CN109080222A - Non-woven fabric bag making folds all-in-one machine - Google Patents
Non-woven fabric bag making folds all-in-one machine Download PDFInfo
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- CN109080222A CN109080222A CN201811208939.1A CN201811208939A CN109080222A CN 109080222 A CN109080222 A CN 109080222A CN 201811208939 A CN201811208939 A CN 201811208939A CN 109080222 A CN109080222 A CN 109080222A
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- folding
- transmission shaft
- conveyer belt
- bag
- drive shaft
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B70/00—Making flexible containers, e.g. envelopes or bags
- B31B70/26—Folding sheets, blanks or webs
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B70/00—Making flexible containers, e.g. envelopes or bags
- B31B70/02—Feeding or positioning sheets, blanks or webs
- B31B70/04—Feeding sheets or blanks
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B70/00—Making flexible containers, e.g. envelopes or bags
- B31B70/74—Auxiliary operations
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Abstract
The present invention relates to a kind of non-woven fabric bag makings that can improve bag folding stability to fold all-in-one machine.It includes organic frame and bag body folding device that this non-woven fabric bag making, which folds all-in-one machine, it is characterized by: bag body folding device includes preceding transfer tape assemble, rear transfer tape assemble and left folding bag assembly and right folding bag assembly, left folding bag assembly includes left folding superimposing thread, right folding bag assembly includes right folding superimposing thread, the front and rear sides of left folding superimposing thread are equipped with left conveyer belt, the front and rear sides of right folding superimposing thread are equipped with right conveyer belt, and the space being adapted with bag body width is formed between left conveyer belt and right conveyer belt.This non-woven fabric bag folds all-in-one machine by being equipped with left conveyer belt in the front and rear sides of left folding superimposing thread, right conveyer belt is equipped in the front and rear sides of right folding superimposing thread, from making sack bag body two sides during folding that can receive the support in face, to significantly improve bag collapses yields.
Description
Technical field
The present invention relates to a kind of bag-making equipments, and in particular to a kind of non-woven fabric bag making folding for making non-woven bag
Folding integrated machine.
Background technique
Non-woven bag is a kind of very environmentally friendly sack, increasingly obtains the approval in market in recent years.Non-woven bag at present
It is all to be made by non-woven bag Bag Making Machine, non-woven bag Bag Making Machine includes that bag body shaping mechanism and bag body demoulding fill
It sets, after sack completes shaping work by bag body shaping mechanism, then it is by bag body device for removing scum that sack is de- from molding die
From getting off；After sack is detached from, the bag body folding device being mounted below bag body stripper apparatus is entered, is then folded and is filled by bag body
It sets bag collapses at flat, be finally transported to outside and case.General bag body folding device include preceding transfer tape assemble,
The transmission that transfer tape assemble, left folding bag assembly and right folding bag assembly afterwards, preceding transfer tape assemble and rear transfer tape assemble form V-type is logical
Road, sack are just gradually driven plain after entering the Transfer pipe, and at the same time, left folding bag assembly and right folding bag assembly are gradually by sack
Two lateral edge center line infoldings, when sack from Transfer pipe come out after just formed it is flat, i.e., as Fig. 7 folded state.However,
By practical test-run a machine, it is found that this structure still has the higher problem of rejection rate, the reason is that non-woven bag bag body is in soft, when
After three-dimensional sack gets off after molding, the left and right of sack is supported only by the fold line of left folding bag assembly and right folding bag assembly
Two sides (namely only have two lines support), then sack is easy to move left and right or distort when folding, will lead in this way
Sack can not fold along two sides center and waste product occurs.
Summary of the invention
In view of the shortcomings of the prior art, present invention innovation provides a kind of New Nonwovens that can improve bag folding stability
Cloth bag making folds all-in-one machine.
It includes organic frame and bag body folding device that this non-woven fabric bag making, which folds all-in-one machine, it is characterised in that: described
Bag body folding device includes preceding transfer tape assemble, rear transfer tape assemble and left folding bag assembly and right folding bag assembly, before described
Transfer tape assemble includes preceding conveyer belt, and the rear transfer tape assemble includes rear conveyer belt, the preceding conveyer belt and rear transmission
The Transfer pipe of V-type is formed between band, the left folding bag assembly includes left folding superimposing thread, and the right folding bag assembly includes right folding
Superimposing thread, the front and rear sides of the left folding superimposing thread are equipped with left conveyer belt, and the front and rear sides of the right folding superimposing thread are equipped with right transmission
Band forms the space being adapted with bag body width between the left conveyer belt and right conveyer belt.
The left folding superimposing thread and right folding superimposing thread are that fold line flexible or the left folding superimposing thread are with right folding superimposing thread
Inside bevel edge on folded sheet.
The left folding bag assembly includes upper left transmission shaft, lower-left transmission shaft and left folding wheel, left folding wheel position
Between upper left transmission shaft and lower-left transmission shaft, the diameter of the left folding wheel is all larger than upper left transmission shaft and lower-left transmission shaft
Diameter, the left folding superimposing thread are wound on upper left transmission shaft, lower-left transmission shaft and left folding wheel；The right folding bag assembly includes
Upper right transmission shaft, bottom right transmission shaft and right folding wheel, the right folding wheel between upper right transmission shaft and bottom right transmission shaft,
The diameter of the right folding wheel is all larger than the diameter of upper right transmission shaft Yu bottom right transmission shaft, and the right folding superimposing thread is wound on upper right transmission
On axis, bottom right transmission shaft and right folding wheel.
The left conveyer belt is wound on upper left transmission shaft and lower-left transmission shaft, the right conveyer belt be wound on upper right transmission shaft with
On the transmission shaft of bottom right.
The preceding transfer tape assemble upper transmission shaft and preceding lower drive shaft before including, the preceding conveyer belt upper transmission before being wound on
On axis and preceding lower drive shaft；Transfer tape assemble upper transmission shaft and rear lower drive shaft after including after described, it is described after conveyer belt around
On rear upper transmission shaft and rear lower drive shaft.
The preceding lower drive shaft is equipped with front gear, and the rear lower drive shaft is equipped with backgear, and the front gear is with after
Gear engagement, the preceding lower drive shaft or rear lower drive shaft are sequentially connected by synchronous belt and drive rod, on the drive rod
Equipped with left helical gear and right helical gear, the left helical gear is engaged with the first helical gear on the transmission shaft of lower-left, the right helical teeth
Wheel is engaged with the second helical gear on the transmission shaft of bottom right, and the preceding lower drive shaft or rear lower drive shaft and folding power source are driven
Connection.
Conveying linking has bag body conveying device below the bag body folding device, and the bag body conveying device includes upper defeated
Band component and lower conveyer belt component are sent, the upper conveyor belt component includes upper conveyor belt, upper rear conveying roller and goes forward to convey
Roller, conveying roller and lower preceding conveying roller, the upper conveyor belt are defeated under after the lower conveyer belt component includes lower conveyer belt, is lower
Band is sent to be bonded by guide roller.
The preceding lower drive shaft passes through preamble band and is sequentially connected with upper rear conveying roller, and the rear lower drive shaft passes through afterwards together
Band is walked to be sequentially connected with lower rear conveying roller.
The upper rear conveying roller, lower rear conveying roller, preceding lower drive shaft, rear lower drive shaft are installed on crane, described
Crane can be located on guide post up or down.
The top of the bag body folding device is equipped with bag body molding machine, and the bag body molding machine includes that machine is inserted at bottom
Structure, the Di Cha mechanism include the slotting power source in bottom that bottom plate and driving bottom plate move up and down, and the bottom plate is mounted on
On connector with turning, the bottom plate of the Di Cha mechanism on the left side is located above upper left transmission shaft, connector from outside rounding
Upper left transmission shaft, and power source transmission connection is inserted the bottom of with, the bottom plate of the Di Cha mechanism on the right is located above upper right transmission shaft, even
Fitting inserts power source transmission connection from outside rounding upper right transmission shaft, and the bottom of with.
According to a kind of non-woven fabric bag folding all-in-one machine provided by the invention, by being all provided in the front and rear sides of left folding superimposing thread
There is left conveyer belt, be equipped with right conveyer belt in the front and rear sides of right folding superimposing thread, from making sack bag body two sides during folding
Face can receive the support in face, to significantly improve bag collapses yields.
Detailed description of the invention
Fig. 1 is main view of the invention；
Fig. 2 is the perspective view of bag body folding device of the present invention and bag body conveying device part；
Fig. 3 is the main view of bag body folding device of the present invention and bag body conveying device part；
Fig. 4 is the right view of bag body folding device of the present invention and bag body conveying device part；
Fig. 5 is the perspective view of bag folding execution unit of the present invention；
Fig. 6 is the Local map of Di Cha mechanism of the present invention；
Fig. 7 is folded sack top view.
Specific embodiment
As shown in Figure 1, this non-woven fabric bag fold all-in-one machine include bag body molding machine 1, bag body folding device 2 with
And bag body conveying device 3, sack after the molding of bag body molding machine 1 just by bag body device for removing scum by sack from mold
It separates, the bag body molding machine 1 and bag body device for removing scum are the prior art, here with regard to not retouched in detail to its structure
It states, innovation of the invention is the improvement of bag body folding device 2, and sack is separated from mold advances to bag body folding
Stacking device 2 folds bag body by bag body folding device 2.
As shown in Figure 2-5, this bag body folding device 2 includes preceding transfer tape assemble, rear transfer tape assemble and left folding
Bag assembly and right folding bag assembly；Preceding transfer tape assemble includes preceding conveyer belt 20, and rear transfer tape assemble includes rear conveyer belt 21,
The Transfer pipe of V-type is formed between preceding conveyer belt 20 and rear conveyer belt 21, current conveyer belt 20 is rotated with rear conveyer belt 21, top
Non-woven bag just transmitted down, due between preceding conveyer belt 20 and rear conveyer belt 21 formed V-type Transfer pipe, bag
Son is just gradually driven plain after entering the Transfer pipe.Certainly, while gradually flattening, need the two sides by bag body towards centre
Interior folding, left folding bag assembly and right folding bag assembly just complete this task, and left folding bag assembly includes left folding superimposing thread 22, right folding bag
Component includes right folding superimposing thread 23, and left folding superimposing thread 22 and right folding superimposing thread are located between preceding conveyer belt 20 and rear conveyer belt 21
The left and right sides forms folding spacing wide at the top and narrow at the bottom between left folding superimposing thread 22 and right folding superimposing thread 23, when sack gradually passes through V-type
It is current to transmit since left folding superimposing thread 22 and right folding superimposing thread 23 gradually extend (the intermediate direction of such as Fig. 5) inwardly when Transfer pipe
When sack convey down and gradually flattened by band 20 and rear conveyer belt 21, positioned at Transfer pipe centre two sides left folding superimposing thread 22 and
Right folding superimposing thread 23 just gradually folds the two sides of bag body toward center position, and flat, folded sack as shown in Figure 7 is consequently formed.
As described above, after sack three-dimensional after molding gets off, only by left folding bag assembly and right folding bag assembly
Fold line supports the left and right sides (namely only have two lines support) of sack, then sack is easy to move left and right when folding
Or distortion, will lead to sack in this way can not fold along two sides center, to keep rejection rate high.And in order to solve this
A problem, the present invention is equipped with left conveyer belt 24 in the front and rear sides of left folding superimposing thread 22, equal in the front and rear sides of right folding superimposing thread 23
Equipped with right conveyer belt 25, space (the i.e. left transmission being adapted with bag body width a is formed between left conveyer belt 24 and right conveyer belt 25
It is parallel with the opposite conveyor surface of right conveyer belt 25 with 24, and between the two away from bag width to be slightly wider than, conveyer belt 24 left in this way
The two sides of sack can be just touched with right conveyer belt 25).Since left conveyer belt 24 can provide the support in face with right conveyer belt 25, because
This sack will not occur mobile or distort in folding process, and in this case, left folding superimposing thread 22 and right folding superimposing thread 23 are equal
It can accurately act on the center line of bag body two sides, to guarantee the stability folded, greatly promote the non-defective unit of bag collapses
Rate.
Left folding superimposing thread 22 and right folding superimposing thread 23 of the invention can be linear fold line flexible, or on folded sheet
Inside bevel edge.The two can realize bag body and fold；And preferably, fold line of the invention is linear folding flexible
Line, linear fold line can keep identical linear velocity with preceding conveyer belt 20 and rear conveyer belt 21 by transmission, to avoid rolling over
The friction of superimposing thread and bag side improves folding stability and folding effect.
Due to being additionally arranged left conveyer belt 24 and right conveyer belt 25, in order to make it keep identical linear speed with linear fold line
Degree, the present invention improve left folding bag assembly and left folding bag assembly: left folding bag assembly of the invention includes upper left transmission
Axis 221, lower-left transmission shaft 223 and left folding wheel 222, left folding wheel 222 are located at upper left transmission shaft 221 and lower-left transmission shaft
Between 223, the diameter of left folding wheel 222 is all larger than the diameter of upper left transmission shaft 221 Yu lower-left transmission shaft 223, left folding superimposing thread 22
It is wound on upper left transmission shaft 221, lower-left transmission shaft 223 and left folding wheel 222；And right folding bag assembly includes upper right transmission shaft
231, bottom right transmission shaft 233 and right folding wheel 232, right folding wheel 232 are located at upper right transmission shaft 231 and bottom right transmission shaft 233
Between, the diameter of right folding wheel 232 is all larger than the diameter of upper right transmission shaft 231 Yu bottom right transmission shaft 233, and right folding superimposing thread 23 is wound on
On upper right transmission shaft 231, bottom right transmission shaft 233 and right folding wheel 232.Since the upper left that is directly greater than of left folding wheel 222 passes
Moving axis 221, right folding wheel 232 is directly greater than upper right transmission shaft 231, therefore is formed between left folding superimposing thread 22 and right folding superimposing thread 23
Folding spacing wide at the top and narrow at the bottom, when sack gets off, left folding superimposing thread 22 and right folding superimposing thread 23 are gradually by bag body two sides along center
Line infolding；And left conveyer belt 24 is wound on upper left transmission shaft 221 and lower-left transmission shaft 223, right conveyer belt 25 is wound on upper right transmission
On axis 231 and bottom right transmission shaft 233, conveyer belt 24 left in this way and right conveyer belt 25 are while keeping parallelism, energy and left folding
Line 22 kept with right folding superimposing thread 23 as linear velocity.Since four linear velocities are consistent, at the same it is consistent with the transmission speed of sack,
Therefore relative movement will not be generated between sack, can be further improved the folding effect and folding stability of sack in this way.
Preceding transfer tape assemble of the invention includes preceding upper transmission shaft 201 and preceding lower drive shaft 202, and preceding conveyer belt 20 is wound on
On preceding upper transmission shaft 201 and preceding lower drive shaft 202；Upper transmission shaft 211 and rear lower drive shaft after transfer tape assemble includes afterwards
212, after rear conveyer belt 21 is wound on upper transmission shaft 211 and rear lower drive shaft 212.In order to make preceding conveyer belt 20, rear conveyer belt 21,
The linear velocity that left conveyer belt 24 and right conveyer belt 25 are consistent, the present invention are equipped with front gear (not on preceding lower drive shaft 202
Draw), rear lower drive shaft 212 is equipped with backgear (not shown), and front gear engages with backgear, and preceding lower drive shaft 202 or
Lower drive shaft 212 passes through synchronous belt 26 after person and drive rod 27 is sequentially connected, which is equipped with left helical gear 272 and the right side
Helical gear 271, left helical gear 272 are engaged with the first helical gear on lower-left transmission shaft 223, and right helical gear 271 is driven with bottom right
The second helical gear engagement on axis 233.As long as preceding lower drive shaft 202 or rear lower drive shaft 212 connect with the transmission of folding power source
It connects, preceding lower drive shaft 202 just can be relatively rotated with rear lower drive shaft 212, and conveyer belt 20 preceding in this way is opposite with rear conveyer belt 21 to be turned
It is dynamic to realize conveying, and preceding lower drive shaft 202 or rear lower drive shaft 212 pass through synchronous belt 26, drive rod 27 and left helical gear
272 rotate with right helical gear 271 transmission lower-left transmission shaft 223 and lower-left transmission shaft 233, conveyer belt 24 left in this way, right conveyer belt
25, the linear velocity that left folding superimposing thread 22, right folding superimposing thread 23, preceding conveyer belt 20 and rear conveyer belt 21 are consistent.This drive connection
It is structurally reasonable, realize that the linear velocity of whole folding execution units is consistent as long as a folding power source, to reach best
Folding work state.
In order to make the sack after folding be automatically transported to front, the present invention conveys linking below bag body folding device 2
There is bag body conveying device 3.As shown in figure 3, the bag body conveying device 3 includes upper conveyor belt component and lower conveyer belt component, on
Conveying roller 32 and conveying roller 34 of going forward after conveyer belt assembly includes upper conveyor belt 30, is upper, under lower conveyer belt component includes
Conveyer belt 31, lower rear conveying roller 33 and lower preceding conveying roller 35, upper conveyor belt 30 are bonded with lower conveyer belt 31 by guide roller 36.
After bag collapses are good, outside is just transported to by the upper conveyor belt 30 and lower conveyer belt 31 that are bonded up and down, due to upper conveyor belt
30 are pressing against sack with lower conveyer belt 31, therefore sack can be pressed more flat in conveying by middle, and such pocket volume is more
It is small, it is more convenient vanning.
In order to make the linear velocity of the linear velocity of upper conveyor belt 30 and lower conveyer belt 31 Yu preceding conveyer belt 20 and rear conveyer belt 21
It is consistent, preceding lower drive shaft 202 is sequentially connected by the present invention by preamble band 320 and upper rear conveying roller 32, rear underdrive
Axis 212 is sequentially connected by rear synchronous belt 330 and lower rear conveying roller 33.By this connection structure, can be folded by one dynamic
Power source can drive bag body folding device and bag body conveying device to work, while also ensure the linear velocity one of all execution units
It causes.
In order to facilitate the spacing (certainly in the case where tight) for adjusting preceding conveyer belt 20 and rear conveyer belt 21, to adapt to
Various sizes of sack is made, the present invention will upper rear conveying roller 32, lower rear conveying roller 33, preceding lower drive shaft 202, rear lower drive shaft
212 be installed on crane 28 (certainly, guide roller 36 also may be mounted on crane 28), and crane 28 can on move down
It is located on guide post 29 dynamicly.By this mounting means, crane 28 has heavier weight, since 28 sliding sleeve of crane exists
On guide post 29, therefore crane 28 can correspond to so preceding lower drive shaft 202 and the past drop-down of rear lower drive shaft 212 by self weight
Being wound on preceding lower drive shaft 202 and the preceding conveyer belt 20 on rear lower drive shaft 212 can tighten with rear conveyer belt 21, if to fold
Various sizes of sack, as long as preceding upper transmission shaft 201 and upper 211 relative level of transmission shaft afterwards is mobile, without adjusting again
The position of preceding lower drive shaft 202 and rear lower drive shaft 212, because preceding lower drive shaft 202 and rear lower drive shaft 212 are in crane 28
On moved together with rack and be just able to achieve self-control, make preceding conveyer belt 20 with rear conveyer belt 21 always in tight state；And
During bag folding, since generation acts between sack meeting and preceding conveyer belt 20 and rear conveyer belt 21, such crane 28 can quilt
Drive acts one on the other, plays the role of adjusting preceding conveyer belt 20 and 21 elasticity of rear conveyer belt in real time, to obtain more preferable
Folding effect.
The present invention is equipped with bag body molding machine 1 in the top of bag body folding device 2, and bag body molding machine 1 includes that bottom is inserted
Mechanism, as shown in fig. 6, Di Cha mechanism includes the slotting power source in bottom that bottom plate 10 and driving bottom plate 10 move up and down, bottom is inserted
Plate 10 is mounted on the connector 11 with turning, and the bottom plate of the Di Cha mechanism on the left side is located at 221 top of upper left transmission shaft, even
Fitting 11 inserts power source transmission connection, the bottom plate position of the Di Cha mechanism on the right from outside rounding upper left transmission shaft 221, and the bottom of with
Above upper right transmission shaft 231, connector 11 inserts power source transmission connection from outside rounding upper right transmission shaft 231, and the bottom of with.By
Space is occupied in upper left transmission shaft 221 and upper right transmission shaft 231, therefore bottom plate 10 can be only installed at turning
On connector 11, connector 11 just inserts power source the bottom of with rounding upper left transmission shaft and upper right transmission shaft by turning.
According to a kind of non-woven fabric bag folding all-in-one machine provided by the invention, by equal in the front and rear sides of left folding superimposing thread 22
Equipped with left conveyer belt 24, be equipped with right conveyer belt 25 in the front and rear sides of right folding superimposing thread 23, from make sack during folding
Bag body two sides can receive the support in face, to significantly improve bag collapses yields；In addition the machine is folded dynamic by one
Power source can drive bag body folding device and bag body conveying device to work, while also ensure the linear velocity one of all execution units
It causes, not only reduces cost, also improve the performance of machine；Finally, conveyer belt 20 is transmitted with rear before the machine can also be adjusted in real time
Effect with 21 elasticities, to obtain better folding effect.
Claims (10)
1. non-woven fabric bag making folds all-in-one machine, including organic frame and bag body folding device (2), it is characterised in that: the bag
Body folding device (2) includes preceding transfer tape assemble, rear transfer tape assemble and left folding bag assembly and right folding bag assembly, before described
Transfer tape assemble includes preceding conveyer belt (20), and the rear transfer tape assemble includes rear conveyer belt (21), the preceding conveyer belt
(20) Transfer pipe of V-type is formed between rear conveyer belt (21), the left folding bag assembly includes left folding superimposing thread (22), described
Right folding bag assembly includes right folding superimposing thread (23), and the front and rear sides of the left folding superimposing thread (22) are equipped with left conveyer belt (24), institute
The front and rear sides for stating right folding superimposing thread (23) are equipped with right conveyer belt (25), between the left conveyer belt (24) and right conveyer belt (25)
Form the space being adapted with bag body width.
2. non-woven fabric bag making according to claim 1 folds all-in-one machine, it is characterised in that: the left folding superimposing thread (22)
With right folding superimposing thread (23) be fold line flexible or the left folding superimposing thread (22) and right folding superimposing thread (23) are on folded sheet
Inside bevel edge.
3. non-woven fabric bag making according to claim 2 folds all-in-one machine, it is characterised in that: the left folding bag assembly packet
Upper left transmission shaft (221), lower-left transmission shaft (223) and left folding wheel (222) are included, the left folding wheel (222) is located at a left side
Between upper transmission shaft (221) and lower-left transmission shaft (223), the diameter of the left folding wheel (222) is all larger than upper left transmission shaft
(221) and the diameter of lower-left transmission shaft (223), the left folding superimposing thread (22) are wound on upper left transmission shaft (221), lower-left transmission shaft
(223) and on left folding wheel (222)；The right folding bag assembly includes upper right transmission shaft (231), bottom right transmission shaft (233)
And right folding wheel (232), the right folding wheel (232) are located between upper right transmission shaft (231) and bottom right transmission shaft (233),
The diameter of the right folding wheel (232) is all larger than the diameter of upper right transmission shaft (231) Yu bottom right transmission shaft (233), the right folding
Superimposing thread (23) is wound on upper right transmission shaft (231), bottom right transmission shaft (233) and right folding wheel (232).
4. non-woven fabric bag making according to claim 3 folds all-in-one machine, it is characterised in that: the left conveyer belt (24)
Be wound on upper left transmission shaft (221) and lower-left transmission shaft (223), the right conveyer belt (25) be wound on upper right transmission shaft (231) with
On bottom right transmission shaft (233).
5. non-woven fabric bag making according to claim 4 folds all-in-one machine, it is characterised in that: the preceding transfer tape assemble
Before including upper transmission shaft (201) and preceding lower drive shaft (202), the preceding conveyer belt (20) before being wound on upper transmission shaft (201) with
On preceding lower drive shaft (202)；It is described after transfer tape assemble includes after described upper transmission shaft (211) and rear lower drive shaft (212)
After conveyer belt (21) is wound on afterwards on upper transmission shaft (211) and rear lower drive shaft (212).
6. non-woven fabric bag making according to claim 5 folds all-in-one machine, it is characterised in that: the preceding lower drive shaft
(202) it is equipped with front gear, the rear lower drive shaft (212) is equipped with backgear, and the front gear is engaged with backgear, described
Preceding lower drive shaft (202) or rear lower drive shaft (212) are sequentially connected by synchronous belt (26) and drive rod (27), the transmission
Bar (27) is equipped with left helical gear (272) and right helical gear (271), on the left helical gear (272) and lower-left transmission shaft (223)
The first helical gear engagement, the right helical gear (271) is engaged with the second helical gear on bottom right transmission shaft (233), before described
Lower drive shaft (202) or rear lower drive shaft (212) and folding power source are sequentially connected.
7. non-woven fabric bag making according to claim 5 folds all-in-one machine, it is characterised in that: the bag body folding device
Lower section conveying linking has bag body conveying device (3), and the bag body conveying device (3) includes upper conveyor belt component and lower conveyer belt
Component, conveying roller (32) and conveying roller of going forward (34), described after the upper conveyor belt component includes upper conveyor belt (30), is upper
Conveying roller (33) and lower preceding conveying roller (35), the upper conveyor belt after lower conveyer belt component includes lower conveyer belt (31), is lower
(30) it is bonded with lower conveyer belt (31) by guide roller.
8. non-woven fabric bag making according to claim 7 folds all-in-one machine, it is characterised in that: the preceding lower drive shaft
(202) it is sequentially connected by preamble band (320) and upper rear conveying roller (32), the rear lower drive shaft (212) is synchronous after passing through
Band (330) and lower rear conveying roller (33) are sequentially connected.
9. non-woven fabric bag making according to claim 8 folds all-in-one machine, it is characterised in that: the upper rear conveying roller
(32), lower rear conveying roller (33), preceding lower drive shaft (202), rear lower drive shaft (212) are installed on crane (28), described
Crane (28) can be located at up or down on guide post (29).
10. non-woven fabric bag making according to claim 3 folds all-in-one machine, it is characterised in that: the bag body folds dress
The top for setting (2) is equipped with bag body molding machine (1), and the bag body molding machine (1) includes Di Cha mechanism, the Di Cha mechanism
It include bottom plate (10) and the slotting power source in bottom that driving bottom plate (10) moves up and down, the bottom plate (10), which is mounted on, to be had
On the connector (11) at turning, the bottom plate of the Di Cha mechanism on the left side is located above upper left transmission shaft (221), connector (11) from
Power source transmission connection is inserted rounding upper left transmission shaft (221), and the bottom of in outside, and the bottom plate of the Di Cha mechanism on the right is located at upper right
Above transmission shaft (231), connector (11) inserts power source transmission connection from outside rounding upper right transmission shaft (231), and the bottom of with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811208939.1A CN109080222B (en) | 2018-10-17 | 2018-10-17 | Novel non-woven fabric bag making and folding integrated machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811208939.1A CN109080222B (en) | 2018-10-17 | 2018-10-17 | Novel non-woven fabric bag making and folding integrated machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109080222A true CN109080222A (en) | 2018-12-25 |
| CN109080222B CN109080222B (en) | 2023-08-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811208939.1A Active CN109080222B (en) | 2018-10-17 | 2018-10-17 | Novel non-woven fabric bag making and folding integrated machine |
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| CN (1) | CN109080222B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110328894A (en) * | 2019-06-18 | 2019-10-15 | 苏州乔伊医疗器材有限公司 | A kind of Non-woven fabric carrier bag processing unit (plant) |
| CN114228002A (en) * | 2021-11-12 | 2022-03-25 | 韦向乐 | Passive demoulding and structure strong-coagulation non-woven bag demoulding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110328894B (en) * | 2019-06-18 | 2021-03-23 | 苏州乔伊医疗器材有限公司 | Non-woven fabrics handbag processingequipment |
| CN114228002A (en) * | 2021-11-12 | 2022-03-25 | 韦向乐 | Passive demoulding and structure strong-coagulation non-woven bag demoulding machine |
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|---|---|
| CN109080222B (en) | 2023-08-22 |
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