CN110126353A - The diaphragm flexibility Work-feeding means of Bag Making Machine - Google Patents
The diaphragm flexibility Work-feeding means of Bag Making Machine Download PDFInfo
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- CN110126353A CN110126353A CN201910355674.6A CN201910355674A CN110126353A CN 110126353 A CN110126353 A CN 110126353A CN 201910355674 A CN201910355674 A CN 201910355674A CN 110126353 A CN110126353 A CN 110126353A
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- Prior art keywords
- roller
- diaphragm
- upper diaphragm
- sensor
- tensile force
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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
- B31B70/006—Controlling; Regulating; Measuring; Safety measures
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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
- B31B70/02—Feeding or positioning sheets, blanks or webs
- B31B70/10—Feeding or positioning webs
-
- 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 invention discloses the diaphragm flexibility Work-feeding means of Bag Making Machine, including body, upper diaphragm conveying mechanism, including upper diaphragm retracting roller, upper diaphragm driven roller, driving pressure roller, first sensor and second sensor, upper diaphragm driven roller are used to receive the upper diaphragm drawn by upper diaphragm retracting roller；Driving pressure roller is articulated on body and is located above bonding station；Driving pressure roller is used to receive the upper diaphragm of upper diaphragm driven roller output, so as to be located at upper diaphragm driven roller and the upper diaphragm formation between pressure roller is driven to paste section；First sensor and second sensor are set on body；First sensor is used to send the first signal to the upper diaphragm driven roller when the conveying speed for pasting section is less than conveying speed；Second sensor is used to send the first signal to the upper diaphragm driven roller when the conveying speed for pasting section is greater than conveying speed.The diaphragm flexibility Work-feeding means of Bag Making Machine of the present invention can regulate and control the conveying speed of upper diaphragm by first sensor and second sensor.
Description
Technical field
The present invention relates to a kind of Bag Making Machine more particularly to a kind of diaphragm flexibility Work-feeding means of Bag Making Machine.
Background technique
Currently, Bag Making Machine is primarily referred to as the preparation machine of pole piece diaphragm bag, process be can be summarized as, and be conveyed by lower diaphragm plate
Mechanism conveys lower diaphragm plate, and upper diaphragm conveying mechanism conveys upper diaphragm, and pneumatic gripping device crawl pole piece is placed on lower diaphragm plate, upper diaphragm
Be covered on the pole piece of lower diaphragm plate, by pressing and then heated, form diaphragm bag, make pole piece be packaged in upper diaphragm and
Before lower diaphragm plate.
But since upper diaphragm is conveyed above lower diaphragm plate in the Bag Making Machine of existing pole piece diaphragm bag,
It needs to enter back into bonding station after being covered on lower diaphragm plate with suitable dynamics, and in the process, the traction speed of upper diaphragm
Degree needs to be consistent with the conveying speed of lower diaphragm plate, i.e., conveying speed cannot differ too big.If upper diaphragm conveying speed mistake
Fastly, then the conveying speed of lower diaphragm plate is not caught up with, i.e., the conveying capacity of upper diaphragm can be greater than the conveying capacity of lower diaphragm plate, in this way, upper diaphragm
Delay is had, the tensile force of upper diaphragm is caused to be gradually reduced, loose situation occurs, it may appear that is adhered on pole piece, and not enough
It is smooth.If upper diaphragm conveying speed is excessively slow, then the conveying speed of upper diaphragm is lower than the conveying speed of lower diaphragm plate, i.e. upper diaphragm
Conveying capacity is less than the conveying capacity of lower diaphragm plate, in this way, upper diaphragm meeting tensile force is gradually increased, causes upper diaphragm tight, often glues
It is attached less than on pole piece or directly snapping.Thus, the conveying speed for how controlling upper diaphragm plays crucial work in bag making process
With.
Summary of the invention
For overcome the deficiencies in the prior art, the purpose of the present invention is to provide a kind of diaphragm flexibilities of Bag Making Machine, and band to be sent to fill
It sets, the conveying speed of upper diaphragm can be regulated and controled by first sensor and second sensor.
The purpose of the present invention adopts the following technical scheme that realization:
The diaphragm flexibility Work-feeding means of Bag Making Machine, including,
Body, body are equipped with bonding station；
Upper diaphragm conveying mechanism, including upper diaphragm retracting roller, upper diaphragm driven roller, driving pressure roller, first sensor and
Second sensor, upper diaphragm retracting roller set upper diaphragm for rolling up；Upper diaphragm driven roller is drawn for receiving by upper diaphragm retracting roller
Upper diaphragm；Driving pressure roller is articulated on body and is located above bonding station；Driving pressure roller is for receiving upper diaphragm driven roller
The upper diaphragm of output, so as to be located at upper diaphragm driven roller and the upper diaphragm between pressure roller is driven to be formed for being covered on lower diaphragm plate
Paste section；This pastes section for being delivered to the bonding station under the guidance of driving pressure roller with a conveying speed；First passes
Sensor and second sensor are set on body；First sensor is located at the top for pasting section and in the conveying speed for pasting section
The first signal is sent when less than conveying speed to the upper diaphragm driven roller；Second sensor is located at the lower section for pasting section and is used for
Second signal is sent when the conveying speed for pasting section is greater than conveying speed to the upper diaphragm driven roller.
Further, which further includes lower diaphragm plate conveying mechanism, and lower diaphragm plate conveying mechanism includes
Lower diaphragm plate furls roller and lower diaphragm plate feed roller assembly, and the lower diaphragm plate retracting roller sets diaphragm for rolling up；Lower diaphragm plate conveying roller
Component is used to receive the lower diaphragm plate by lower diaphragm plate retracting roller extraction and to guide lower diaphragm plate to be in a horizontal state with the conveying speed defeated
It send；Pressure roller is driven to be set to the top of the level transportation section of lower diaphragm plate and between lower diaphragm plate feed roller assembly between interval formation pressing
Gap；This paste section for driving pressure roller guidance under with conveying speed be delivered to the pressing gap and with the level of lower diaphragm plate
Conveying section compresses；The pressing gap is formed as the bonding station.
Further, upper diaphragm conveying mechanism further includes tensioning roll assembly, and tensioning roll assembly is articulated in upper diaphragm retracting roller
Between upper diaphragm driven roller；Tensioning roll assembly is used to receive the upper diaphragm that upper diaphragm retracting roller is drawn and makes upper diaphragm to be tensioned
State output；Upper diaphragm driven roller is for receiving the upper diaphragm drawn by tensioning roll assembly.
Further, tensioning roll assembly include tensile force adjust rocker arm, the first tensile force regulating roller, the first idler roller and
Second idler roller, one end that tensile force adjusts rocker arm are articulated on body；The first tensile force regulating roller is articulated in tensile force
Adjust the other end of rocker arm；First idler roller and the second idler roller are articulated on body；First idler roller is located at upper diaphragm
Furl between roller and the first tensile force regulating roller, the second idler roller be located at the first tensile force regulating roller and upper diaphragm driven roller it
Between；First idler roller, the first idler roller regulating roller, the second idler roller are successively set around by the upper diaphragm of upper diaphragm retracting roller output
And upper diaphragm driven roller.
Further, tensioning roll assembly further includes the second tensile force regulating roller and third idler roller, the second tensile force tune
Section roller is articulated in tensile force and adjusts on rocker arm；Third idler roller be articulated on body and be located at the second tensile force regulating roller on every
Between film driven roller；Second tensile force regulating roller is used for the upper diaphragm of the second idler roller of winding output and upper diaphragm is guided to be set around
Third idler roller.
Further, first sensor and second sensor are optical signal inductor.
Compared with prior art, the beneficial effects of the present invention are: its upper diaphragm conveying mechanisms to have first sensor and the
Two sensors are able to detect for pasting the conveying speed for pasting section to lower diaphragm plate, are less than in the conveying speed for pasting section
The first signal is sent when conveying speed and gives upper diaphragm driven roller, is accelerated upper diaphragm driven roller, is improved the conveying speed of upper diaphragm,
And send second signal when the conveying speed for pasting section is greater than conveying speed and give upper diaphragm driven roller, subtract upper diaphragm driven roller
Speed reduces the conveying speed of upper diaphragm, and the conveying speed of the conveying speed and lower diaphragm plate that enable upper diaphragm is in bag making process
Substantially it is consistent, i.e. speed difference is not too large, improves bag making quality.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is structure diagram of the invention.
In figure: 10, body；21, upper diaphragm furls roller；22, upper diaphragm driven roller；23, pressure roller is driven；24, the first tensioning
Roller；25, the second idler roller；26, third idler roller；27, tensile force adjusts rocker arm；28, the first tensile force regulating roller；29, second
Tensile force regulating roller；30, first sensor；40, second sensor；50, section is pasted；51, first state；52, the second state；
61, lower diaphragm plate furls roller；62, lower diaphragm plate feed roller assembly.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the present invention, it should be noted that not
Under the premise of conflicting, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
The diaphragm flexibility Work-feeding means of Bag Making Machine as shown in Figure 1 and Figure 2, including body 10 and upper diaphragm conveyer
Structure, body 10 are equipped with bonding station.
Specific upper diaphragm conveying mechanism includes upper diaphragm retracting roller 21, upper diaphragm driven roller 22, the driving biography of pressure roller 23, first
Sensor 30 and second sensor 40, particularly diaphragm retracting roller 21 sets upper diaphragm for rolling up, and upper diaphragm driven roller 22 is used for
The upper diaphragm drawn by upper diaphragm retracting roller 21 is received, driving pressure roller 23 is articulated on body 10 and is located on bonding station
Side；Driving pressure roller 23 is used to receive the upper diaphragm of the output of upper diaphragm driven roller 22, so as to be located at upper diaphragm driven roller 22 and driving
Upper diaphragm between pressure roller 23, which is formed, pastes section 50 for being covered on lower diaphragm plate, and this paste section 50 can be in driving pressure roller 23
Guidance under bonding station is delivered to a conveying speed, be bonded with lower diaphragm plate.I other words upper diaphragm furls roller 21 by upper diaphragm
It draws, is successively being wound around outside upper diaphragm driven roller 22 and driving pressure roller 23 by the traction of upper diaphragm driven roller 22, and upper diaphragm is driven
Dynamic roller 22 and drive upper diaphragm section between pressure roller 23 from top to bottom gradually downward diaphragm draw close to be formed it is above-mentioned paste section 50, because
And it can be drawn and be fitted on the pole piece of lower diaphragm plate by driving pressure roller 23.
In addition, above-mentioned first sensor 30 and second sensor 40 are set on body 10, first sensor 30 is located at patch
The top of section 50 is covered, first sensor 30 can send the first signal to upper when the conveying speed for pasting section 50 is less than conveying speed
Diaphragm driven roller 22, and second sensor 40 is located at the lower section for pasting section 50, second sensor 40 is in the conveying speed for pasting section 50
Degree sends second signal to upper diaphragm driven roller 22 when being greater than conveying speed.
When on the basis of the said structure, using the diaphragm flexibility Work-feeding means of Bag Making Machine of the invention, by body 10
Lower diaphragm plate conveying mechanism convey lower diaphragm plate, lower diaphragm plate is delivered to the superior pole piece station of body 10, and the manipulator on body 10 will
Pole piece is placed on lower diaphragm plate, and the lower diaphragm plate for being mounted with pole piece continues to convey；It at the same time can be defeated by upper diaphragm conveying mechanism
Diaphragm is served, upper diaphragm is drawn by upper diaphragm retracting roller 21, and the tractive force exported through upper diaphragm driven roller 22 is drawn, and is set around
Driving pressure roller 23 above bonding station, the upper diaphragm section between such upper diaphragm driven roller 22 and driving pressure roller 23 is by upper
Under gradually downward diaphragm draw close to be formed it is above-mentioned paste section 50, thus the pole that be fitted in lower diaphragm plate can be drawn by driving pressure roller 23
On piece enters bonding station and is pressed after fitting.
In the process, its upper diaphragm conveying mechanism of upper diaphragm has first sensor 30 and second sensor 40, can
Detection is less than conveying speed for pasting the conveying speed for pasting section 50 to lower diaphragm plate, in the conveying speed for pasting section 50
When, then the conveying speed of upper diaphragm be lower than lower diaphragm plate conveying speed, i.e., the conveying capacity of upper diaphragm be less than lower diaphragm plate conveying capacity,
In this way, upper diaphragm can tensile force be gradually increased, cause upper diaphragm can it is tight and be located at the first sensor pasted above section 50
30 touchings (first state 51 in referring to fig. 2), first sensor 30 can be transmitted the first signal to upper diaphragm driven roller 22, make
Diaphragm driven roller 22 accelerates, and improves the conveying speed of upper diaphragm.And when the conveying speed for pasting section 50 is greater than conveying speed, then
The conveying speed of lower diaphragm plate is not caught up with, i.e., the conveying capacity of upper diaphragm can be greater than lower diaphragm plate conveying capacity, in this way, upper diaphragm have it is stagnant
It stays, the tensile force of upper diaphragm is caused to be gradually reduced, loose situation occur and touched with the second sensor 40 for pasting 50 lower section of section
(the second state 52 in referring to fig. 2), second sensor 40 send second signal to upper diaphragm driven roller 22, drive upper diaphragm
Roller 22 slows down, and reduces the conveying speed of upper diaphragm, the conveying speed of the conveying speed and lower diaphragm plate that enable upper diaphragm is in bag making
It is consistent substantially in the process, i.e. speed difference is not too large, improves bag making quality.
Certainly, in the present embodiment the position of first sensor 30 and second sensor 40 setting be paste section 50 tensioning and
Two loose extreme positions, and paste section 50 between first sensor 30 and second sensor 40 not represent paste section 50
It is absolutely identical as the conveying speed of lower diaphragm plate, only seek a similar speed carry out conveying can preferably complete bag making work
The setting of industry, specific speed is carried out according to practical operation.
Further, in this embodiment diaphragm flexible-belt conveying device further include lower diaphragm plate conveying mechanism, lower diaphragm plate is defeated
Sending mechanism includes lower diaphragm plate retracting roller 61 and lower diaphragm plate feed roller assembly 62, specific lower diaphragm plate retracting roller 61 for roll up set every
Film, and lower diaphragm plate feed roller assembly 62 is used to receive the lower diaphragm plate drawn by lower diaphragm plate retracting roller 61, and guides lower diaphragm plate with institute
It states conveying speed to be in a horizontal state conveying, specific lower diaphragm plate feed roller assembly 62 includes multiple conveyings being articulated on body 10
Roller, conveying roller are intervally arranged in the horizontal direction, can be drawn by the conveying roller of forefront by the lower diaphragm plate that lower diaphragm plate retracting roller 61 exports
Enter, lower diaphragm plate can be in a horizontal state conveying by multiple conveying roller supports.In this structure basis, above-mentioned driving pressure roller 23 is set
Top in the level transportation section of lower diaphragm plate and the interval formation pressing gap between lower diaphragm plate feed roller assembly 62, the above-mentioned patch
Section 50 is covered for being delivered to pressing gap, and the level transportation section with lower diaphragm plate under the guidance of driving pressure roller 23 with conveying speed
It compresses；Pressing gap is formed as bonding station, i.e., one of them conveying roller far from forefront of above-mentioned feed roller assembly can shape
As the outlet roller of lower diaphragm plate, above-mentioned driving pressure roller 23 can form the pressing gap with the outlet roller, complete pressing.
Further, in this embodiment upper diaphragm conveying mechanism further include tensioning roll assembly, tensioning roll assembly be articulated in
Upper diaphragm furls between roller 21 and upper diaphragm driven roller 22, and is tensioned roll assembly and is used to receive what upper diaphragm retracting roller 21 was drawn
Diaphragm simultaneously exports upper diaphragm with tensioning state, and upper diaphragm driven roller 22 is used to receive the upper diaphragm drawn by tensioning roll assembly,
In this way, can be successively set around tensioning roll assembly, upper diaphragm driven roller 22 by the upper diaphragm that upper diaphragm retracting roller 21 is drawn and be driven
Dynamic pressure roller 23, tensioning roll assembly can be such that upper diaphragm is tensioned, convenient for the bag making operation in later period.
Further, specifically tensioning roll assembly includes that tensile force adjusts rocker arm 27, the first tensile force regulating roller 28, first
Tight roller 24 and the second idler roller 25, one end that tensile force adjusts rocker arm 27 is articulated on body 10, and the first tensile force tune
Section roller 28 is articulated in the other end that tensile force adjusts rocker arm 27；First idler roller 24 and the second idler roller 25 are articulated in body
On 10；First idler roller 24 is located between upper diaphragm retracting roller 21 and the first tensile force regulating roller 28, and the second idler roller 25 is located at
Between first tensile force regulating roller 28 and upper diaphragm driven roller 22；It is successively set around by the upper diaphragm that upper diaphragm retracting roller 21 exports
First idler roller 24,24 regulating roller of the first idler roller, the second idler roller 25 and upper diaphragm driven roller 22.In this way, through upper diaphragm
The upper diaphragm that retracting is drawn can bypass the first idler roller 24, the first tensile force regulating roller 28 and the second idler roller 25 and is tensioned,
It is adjusted on rocker arm 27 since the first tensile force regulating roller 28 is articulated in tensile force, thus when the tensile force of upper diaphragm is too big, just
Can be tensioned on each roller, and the first tensile force regulating roller 28 also can stress, so that tensile force is adjusted rocker arm 27 and carry out certain turn
It is dynamic, the tensioning situation of upper diaphragm is adapted to, the tensile force of upper diaphragm is avoided to increase suddenly and upper diaphragm is caused to be broken.
More particularly, tensioning roll assembly further includes the second tensile force regulating roller 29 and third idler roller 26, and second
Clamp force regulating roller 29 is articulated in tensile force and adjusts on rocker arm 27, and third idler roller 26 is articulated on body 10 and is located at the second tensioning
Between power regulating roller 29 and upper diaphragm driven roller 22；Second tensile force regulating roller 29 is exported for the second idler roller of winding 25
Diaphragm simultaneously guides upper diaphragm to be set around third idler roller 26, that is, the upper diaphragm for having the second tensioning wheel to draw can be wound on the second tensile force
In regulating roller 29 and extraction is set around on third idler roller 26, i.e., the tensile force of upper diaphragm can be through 28 He of the first tensile force regulating roller
Second tensile force regulating roller 29 is adjusted, and adjustable range is wider.Specific regulative mode is referring to above content, herein no longer in detail
It repeats.
Further, first sensor 30 and second sensor 40 are optical signal inductor in the prior art, such as
This, upper diaphragm is tight to be touched with the optical signal inductor for pasting 50 top of section is located at, likewise, the feelings of relaxation occurs in upper diaphragm
Condition is touched with the optical signal inductor for pasting 50 lower section of section, i.e., the sending of signal is realized by shading, i.e. optical signal is described
The first signal or second signal, it is easy to operate.Certainly, the prior art also can be selected in first sensor 30 and second sensor 40
In touch switch realize.
The above embodiment is only the preferred embodiment of the present invention, and the scope of protection of the present invention is not limited thereto,
The variation and replacement for any unsubstantiality that those skilled in the art is done on the basis of the present invention belong to institute of the present invention
Claimed range.
Claims (6)
1. the diaphragm flexibility Work-feeding means of Bag Making Machine, which is characterized in that including,
Body, body are equipped with bonding station；
Upper diaphragm conveying mechanism, including upper diaphragm retracting roller, upper diaphragm driven roller, driving pressure roller, first sensor and second
Sensor, upper diaphragm retracting roller set upper diaphragm for rolling up；Upper diaphragm driven roller is used to receive by upper diaphragm retracting roller extraction
Diaphragm；Driving pressure roller is articulated on body and is located above bonding station；Driving pressure roller is for receiving the output of upper diaphragm driven roller
Upper diaphragm, so as to be located at upper diaphragm driven roller and the upper diaphragm between pressure roller is driven to form patch for being covered on lower diaphragm plate
Cover section；This pastes section for being delivered to the bonding station under the guidance of driving pressure roller with a conveying speed；First sensor
It is set on body with second sensor；First sensor is located at the top for pasting section and for being less than in the conveying speed for pasting section
The first signal is sent when conveying speed to the upper diaphragm driven roller；Second sensor is located at the lower section for pasting section and for pasting
Second signal is sent when covering the conveying speed of section greater than conveying speed to the upper diaphragm driven roller.
2. the diaphragm flexibility Work-feeding means of Bag Making Machine as described in claim 1, which is characterized in that diaphragm flexible-belt conveying dress
Setting further includes lower diaphragm plate conveying mechanism, and lower diaphragm plate conveying mechanism includes lower diaphragm plate retracting roller and lower diaphragm plate feed roller assembly, institute
It states lower diaphragm plate retracting roller and sets diaphragm for rolling up；Lower diaphragm plate feed roller assembly for receive by lower diaphragm plate retracting roller draw under every
Film simultaneously guides lower diaphragm plate to be in a horizontal state conveying with the conveying speed；Pressure roller is driven to be set to the upper of the level transportation section of lower diaphragm plate
Interval forms pressing gap between Fang Bingyu lower diaphragm plate feed roller assembly；This pastes section and is used under the guidance of driving pressure roller with defeated
Speed is sent to be delivered to the pressing gap and compress with the level transportation section of lower diaphragm plate；The pressing gap is formed as the pressing
Station.
3. the diaphragm flexibility Work-feeding means of Bag Making Machine as described in claim 1, which is characterized in that upper diaphragm conveying mechanism also wraps
Tensioning roll assembly is included, tensioning roll assembly is articulated between upper diaphragm retracting roller and upper diaphragm driven roller；Tensioning roll assembly is for connecing
It receives the upper diaphragm that upper diaphragm retracting roller is drawn and exports upper diaphragm with tensioning state；Upper diaphragm driven roller is for receiving by being tensioned
The upper diaphragm that roll assembly is drawn.
4. the diaphragm flexibility Work-feeding means of Bag Making Machine as claimed in claim 3, which is characterized in that tensioning roll assembly includes tensioning
Power adjusts rocker arm, the first tensile force regulating roller, the first idler roller and the second idler roller, and tensile force adjusts one end pivot joint of rocker arm
In on body；The first tensile force regulating roller is articulated in the other end that tensile force adjusts rocker arm；First idler roller and second
Idler roller is articulated on body；First idler roller is located between upper diaphragm retracting roller and the first tensile force regulating roller, and second
Tight roller is between the first tensile force regulating roller and upper diaphragm driven roller；By the upper diaphragm successively winding of upper diaphragm retracting roller output
In the first idler roller, the first idler roller regulating roller, the second idler roller and upper diaphragm driven roller.
5. the diaphragm flexibility Work-feeding means of Bag Making Machine as claimed in claim 4, which is characterized in that tensioning roll assembly further includes the
Two tensile force regulating rollers and third idler roller, the second tensile force regulating roller are articulated in tensile force and adjust on rocker arm；Third tensioning
Roller is articulated on body and between the second tensile force regulating roller and upper diaphragm driven roller；Second tensile force regulating roller be used for around
If the upper diaphragm of the second idler roller output simultaneously guides upper diaphragm to be set around third idler roller.
6. the diaphragm flexibility Work-feeding means of Bag Making Machine as described in claim 1, which is characterized in that first sensor and second
Sensor is optical signal inductor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910355674.6A CN110126353A (en) | 2019-04-29 | 2019-04-29 | The diaphragm flexibility Work-feeding means of Bag Making Machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910355674.6A CN110126353A (en) | 2019-04-29 | 2019-04-29 | The diaphragm flexibility Work-feeding means of Bag Making Machine |
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| CN110126353A true CN110126353A (en) | 2019-08-16 |
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| CN208484253U (en) * | 2018-05-25 | 2019-02-12 | 江门市盈通包装有限公司 | A kind of glass-film edge banding machine |
| CN109605826A (en) * | 2018-12-07 | 2019-04-12 | 海宁科达包装机械有限公司 | One kind being used for the full-automatic tip Bag Making Machine of sterile bag |
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