CN208129420U - A kind of online system for reducing pipe tobacco long filament rate - Google Patents
A kind of online system for reducing pipe tobacco long filament rate Download PDFInfo
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- CN208129420U CN208129420U CN201820387824.2U CN201820387824U CN208129420U CN 208129420 U CN208129420 U CN 208129420U CN 201820387824 U CN201820387824 U CN 201820387824U CN 208129420 U CN208129420 U CN 208129420U
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- screening machine
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Abstract
The utility model discloses a kind of online systems for reducing pipe tobacco long filament rate, it solves the problems, such as pipe tobacco effect length tobacco quality in the prior art, with the long filament rate reduced in silk union, silk rate and short silk rate in raising, be conducive to the beneficial effect of the stability of cigarette coiling process quality, scheme is as follows：A kind of online system for reducing pipe tobacco long filament rate, including the first vibrating screening machine；First conveyer, material end is set to the top of the first conveyer feed end after the screening of the first vibrating screening machine；Thread-cutter, the first vibrating screening machine long filament outlet end are connected to thread-cutter；Second vibrating screening machine, material end is connected to the first conveyer after the screening of the second vibrating screening machine, and the second vibrating screening machine long filament outlet end is connected to the first vibrating screening machine.
Description
Technical field
The utility model relates to production of cigarettes fields, more particularly to a kind of online system for reducing pipe tobacco long filament rate.
Background technique
In conventional cigarette, long filament rate is about 40%~60% in silk union, and long filament ratio is excessively high, easily causes and rolls in cigarette
Pipe tobacco distributing homogeneity it is poor, while the stability for the cigarettes physical index such as influence density of tobacco rod, resistance to suction and hardness；Therefore, it drops
Long filament rate in low silk union is very important.
In addition, vibrating screening machine can be used during fracture of wire, it is long during vibrating screening machine sieves long pipe tobacco online
After the pipe tobacco fracture of wire system failure, need to simultaneously close off the vibrating screening machine of online (main line), after the reparation of long pipe tobacco fracture of wire system,
Main line equipment could be produced normally.In the case where for the long nonessential technique of pipe tobacco fracture of wire, once equipment failure, main line equipment is stopped
Only work, it is larger to the normal Influence of production of main line, seriously delay manufacturing schedule.
Therefore, it is necessary to study a kind of online system for reducing pipe tobacco long filament rate.
Utility model content
A kind of online system for reducing pipe tobacco long filament rate that in order to overcome the deficiencies of the prior art, the utility model provides,
Middle silk rate can be effectively improved and short silk rate is conducive to the stability of cigarette coiling process quality, circulation production effectively improves production
Efficiency, and in the long pipe tobacco fracture of wire system failure or in the case where do not need to sieve pipe tobacco, it can be in time vibration
Screening machine is transformed into non-screening mode from screening mode, has ensured the normal production of main line equipment.
A kind of concrete scheme of the online system for reducing pipe tobacco long filament rate is as follows：
A kind of online system for reducing pipe tobacco long filament rate, including：
First vibrating screening machine；
First conveyer, material end is set to the top of the first conveyer feed end after the screening of the first vibrating screening machine；
Thread-cutter, the first vibrating screening machine long filament outlet end are connected to thread-cutter；
Second vibrating screening machine is set to below thread-cutter outlet end, material end and first after the screening of the second vibrating screening machine
Conveyer connection, the second vibrating screening machine long filament outlet end is connected to the first vibrating screening machine.
Above-mentioned system can effectively reduce long filament ratio in pipe tobacco by the combination of vibrating screening machine and thread-cutter, conveyer
Example realizes circulation production, improves the middle silk rate and short silk rate in silk union, improves cigarette manufacturing quality.
Further, second conveyor, second conveyor is arranged in material outlet end after the second vibrating screening machine screening
End is set to the top of first conveyer, and satisfactory middle silk and short silk are the same as the object after first of screening after such fracture of wire
Material enters next production process together.
Further, feeder is arranged in the first vibrating screening machine long filament outlet end, and feeder outlet end is set to described
Above thread-cutter.
Further, the thread-cutter includes hollow shell, and case top inlet porting, bottom is provided mouth and is formed out
Mouthful end is equipped with three groups of porcupine rollers in thread-cutter, wherein the first porcupine roller and the setting of the second porcupine roller interval set distance, in two groups of porcupine rollers
Third porcupine roller is arranged in lower section.
Further, the second vibrating screening machine long filament outlet end is above third conveyer feed end, third conveying
4th conveyer is set below machine discharge end, and the 4th conveyer discharge end is set to above the first vibrating screening machine feed end.
Further, first porcupine roller and the second porcupine roller opposite direction rotate, its in third porcupine roller and other two porcupine roller
One of direction of rotation it is identical.First porcupine roller is rotated clockwise, and third porcupine roller rotates counterclockwise.
Further, the rotation speed of second porcupine roller is greater than the rotation speed of the first porcupine roller, the rotation of third porcupine roller
Speed is greater than the rotation speed of the second porcupine roller, and the rotational speed difference of the first porcupine roller and the second porcupine roller is bigger, and fracture of wire amount is higher.
Wherein, all conveyers are all belt conveyor, and the 4th conveyer is arranged in a mutually vertical manner with third conveyer, with
It saves floor occupying area.
Further, the second vibrating screening machine is single layer sieve, mesh diameter 3.35mm, first vibrating screening machine
Including vibrating screening machine groove body, vibrating screening machine groove body is set to above rack, and balanced body is set to below rack, vibrosieve trough
Rocker arm is arranged in side portion, and rocker arm connection vibrating screening machine groove body, rack and balanced body, rocker arm are connect with transmission mechanism；
Vibrating screening machine groove body includes sieve plate and the bottom plate below sieve plate, and bottom is arranged in vibrating screening machine groove body
The baffle that portion is contacted with sieve plate, baffle both ends are connect with vibrating screening machine groove body two sidewalls inside respectively, vibrosieve trough
The setting of body side screens out material outlet, and vibrating screening machine groove body is screening out the ipsilateral setting active plugboard of material outlet, active plugboard
It is detachably connected by fastener and vibrating screening machine groove body side, and active plugboard can be realized to the portion for screening out material outlet
Divide or all block, baffle is set to the side for screening out material outlet in order to which material is discharged from material outlet is screened out.
The baffle is arranged relative to the long centerline dip of the vibrating screening machine groove body, and the both ends of baffle are bent respectively
Be arranged connect with vibrating screening machine groove body inside sidewalls, baffle towards screen out material outlet side tilt, in order to material and
When be discharged.
Further, the baffle is vertically arranged with the sieve plate.
Further, material outlet after bottom plate one end setting screening, passes through lower than the pipe tobacco of sieve board diameter in this way
Material outlet is transported to subsequent processing after screening.
Further, in order to guarantee to screen out the normal work of material outlet, the width of the active plugboard is greater than tailover
Expect outlet height, be achieved to screen out material outlet effectively block.
Further, the length of the active plugboard is greater than the width for screening out material outlet, convenient for active plugboard
Fixation the whole for screening out material outlet is blocked and in emergency or when not needing screening materials carrying.
In addition, screening out the lower section setting of material outlet described in the vibrosieve groove body side for the active plugboard
Mobile slideway, slideway one end setting opening are convenient for the insertion of active plugboard, and when screening materials carrying, active plugboard is opened, and slideway is left
End sealing is realized by mobile active plugboard.
Further, the first aperture is arranged in order to which the fastener passes through first in the vibrating screening machine groove body side wall
Aperture connects side wall and the active plugboard, the first aperture and screens out the ipsilateral setting of material outlet；
The second aperture is respectively set in order to which fastener passes through the second aperture connecting side in vibrating screening machine groove body side wall two sides
Wall and baffle, wherein active plugboard is more than to screen out material outlet end, tightly when active plugboard needs block and screen out material outlet
Firmware such as bolt passes through active plugboard and the connection of side wall and active plugboard is realized in the second aperture.
A kind of application method of the online system for reducing pipe tobacco long filament rate, specific step is as follows：
1) pipe tobacco to be processed is passed through into the first vibrating screening machine vibrosieve；
2) fracture of wire and middle silk enter the progress next step production of the first conveyer after step 1) screening, and long filament passes through the first vibration
Screening machine long filament outlet end enters thread-cutter；
3) enter the second vibrating screening machine through thread-cutter treated pipe tobacco；
4) fracture of wire and middle silk likewise enter the first conveyer and carry out next step production after step 3) screening, and long filament passes through second
Vibrating screening machine long filament outlet end enters back into the first vibrating screening machine vibrosieve；
5) step 1)-step 4) is repeated.
Compared with prior art, the utility model has the beneficial effects that：
(1) the utility model by the combination of thread-cutter, screening machine and conveyer, it can be achieved that circulation fracture of wire, to pipe tobacco into
Row integrated treatment, silk rate and short silk rate are conducive to the stability of cigarette coiling process quality in raising.
(2) the utility model passes through the setting of active plugboard and baffle, convenient for the timely exclusion of material, meanwhile, it can basis
Actual production demand realizes screening materials carrying or screening materials carrying can be not timely in the case where the long pipe tobacco fracture of wire system failure
The normal production of ground guarantee main line equipment.
(3) the utility model passes through the setting of slideway, it can be achieved that moving left and right for active plugboard, can portable propelling plate
Installation；The utility model is by the setting of active plugboard, it can be achieved that blocking to the partial occlusion for screening out material outlet with whole.
Detailed description of the invention
The accompanying drawings constituting a part of this application is used to provide further understanding of the present application, and the application's shows
Meaning property embodiment and its explanation are not constituted an undue limitation on the present application for explaining the application.
Fig. 1：Tthe utility model system structure top view；
Fig. 2：C-C interface schematic diagram in the utility model Fig. 1；
Fig. 3：For the first vibrating screening machine structural schematic diagram (main view)
Fig. 4：Vibrating screening machine overlooks figure structure schematic representation (when screening)
Fig. 5：A-A partial view amplification figure structure schematic representation in Fig. 4 (when screening)
Fig. 6：Vibrating screening machine overlooks figure structure schematic representation (when not sieving)
Fig. 7：B-B partial view amplification figure structure schematic representation in Fig. 6 (when not sieving)
Wherein, 1, balanced body 2, rack 3, Rocker arm 4, vibrating screening machine groove body 5, side wall 6, sieve plate 7, activity are inserted
Plate 8, fixing bolt 9 screen out material discharge cover 10, bottom plate 11, transmission mechanism 12, Z-type baffle 13, slideway 14, feeding
Machine 15, the first vibrating screening machine long filament outlet end 16, the first vibrating screening machine 17, the first conveyer 18, second conveyor
19, the second vibrating screening machine long filament outlet end 20, the second vibrating screening machine 21, thread-cutter 22, third conveyer the 23, the 4th
Conveyer 24, the second porcupine roller 25, third porcupine roller 26, the first porcupine roller.
Specific embodiment
It is noted that following detailed description is all illustrative, it is intended to provide further instruction to the application.Unless another
It indicates, all technical and scientific terms used herein has usual with the application person of an ordinary skill in the technical field
The identical meanings of understanding.
It should be noted that term used herein above is merely to describe specific embodiment, and be not intended to restricted root
According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singular
Also it is intended to include plural form, additionally, it should be understood that, when in the present specification using term "comprising" and/or " packet
Include " when, indicate existing characteristics, step, operation, device, component and/or their combination.
As background technique is introduced, the deficiencies in the prior art, in order to solve technical problem as above, this Shen
It please propose a kind of online system for reducing pipe tobacco long filament rate.
It is as depicted in figs. 1 and 2, a kind of online to reduce pipe tobacco long filament rate in a kind of typical embodiment of the application
System, including the first vibrating screening machine；First conveyer 17, material end is set to the first conveying after the screening of the first vibrating screening machine 16
The top of 17 feed end of machine；Thread-cutter 21, the first vibrating screening machine long filament outlet end 15 are connected to thread-cutter 21；Second vibrating screen
Extension set 20, material end is connected to the first conveyer 17 after the screening of the second vibrating screening machine, the second vibrating screening machine long filament outlet end
19 are connected to the first vibrating screening machine 16.
Above-mentioned system can effectively reduce long filament ratio in pipe tobacco by the combination of vibrating screening machine and thread-cutter, conveyer
Example realizes circulation production, improves the middle silk rate and short silk rate in silk union, improves cigarette manufacturing quality.
Second conveyor 18 is arranged in material outlet end after the screening of second vibrating screening machine, and 18 end of second conveyor is set to institute
State the top of the first conveyer 17, after such fracture of wire satisfactory middle silk and short silk with the material after first of screening together into
Enter next production process.
Feeder 14 is arranged in first vibrating screening machine long filament outlet end 15, and feeder outlet end is set on the thread-cutter 21
Side, feeder is screw feeding machine.
Above 22 feed end of third conveyer, third conveyer 22 discharges for second vibrating screening machine long filament outlet end 19
The 4th conveyer 23 is arranged in end lower section, and 23 discharge end of the 4th conveyer is set to above 16 feed end of the first vibrating screening machine.
Wherein, all conveyers are all belt conveyor, and the 4th conveyer 23 is arranged in a mutually vertical manner with third conveyer 22, to save
Occupied area, third conveyer or the 4th conveyer tilt upward setting.
The outlet at bottom of thread-cutter 21 is set to above the feeding end of the second vibrating screening machine, and three groups of needles are equipped in thread-cutter 21
Roller, wherein the first porcupine roller 26 and the set distance setting of the second porcupine roller 24 interval, are arranged third porcupine roller 25 in the lower section of two groups of porcupine rollers.
First porcupine roller 26 and 24 opposite direction of the second porcupine roller rotate, the direction phase of third porcupine roller 25 and one of them in other two porcupine roller
Together.First porcupine roller 26 is rotated clockwise, and third porcupine roller 25 rotates counterclockwise.The rotation speed of second porcupine roller 24 is big
In the rotation speed of the first porcupine roller 26, the rotation speed of third porcupine roller is greater than the rotation speed of the second porcupine roller 24, the first porcupine roller 26
Bigger with the rotational speed difference of the second porcupine roller 24, fracture of wire amount is higher.
Second vibrating screening machine is common vibrating screening machine, using single layer sieve, mesh diameter 3.35mm, the first vibration
Screening machine includes rack 2, balanced body 1 and vibrating screening machine groove body, and vibrating screening machine groove body is set to 2 top of rack, and balanced body 1 is set
In 2 lower section of rack, rocker arm 3 is arranged in 4 side of vibrating screening machine groove body, and rocker arm 3 connects vibrating screening machine groove body 4, rack 2 and balance
Body 1, rocker arm 3 are connect with transmission mechanism 11, and transmission mechanism 11 is driven by motor, set on the lower section of rack 2.
As shown in figure 3, vibrating screening machine groove body includes sieve plate 6 and the bottom plate 10 set on 6 lower section of sieve plate, vibrosieve
The baffle 12 that setting bottom is contacted with sieve plate 6 in trough body, 12 both ends of baffle are respectively and in vibrating screening machine groove body two sidewalls
Side connection, the setting of vibrating screening machine groove body side screen out material outlet, and material outlet is ipsilateral to be set vibrating screening machine groove body screening out
Active plugboard 7 is set, active plugboard 7 is detachably connected by fastener and vibrating screening machine groove body side, and active plugboard 7 can
Realize and block to screening out some or all of of material outlet, baffle 12 be set to screen out the side of material outlet in order to material from
Screen out material outlet discharge.
Wherein, baffle is Z-type shape.
Alternatively, baffle 12 is arranged relative to the long centerline dip of the vibrating screening machine groove body, the both ends point of baffle 12
Wan Zhe it not be arranged to be connect with vibrating screening machine groove body inside sidewalls, baffle 12 is tilted towards material outlet side is screened out, in order to
The timely discharge of material.
Baffle 12 is vertically arranged with the sieve plate 6.Material outlet after the setting screening of 10 one end of bottom plate, material after screening
It exports and is consistent with the length direction of vibrosieve groove body, gone out in this way lower than the pipe tobacco of sieve board diameter by material after screening
Mouth is transported to subsequent processing.
In order to guarantee to screen out the normal work of material outlet, the width of active plugboard 7 is greater than the height for screening out material outlet,
Be achieved to screen out material outlet effectively block.The length of active plugboard 7 is greater than the width for screening out material outlet, just
In the fixation to active plugboard 7, and in emergency or when not needing screening materials carrying, hidden to the whole of material outlet are screened out
Gear.
In addition, screening out the lower section setting of material outlet described in the vibrosieve groove body side for the active plugboard
Mobile slideway 13,13 one end of slideway setting opening are convenient for the insertion of active plugboard 7, and when screening materials carrying, active plugboard 7 is opened,
The sealing of slideway left end is realized by mobile active plugboard.
The first aperture is arranged in order to which the fastener connects side wall by the first aperture in vibrating screening machine groove body side wall
With the active plugboard, the first aperture and the ipsilateral setting of material outlet is screened out；Vibrating screening machine groove body side wall two sides are set respectively
The second aperture is set in order to which fastener connects side wall and baffle by the second aperture, wherein needing to block tailover in active plugboard
When material outlet, active plugboard 7 is more than to screen out material outlet end, and fastener such as bolt passes through active plugboard and the second aperture is realized
The connection of side wall 5 and active plugboard 7.
When screening materials carrying, as shown in figure 4, baffle 12 is fixed on vibrating screening machine side wall 5 by fixing bolt 8；Activity
Plate 7 is opened, and is fixed on vibrating screening machine side wall 5 by 3 fixing bolts 8；Active plugboard 7 some be embedded into slideway 13
In interior left side, the left side of sealing chute 13.
It turns on the switch, transmission mechanism 11 drives vibrating screening machine groove body 4 to vibrate by rocker arm 3, pours into groove body wait sieve
Divide material, by the promotion of vibrating screening machine, material is mobile in sieve plate 6, and pipe tobacco of the diameter less than 3.35mm falls into vibrating screen
On extension set groove body bottom plate 10, subsequent processing is transported to by vibrating screening machine groove body bottom plate after screening；Diameter is greater than 3.35mm's
Long pipe tobacco moves on sieve plate 6, by 12 water conservancy diversion of baffle to material discharge port is screened out, is screening out material discharge port setting sieve
Except material discharge cover 9, screens out material discharge cover 9 and be set to the lower section for screening out material discharge port, tilted relative to vibrosieve groove body
Setting, is transported to subsequent processing and is handled.
When in emergency circumstances or not needing screening materials carrying, as shown in fig. 6, opening fixing bolt 8, baffle 12 is removed, again
Fixing bolt 8 is fixed on vibrating screening machine side wall 5, seals the second aperture；Fixing bolt 8 is opened, active plugboard 7 moves right
It is dynamic, after entering 13 rightmost of slideway, active plugboard 7 is fixed on vibrating screening machine side wall 5 by 2 fixing bolts 8, is completed
Closing of the active plugboard 7 to material discharge port is screened out, another fixing bolt 8 are fixed on vibrating screening machine side wall 5, sealing first
Aperture.
It turns on the switch, transmission mechanism 11 drives vibrating screening machine groove body 4 to vibrate by rocker arm 3, pours into groove body wait sieve
Divide material, by the promotion of vibrating screening machine, material moves on sieve plate 6, and diameter is straight less than pipe tobacco after the screening of 3.35mm
Diameter and long pipe tobacco greater than 3.35mm are transported to subsequent processing after mixing by vibrating screening machine groove body bottom plate 10 and are handled,
Pipe tobacco does not sieve.
Screening mode and the conversion process for not sieving mode only need a few minutes, are very beneficial for the continuous of main line production
Property.
The foregoing is merely preferred embodiment of the present application, are not intended to limit this application, for the skill of this field
For art personnel, various changes and changes are possible in this application.Within the spirit and principles of this application, made any to repair
Change, equivalent replacement, improvement etc., should be included within the scope of protection of this application.
Claims (10)
1. a kind of online system for reducing pipe tobacco long filament rate, which is characterized in that including：
First vibrating screening machine；
First conveyer, material end is set to the top of the first conveyer feed end after the screening of the first vibrating screening machine；
Thread-cutter, the first vibrating screening machine long filament outlet end are connected to thread-cutter；
Second vibrating screening machine is set to below thread-cutter outlet end, material end and the first conveying after the screening of the second vibrating screening machine
Machine connection, the second vibrating screening machine long filament outlet end is connected to the first vibrating screening machine.
2. a kind of online system for reducing pipe tobacco long filament rate according to claim 1, which is characterized in that second vibration
Second conveyor is arranged in material outlet end after screening machine screening, and second conveyor end is set to the top of first conveyer.
3. a kind of online system for reducing pipe tobacco long filament rate according to claim 1, which is characterized in that first vibration
Feeder is arranged in screening machine long filament outlet end, and feeder outlet end is set to above the thread-cutter.
4. a kind of online system for reducing pipe tobacco long filament rate according to claim 1, which is characterized in that the thread-cutter packet
Hollow shell is included, is equipped with three groups of porcupine rollers in thread-cutter, wherein the first porcupine roller and the second porcupine roller interval set distance are arranged, two
Third porcupine roller is arranged in the lower section of group porcupine roller.
5. a kind of online system for reducing pipe tobacco long filament rate according to claim 1, which is characterized in that second vibration
The 4th conveyer is arranged above third conveyer feed end in screening machine long filament outlet end below third conveyer discharge end, the
Four conveyer discharge ends are set to above the first vibrating screening machine feed end.
6. a kind of online system for reducing pipe tobacco long filament rate according to claim 4, which is characterized in that first porcupine roller
It is rotated with the second porcupine roller opposite direction, third porcupine roller is identical as the direction of rotation of one of them in other two porcupine roller.
7. a kind of online system for reducing pipe tobacco long filament rate according to claim 6, which is characterized in that first porcupine roller
It is rotated clockwise, third porcupine roller rotates counterclockwise.
8. a kind of online system for reducing pipe tobacco long filament rate according to claim 4, which is characterized in that second porcupine roller
Rotation speed be greater than the rotation speed of the first porcupine roller, the rotation speed of third porcupine roller is greater than the rotation speed of the second porcupine roller.
9. a kind of online system for reducing pipe tobacco long filament rate according to claim 1, which is characterized in that first vibration
Screening machine includes vibrating screening machine groove body, and vibrating screening machine groove body includes sieve plate and the bottom plate below sieve plate, vibration
The baffle that setting bottom is contacted with sieve plate in screening machine groove body, baffle both ends are respectively and on the inside of vibrating screening machine groove body two sidewalls
Connection, the setting of vibrating screening machine groove body side screen out material outlet, and vibrating screening machine groove body is screening out the ipsilateral setting of material outlet
Active plugboard, active plugboard is detachably connected by fastener and vibrating screening machine groove body side, and active plugboard can be realized
It is blocked to some or all of of material outlet is screened out, baffle, which is set to, screens out the side of material outlet in order to which material is from tailover
Material outlet discharge.
10. a kind of online system for reducing pipe tobacco long filament rate according to claim 9, which is characterized in that the baffle phase
For the vibrating screening machine groove body long centerline dip setting, the both ends of baffle bend respectively be arranged with vibrating screening machine
The connection of groove body inside sidewalls, baffle is towards the inclination of material outlet side is screened out, in order to the timely discharge of material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820387824.2U CN208129420U (en) | 2018-03-21 | 2018-03-21 | A kind of online system for reducing pipe tobacco long filament rate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820387824.2U CN208129420U (en) | 2018-03-21 | 2018-03-21 | A kind of online system for reducing pipe tobacco long filament rate |
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| Publication Number | Publication Date |
|---|---|
| CN208129420U true CN208129420U (en) | 2018-11-23 |
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ID=64289947
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201820387824.2U Active CN208129420U (en) | 2018-03-21 | 2018-03-21 | A kind of online system for reducing pipe tobacco long filament rate |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110013046A (en) * | 2019-05-16 | 2019-07-16 | 智思控股集团有限公司 | A kind of overlength pipe tobacco rotary cutter, shearing equipment and cutting method |
| CN113693258A (en) * | 2021-08-16 | 2021-11-26 | 开封市金建烟草机械有限责任公司 | Cut tobacco specification customization system based on long cut tobacco reprocessing |
| CN115669987A (en) * | 2022-11-14 | 2023-02-03 | 云南中烟工业有限责任公司 | Device for improving structural uniformity of cut tobacco |
-
2018
- 2018-03-21 CN CN201820387824.2U patent/CN208129420U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110013046A (en) * | 2019-05-16 | 2019-07-16 | 智思控股集团有限公司 | A kind of overlength pipe tobacco rotary cutter, shearing equipment and cutting method |
| CN113693258A (en) * | 2021-08-16 | 2021-11-26 | 开封市金建烟草机械有限责任公司 | Cut tobacco specification customization system based on long cut tobacco reprocessing |
| CN115669987A (en) * | 2022-11-14 | 2023-02-03 | 云南中烟工业有限责任公司 | Device for improving structural uniformity of cut tobacco |
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