CN203028099U - Paper removal system for dottel - Google Patents
Paper removal system for dottel Download PDFInfo
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- CN203028099U CN203028099U CN 201220688863 CN201220688863U CN203028099U CN 203028099 U CN203028099 U CN 203028099U CN 201220688863 CN201220688863 CN 201220688863 CN 201220688863 U CN201220688863 U CN 201220688863U CN 203028099 U CN203028099 U CN 203028099U
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- paper
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- sucks
- scraps
- sieve
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Abstract
The utility model relates to a method for rejecting paper scraps in a dottel processing line, and discloses a paper removal system for dottel. The method is implemented by a paper scrap rejecting circulating system and a secondary paper scrap rejecting system. The paper removal system comprises a dust removal system, a primary screening fan, a primary separator, two primary vibration sieves, a secondary screening fan, a secondary separator, two secondary vibration sieves and a tail-end tobacco shred and paper scrap separating vibration groove; the primary screening fan, the primary separator, the primary vibration sieves, the secondary screening fan, the secondary separator, the secondary vibration sieves and the tail-end tobacco shred and paper scrap separating vibration groove are sequentially connected with one another; a double-layer vibration sieve is arranged on the lower portion of the tail-end tobacco shred and paper scrap separating vibration groove in a connected manner; a first suction air inlet is arranged on the upper side of an upper layer of the double-layer vibration sieve, a second suction air inlet is arranged in the middle of the double-layer vibration sieve, the first suction air inlet and the second suction air inlet are respectively connected with an air pipe G, and the air pipe G is connected to the secondary screening fan; and a third suction air inlet is arranged at a discharge outlet of the double-layer vibration sieve and is connected to the dust removal system by an air pipe Z. The paper removal system has the advantages that the paper scrap ejecting circulating system and the secondary paper scrap ejecting system for the dottel processing line are created by the aid of the paper removal system, and accordingly the paper scrap ejecting rate is increased in a dottel processing procedure.
Description
Technical field
The utility model relates to handles the method that the line scraps of paper are picked out to inferior cigarette, and it comprises the scraps of paper rejecting circulatory system and scraps of paper secondary eliminating system, is intended to improve the rejecting rate of the scraps of paper in the dottle processing procedure.
Background technology
It is the inferior cigarette that the wraparound workshop produces to be propped up by links such as warming and humidifying, wind branch, screenings carry out separating of three paper, one rod (cigarette paper, tipping paper, forming paper, filter stick) and pipe tobacco that inferior cigarette is handled, produce the qualified residual silk of moisture, reclaim and carry out recycling.As Fig. 1 ~ shown in Figure 3, its production procedure is as follows:
Inferior cigarette props up by turnover machine 1, promote feeding machine 2 automatically enters production line, and material is discharged to metering by external action pipe 4 again and is with on 5 through blanking photoelectric tube 21, and external action pipe 4 can operate at the stainless steel that the control of steam spray and phototube is arranged.Conduit has an adjustable external port, material can be discharged on the metering conveyer belt 5, and material can carry out flow-control by photoelectric tube 21 and metering conveyer belt 5; Material enters secondary weight splitter group 6 subsequently, and one-level screening fan 61 delivers into primary separator 62 by negative pressure with it, and this moment, flue dust entered dust arrester 13 by dedust air duct 12; Primary separator 62 with its successively be discharged into two sections of one-levels shake the sieve 71 and 72 on, not Kai Feng cigarette prop up/above waste paper will be left on, the not cigarette in Kaifeng that extracts props up the suction function by secondary screening fan 63, it is sent into second-stage separator 64, be discharged into again two sections of secondarys shake the sieve 73 and 74 on, dust enters dust arrester 13 by dedust air duct 12 equally; At this moment, material enters terminal pipe tobacco and separates the groove 8 that shakes with paper scrap, waste materials such as three paper, one rod of separating directly enter paper rod cuber 10 by scraps of paper lifting device 9 and carry out briquetting, separate the isolated residual silk of the groove 8 of shaking with paper scrap by terminal pipe tobacco and enter the bilayer sieve 11 that shakes, enter residual silk conveyer belt 14 again, enter the recovery of casing of residual silk recover 15 subsequently.
From the technological process that inferior cigarette is handled, the scraps of paper in the inferior cigarette are rejected step and are mainly concentrated on following two steps:
1. inferior cigarette enters primary separator 62 by the negative pressure of one-level screening fan 61, be discharged into again two sections of one-levels shake the sieve 71 and 72 on, pipe tobacco is by sieve 71,72 lower floors of shaking, enter the bilayer sieve 11 that shakes, not Kai Feng cigarette prop up/waste paper stays the negative pressure of upper strata by secondary screening fan 63 and enters second-stage separator 64, be discharged into two sections of secondarys again and shake and sieve on 73 and 74, pipe tobacco is by sieve 73,74 lower floors of shaking, enter the bilayer sieve 11 that shakes equally, the scraps of paper are stayed the upper strata, enter paper rod cuber 10.
2. enter the bilayer pipe tobacco of sieve after 11 that shake and be mingled with this little scraps of paper, by bilayer shake the sieve 11 after, big pipe tobacco and the scraps of paper are stayed the upper strata, and little pipe tobacco and the scraps of paper enter lower floor, by first scraps of paper suction air port F1 and second scraps of paper suction air port F2 scraps of paper are sucked air main W and enter dust arrester 13.
But there is following problem in this technological process:
1. first scraps of paper suction air port F1 is positioned at the upper strata that bilayer shakes and sieves, second scraps of paper suck air port F2 and are positioned at the shake material parabolic tangent position of upper strata to lower floor of sieve of bilayer, transfer when big when air quantity, suck that to contain pipe tobacco in the scraps of paper more, it is low to suck scraps of paper efficient when air quantity is turned down;
2. the double-deck parabolic tangent line that shakes sieve 11 discharging opening materials there is no to install and sucks the air port, causes the shake tiny scraps of paper in the sieve lower floor material of bilayer not have the possibility of suction;
3. the scraps of paper and the tobacco mixture of first scraps of paper suction air port F1 and second scraps of paper suction air port F2 suction directly enter dust arrester 13, have reduced silk production rate.
Summary of the invention
In order to solve the above problems, the purpose of this utility model provides a kind of paper system that removes of dottle, and this system sets up the scraps of paper rejecting circulatory system and the scraps of paper secondary eliminating system that inferior cigarette is handled line, improves the rejecting rate of the scraps of paper in the dottle processing procedure.
In order to realize above-mentioned purpose, the utility model has adopted following technical scheme:
A kind of dottle except paper system, this system comprises dust pelletizing system and the one-level screening fan, primary separator, two sections sieves that shake of one-level, the secondary that are connected mutually successively screen fan, second-stage separator, secondary and shake for two sections to sieve and separate the groove that shakes with terminal pipe tobacco with paper scrap; Terminal pipe tobacco separates the groove top that shakes and is connected with paper rod recovery system with paper scrap, terminal pipe tobacco separates the groove that shakes with paper scrap bottom is connected with the bilayer sieve that shakes, and bilayer shakes and sieves linking and be provided with residual conveyer belt; The shake top on sieve upper strata of described bilayer is provided with first and sucks the air port, and the top between the upper and lower is provided with second and sucks the air port, and first sucks air port and second sucks the air port and be connected respectively to airduct G, and airduct G is connected to secondary screening fan; The shake parabolic tangent position of sieve discharging opening material of described bilayer is provided with the 3rd and sucks the air port, and the described the 3rd sucks the air port is connected to dust pelletizing system by airduct Z.
As further improvement, described first sucks air port, the second suction air port and the 3rd suction air port is respectively equipped with position adjustments and volume adjusting apparatus.
As further improvement, described first sucks air port, the second suction air port and the 3rd suction air port adopts the taper air port of twitching one's mouth respectively.
As further improvement, described dust pelletizing system comprises dust arrester and a plurality of dedust air duct, and dedust air duct is connected respectively to one-level screening fan and secondary screening fan.
As further improvement, described paper rod recovery system comprises scraps of paper lifting device and paper rod cuber, and scraps of paper lifting device connects described terminal pipe tobacco and separates the groove that shakes with paper scrap, and the scraps of paper enter paper rod cuber after scraps of paper lifting device promotes.
The utility model has been set up cover scraps of paper and has been rejected the circulatory system and scraps of paper secondary eliminating system owing to adopted above-mentioned technical scheme.First scraps of paper and the mixed material of pipe tobacco that sucks air port F1 and the second suction air port F2 suction can circulate except paper; The 3rd suction air port F3 that increases then can increase the removing function of the tiny scraps of paper, realizes that the secondary of the scraps of paper is rejected.Two cover system combinations, whole scraps of paper rejecting rate and the silk production rate that improves dottle.
First main task that sucks air port F1, the second suction air port F2 is large stretch of scraps of paper of rejecting the double-deck sieve upper strata that shakes, air quantity requires relatively large, the large stretch of pipe tobacco that sieves the upper strata that easily bilayer shaken when sucking large stretch of scraps of paper sucks simultaneously, it is excessive that the first suction air port F1, second sucks air port F2 air quantity, it is too much to contain pipe tobacco in the material that sucks, and influences the silk production rate of residual silk; Sucking air port F1, second as first, to suck air port F2 air quantity too small, and then the scraps of paper can't suck, and what influence residual silk contains the paper rate, solid at first suck air port F1, the second suction air port F2 sets up the scraps of paper rejecting circulatory system.
The 3rd suction air port F3 main task that increases newly is to reject the double-deck residual tiny scraps of paper of sieve lower floor that shake, as long as be adjusted to suitable air quantity, when guaranteeing that the tiny scraps of paper are inhaled into, can only suck tiny offal at most, so can directly insert dust arrester, set up scraps of paper secondary eliminating system, reached the effect that the secondary of the scraps of paper is rejected.
Description of drawings
Accompanying drawing 1 improves preceding process chart for the utility model.
Accompanying drawing 2 improves preceding device layout schematic diagram for the utility model.
Among the figure: 1. box-overturning material feeding machine; 2. mechanical feed elevator; 3. control electrical control cubicles; 4. external action pipe; 5. metering conveyer belt; 6. secondary weight splitter group; 61. one-level screening fan; 62. primary separator; 63. secondary screening fan; 64. second-stage separator; 71. two sections sieves that shake of one-level; 72. two sections sieves that shake of one-level; 73. two sections sieves that shake of secondary; 74. two sections sieves that shake of secondary; 8. terminal pipe tobacco separates the groove that shakes with paper scrap; 9. scraps of paper lifting device; 10. paper rod cuber; The sieve 11. bilayer shakes; 12. dedust air duct; 13. dust arrester; 14. residual silk conveyer belt; 15. residual silk recover; F1. suck the air port; F2. suck the air port; W. suck the air port air main.
Accompanying drawing 3 is the process chart of the utility model after improving.
Accompanying drawing 4 is the device layout schematic diagram of the utility model after improving.
F3. suck the air port; G. increase newly and suck airduct.
Accompanying drawing 7 is box-overturning material feeding machine 1, mechanical feed elevator 2, external action pipe 4, the facade layout of metering conveyer belt 5.
Accompanying drawing 8 is secondary weight splitter group 6, two sections sieves 7 that shake of I and II, and terminal pipe tobacco separates the groove 8 that shakes with paper scrap, and the charging of paper rod cuber promotes 9, paper rod cuber 10, bilayer shakes and sieves 11, the facade layout of dust arrester 13.
Accompanying drawing 9 is dedust air duct 12, and dust arrester 13, bilayer shake and sieve 11, residual silk conveyer belt 14, the facade layout of residual silk recover 15.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described in further detail:
As Fig. 3 ~ shown in Figure 9, a kind of dottle except paper system, this system comprises dust pelletizing system and the two sections sieves 71,72 that shake of one-level screening fan 61, primary separator 62, one-level, secondarys screening fan 63, second-stage separator 64, the secondary that are connected mutually successively shake for two sections sieves 73,74 and separates the groove 8 that shakes with paper scrap with terminal pipe tobacco; Dust pelletizing system comprises dust arrester 13 and a plurality of dedust air duct 12, and dedust air duct 12 is connected respectively to one-level screening fan 61 and secondary screening fan 63.Terminal pipe tobacco separates groove 8 tops that shake and is connected with paper rod recovery system with paper scrap, paper rod recovery system comprises scraps of paper lifting device 9 and paper rod cuber 10, the scraps of paper enter paper rod cuber 10 after scraps of paper lifting device 9 promotes, scraps of paper lifting device 9 connects described terminal pipe tobacco and separates the groove 8 that shakes with paper scrap.Terminal pipe tobacco separates the groove 8 that shakes with paper scrap bottom is connected with the bilayer sieve 11 that shakes, and the bilayer sieve 11 that shakes is connected and is provided with residual conveyer belt 14; The shake top on sieve 11 upper stratas of described bilayer is provided with first and sucks air port F1, and the top between the upper and lower is provided with second and sucks air port F2, and first sucks air port F1 and second sucks air port F2 and be connected respectively to airduct G, and airduct G is connected to secondary screening fan 63; The shake parabolic tangent position of sieve 11 discharging opening materials of described bilayer is provided with the 3rd and sucks air port F3, and the described the 3rd sucks air port F3 is connected to dust pelletizing system by airduct Z.
As Fig. 5, shown in Figure 6, first sucks air port, the second suction air port and the 3rd suction air port adopts the taper air port of twitching one's mouth respectively, and is respectively equipped with position adjustments and volume adjusting apparatus.
Production process of the present utility model is as follows:
1) the inferior cigarette of preparing production at box-overturning material feeding machine 1 place props up material, is with 5 through automatic lifting feeding machine 2, external action pipe 4, metering, enters secondary weight splitter group 6;
2) one-level screening fan 61 enters primary separator 62 by negative pressure with mass transport, primary separator 62 with its successively be discharged into two sections of one-levels shake the sieve 71 and 72 on, not Kai Feng cigarette prop up/waste paper will be left on shake the sieve upper strata, suction function by secondary screening fan 63, it is sent into second-stage separator 64, be discharged into again two sections of secondarys shake the sieve 73 and 74 on;
3) material enters terminal pipe tobacco and separates the groove 8 that shakes with paper scrap, and waste materials such as three paper, one rod of separating directly promote 9 by scraps of paper cuber and enter paper rod cuber 10 and carry out briquetting;
4) separate the isolated residual silk of the groove 8 of shaking with paper scrap by terminal pipe tobacco and enter the bilayer sieve 11 that shakes;
5) the first bulk scraps of paper that suck in double-deck sieve 11 upper materials of shaking of air port F1 suction, second sucks air port F2 sucks the double-deck bulk scraps of paper of sieve 11 upper stratas to lower floor's material parabola process that shake, suck the scraps of paper pipe tobacco of being mingled with is arranged simultaneously, mixed material is by the suction function of secondary screening fan 63, suck through airduct G, again mixed material is sent into second-stage separator 64, be discharged into again two sections of secondarys shake the sieve 73 and 74 on, separate the groove 8 that shakes with paper scrap through terminal pipe tobacco, enter the bilayer sieve 11 that shakes again, form the scraps of paper and reject the circulatory system;
6) the 3rd suction air port F3 sucks the double-deck sieve 11 lower floor's materials that shake and enters the tiny scraps of paper of lower floor of the material parabola process of residual silk conveyer belt 14, and process airduct W enters dust arrester, forms scraps of paper secondary eliminating system;
7) residual silk enters the recovery of casing of residual silk recover 15 by residual silk conveyer belt 14.
Claims (5)
- A dottle except paper system, this system comprises dust pelletizing system and the one-level screening fan, primary separator, two sections sieves that shake of one-level, the secondary that are connected mutually successively screen fan, second-stage separator, secondary and shake for two sections to sieve and separate the groove that shakes with terminal pipe tobacco with paper scrap; Terminal pipe tobacco separates the groove top that shakes and is connected with paper rod recovery system with paper scrap, terminal pipe tobacco separates the groove that shakes with paper scrap bottom is connected with the bilayer sieve that shakes, and bilayer shakes and sieves linking and be provided with residual conveyer belt; It is characterized in that: the shake top on sieve upper strata of bilayer is provided with first and sucks the air port, and the top between the upper and lower is provided with second and sucks the air port, and first sucks air port and second sucks the air port and be connected respectively to airduct G, and airduct G is connected to secondary screening fan; The shake parabolic tangent position of sieve discharging opening material of described bilayer is provided with the 3rd and sucks the air port, and the described the 3rd sucks the air port is connected to dust pelletizing system by airduct Z.
- A kind of dottle according to claim 1 except paper system, it is characterized in that: first sucks air port, second sucks air port and the 3rd and sucks the air port and is respectively equipped with position adjustments and volume adjusting apparatus.
- A kind of dottle according to claim 1 except paper system, it is characterized in that: first sucks air port, second sucks air port and the 3rd and sucks the air port and adopts the taper air port of twitching one's mouth respectively.
- A kind of dottle according to claim 1 except paper system, it is characterized in that: dust pelletizing system comprises dust arrester and a plurality of dedust air duct, dedust air duct is connected respectively to one-level screening fan and secondary screening fan.
- 5. a kind of dottle according to claim 1 except paper system, it is characterized in that: paper rod recovery system comprises scraps of paper lifting device and paper rod cuber, scraps of paper lifting device connects described terminal pipe tobacco and separates the groove that shakes with paper scrap, and the scraps of paper enter paper rod cuber after scraps of paper lifting device promotes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220688863 CN203028099U (en) | 2012-12-11 | 2012-12-11 | Paper removal system for dottel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220688863 CN203028099U (en) | 2012-12-11 | 2012-12-11 | Paper removal system for dottel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203028099U true CN203028099U (en) | 2013-07-03 |
Family
ID=48680256
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220688863 Expired - Lifetime CN203028099U (en) | 2012-12-11 | 2012-12-11 | Paper removal system for dottel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203028099U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102960857A (en) * | 2012-12-11 | 2013-03-13 | 浙江中烟工业有限责任公司 | System for removing paper scraps in discarded cut tobaccos |
| CN105326088A (en) * | 2014-08-11 | 2016-02-17 | 李新亮 | Processor for defective cigarettes |
| DE102016212094A1 (en) | 2016-07-04 | 2018-01-04 | Decouflé S.A.R.L. | Method and apparatus for separating scrap material from cigarette production |
-
2012
- 2012-12-11 CN CN 201220688863 patent/CN203028099U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102960857A (en) * | 2012-12-11 | 2013-03-13 | 浙江中烟工业有限责任公司 | System for removing paper scraps in discarded cut tobaccos |
| CN102960857B (en) * | 2012-12-11 | 2015-09-02 | 浙江中烟工业有限责任公司 | A kind of dottle except paper system |
| CN105326088A (en) * | 2014-08-11 | 2016-02-17 | 李新亮 | Processor for defective cigarettes |
| DE102016212094A1 (en) | 2016-07-04 | 2018-01-04 | Decouflé S.A.R.L. | Method and apparatus for separating scrap material from cigarette production |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130703 |
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| CX01 | Expiry of patent term |