CN102514960A - Automatic out-of-box transparent paper splicing system and control method thereof - Google Patents
Automatic out-of-box transparent paper splicing system and control method thereof Download PDFInfo
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- CN102514960A CN102514960A CN2011103969070A CN201110396907A CN102514960A CN 102514960 A CN102514960 A CN 102514960A CN 2011103969070 A CN2011103969070 A CN 2011103969070A CN 201110396907 A CN201110396907 A CN 201110396907A CN 102514960 A CN102514960 A CN 102514960A
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Abstract
The invention discloses an automatic out-of-box transparent paper splicing system which comprises a working disc, a standby disc, a paper rack position swing rod which is arranged between the working disc and the standby disc, and an automatic splicing device, wherein swing rod in-place sensors are respectively arranged between the paper rack position swing rod and the working disc as well as between the paper rack position swing rod and the standby disc; and signal output ends of the swing rod in-place sensors are connected with a swing rod in-place signal input end of a programmable logic controller (PLC). The automatic out-of-box transparent paper splicing system is provided with a plurality of sensors, and the PLC is used for judging signals of the sensors, so that the working disc and the standby disc can be automatically identified, and the accurate splicing program can be selected. Meanwhile, the PLC is used for automatically controlling all mechanical parts, so that transparent paper can be automatically spliced; the newly arranged standby disc can be simultaneously located; and the working disc and the standby disc can be switched at any time according to the signals which are manually input by a worker, so that the working efficiency and the splicing quality are greatly improved, the labor intensity of the worker can be lightened, and a great deal of manpower and material resources can be saved.
Description
Technical field
The present invention relates to outer automatic splicing system of tracing paper of a kind of box and control method, relate in particular to a kind of GD of being used for series package machine automatic splicing system of capsule tracing paper and control method.
Background technology
GD series package unit GDX1/GDX2 wrapping machine is the equipment that the Italy of China's the nineties introduction manufactures, and has occupied the market share of packaging facilities 70%, is the leading Fabricating machinery of China cigarette industry enterprise.The capsule cellophane paper packager is an equipment of realizing the tracing paper packing technology of capsule tobacco bale outside; Tobacco bale is transported in the folding capstan head of tracing paper by belt conveyor; Superscribe complete tracing paper also upper and lower end face, side furnace run, the finished product tobacco bale after the parcel tracing paper enters in the middle of the operation of back.
As shown in Figure 1, general two scratch diskette accommodating source materials, the i.e. left side dish 1 and right dish 2 of adopting of existing capsule tobacco bale cellophane paper packager; After the tracing paper 3 that twines on left side dish 1 and the right dish 2 respectively turns to through three wheel flutters 4; Get into manually splicing assembly 5, lump together and get into tracing paper and tear band and converge wheel 7, directly get into next process with tearing belt wheel 6; About during normal operation transparent paper disc have only one in running order, and another is in stand-by state.When if the tracing paper 3 in the in running order transparent paper disc uses up; Machine meeting auto-stop; Need the staff manually to be put into tracing paper to be spliced 3 on the tracing paper 3 that uses up, depress manual splicing assembly 5 then, be bonded together the tracing paper 3 on tracing paper that is about to use 3 and the subsequent use dish; Cut off the transparent paper disc of finishing using, the tracing paper on the subsequent use transparent paper disc could normally get in the passage of parcel tracing paper technology.This manual connecting method joining quality is poor; Efficient is low, will shut down 15 times through measuring and calculating per tour, and each time of shutting down the replacing tracing paper needs 2 minutes; Can cause GDX1/GDX2 unit work efficiency to reduce by two percentage points through the measuring and calculating frequent shutdown, increase staff's labour intensity.
Granted publication number discloses a kind of capsule tobacco bale tracing paper automatic splicing device for the utility model patent of CN201784828U " a kind of capsule tobacco bale tracing paper automatic splicing device "; Form by mounting base plate and winding roll; Mounting base plate surface and arranged on left and right sides respectively is provided with a cover paper feeder, and the paper output place is provided with the paper delivery deflector roll, and paper feeder is that inflow point is provided with two paper feed deflector rolls, splice roll; Splice roll is provided with adhering roll, cutting roller; One end of slip air chamber is communicated with the interior gas circuit of splice roll, and the other end is captiveed joint with brake cylinder, and a side air extractor duct place of splice roll is provided with the blow-down panel that the surface has the wind groove; Rotary cylinder is provided with between the paper feed deflector roll and check plate cylinder bonded assembly check plate through single direction ratchet and the gear mesh that splices on the roll shaft.Disclosed utility model patent receives paper roll that left side or right side tracing paper paper roll detector switch transmission come with the signal of using up through PLC, and the control rotary cylinder drives two corresponding gear through single direction ratchet mechanism and drives left and right splice roll assembly and do 180 ° of unidirectional fast rotational in opposite directions.When about two splice roll when running to crossing level attitude; Carry out bonding automatically, cutting through automatic adhering roll, cutting roller to tracing paper to be spliced with at the tracing paper that acts on; For guaranteeing to be cut off accurately in the moment of handing-over with tracing paper; Device has designed the tracing paper stop motion mechnism; The tracing paper stop motion mechnism can drive the tracing paper that check plate be pressed on operation one side by instruction check plate cylinder after obtaining the signal that PLC sends, tighten to cut in order to the cutter on the cutting roller and accomplish whole automatic splicing smoothly thereby make it bonding position.Device has also designed the tracing paper registration device, is desiring the paper that stitching position utilizes the negative-pressure adsorption band splicing that blow-down panel produces, and makes it to drift about to be adsorbed on unlikely whereabouts, blow-down panel surface and to be bonded on the tracing paper of operation.And in actual production process; Usually need realize the switching at any time between scratch diskette and the subsequent use dish according to the actual needs of producing by the staff; As run into scratch diskette tracing paper quality defects etc.; And disclosed utility model can't solve the switching at any time that realizes between scratch diskette and the subsequent use dish, has influence on GDX1/GDX2 unit work efficiency significantly, has increased staff's labour intensity.
Summary of the invention
The purpose of this invention is to provide outer automatic splicing system of tracing paper of a kind of box and control method; Can high quality, the high efficiency outer tracing paper of box that carries out is by the automatic splicing of scratch diskette to subsequent use dish, simultaneously can also be according to the manually signal realization scratch diskette of input and the switching at any time between the subsequent use dish of staff.
The present invention adopts following technical proposals:
The outer automatic splicing system of tracing paper of a kind of box; The paper chord position that comprises scratch diskette, subsequent use dish and be arranged between two dishes is put fork and automatic splicing device; The paper chord position is put between fork and two dishes and is respectively arranged with fork to level sensor, and fork is to the fork of the signal output part of the level sensor connection PLC signal input part that puts in place.
The outer tracing paper of a kind of box splices control method automatically, may further comprise the steps
A:PLC judges the splicing signal source that receives, if left side dish uses up the signal that sensor sends, then starts left side splice program, successively execution in step C and step e; If right dish uses up the signal that sensor sends, then start the right splice program, execution in step D and step F successively; If the signal that the manual operation button sends then gets into step B;
B:PLC judges the fork the receive signal source that puts in place, if left side dish fork then starts left side splice program, successively execution in step C and step e to level sensor; If right dish fork then starts the right splice program, execution in step D and step F successively to level sensor;
C:PLC is through driving circuit control rotary cylinder Rotate 180 °, and rotary cylinder is automatically reset by the ratchet device that carries afterwards; Two splice roll are rotated in opposite directions about driving during the rotary cylinder rotation; The tracing paper that left side dish is about to use up sticks on right side dish tracing paper paper to be spliced; Paste the cutter cut-out left side dish that is provided with on the right splice roll in back and go up the tracing paper that is about to use up that twines, completion replacing process; The splicing registration device positions left and right sides splice roll, gets into step e then;
D:PLC is through driving circuit control rotary cylinder Rotate 180 °, and rotary cylinder is automatically reset by the ratchet device that carries afterwards; Two splice roll are rotated in opposite directions about driving during the rotary cylinder rotation; The tracing paper that right side dish is about to use up sticks on left side dish tracing paper paper to be spliced; Paste the right dish of cutter cut-out that is provided with on the left splice roll in back and go up the tracing paper that is about to use up that twines, completion replacing process; The splicing registration device positions left and right sides splice roll, gets into step F then;
E: positioning pressuring plate coils subsequent use dish tracing paper to a left side of reinstalling and pushes the location, and right blowing steady arm coils the subsequent use dish tracing paper spelling joint location of drying to a left side of reinstalling, and work is spliced in wait next time;
F: positioning pressuring plate coils subsequent use dish tracing paper to the right side of reinstalling and pushes the location, and blowing steady arm in a left side coils the subsequent use dish tracing paper spelling joint location of drying to the right side of reinstalling, and work is spliced in wait next time.
After starting left side splice program, after the splice program of before execution in step C and the step e and startup the right, before execution in step D and the step F, also carry out alert step
G: warning device is reported to the police, and the prompting staff is carrying out tracing paper and splicing automatically.
The present invention utilizes PLC that a plurality of sensor signals are judged through a plurality of sensors are set, and discerns scratch diskette and subsequent use dish automatically, selects correct splice program.Utilize the automatic guidance of PLC simultaneously to each mechanical part; Realize the automatic splicing of tracing paper; The subsequent use dish that simultaneously new clothes is changed positions, and can also realize the switching at any time between scratch diskette and the subsequent use dish according to the signal that the staff manually imports simultaneously, has greatly improved work efficiency and joining quality; Reduce staff's labour intensity, practiced thrift lot of manpower and material resources.
Description of drawings
Fig. 1 is the scheme drawing of existing splicing apparatus structure;
Fig. 2 is the structural representation of the automatic splicing system of the present invention;
Fig. 3 is the Facad structure scheme drawing of automatic splicing device among the present invention;
Fig. 4 is the structure scheme drawing of automatic splicing device among the present invention;
Fig. 5 is a diagram of circuit of the present invention.
The specific embodiment
As shown in Figure 2; Be provided with the paper chord position between the left side dish 1 of cellophane paper packager and the right dish 2 and put fork 8; The paper chord position is put fork 8 tail ends and is provided with oscillating axle 9 and springing; Springing can adopt spring, and spring fixed end is arranged on the paper chord position and puts fork 8 tail ends, and the movable end of spring can be arranged on left tray fixing device or the right tray fixing device in manual work.When left side dish 1 during as scratch diskette, the staff manually is fixed on the spring movable end on the right tray fixing device, the elasticity of spring can make the paper chord position put fork 8 stems all the time tightly the work of being pressed in face left on the tracing paper of 1 winding.When right side dish 2 during as scratch diskette, principle is consistent during as scratch diskette with left side dish 1.The paper chord position is put and is provided with left side dish fork between fork 8 and the left side dish 1 and coils with a left side to level sensor 10 and use up sensor 11; The paper chord position is put and is provided with right dish fork between fork 8 and the right dish 2 and uses up sensor 13 to level sensor 12 and right coiling; The judgement of fork 8 positions and scratch diskette tracing paper thickness (being whether tracing paper uses up) can be realized the paper chord position is put in the position that utilizes sensor paper chord position to put fork 8.Dish fork in a left side uses up put in place signal input part, left side dish of left side dish fork that signal output part that sensor 11, right dish fork use up sensor 13 to level sensor 12 and right dish is connected respectively to PLC to level sensor 10, left side dish and uses up put in place signal input part and the right side of signal input part, right dish fork and coil and use up signal input part.
To shown in Figure 4, automatic splicing device 24 of the present invention mainly comprises combined aural and visual alarm, guiding roller 14, positioning pressuring plate 15, left splice roll 16, right splice roll 17, left side blowing steady arm 18, right blowing steady arm 19, splicing registration device 20, driven gear 21, driving gear 22 and rotary cylinder 23 like Fig. 3.In the present embodiment, as scratch diskette, right side dish 2 is as subsequent use dish with left side dish 1.The tracing paper that twines on the left side dish 1 converges wheel 7 through getting into tracing paper between the guiding roller 14-4,14-5 and the left and right sides splice roll that are provided with in the automatic splicing device 24 successively, gets into next step manufacturing procedure then; The tracing paper that twines on the right dish 2 successively through a plurality of guiding roller 14-1 in the automatic splicing device 24,14-2,14-3 trailing portion attached on the left splice roll 16; The tracing paper that adheres on 15 couples of guiding roller 14-3 of positioning pressuring plate compresses the location, guarantees that tracing paper can not come off or the shift position.Positioning pressuring plate 15 is by the control of positioning pressuring plate cylinder, and the positioning pressuring plate air cylinder signal mouth of PLC is through driving circuit control linkage positioning pressuring plate cylinder; The 18 work putting in blasts of the steady arm of left side blowing simultaneously form negative pressure through the wind groove, position being in tracing paper spelling joint to be spliced, guarantee that the tracing paper spelling joint is attached to left splice roll 16 surfaces, can not stick on the tracing paper that is in running state.Left side blowing steady arm 18, right blowing steady arm 19 are respectively by left side blowing cylinder and the control of right blowing cylinder, and the blowing location, a left side of PLC, right blowing positioning signal mouth are respectively through driving circuit control linkage left side blowing cylinder and right blowing cylinder; Rotary cylinder 23 can be realized 180 ° of unidirectional fast rotational, and rotary cylinder 23 is automatically reset by the ratchet device that carries then, prepares for splicing next time, and the rotary cylinder signal output part of PLC is through driving circuit control linkage rotary cylinder 23; Because driving gear 22 is connected left splice roll 16 and right splice roll 17 respectively with driven gear 21, drives left splice roll 16 through driving gear 22 and driven gear 21 during rotary cylinder 23 rotations and rotate in opposite directions with right splice roll 17.Be respectively arranged with cutter on left side splice roll 16 and the right splice roll 17, be used for after splicing is accomplished, cutting off the tracing paper that is about to use up that twines on the scratch diskette, accomplish the replacing process.Splicing registration device 20 is by positioning cylinder control, and splicing registration device 20 may be stuck in the location of realizing in driven gear 21 teeth groove gear, thereby realizes the location to left splice roll 16 and right splice roll 17 indirectly.The positioning cylinder mouth of PLC is through driving circuit control linkage positioning cylinder.Acoustic-optic alarm can carry out alarm before the splicing beginning automatically, and the alarm signal output ends of PLC connects the signal input part of combined aural and visual alarm.
The present invention also has additional the manual operation button; The signal output part of manual operation button connects the manual operation signal input part of PLC; The staff can be spliced through manual operation button direct control automatic splicing device 24, and the tracing paper of finish the work at any time dish and subsequent use dish is changed.
When capsule tobacco bale cellophane paper packager is worked; All the time tightly be pressed on the tracing paper of scratch diskette winding in stem under the springing effect because the paper chord position is put fork 8; The thickness of the tracing paper that twines along with scratch diskette reduces; The paper chord position put fork 8 more and more near left side dish use up sensor 11, left side dish fork uses up sensor 13, the right fork that coils to level sensor 12 to level sensor 10 or right dish; When the situation that tracing paper is about to use up occurring, left side dish uses up sensor 11 or right dish and uses up sensor 13 and send splicing signal to PLC, and PLC at first judges the splicing signal source of receiving after receiving splicing signal.
As shown in Figure 5, if judged result then starts left side splice program for left side dish uses up the splicing signal that sensor 11 sends.After starting left side splice program, first step PLC sends alerting signal earlier, and combined aural and visual alarm obtains reporting to the police behind the signal, and the prompting staff is carrying out tracing paper and splicing automatically; The second step PLC realizes 180 ° of unidirectional fast rotational through driving circuit control rotary cylinder 23; Rotary cylinder 23 is automatically reset by the ratchet device that carries then; For splicing is next time prepared, drive left splice roll 16 through driving gear 22 and driven gear 21 during rotary cylinder 23 rotations and rotate in opposite directions, owing to be attached with the tracing paper that left side dish 1 is about to use up on the right splice roll 17 with right splice roll 17; Be attached with right dish 2 subsequent use tracing papers to be spliced on the splice roll 16 of a left side; Be provided with cloth insertion sheet on the tracing paper to be spliced in advance, when the cambered surface of left splice roll 16 and right splice roll 17 was tangent, the tracing paper that is about to use up sticked on tracing paper paper to be spliced.Paste the cutter that are provided with on the right splice roll 17 in back and cut off the tracing paper that is about to use up that twines on the left side dish 1, accomplish the replacing process; The 3rd step PLC is stuck in driven gear 21 teeth groove splicing registration device 20 gear is positioned, thereby realize the location to left splice roll 16 and right splice roll 17 indirectly through the work of driving circuit control positioning cylinder, waits for and splices work next time.Owing to accomplished left side splice program; This moment, right dish 2 was converted into scratch diskette; The staff changes the subsequent use dish of new tracing paper again with left side dish 1, and tracing paper is passed through the automatic splicing device 24 interior guiding roller 14-4 that are provided with, 14-5 trailing portion successively attached on the right splice roll 17, and PLC is through driving circuit control positioning pressuring plate cylinder operation; Make 15 couples of guiding roller 14-5 of positioning pressuring plate go up the tracing paper that twines and compress the location; Guarantee that tracing paper can not come off or the shift position, PLC controls right blowing-out gas cylinder working through driving circuit simultaneously, makes right blowing steady arm 19 work to the tracing paper spelling joint to be spliced of the new installation location of drying; Guarantee that the tracing paper spelling joint is attached to right splice roll 17 surfaces, can not stick in running order tracing paper.This moment, whole splicings and subsequent use dish dead work were accomplished smoothly.
If judged result uses up the splicing signal that sensor 13 sends for right dish, then start the right splice program.After starting the right splice program, first step PLC sends alerting signal earlier, and combined aural and visual alarm obtains reporting to the police behind the signal, and the prompting staff is carrying out tracing paper and splicing automatically; The second step PLC realizes 180 ° of unidirectional fast rotational through driving circuit control rotary cylinder 23; Rotary cylinder 23 is automatically reset by the ratchet device that carries then; For splicing is next time prepared, drive left splice roll 16 through driving gear 22 and driven gear 21 during rotary cylinder 23 rotations and rotate in opposite directions, owing to be attached with the tracing paper that right dish 2 is about to use up on the left splice roll 16 with right splice roll 17; Be attached with left side dish 1 subsequent use tracing paper to be spliced on the right splice roll 17; Be provided with cloth insertion sheet on the tracing paper to be spliced in advance, when the cambered surface of left splice roll 16 and right splice roll 17 was tangent, the tracing paper that is about to use up sticked on tracing paper paper to be spliced.Paste the cutter that are provided with on the left splice roll 16 in back and cut off the tracing paper that is about to use up that twines on the right dish 2, accomplish the replacing process; The 3rd step PLC is stuck in driven gear 21 teeth groove splicing registration device 20 gear is positioned, thereby realize the location to left splice roll 16 and right splice roll 17 indirectly through the work of driving circuit control positioning cylinder, waits for and splices work next time.Owing to accomplished the right splice program; This moment, left dish 1 was converted into scratch diskette; The staff changes the subsequent use dish of new tracing paper again with right side dish 2, and with tracing paper successively through a plurality of guiding roller 14-1 in the automatic splicing device 24,14-2,14-3 trailing portion attached on the left splice roll 16, PLC is through driving circuit control positioning pressuring plate cylinder operation; Make 15 couples of guiding roller 14-3 of positioning pressuring plate go up the tracing paper that twines and compress the location; Guarantee that tracing paper can not come off or the shift position, PLC is through driving circuit control linkage left side blowing-out gas cylinder working simultaneously, makes 18 work of left side blowing steady arm to the tracing paper spelling joint to be spliced of the new installation location of drying; Guarantee that the tracing paper spelling joint is attached to left splice roll 16 surfaces, can not stick in running order tracing paper.This moment, whole splicings and subsequent use dish dead work were accomplished smoothly.
If judged result is the splicing signal of artificial action button, then PLC judges the fork the receive signal source that puts in place, if left side dish fork is to level sensor 10, then explanation left side this moment dish 1 is as scratch diskette, startup left side splice program; If right side dish fork, explains then that this moment, the right side coiled 2 as scratch diskette to level sensor 12, splice program on the right of starting.Left side splice program step and the right splice program step repeat no more at this as stated.
Claims (3)
1. the outer automatic splicing system of tracing paper of a box; The paper chord position that comprises scratch diskette, subsequent use dish and be arranged between two dishes is put fork and automatic splicing device; It is characterized in that: the paper chord position is put between fork and two dishes and is respectively arranged with fork to level sensor, and fork is to the fork of the signal output part of the level sensor connection PLC signal input part that puts in place.
2. the outer tracing paper of box splices control method automatically, it is characterized in that: may further comprise the steps
A:PLC judges the splicing signal source that receives, if left side dish uses up the signal that sensor sends, then starts left side splice program, successively execution in step C and step e; If right dish uses up the signal that sensor sends, then start the right splice program, execution in step D and step F successively; If the signal that the manual operation button sends then gets into step B;
B:PLC judges the fork the receive signal source that puts in place, if left side dish fork then starts left side splice program, successively execution in step C and step e to level sensor; If right dish fork then starts the right splice program, execution in step D and step F successively to level sensor;
C:PLC is through driving circuit control rotary cylinder Rotate 180 °, and rotary cylinder is automatically reset by the ratchet device that carries afterwards; Two splice roll are rotated in opposite directions about driving during the rotary cylinder rotation; The tracing paper that left side dish is about to use up sticks on right side dish tracing paper paper to be spliced; Paste the cutter cut-out left side dish that is provided with on the right splice roll in back and go up the tracing paper that is about to use up that twines, completion replacing process; The splicing registration device positions left and right sides splice roll, gets into step e then;
D:PLC is through driving circuit control rotary cylinder Rotate 180 °, and rotary cylinder is automatically reset by the ratchet device that carries afterwards; Two splice roll are rotated in opposite directions about driving during the rotary cylinder rotation; The tracing paper that right side dish is about to use up sticks on left side dish tracing paper paper to be spliced; Paste the right dish of cutter cut-out that is provided with on the left splice roll in back and go up the tracing paper that is about to use up that twines, completion replacing process; The splicing registration device positions left and right sides splice roll, gets into step F then;
E: positioning pressuring plate coils subsequent use dish tracing paper to a left side of reinstalling and pushes the location, and right blowing steady arm coils the subsequent use dish tracing paper spelling joint location of drying to a left side of reinstalling, and work is spliced in wait next time;
F: positioning pressuring plate coils subsequent use dish tracing paper to the right side of reinstalling and pushes the location, and blowing steady arm in a left side coils the subsequent use dish tracing paper spelling joint location of drying to the right side of reinstalling, and work is spliced in wait next time.
3. the outer tracing paper of box as claimed in claim 2 splices control method automatically; It is characterized in that: after starting left side splice program; After the splice program of before execution in step C and the step e and startup the right, before execution in step D and the step F, also carry out alert step
G: warning device is reported to the police, and the prompting staff is carrying out tracing paper and splicing automatically.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103969070A CN102514960A (en) | 2011-12-05 | 2011-12-05 | Automatic out-of-box transparent paper splicing system and control method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103969070A CN102514960A (en) | 2011-12-05 | 2011-12-05 | Automatic out-of-box transparent paper splicing system and control method thereof |
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| CN102514960A true CN102514960A (en) | 2012-06-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011103969070A Pending CN102514960A (en) | 2011-12-05 | 2011-12-05 | Automatic out-of-box transparent paper splicing system and control method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103224156A (en) * | 2013-05-25 | 2013-07-31 | 昆明鼎承科技有限公司 | Strip direct splicing device |
| CN104118594A (en) * | 2014-08-08 | 2014-10-29 | 龙岩烟草工业有限责任公司 | Transparent paper deviation detection device, system and method |
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| GB2142609A (en) * | 1983-05-12 | 1985-01-23 | Colgate Palmolive Co | Splicing webs |
| JPS6077056A (en) * | 1983-10-03 | 1985-05-01 | Kureha Chem Ind Co Ltd | Film splicing device |
| IT1145514B (en) * | 1981-10-09 | 1986-11-05 | Gd Spa | METHOD FOR THE AUTOMATIC CHANGE OF BANDS OF TAPE MATERIAL IN PACKAGING MACHINES |
| JPH038651A (en) * | 1989-06-06 | 1991-01-16 | Tokyo Autom Mach Works Ltd | Band material replacement mechanism of band material supplying device |
| CN201325788Y (en) * | 2008-04-03 | 2009-10-14 | 焦胜利 | Automatic splicing device for transparent paper of cigarette packet |
| CN201737184U (en) * | 2010-07-14 | 2011-02-09 | 河南中烟工业有限责任公司 | GD packaging machine for automatically splicing aluminized paper |
| CN201784828U (en) * | 2010-08-11 | 2011-04-06 | 烟台斯莫烟草机械有限公司 | Automatic splicing device for transparent paper of small box cigarette packet |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| GB1014949A (en) * | ||||
| IT1145514B (en) * | 1981-10-09 | 1986-11-05 | Gd Spa | METHOD FOR THE AUTOMATIC CHANGE OF BANDS OF TAPE MATERIAL IN PACKAGING MACHINES |
| GB2142609A (en) * | 1983-05-12 | 1985-01-23 | Colgate Palmolive Co | Splicing webs |
| JPS6077056A (en) * | 1983-10-03 | 1985-05-01 | Kureha Chem Ind Co Ltd | Film splicing device |
| JPH038651A (en) * | 1989-06-06 | 1991-01-16 | Tokyo Autom Mach Works Ltd | Band material replacement mechanism of band material supplying device |
| CN201325788Y (en) * | 2008-04-03 | 2009-10-14 | 焦胜利 | Automatic splicing device for transparent paper of cigarette packet |
| CN201737184U (en) * | 2010-07-14 | 2011-02-09 | 河南中烟工业有限责任公司 | GD packaging machine for automatically splicing aluminized paper |
| CN201784828U (en) * | 2010-08-11 | 2011-04-06 | 烟台斯莫烟草机械有限公司 | Automatic splicing device for transparent paper of small box cigarette packet |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103224156A (en) * | 2013-05-25 | 2013-07-31 | 昆明鼎承科技有限公司 | Strip direct splicing device |
| CN104118594A (en) * | 2014-08-08 | 2014-10-29 | 龙岩烟草工业有限责任公司 | Transparent paper deviation detection device, system and method |
| CN104118594B (en) * | 2014-08-08 | 2016-03-23 | 龙岩烟草工业有限责任公司 | A kind of tracing paper deviation detecting device, system and method thereof |
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Application publication date: 20120627 |