CN103964253A - Slitting machine and adhesive tape processing method - Google Patents
Slitting machine and adhesive tape processing method Download PDFInfo
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- CN103964253A CN103964253A CN201310040340.2A CN201310040340A CN103964253A CN 103964253 A CN103964253 A CN 103964253A CN 201310040340 A CN201310040340 A CN 201310040340A CN 103964253 A CN103964253 A CN 103964253A
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Abstract
The invention discloses a slitting machine and an adhesive tape processing method. The slitting machine comprises a rack, a shaft switching device, station shafts, a sleeve cutter component and a slitting cutter component, wherein the rack is used for assembling each component of the slitting machine; the shaft switching device is assembled on the rack, and can be used for mounting at least three station shafts; the station shafts are assembled on the shaft switching device, and are positioned on a loading and unloading station, a sleeve slitting station and a winding station respectively; the sleeve cutter component coordinates with the sleeve slitting station shaft on the sleeve slitting station, and is used for slitting a sleeve; the slitting cutter component coordinates with the winding station shaft on the winding station, and is used for slitting a processed object. According to the slitting machine and the adhesive tape processing method, the slitting machine is used for simultaneously slitting the sleeve and winding the processed object, so that convenience in operation and high processing efficiency are ensured, and a processing process can be conveniently automated to a great extent; the station shafts are not required to be assembled and disassembled, so that time and labor are saved.
Description
Technical field
The invention belongs to banding machine technical field, relate to a kind of banding machine and adhesive tape job operation.
Background technology
Banding machine is a kind of equipment that wide roll of material is carried out to longitudinal cutting.So industry-by-industry is all being used, especially adhesive tape industry.
Existing banding machine is all two station work, one is dismounting station, another is for being wound around station, and the winding of adhesive tape need to a sleeve pipe be carrier, and the processing of sleeve pipe needs extra equipment, after being cut, a whole piece sleeve pipe reinstalls the axle of dismounting station, and the sleeve pipe after cutting is inserted in axle trouble very one by one, operating time is long, inefficiency.
Moreover the axle on existing station need to take off and sleeve pipe could be inserted in from reel, and axle is very heavy, so just makes operator very arduous, so existing banding machine inefficiency and exhausting the people and draining the treasury.
Summary of the invention
The problem proposition that the present invention is directed to prior art existence is a kind of, and object is
The present invention is achieved in that
A banding machine, this banding machine comprises:
For the frame of assembling each parts of banding machine;
Be assemblied in the shaft device that changes that at least three station axles also can be installed in frame;
Be assemblied in change on shaft device and respectively in load/unload stations, cut sleeve pipe station and be wound around the station axle of station;
With in cutting the pipe cutter assembly of cutting the axle co-ordination of sleeve pipe station and sleeve pipe being cut of sleeve pipe station;
With in being wound around the winding station axle co-ordination of station and machining object being carried out to the slitting knife assembly of itemize.
Above-mentioned a kind of banding machine, wherein: described in change shaft device and comprise reel, on described reel, there are a centre hole and at least three well-distributed axis holes, reel is arranged in frame, change shaft device and also comprise driver train and thimble assembly, described driver train is connected with reel by center shaft, and described thimble assembly is arranged in the relative frame of reel place frame.
Above-mentioned a kind of banding machine, wherein: described driver train comprises and change axle cylinder, tooth bar and quadrant gear, described in change the tooth bar that is connected on the piston rod of axle cylinder, described tooth bar and quadrant gear coordinate, described quadrant gear unilateral bearing is connected on center shaft.
Above-mentioned a kind of banding machine, wherein: described driver train also comprises connecting panel, and connecting panel is provided with regulating plate, described regulating plate is connected with an adjustable pulley, has arc adjustment hole on described regulating plate.
Above-mentioned a kind of banding machine, wherein: on described reel, have the positioning groove consistent with axis hole quantity, described body is provided with the positioning cylinder that coordinates positioning groove.
Above-mentioned a kind of banding machine, wherein: in described axis hole, be provided with connecting shaft flange, in described flange, be provided with bearing, one end and the bearing of described station axle are connected.
Above-mentioned a kind of banding machine, wherein: described thimble assembly comprises cylinder and gland, described cylinder promotes gland the other end of gland and station axle is leant.
Above-mentioned a kind of banding machine, wherein: described slitting knife assembly comprise cutter group and can be when machining object be wound around along with thickness increases and make cutter group gradually from the floating cutter mechanism of sleeve pipe.
Above-mentioned a kind of banding machine, wherein: described station axle is air-expanding shaft, comprise the inflatable axis body with inner chamber, on described inflatable axis body, there are some gas-expansion holes, described inflatable axis body one end has air extractor vent, other end sealing, external being arranged with of described air-expanding shaft can, by the fixing inflatable device of the sleeve pipe that is inserted in air-expanding shaft, also be provided with the inflation mechanism that can inflate air-expanding shaft in described frame.
Above-mentioned a kind of banding machine, wherein: described inflatable device comprises the outer shroud with elastomeric interior ring and rigidity, the inside face of described interior ring covers on gas-expansion hole, the outside face of described interior ring is provided with protruding jacking block, on described outer shroud, there is the assembly opening matching with jacking block, described outer shroud is assemblied in outside interior ring, between adjacent described outer shroud, is provided with steel ring.
Above-mentioned a kind of banding machine, wherein: described inflatable axis body comprises central siphon, spindle nose and the axle tail of hollow, on described central siphon, there are some gas-expansion holes, described gas-expansion hole is axially uniformly distributed along central siphon, described spindle nose and axle tail are connected to the two ends of central siphon, described spindle nose has for inputting the air extractor vent of gas, and described axle tail is by one end sealing of central siphon.
Above-mentioned a kind of banding machine, wherein: on described spindle nose, there is baffle ring, described air-expanding shaft self catcher hoop axle tail is sheathed spacer, packing ring, interior ring and outer shroud, packing ring and captive nut successively, on described central siphon, there is the screw thread matching with captive nut, described captive nut is fixed on axle tail on central siphon and spacer, packing ring, interior ring and outer shroud, packing ring is fastening successively, and described captive nut is fixed by screws in axle tail at sidepiece.
Above-mentioned a kind of banding machine, wherein: the number of described interior ring and outer shroud is consistent along the quantity of air-expanding shaft axial array with gas-expansion hole, has at least one jacking block on single described interior ring, and the jacking block on adjacent described interior ring is staggered like.
Above-mentioned a kind of banding machine, wherein: described banding machine also comprises the spreader roll for machining object is laterally unfolded, comprise and unfold axis body, the described axis body both ends of unfolding are provided with respectively oblique wheel, between two described oblique wheels, be provided with and there is elastomeric some bars of unfolding, described in some, unfold bar and be around in and unfold outside axis body, described in unfold bar two ends be embedded in oblique wheel.
Above-mentioned a kind of banding machine, wherein: described oblique wheel comprises and be connected in the eccentric roller of unfolding on axis body, described eccentric roller is provided with cover on bearing outward outer shroud, described in unfold bar and be embedded between bearing and outer shroud, described outer shroud by screw fastening on bearing.
Above-mentioned a kind of banding machine, wherein: described spreader roll also comprises for fixedly unfolding the tubular aluminium roller of bar, described aluminium roller shell is located at unfolds on axis body, the described bar of unfolding is embedded on aluminium roller, described outside face of unfolding bar exceeds aluminium roller surface, described aluminium roller two ends respectively by bearing with unfold axis body and be connected, described in unfold bar cross-sectional plane be I shape, the profile of described aluminium roller and unfold bar and match.
Above-mentioned a kind of banding machine, wherein: described in unfold axis body two ends and be provided with for the fixing supporting base of spreader roll, described in unfold axle and be fixed in frame by supporting base.
Based on above-mentioned banding machine, the process steps of adhesive tape is comprised:
The sleeve of long tubular is inserted in to the station axle in load/unload stations;
Reel rotates, three station shaft position conversions, and former load/unload stations axle transfers to cuts sleeve pipe station axle, and the former sleeve pipe station axle of cutting transfers winding station axle to, and former winding station axle transfers load/unload stations axle to;
Pipe cutter assembly is cut sleeve pipe, slitting knife assembly is cut adhesive tape while adhesive tape and is wound on the sleeve pipe of having cut on winding station axle, cutter group on slitting knife assembly is gradually offed normal in the sleeve pipe being wound around on station axle simultaneously, unloads the adhesive tape being wound around on load/unload stations axle and loads onto new sleeve pipe.
A kind of banding machine provided by the present invention and adhesive tape job operation, because employing is cut sleeve pipe and is wound around machining object and carries out with machine simultaneously, convenient operation, work efficiency is high, be convenient to realize the increasingly automated of the course of processing, and station axle is without dismounting, time saving and energy saving.
Accompanying drawing explanation
Fig. 1 is the part-structure axonometric drawing of banding machine of the present invention.
Fig. 2 is the left view of banding machine of the present invention.
Fig. 3 is the axonometric drawing that the present invention changes shaft device.
The specific embodiment
Below just accompanying drawing in conjunction with the embodiments, is described in further detail the specific embodiment of the present invention, so that technical solution of the present invention is easier to understand, grasp.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
As shown in Figure 1 and Figure 2, a kind of banding machine, this banding machine comprises:
For the frame 1 of assembling each parts of banding machine;
For anti-roll let off roll;
The gluing strain roll that takes up degree of tightness effect of unreeling shaft will have been gone out;
Be convenient to the live roll that adhesive tape transmits;
The drive roll that drives adhesive tape to transmit;
Be assemblied in frame 1 and to the gluing spreader roll 3 of unfolding effect that takes up;
Be assemblied in the shaft device that changes that three station axles also can be installed in frame 1;
Be assemblied in change on shaft device and respectively in load/unload stations, cut sleeve pipe station and be wound around station load/unload stations axle 22, cut sleeve pipe station axle 23 and be wound around station axle 24;
With in cutting the pipe cutter assembly 7 of cutting 23 co-ordinations of sleeve pipe station axle and sleeve pipe being cut of sleeve pipe station;
With in being wound around winding station axle 24 co-ordinations of station and machining object being carried out to the slitting knife assembly 8 of itemize.Slitting knife assembly 8 comprise cutter group and can be when adhesive tape be wound around along with thickness increases and make cutter group gradually from the floating cutter mechanism of sleeve pipe, keep the cutter group edge of a knife and be wrapped in the outermost distance of adhesive tape on sleeve pipe, so just can say that cutter assembling fits over from being wound around the place of station axle 24 close to very, being convenient to cutter group cuts rear horse back to adhesive tape and is wound, overlapping in winding process to prevent adjacent adhesive tape, affect crudy.
Specifically, as shown in Figure 3, change shaft device for by each station arbor wheel stream translation role separately, the allomeric function of three axles is the same, but at one time because of the different roles of station of living in also just different.Comprise reel 21, driver train, thimble assembly 6 and center shaft.
On reel 21, have a centre hole and three well-distributed axis holes, be provided with connecting shaft flange in axis hole, be provided with bearing in flange, flange is bolted on reel 21, and bearing is a tight fit in flange, and three station axles are separately fixed in corresponding bearing.The lateral margin of reel 21 is provided with for locating the positioning groove of reel 21, has a positioning cylinder 26 in frame of being fixed on 1 with positioning groove is used in conjunction with.
Driver train is connected with reel 21 by center shaft.Driver train comprises and changes axle cylinder 251, tooth bar 252 and quadrant gear 253, changes the tooth bar 252 that is connected on the piston rod of axle cylinder 251, and tooth bar 252 and quadrant gear 253 coordinate, and quadrant gear 253 unilateral bearings are connected on center shaft.Driver train also comprises connecting panel, and connecting panel is provided with regulating plate, and regulating plate is connected with an adjustable pulley, has arc adjustment hole on regulating plate, and this structure can adjusting gear rack 252 and the cooperation elasticity of quadrant gear 253.In the present invention, have two groups of thimble assemblies 6 and comprise cylinder and gland, cutting sleeve pipe station axle 23 and be wound around station axle 24 when in place, thimble assembly 6 promotes gland by cylinder and pushes down two station axles away from one end of reel 21, makes its processing more stable.
The piston rod that axle cylinder 251 is changed in control stretches out, 252 motions of band carry-over bar, drive quadrant gear 253 to clockwise rotate, drive reel 21 to rotate, drive again three station axles to rotate, former like this load/unload stations axle 22 just forwards to cuts sleeve pipe station axle 23, the former sleeve pipe station axle 23 of cutting just forwards winding station axle 24 to, former winding station axle 24 just forwards load/unload stations axle 22 to, treat that each station axle forwards position to, two groups of thimble assemblies 6 are pushed down respectively and are cut sleeve pipe station axle 23 and be wound around station axle 24, the piston rod of positioning cylinder 26 stretches out embedding positioning groove makes reel 21 location, be convenient to the stable operation of axle.Then, change the piston rod of axle cylinder 251 and regain, drive quadrant gear 253 turning anticlockwises, owing to adopting unilateral bearing to connect between quadrant gear 253 and center shaft, so center shaft does not rotate when quadrant gear 253 turns round.
Spreader roll 3 comprise unfold axis body 31, tiltedly take turns 32, aluminium roller and tiltedly take turns 32.Unfold axis body 31 both ends and be provided with respectively oblique wheel 32, tiltedly wheel 32 comprises and is connected in the eccentric roller of unfolding on axis body 31, eccentric roller is provided with cover on bearing outward outer shroud 42, unfolding bar 33 two ends is embedded between bearing and outer shroud 42, outer shroud 42, so just will be unfolded bar 33 and be fastened on oblique wheel 32 by screw fastening on bearing.
Aluminium roller is tubular and at two tiltedly between wheel 32, aluminium roller shell is located at unfolds on axis body 31, aluminium roller two ends respectively by bearing with unfold axis body 31 and be connected.The cross-sectional plane of unfolding bar 33 is I shape, and aluminium roller profile and unfold bar 33 and match is unfolded bar 33 and is embedded on aluminium roller, and the outside face of unfolding bar 33 exceeds the outside face of aluminium roller.Unfold axis body 31 two ends and be provided with for the fixing supporting base of spreader roll 3, spreader roll 3 is fixed in frame 1 by supporting base.
Processed adhesive tape from oblique wheel 32 apart from smaller part around entering spreader roll 3, and be attached to the surface of unfolding bar 33, rotation along with spreader roll 3, because eccentric roller does not rotate, so two positions that tiltedly the original distance of wheel 32 outer shroud 42 is less are apart from increasing gradually, stretch simultaneously and unfold bar 33, be attached to the adhesive tape of unfolding bar 33 surfaces and also with unfolding bar 33, unfold, the object of unfolding to realize adhesive tape.
Three above-mentioned station axles are all air-expanding shaft, and air-expanding shaft comprises the gentle swollen device of inflatable axis body.Wherein inflatable device is set on inflatable axis body.
Inflatable axis body specifically comprises again central siphon, spindle nose and the axle tail of hollow, on central siphon, there are some gas-expansion holes, axially evenly distributed along central siphon, on same radial face along central siphon at least one gas-expansion hole that circumferentially distributes, it is example that the present embodiment be take two gas-expansion holes of symmetry, spindle nose and axle tail are connected to the two ends of central siphon, and spindle nose has for inputting the air extractor vent of gas, and described axle tail is by one end sealing of central siphon.
Inflatable device comprises the outer shroud 42 with elastomeric interior ring 41 and rigidity, and the number of interior ring 41 and outer shroud 42 is consistent along the quantity of air-expanding shaft axial array with gas-expansion hole, between adjacent outer shroud 42, is provided with steel ring 43.The inside face of interior ring 41 covers on gas-expansion hole, and the outside face of interior ring 41 is provided with protruding jacking block, on single interior ring 41, has at least one jacking block, and the jacking block on adjacent interior ring 41 is staggered like.On single interior ring 41 shown in the present embodiment, have six jacking blocks, wherein only have three jacking blocks separately can be by gas jack-up, and adjacent interior ring 41 jacking block be separately staggered with it.On outer shroud 42, have the assembly opening matching with jacking block, outer shroud 42 is assemblied in outside interior ring 41.
On spindle nose, there is baffle ring, air-expanding shaft self catcher hoop axle tail is sheathed spacer, packing ring, interior ring 41 and outer shroud 42, packing ring and captive nut successively, on central siphon, have the screw thread matching with captive nut, captive nut is fixed on axle tail on central siphon and spacer, packing ring, interior ring 41 and outer shroud 42, packing ring is fastening successively.
In addition, gas filled device 5 is also housed in frame 1, the spindle nose of air-expanding shaft connects gas filled device 5, during beginning, on air-expanding shaft, there is no sleeve pipe, jacking block, not by jack-up, now just can be inserted in sleeve pipe at an easy rate, be inserted in sleeve pipe after source of the gas in central siphon, inflate, the gas of central siphon makes corresponding jacking block by jack-up by gas-expansion hole, and sleeve pipe just can be fastened like this.The work of staggering of the jacking block of adjacent interior ring 41, adjacent like this sleeve surface also can stagger mutually, when adhesive tape is wound around, guarantees that adjacent winding working procedure can not influence each other like this, and the high quality of realizing adhesive tape is wound around.Six jacking blocks are set, and wherein three in idle state, and adjust when preventing that three of mode of operation from damaging, and can select at least one jacking block work arbitrarily, strong adaptability, adjustable space is large.
The overall work method of this banding machine comprises:
The sleeve of long tubular is inserted in to the station axle in load/unload stations;
Reel 21 rotates, three station shaft position conversions, and former load/unload stations axle 22 transfers to cuts sleeve pipe station axle 23, and the former sleeve pipe station axle 23 of cutting transfers winding station axle 24 to, and former winding station axle 24 transfers load/unload stations axle 22 to;
Pipe cutter assembly 7 is cut sleeve pipe, slitting knife assembly 8 is cut adhesive tape while adhesive tape and is wound on the sleeve pipe of having cut on winding station axle 24, cutter group on slitting knife assembly 8 is gradually offed normal in the sleeve pipe being wound around on station axle simultaneously, unloads the adhesive tape being wound around on load/unload stations axle 22 and loads onto new sleeve pipe.
Adhesive tape, in winding process, drives adhesive tape from let off roll, to be wound around mutually station axle 24 by drive roll and carries, and in process, 3 pairs of adhesive tapes of spreader roll are laterally unfolded.Adhesive tape is in winding process, and along with the thick increase of volume, the cutter group of slitting knife assembly 8 moves to the direction away from sleeve pipe gradually under the effect of floating cutter mechanism, return after three station axle transpositions.On banding machine, be also provided with cutting knife and coordinate cutting knife to cut off the roller of cutting of adhesive tape.
Should be understood that; the foregoing is only preferred embodiment of the present invention; be not sufficient to limit technical scheme of the present invention; for those of ordinary skills; within the spirit and principles in the present invention; can be increased and decreased according to the above description, replaced, converted or be improved, and all these increases and decreases, replace, conversion or improve after technical scheme, all should belong to the protection domain of claims of the present invention.
Claims (10)
1. a banding machine, is characterized in that, this banding machine comprises:
For the frame of assembling each parts of banding machine;
Be assemblied in the shaft device that changes that at least three station axles also can be installed in frame;
Be assemblied in change on shaft device and respectively in load/unload stations, cut sleeve pipe station and be wound around the station axle of station;
With in cutting the pipe cutter assembly of cutting the axle co-ordination of sleeve pipe station and sleeve pipe being cut of sleeve pipe station;
With in being wound around the winding station axle co-ordination of station and machining object being carried out to the slitting knife assembly of itemize.
2. banding machine according to claim 1, it is characterized in that, the described shaft device that changes comprises reel, on described reel, there are a centre hole and at least three well-distributed axis holes, reel is arranged in frame, change shaft device and also comprise driver train and thimble assembly, described driver train is connected with reel by center shaft, and described thimble assembly is arranged in the relative frame of reel place frame.
3. banding machine according to claim 2, it is characterized in that, described driver train comprises and changes axle cylinder, tooth bar and quadrant gear, tooth bar is connected on the described piston rod that changes axle cylinder, described tooth bar and quadrant gear coordinate, described quadrant gear unilateral bearing is connected on center shaft, described driver train also comprises connecting panel, connecting panel is provided with regulating plate, described regulating plate is connected with an adjustable pulley, on described regulating plate, there is arc adjustment hole, on described reel, there is the positioning groove consistent with axis hole quantity, described body is provided with the positioning cylinder that coordinates positioning groove, in described axis hole, be provided with connecting shaft flange, in described flange, be provided with bearing, one end and the bearing of described station axle are connected, described thimble assembly comprises cylinder and gland, described cylinder promotes gland the other end of gland and station axle is leant.
4. banding machine according to claim 1, is characterized in that, described slitting knife assembly comprise cutter group and can be when machining object be wound around along with thickness increases and make cutter group gradually from the floating cutter mechanism of sleeve pipe.
5. banding machine according to claim 1, it is characterized in that, described station axle is air-expanding shaft, comprise the inflatable axis body with inner chamber, on described inflatable axis body, have some gas-expansion holes, described inflatable axis body one end has air extractor vent, other end sealing, external being arranged with of described air-expanding shaft can, by the fixing inflatable device of the sleeve pipe that is inserted in air-expanding shaft, also be provided with the inflation mechanism that can inflate air-expanding shaft in described frame.
6. banding machine according to claim 5, it is characterized in that, described inflatable device comprises the outer shroud with elastomeric interior ring and rigidity, the inside face of described interior ring covers on gas-expansion hole, the outside face of described interior ring is provided with protruding jacking block, on described outer shroud, have the assembly opening matching with jacking block, described outer shroud is assemblied in outside interior ring, between adjacent described outer shroud, is provided with steel ring.
7. banding machine according to claim 6, it is characterized in that, described inflatable axis body comprises the central siphon of hollow, spindle nose and axle tail, on described central siphon, there are some gas-expansion holes, described gas-expansion hole is axially uniformly distributed along central siphon, described spindle nose and axle tail are connected to the two ends of central siphon, described spindle nose has for inputting the air extractor vent of gas, described axle tail is by one end sealing of central siphon, on described spindle nose, there is baffle ring, described air-expanding shaft self catcher hoop axle tail is sheathed spacer successively, packing ring, interior ring and outer shroud, packing ring and captive nut, on described central siphon, there is the screw thread matching with captive nut, described captive nut is fixed on central siphon and by spacer by axle tail, packing ring, interior ring and outer shroud, packing ring is fastening successively, described captive nut is fixed by screws in axle tail at sidepiece, the number of described interior ring and outer shroud is consistent along the quantity of air-expanding shaft axial array with gas-expansion hole, on single described interior ring, there is at least one jacking block, jacking block on adjacent described interior ring is staggered like.
8. banding machine according to claim 1, it is characterized in that, described banding machine also comprises the spreader roll for machining object is laterally unfolded, comprise and unfold axis body, the described axis body both ends of unfolding are provided with respectively oblique wheel, between two described oblique wheels, be provided with and there is elastomeric some bars of unfolding, described in some, unfolding bar is around in and unfolds outside axis body, described two ends of unfolding bar are embedded in oblique wheel, described spreader roll also comprises for fixedly unfolding the tubular aluminium roller of bar, described aluminium roller shell is located at unfolds on axis body, the described bar of unfolding is embedded on aluminium roller, described outside face of unfolding bar exceeds aluminium roller surface, described aluminium roller two ends respectively by bearing with unfold axis body and be connected, described cross-sectional plane of unfolding bar is I shape, the profile of described aluminium roller and unfold bar and match.
9. banding machine according to claim 8, it is characterized in that, described oblique wheel comprises and is connected in the eccentric roller of unfolding on axis body, and described eccentric roller is provided with cover on bearing outward outer shroud, the described bar of unfolding is embedded between bearing and outer shroud, described outer shroud by screw fastening on bearing.
10. the banding machine based on described in claim 1-9 any one comprises the step of the job operation of adhesive tape:
The sleeve of long tubular is inserted in to the station axle in load/unload stations;
Reel rotates, three station shaft position conversions, and former load/unload stations axle transfers to cuts sleeve pipe station axle, and the former sleeve pipe station axle of cutting transfers winding station axle to, and former winding station axle transfers load/unload stations axle to;
Pipe cutter assembly is cut sleeve pipe, slitting knife assembly is cut adhesive tape while adhesive tape and is wound on the sleeve pipe of having cut on winding station axle, cutter group on slitting knife assembly is gradually offed normal in the sleeve pipe being wound around on station axle simultaneously, unloads the adhesive tape being wound around on load/unload stations axle and loads onto new sleeve pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310040340.2A CN103964253B (en) | 2013-02-01 | 2013-02-01 | A kind of banding machine and adhesive tape processing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310040340.2A CN103964253B (en) | 2013-02-01 | 2013-02-01 | A kind of banding machine and adhesive tape processing method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103964253A true CN103964253A (en) | 2014-08-06 |
| CN103964253B CN103964253B (en) | 2016-12-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310040340.2A Expired - Fee Related CN103964253B (en) | 2013-02-01 | 2013-02-01 | A kind of banding machine and adhesive tape processing method |
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| Country | Link |
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| CN (1) | CN103964253B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105016121A (en) * | 2015-06-15 | 2015-11-04 | 盐城精通源机械厂 | Tension-free compounding and slitting machine for elastic fabric |
| CN105417265A (en) * | 2015-11-19 | 2016-03-23 | 林英强 | Adhesive tape slitting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR1334590A (en) * | 1961-07-24 | 1963-08-09 | Robinson & Sons Ltd | Method and device for the manufacture of containers from spirally wound strips |
| JPH08188306A (en) * | 1995-01-10 | 1996-07-23 | Dainippon Printing Co Ltd | Sheet take-up body manufacturing device and core supplying device |
| WO2003104119A1 (en) * | 2002-06-11 | 2003-12-18 | 3M Innovative Properties Company | An apparatus for forming a roll of contaminant removal tape and methods of forming rolls of contaminant removal tape |
| CN201427814Y (en) * | 2009-06-26 | 2010-03-24 | 林国龙 | Novel automatic lap changing apparatus for plastic membrane |
| CN101723199A (en) * | 2009-11-30 | 2010-06-09 | 宝利时(深圳)胶粘制品有限公司 | Full-automatic cutting apparatus for adhesive tape |
-
2013
- 2013-02-01 CN CN201310040340.2A patent/CN103964253B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR1334590A (en) * | 1961-07-24 | 1963-08-09 | Robinson & Sons Ltd | Method and device for the manufacture of containers from spirally wound strips |
| JPH08188306A (en) * | 1995-01-10 | 1996-07-23 | Dainippon Printing Co Ltd | Sheet take-up body manufacturing device and core supplying device |
| WO2003104119A1 (en) * | 2002-06-11 | 2003-12-18 | 3M Innovative Properties Company | An apparatus for forming a roll of contaminant removal tape and methods of forming rolls of contaminant removal tape |
| CN201427814Y (en) * | 2009-06-26 | 2010-03-24 | 林国龙 | Novel automatic lap changing apparatus for plastic membrane |
| CN101723199A (en) * | 2009-11-30 | 2010-06-09 | 宝利时(深圳)胶粘制品有限公司 | Full-automatic cutting apparatus for adhesive tape |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105016121A (en) * | 2015-06-15 | 2015-11-04 | 盐城精通源机械厂 | Tension-free compounding and slitting machine for elastic fabric |
| CN105417265A (en) * | 2015-11-19 | 2016-03-23 | 林英强 | Adhesive tape slitting machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103964253B (en) | 2016-12-28 |
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