanism and operating system and upper film winding and lower film winding, haulage gear includes front end haulage gear and rear end haulage gear, upper film in upper mold uncoiling sequentially passes through punch mechanism, front end haulage gear, sealing mechanism, rear end haulage gear and cutting mechanism, lower film on lower film winding sequentially passes through front end haulage gear, sealing mechanism, rear end haulage gear and cutting mechanism, the sealing platform that sealing mechanism includes sealing stent and is slidably connected on sealing stent, sealing platform includes lower sealing flat component and upper sealing membrane module, finished product output mechanism is located at cutting mechanism rear.The utility model unitary design completes blowing, punching, traction, sealing, cut-out and finished product output arrangement process, and operation and replacement maintenance are simple, can reduce labor strength, improve production efficiency, ensure finished product dried and clean degree.
Description
Technical field
It the utility model is related to a kind of bag making machinery, more particularly to a kind of dry powder bag automatic bag-mfg. machine.
Background technology
Requirement of the dry powder bag due to packing product, in order to ensure dry and clean, it needs to reduce as far as possible and worker
Contact, and dry powder bag is typically all mass production, it is therefore desirable to special automatic bag-mfg. machine carries out dry powder bag making,
Existing general the degree of automation of dry powder bag making machine is not high enough, can not be defeated by blowing, punching, traction, sealing, cutting, finished product
Go out and arrangement is fully integrated together, generally require manual cutting or Manual arranging finished product sack, not only strengthen worker's work
Intensity, and influence the dried and clean degree of production efficiency and dry powder bag.
Utility model content
The utility model is in order to solve above-mentioned defect existing in the prior art and deficiency, there is provided a kind of unitary design
Blowing, punching, traction, sealing, cut-out and finished product output arrangement process are completed, operation and replacement maintenance are simple, can reduce
Labor strength, improves production efficiency, ensures the dry powder bag automatic bag-mfg. machine of finished product sack dried and clean degree.
The technical solution of the utility model：A kind of dry powder bag automatic bag-mfg. machine, including rack, the traction that is arranged in rack
Mechanism, punch mechanism, sealing mechanism, cutting mechanism, finished product output mechanism and operating system and it is arranged on the upper of rack front end
Film winding and lower film winding, the haulage gear include front end haulage gear and rear end haulage gear, in the upper mold uncoiling
Upper film sequentially passes through punch mechanism, front end haulage gear, sealing mechanism, rear end haulage gear and cutting mechanism, and the lower film is opened
Lower film on volume sequentially passes through front end haulage gear, sealing mechanism, rear end haulage gear and cutting mechanism, the sealing mechanism bag
The sealing platform for including sealing stent and being slidably connected on sealing stent, the sealing platform include sealed upper film and lower film
Lower sealing flat component and upper sealing membrane module, the finished product output mechanism are located at cutting mechanism rear.
The utility model unitary design completes blowing, punching, traction, sealing, cut-out and finished product output arrangement process, behaviour
Make and replacement maintenance is simple, labor strength can be reduced, improve production efficiency, ensure finished product sack dried and clean degree.
Preferably, the cutting mechanism includes rip cutting mechanism and transverse cutting mechanism, and the rear end haulage gear is located at slitter
Between structure and transverse cutting mechanism, it is described it is lower sealing flat component and it is upper sealing membrane module by the side of upper film and lower film, base and in
Between seal, the centre of the upper film of rip cutting mechanism cutting and lower film, the base of the upper film of the transverse cutting mechanism cutting and lower film.
This kind of structure causes it to go out two designs with one, by being cut among rip cutting mechanism, two sacks of disposal molding,
Production efficiency is greatly improved, and the scope of application is wider.
Preferably, the sealing stent is equipped with interior spherical guide, outer spherical guide, ball screw and servomotor, institute
State sealing platform to be fixed on ball screw, the servomotor promotes sealing platform on inside and outside spherical guide by ball screw
Front and rear reciprocating movement.
Sealing mechanism is positioned using screw, and precision is high；And sealing platform can slide back and forth one end distance, ensure its sealing
Required time, it is ensured that it seals stability and sealing reliability.
Preferably, the lower sealing flat component includes tablet and the silicagel pad being arranged on tablet, the upper sealing mould
The sealing vapour that component includes sealing mould, the heating plate being fixed on sealing mould and driving sealing mould and heating plate pushes
Cylinder, the sealing cylinder are fixed on sealing stent by a cylinder fixed mount, and the heating plate is consolidated by heating plate fixed plate
The piston rod bottom of sealing cylinder is scheduled on, the position of the sealing mould is corresponding with the position of silicagel pad.
This kind of structure is further ensured that its sealing effect.
Preferably, the front end haulage gear include front end large traction stent and on the large traction stent of front end two
A front end large traction wheel and it is fixed on the small towing bracket in front end of front end large traction stent side and installed in the small traction in front end
Two small traction wheels in front end on stent, the rear end haulage gear include rear end towing bracket and installed in rear end towing brackets
On two rear end traction wheels.
This kind of structure ensures the stability and reliability of its traction.
Preferably, the punch mechanism includes punching stent and the upper punching roller in punching stent and lower punching
Roller, the upper punching roller are equipped with two pairs of cylindrical punching cutters, and two pairs of cylindrical punching cutters are symmetricly set on punching roller
Both sides.
This kind of structure ensures the stability and reliability of its punching.
Preferably, the transverse cutting mechanism include crosscutting stent, the upper crosscutting roller that is arranged on crosscutting stent and under crosscutting roller,
Crosscutting roller is equipped with the crosscutting blade that stretches under described, and the upper crosscutting roller supports tool section, institute equipped with the flexible crosscutting blade of cooperation
Stating rip cutting mechanism includes rip cutting stent and the rip cutting blade being arranged on rip cutting stent.
This kind of structure ensures the stability and reliability of its cutting.
Preferably, the finished product output mechanism includes rack platform, wide flat belt and the driving being arranged on rack platform
The load motor of wide flat belt action, the discharge end of the feed end linking transverse cutting mechanism of the width flat belt, wide flat belt
Discharge end linking next process feed end.
This kind of structure ensures the output of its finished product and the stability and reliability that arrange.
Preferably, the rack side is equipped with waste suction material mechanism, and three are equipped between the upper film winding and punch mechanism
First Transition roller, is equipped with second transition roller between the lower film winding and front end haulage gear.
This kind of structure can not only suction out waste material, ensure the stability of its operation；And it may further ensure that it leads
The stability and reliability drawn.
A kind of bag-making method of dry powder bag automatic bag-mfg. machine, comprises the following steps：
1）Power on, be in machine and await orders the stage；
2）Wound membrane is imported, left-right parts respectively have a film roll installation axle under machine, film winding under left axle fixing bag, and right axle is solid
Determine film winding on bag, should make after installation two film rolls with side end face at grade；
3）Lower film is introduced into front end haulage gear by motion pattern, upper film introduces punch mechanism so that upper film and lower film are preceding
Hold and overlapped at haulage gear；
4）Then be drawn at sealing mechanism and sealed by rear end haulage gear, then it is another rise after haulage gear
Cut off to obtain finished product at cutting mechanism, finally exported by finished product output mechanism.
The utility model unitary design completes blowing, punching, traction, sealing, cut-out and finished product output arrangement process, behaviour
Make and replacement maintenance is simple, labor strength can be reduced, improve production efficiency, ensure finished product sack dried and clean degree.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the structure diagram of sealing mechanism in the utility model；
1. front end haulage gear in figure, 2. sealing mechanisms, 3. transverse cutting mechanisms, 4. rip cutting mechanisms, 5. punch mechanisms, 6. finished products
Output mechanism, 7. times film windings, film winding on 8., 9. operating systems, 10. racks, 11. waste suction material mechanisms, 12. rear end draggers
Structure, 13. punching stents, punching roller on 14., 15. times punching rollers, 16. front end large traction stents, 17. front end large traction wheels, 18.
The small towing bracket in front end, the small traction wheel in 19. front ends, 20. rear end towing brackets, 21. rear end traction wheels, 22. rip cutting stents, 23.
Crosscutting stent, crosscutting roller on 24., crosscutting roller under 25., 26. rack platforms, 27. wide flat belts, 28. individual event alternating current generators, 29.
First Transition roller, 30. second transition rollers, 31. sealing stents, 32. outer spherical guides, 33. tablets, 34. silicagel pads, 35. sealings
Mould, 36. heating plates, 37. heating plate fixed plates, 38. sealing cylinders, 39. servomotors, 40. ball screws, 41. cylinders are consolidated
Determine frame, 42. rip cutting blades.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples, but is not new to this practicality
The limitation of type protection domain.
As illustrated in fig. 1 and 2, a kind of dry powder bag automatic bag-mfg. machine, including rack 10, the dragger that is arranged in rack 10
Structure, punch mechanism 5, sealing mechanism 2, cutting mechanism, finished product output mechanism 6 and operating system 9 and it is arranged on 10 front end of rack
Upper film winding 8 and lower film winding 7.Haulage gear includes front end haulage gear 1 and rear end haulage gear 12, in upper mold uncoiling 8
Upper film sequentially pass through punch mechanism 5, front end haulage gear 1, sealing mechanism 2, rear end haulage gear 12 and cutting mechanism, lower film
Lower film in uncoiling 7 sequentially passes through front end haulage gear 1, sealing mechanism 2, rear end haulage gear 12 and cutting mechanism, sealing machine
The sealing platform that structure 2 includes sealing stent 31 and is slidably connected on sealing stent 31, sealing platform include carrying out upper film and lower film
The lower sealing flat component and upper sealing membrane module, finished product output mechanism 6 of sealing are located at cutting mechanism rear.Cutting mechanism includes
Rip cutting mechanism 4 and transverse cutting mechanism 3, rear end haulage gear 12 is between rip cutting mechanism 4 and transverse cutting mechanism 3, lower sealing tablet group
Part and upper sealing membrane module by the side of upper film and lower film, base and it is middle seal, the upper film of the cutting of rip cutting mechanism 4 and lower film
The base of centre, the upper film of the cutting of transverse cutting mechanism 3 and lower film.Seal stent 31 and be equipped with interior spherical guide, outer spherical guide 32, rolling
Ballscrew 40 and servomotor 39, sealing platform are fixed on ball screw 40, and servomotor 39 is promoted by ball screw 40 and sealed
Close platform front and rear reciprocating movement on inside and outside spherical guide.Lower sealing flat component includes tablet 33 and is arranged on tablet 33
Silicagel pad 34, upper sealing membrane module include sealing mould 35, the heating plate 36 being fixed on sealing mould 35 and driving sealing mould
The sealing cylinder 38 that tool 35 and heating plate 36 push, sealing cylinder 38 are fixed on sealing stent 31 by a cylinder fixed mount 41
On, heating plate 36 by heating plate fixed plate 37 be fixed on sealing cylinder 38 piston rod bottom, seal mould 35 position with
The position of silicagel pad 34 is corresponding.Front end haulage gear 1 includes front end large traction stent 16 and installed in front end large traction stent
Two front end large traction wheels 17 on 16 and the small towing bracket 18 in front end and peace for being fixed on 16 side of front end large traction stent
The small traction wheel 19 in two front ends on the small towing bracket 18 in front end, rear end haulage gear 12 include 20 He of rear end towing bracket
Two rear end traction wheels 21 on rear end towing bracket 20.Punch mechanism 5 includes punching stent 13 and installed in punching
Upper punching roller 14 and lower punching roller 15 in stent 13, upper punching roller 14 are equipped with two pairs of cylindrical punching cutters, two pairs of cylinders
Shape punching cutter is symmetricly set on the both sides of punching roller 14.Transverse cutting mechanism 3 includes crosscutting stent 23, is arranged on crosscutting stent 23
On upper crosscutting roller 24 and under crosscutting roller 25, under crosscutting roller 25 be equipped with stretch crosscutting blade, upper crosscutting roller 24 be equipped with coordinate
Flexible crosscutting blade supports tool section, and rip cutting mechanism 4 includes rip cutting stent 22 and the rip cutting blade 42 being arranged on rip cutting stent 22.
It is dynamic that finished product output mechanism 6 includes rack platform 26, the wide flat belt 27 being arranged on rack platform 26 and the wide flat belt 27 of driving
The load motor 28 of work, the discharge end of the feed end linking transverse cutting mechanism 3 of wide flat belt 27, the discharge end of wide flat belt 27
It is connected the feed end of next process.10 side of rack is equipped with waste suction material mechanism 11, is set between upper film winding 8 and punch mechanism 5
There are three First Transition rollers 29, second transition roller 30 is equipped between lower film winding 7 and front end haulage gear 1.
A kind of bag-making method of dry powder bag automatic bag-mfg. machine, comprises the following steps：
1）Power on, be in machine and await orders the stage；
2）Wound membrane is imported, left-right parts respectively have a film roll installation axle under machine, film winding under left axle fixing bag, and right axle is solid
Determine film winding on bag, should make after installation two film rolls with side end face at grade；
3）Lower film is introduced into front end haulage gear by motion pattern, upper film introduces punch mechanism so that upper film and lower film are preceding
Hold and overlapped at haulage gear；
4）Then be drawn at sealing mechanism and sealed by rear end haulage gear, then it is another rise after haulage gear
Cut off to obtain finished product at cutting mechanism, finally exported by finished product output mechanism.
Embodiment
The key technical indexes of the Bag Making Machine：
Electric power data：
Voltage：Stable 380-440V
Frequency：50/60Hz
Maximum current：32A
Fuse load（Whole packing machine）Minimum 32A
Other data：
Compressed air：Minimum 0.8Mpa
Air consumption：About 700NL/Min
Machine length：About 5680mm
Machine-wide：About 1160mm
Highly（Machine）：About 2070mm
Machine weight：About 2000Kg
Mould maximum width：290mm
Mould maximum length：660mm
Production efficiency：10 ~ 15 moulds/minute
General power：12KW
Heating power：4.8KW .
The installation of machine：1. machine in place and leveling, unclamps and shipment car of dismantling ties part, it is proposed that with fork truck or similar
Lifting machines, after machine landing, can move machine to designated position by rising footing using the load-carrying wheel of robot base.Just
Behind position, it is horizontal by host adjustment to fall base pad, then again loads onto discharge belt and adjusts level.Make the input of wound membrane
Output services at grade, product not sideslip on exit conveyor.1. 2. electricity is connected in electric circuit connection on request
Source：Three-phase 380VAC+N+PE, 2. connects source of the gas：Bleed pressure>0.8MPa suggests selecting import air pump 1Mpa air inlet pipe
It is recommended that select outside diameter 10mm, internal diameter：8mm, 3. connects waste suction material mechanism（Trash receptacle）Power supply：
The operating method of operating system：
1. general introduction：Machine is operated and controlled using PLC, touch-screen, and sealing heating is by temperature sensor detection temperature
And controlled by temperature controller.Driving motor has 4, is respectively：Servomotor 2（One driving sealing platform moves back and forth, one
Drive tracting film）.Three phase alternating current motor 1（Garbage collection cylinder）, load motor one（Wide flat skin is driven after speed governing
Band）.Machine is adjusted to digitlization adjustment, simply accurately.
2. operation and the flow of machine：Touch-screen is used for operating machine, and carries out data setting, machine to PLC
The primary operational of device carries out on the touchscreen.The start button on control cabinet must be first pressed before operating on the touchscreen,
Ensure to be in open state.Sealing speed can be set, seal length, seal platform stroke, seal acceleration and deceleration, envelope platform main shaft start bit
Put, envelope platform main shaft sync bit, Feng Taicong axis sync bits, Feng Taicong axis holding fixes, cutter synchronization starting position, cutter is same
The end of the step position, punching synchronous starting position, punching synchronous end position will press write-in when having changed three number.
The operation of a machine and adjustment：
1. powering on, it is in machine and awaits orders the stage；
2. importing left-right parts under wound membrane machine respectively has a film roll installation axle, wound membrane under left axle fixing bag, right axle is fixed
Film roll on bag, should make after installation two film rolls with side end face at grade.Film is introduced into haulage gear by motion pattern, by drawing
Enter punch mechanism, haulage gear, heat-sealing molding, cutter mechanism to output mechanism flattening, makes the alignment of left and right wound membrane both sides（Do not line up
When should adjust）, depress pressure wheel and lift handle.Adjust the position between front haulage wheel, it is ensured that traction wheel is pressed in areas at both sides.Point
Dynamic touch screen operation key（Operated by electrical control mechanism）Machine is set to run well（Time need not be long）, observe film roll operating condition
After shut down.Adjustment is horizontal, longitudinal knife is correct cutting position.
Sealing mould in the utility model can be adjusted according to bag sizes and sealing requirement, and sack needs one to go out
When two（Split to be made and be divided into two in centre）, sealing mould just needs, by bag sidewall, base and middle all sealings, to work as sack
As soon as be not required two, sealing mould need to only seal bag sidewall and base.
Each mechanism in the utility model is that the conventional components purchased on the market are assembled, each mechanism
Function is similar with the Conventional mechanisms function that market is purchased；Therefore the specific work process of each mechanism is not stated carefully.
Claims (9)
1. a kind of dry powder bag automatic bag-mfg. machine, including rack, the haulage gear being arranged in rack, punch mechanism, sealing mechanism,
Cutting mechanism, finished product output mechanism and operating system and it is arranged on the upper film winding of rack front end and lower film winding, its feature
It is：The haulage gear includes front end haulage gear and rear end haulage gear, and the upper film on the upper film winding sequentially passes through
Punch mechanism, front end haulage gear, sealing mechanism, rear end haulage gear and cutting mechanism, lower film on the lower film winding according to
It is secondary to pass through front end haulage gear, sealing mechanism, rear end haulage gear and cutting mechanism, the sealing mechanism include sealing stent and
The sealing platform being slidably connected on sealing stent, the sealing platform include the lower sealing tablet group for being sealed upper film and lower film
Part and upper sealing membrane module, the finished product output mechanism are located at cutting mechanism rear.
A kind of 2. dry powder bag automatic bag-mfg. machine according to claim 1, it is characterised in that：The cutting mechanism includes rip cutting
Mechanism and transverse cutting mechanism, the rear end haulage gear is between rip cutting mechanism and transverse cutting mechanism, the lower sealing flat component
The side of upper film and lower film, base and centre are sealed with upper sealing membrane module, upper film and lower film are cut by the rip cutting mechanism
Centre, the base of the upper film of transverse cutting mechanism cutting and lower film.
A kind of 3. dry powder bag automatic bag-mfg. machine according to claim 2, it is characterised in that：The sealing stent is equipped with interior
Spherical guide, outer spherical guide, ball screw and servomotor, the sealing platform are fixed on ball screw, the servo electricity
Machine promotes sealing platform front and rear reciprocating movement on inside and outside spherical guide by ball screw.
A kind of 4. dry powder bag automatic bag-mfg. machine according to claim 3, it is characterised in that：The lower sealing flat component bag
Tablet and the silicagel pad being arranged on tablet are included, the upper sealing membrane module includes sealing mould, is fixed on sealing mould
The sealing cylinder that heating plate and driving sealing mould and heating plate push, the sealing cylinder are fixed on by a cylinder fixed mount
Seal on stent, the heating plate is fixed on the piston rod bottom of sealing cylinder, the sealing mould by heating plate fixed plate
Position it is corresponding with the position of silicagel pad.
A kind of 5. dry powder bag automatic bag-mfg. machine according to claim 3, it is characterised in that：The front end haulage gear includes
Front end large traction stent and two front end large traction wheels on the large traction stent of front end and it is fixed on front end large traction
The small towing bracket in front end of stent side and two small traction wheels in front end on the small towing bracket in front end, the rear end is led
Drawing mechanism includes rear end towing bracket and two rear end traction wheels on the towing bracket of rear end.
A kind of 6. dry powder bag automatic bag-mfg. machine according to claim 1, it is characterised in that：The punch mechanism includes punching
Stent and the upper punching roller in punching stent and lower punching roller, the upper punching roller are equipped with two pairs of cylindrical piercing knifes
Tool, two pairs of cylindrical punching cutters are symmetricly set on the both sides of punching roller.
A kind of 7. dry powder bag automatic bag-mfg. machine according to claim 2, it is characterised in that：The transverse cutting mechanism includes crosscutting
Stent, the upper crosscutting roller being arranged on crosscutting stent and under crosscutting roller, under described crosscutting roller be equipped with stretch crosscutting blade, it is described
Upper crosscutting roller is equipped with the tool section that supports for coordinating the crosscutting blade that stretches, and the rip cutting mechanism includes rip cutting stent and is arranged on rip cutting branch
Rip cutting blade on frame.
A kind of 8. dry powder bag automatic bag-mfg. machine according to claim 1, it is characterised in that：The finished product output mechanism includes
The load motor of rack platform, the wide flat belt being arranged on rack platform and the action of driving width flat belt is described wide flat
The discharge end of the feed end linking transverse cutting mechanism of belt, the feed end of the discharge end linking next process of wide flat belt.
A kind of 9. dry powder bag automatic bag-mfg. machine according to claim 1, it is characterised in that：The rack side is equipped with waste suction
Expect mechanism, three First Transition rollers, the lower film winding and front end dragger are equipped between the upper film winding and punch mechanism
Second transition roller is equipped between structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721213785.6U CN207256971U (en) | 2017-09-21 | 2017-09-21 | A kind of dry powder bag automatic bag-mfg. machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721213785.6U CN207256971U (en) | 2017-09-21 | 2017-09-21 | A kind of dry powder bag automatic bag-mfg. machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207256971U true CN207256971U (en) | 2018-04-20 |
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ID=61918158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721213785.6U Active CN207256971U (en) | 2017-09-21 | 2017-09-21 | A kind of dry powder bag automatic bag-mfg. machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN207256971U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107471740A (en) * | 2017-09-21 | 2017-12-15 | 杭州天琅自动化设备有限公司 | A kind of dry powder bag automatic bag-mfg. machine and its bag-making method |
| CN109397752A (en) * | 2018-11-23 | 2019-03-01 | 庄伟峰 | A kind of express delivery plastic bag draft machine |
| CN110281587A (en) * | 2019-07-21 | 2019-09-27 | 广东骊虹包装有限公司 | Bag Making Machine |
-
2017
- 2017-09-21 CN CN201721213785.6U patent/CN207256971U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107471740A (en) * | 2017-09-21 | 2017-12-15 | 杭州天琅自动化设备有限公司 | A kind of dry powder bag automatic bag-mfg. machine and its bag-making method |
| CN109397752A (en) * | 2018-11-23 | 2019-03-01 | 庄伟峰 | A kind of express delivery plastic bag draft machine |
| CN110281587A (en) * | 2019-07-21 | 2019-09-27 | 广东骊虹包装有限公司 | Bag Making Machine |
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