CN102530620B - Material butt-joint device for three-layered thin film - Google Patents
Material butt-joint device for three-layered thin film Download PDFInfo
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- CN102530620B CN102530620B CN201110415913.6A CN201110415913A CN102530620B CN 102530620 B CN102530620 B CN 102530620B CN 201110415913 A CN201110415913 A CN 201110415913A CN 102530620 B CN102530620 B CN 102530620B
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Abstract
The invention provides a material butt-joint device for a three-layered thin film, comprising a material butt-joint soleplate, bond tape assemblies arranged at two opposite sides of the material butt-joint soleplate for providing bond tapes, bond tape offset correcting assemblies arranged at the other two opposite sides of the material butt-joint soleplate for aligning the butting films, a pressing assembly arranged on the material butt-joint soleplate for fixing the butting films during the material butt-joint process, and a clamping assembly arranged above the material receiving soleplate for clamping each layer of the three-layered thin film. The three-layered thin film is butted layer by layer by the invention, the structure of the whole device is simple, the operation is convenient and the implementation is easy.
Description
Technical field
The present invention relates to reel-to-reel film transportation art, be specifically related to a kind of material-receiving device for three-decker film, realize the function that every layer of flexible membrane of three-decker film connects respectively.
Background technology
In industries such as printing, packaging and flexible electronic manufactures, flexible thin-film material's delivery system has obtained extensive utilization.In actual condition, membraneous material may be served as processed object, also may only present conveying function as the carrier of object to be processed.Membraneous material can adopt the feeding form of reel-to-reel in conveying, also can individual or in flakes carry.In production, after a cluster film material runs out, when the membraneous material that more renews, new and old material need to be linked together by certain mode, realize continuously and producing.Conventionally adopt the form of adhesive tape bonding.Film is carried to the device fabrication line that has certain requirements, when new and old film docking, meet the requirement of smooth, continuous and tension stability, this just requires film junction can not occur skewness, and connects reliable.
Using multilayer films material special operation condition especially, common is three-decker formula membraneous material, while connecting material, need to complete respectively the operation that connects material to every one deck of multilayer films, and ensure can not occur between each layer after docking obvious dislocation, distortion, the phenomenon such as wrinkling, comparatively strict to material-receiving device requirement.
The situation that existing membraneous material material-receiving device is individual layer for membraneous material mostly, connect material less being mentioned of device of task of oriented multilayer structural membrane material.Domestic patent CN 200520123542.4 provides a kind of reel replacing material accepting device, and this device only can be realized connecting material of single thin film material, but cannot realize connecting material of multilayer film, and more difficult realization connecting material to membraneous material under sheet feeding operating mode.
Summary of the invention
The object of the invention is to overcome above deficiency, a kind of material-receiving device for three-decker film is provided, realize the connection respectively of every one deck.
For a material-receiving device for three-decker film, comprise the base plate that connects material, be arranged on relative both sides of the base plate that connects material, for the adhesive tape assembly of adhesive tape is provided; Be arranged on another relative both sides of the base plate that connects material, for docking the gummed tape rectify a deviation assembly of the neat contraposition of film; Be arranged on the base plate that connects material the pressing assembly of fixing docking film when connecting material; And be arranged on the base plate top that connects material for clamping the clamp assemblies of each layer of three-decker film.
Described adhesive tape assembly comprises the side plate of the base plate sidepiece that connects material described in being fixed on, connect material described in described side plate the deviates from surface of base plate is provided with adhesive tape laterally steering mechanism, and described lateral plates is provided with tape roll longitudinal fixing mechanism, adhesive tape longitudinally guiding mechanism and adhesive tape steering hardware to the surface of the described base plate that connects material; Tape roll is vertically fixed in after tape roll longitudinal fixing mechanism, and base plate connects material described in the top that pull-out adhesive tape is walked around adhesive tape longitudinally guiding mechanism side, adhesive tape steering hardware below, adhesive tape laterally steering mechanism successively arrives.
Described adhesive tape laterally steering mechanism comprises guiding roller axle, through the guiding roller of described guiding roller axle, described guiding roller end is fixed on to the guiding roller bearing of described side plate, and near the adhesive tape fixed strip of described guiding roller axle.
Described tape roll longitudinal fixing mechanism comprises the longitudinal anchor shaft of tape roll, and is enclosed within top and the adjustable for height keep plate of the longitudinal anchor shaft of described tape roll.
Described adhesive tape longitudinally guiding mechanism comprises by bearing brackett and is installed to the rear adhesive tape longitudinally guiding axle on described side plate.
Described rear adhesive tape steering hardware comprises the adhesive tape steering shaft that screw thread joins and turns to adapter shaft, described in turn to the adapter shaft described side plate that is threaded.
Described gummed tape rectify a deviation assembly comprises the scale graduation connecting material on base plate described in being inlaid in, processing is at the groove of the described base plate sidepiece that connects material, be positioned at correction block and fine setting piece that described groove connects by set screw, and the tightening screw connecting material on base plate described in correction block and fine setting piece are fixed on.
Be provided with two described gummed tape rectify a deviation assemblies at the described base plate homonymy that connects material, this two gummed tape rectify a deviations assembly joins by synchronization bar.
Described pressing assembly comprises pressing plate, described pressing plate has elastic layering, described in being hinged on, described pressing plate one end connects material on base plate, the other end connects material on base plate described in being fixed on by quick detach hasp in the time connecting material, and is bolted on another adapter plate connecting material on floor described in being located in the time not connecting material
Described clamp assemblies comprises clamper and leverage runner assembly, described leverage runner assembly comprises contiguous block, described contiguous block connects described clamper, described contiguous block has through hole, in described through hole, be inserted with adapter shaft, described adapter shaft two ends are connected and fixed axle by a rotor plate respectively, and described anchor shaft is fixed on described pressing assembly; Or described clamp assemblies comprises clamper and magnet adsorption assembly, described magnet adsorption assembly comprises contiguous block and magnet, and described contiguous block connects described clamper, described contiguous block by described magnet adsorption on described pressing assembly.
Technique effect of the present invention is embodied in:
The invention provides a kind of material-receiving device for three-decker film, mainly comprise supporting component, correction assembly, pressing assembly, clamp assemblies and adhesive tape assembly.Supporting component is responsible for being connected and fixed of all the other each assemblies in device, and package unit is fixed in the corresponding equipment package of production status.Correction assembly is responsible for the neat contraposition of film to be docked, and the side of the rear film material that ensures to connect material is neat, takes into account the function to carrying out correcting correction through the film of its upper conveying simultaneously.When non-connecting material, pressing assembly is lifted fixing, and membraneous material can freely pass through material-receiving device, and while connecting material, pressing assembly is pressed down and locks, and the material receiving end of membraneous material to be docked is fixed.Connect material in process at three-layer thin-film material, clamp assemblies is responsible for each layer film to pick up, and completes respectively the connection to each layer film.Adhesive tape assembly has been realized the spatially variation of angle and position of adhesive tape, and the adhesive tape that is directed to material receiving area is fixed, and uses when connecting material.This device reel-to-reel delivery system, also can carry out layering docking to multiple-structure under monolithic feeding operating mode or individual layer mechanism film except adapting to, and meanwhile, this device also can connect material to the film of double-layer structure.This material-receiving device has compact conformation, simple to operation, reliability high.
Brief description of the drawings
Fig. 1 is that the present invention is for three layers of thin material-receiving device preferred embodiments three-dimensional structure diagram;
Fig. 2 is the three-dimensional structure diagram of the rear adhesive tape assembly in Fig. 1;
Fig. 3 is the spatial structure exploded drawings of the rear adhesive tape assembly in Fig. 2;
Fig. 4 is the three-dimensional structure diagram of the supporting component in Fig. 1;
Fig. 5 is the spatial structure exploded drawings of the supporting component in Fig. 4;
Fig. 6 is the three-dimensional structure diagram of the correction assembly in Fig. 1;
Fig. 7 is the spatial structure exploded drawings of the correction assembly in Fig. 6;
Fig. 8 is the three-dimensional structure diagram of the clamp assemblies in Fig. 1;
Fig. 9 is the spatial structure exploded drawings of the clamp assemblies in Fig. 8;
Figure 10 is the three-dimensional structure diagram of the pressing assembly in Fig. 1;
Figure 11 is the spatial structure exploded drawings of the pressing assembly in Figure 10;
Figure 12 is the three-dimensional structure diagram of the front adhesive tape assembly in Fig. 1;
Figure 13 is the spatial structure exploded drawings of the front adhesive tape assembly in Figure 12.
Detailed description of the invention
Now better embodiment explanation the present invention by reference to the accompanying drawings.
Refer to Fig. 1, preferred embodiments of the present invention comprises a set of rear adhesive tape assembly 10, a set of supporting component 20, charge-coupled 50 of quadruplet correction assembly 30, two cover clamp assemblies 40, two casing pressure, a set of front adhesive tape assembly 60.Afterwards, front adhesive tape assembly 10,60 is responsible in the time connecting material as the region that connects material provides adhesive tape.Supporting component 20 is responsible for each this material-receiving device assembly to be connected and fixed, and is connected with other devices of complete film line.The neat contraposition of correction assembly 30 film to be docked while being responsible for connecting material, the side of the rear film material that ensures to connect material is neat, film in carrying is played to correction correcting function simultaneously.Clamp assemblies 40 be responsible in the time connecting material by three-decker film wherein certain layer pick up, the film being picked up can be tiled on adhesive tape to realize the connection respectively of every layer of flexible membrane of three-decker film simultaneously, when pressing assembly 50 is responsible for connecting material, film to be docked is fixing, ensure in the time connecting material operation, film to be docked is not subject to involving of film outside film joint, avoids film joint to occur deflection or gap etc.
Refer to Fig. 1, Fig. 2 and Fig. 3, the rear adhesive tape assembly 10 in the present invention comprises that rear guiding roller bearing 101, rear guiding roller axle 102, rear adhesive tape fixed strip 103, rear adhesive tape guiding roller 104, rear quarter panel 202, rear tape roll rib 105, rear tape roll anchor shaft 106, tape roll support 107, rear adhesive tape turn to adapter shaft 108, rear adhesive tape steering shaft 109, support support seat 110, rear bearing permanent seat 111, the rear adhesive tape axis of guide 112.Rear adhesive tape guiding roller 104 is fixed on rear quarter panel 202 by rear guiding roller axle 102 and rear guiding roller bearing 101.After rear adhesive tape fixed strip 103 is installed to two by screw on guiding roller bearing 101.Rear tape roll anchor shaft 106 is directly fixed on tape roll support 107 by screw, and rear tape roll rib 105 can slide at rear tape roll anchor shaft 106 easy on and off, and completes fixing by screw.Tape roll support 107 is directly installed on front adhesive tape assembly 60 by screw, and support support seat 110 is directly installed on supporting component 20, for tape roll support 107 provides supplemental support.Rear adhesive tape steering shaft 109 is threaded connection with rear steering adapter shaft 108, can realize the adjusting to rear adhesive tape steering shaft 109 angles of inclination around axial adjustment rear steering adapter shaft 108, and rear steering adapter shaft 108 is bolted on supporting component 20.The rear adhesive tape axis of guide 112 is installed on supporting component 20 by rear bearing bearing 111, the rear adhesive tape axis of guide 112 is free to rotate around axis, again because it will directly contact with adhesive tape gluing face, conventionally to do surface anti sticking processing, in concrete enforcement, release treatment can be pasted by surface knurling or on surface one deck antisticking adhesive tape.Adhesive tape steering unit is an axle with space angle, angle can be carried out manual regulation as required, object is to realize the variation that connects adhesive tape cloth time space angle, make it can directly be laid in the place that connects material, realize the connection to film waiting, owing to will directly contacting with the glue face of adhesive tape, therefore release treatment need be carried out in steering shaft surface.Described adhesive tape pilot unit is made up of a series of axis of guides or guiding roller, and object is connection adhesive tape to be directed to from fixed position the position that connects material, and owing to will directly contacting with adhesive tape sticky surface, therefore will carry out release treatment to the surface of the axis of guide or roller.
By following steps, rear adhesive tape is guided to the region that connects material:
1, by rear tape roll anchor shaft 106 and rear tape roll rib 105, the assembly glue roll coil of strip is fixed on tape roll support 107;
2, manual guidance adhesive tape initiating terminal is walked around from the rear adhesive tape axis of guide 112 outsides, keeps glue face to contact with axial plane;
3, adhesive tape is walked around to glue-free and axle Surface Contact of adhesive tape from rear adhesive tape steering shaft 109 belows;
4, guiding adhesive tape passes along the gap between rear adhesive tape guiding roller 104 and rear adhesive tape fixed strip 103, and glue-free of adhesive tape contacts with roller surfaces.
5, finally connection adhesive tape initiating terminal is adhered on rear adhesive tape fixed strip 103 in order to using.
Refer to Fig. 1, Fig. 4, Fig. 5, the supporting component 20 in the present invention comprises two pairs of fixed angles seats 201, rear quarter panel 202, four strut angle seats 203, the base plate 204 that connects material, front side plate 205.Fixed angles seat 201 is installed on rear quarter panel 202, for this invention material-receiving device is connected with other devices of film delivery system device.Rear quarter panel 202, connect material base plate 204 and front side plate 205 link together by strut angle seat 203, simultaneously in order to increase Joint strenght, are directly connected connecting material between base plate 204 and front side plate 205 and rear quarter panel 202 by screw.Connect material on base plate 204 and be processed with narrow groove, for docking neatly cutting of film joint.In the time of concrete operating mode, if connecting device structure is large, weight is heavier, can convert the form of fixed angles seat 201, make multiple junior units synthesize a larger part or other configurations, increase the fixing reliability of this material-receiving device.
Refer to Fig. 1, Fig. 6, Fig. 7, the correction assembly 30 in the present invention comprises two scale graduations 301, four correction blocks 302, four binding bolts 303, four fine setting pieces 304, four trimming bolts 305, four lock bolts 306, four clamp nuts 307, four synchronous connecting shafts 308, two synchronization bars 309, four synchronous tie bolts 310.Scale graduation 301 is inlaid in and connects material on base plate 204, for the position of contraposition film waiting adjusting correction block provides reference data.Correction block 302 links together by set screw 305 with fine setting piece 304, manually it is slided along the U-shaped groove connecting material on base plate 204, realize the coarse adjustment of its position, then by lock screw 306, fine setting piece 304 is fixed on and is connected material on base plate 204, then manual regulation micrometer adjusting screw 305, finely tune position to correction block 302, after position adjustments is good, is fixed on and is connected material on base plate 204 by tightening screw 303 and clamp nut 307 realization correction blocks 302.In order to improve adjusting efficiency, two symmetrical correction unit link together by synchronization bar 309, and synchronization bar 309 is fixed on correction block 302 by synchronous tie bolt 310 and synchronous connecting shaft 308.
Refer to Fig. 1, Fig. 8, Fig. 9, the clamp assemblies 40 in the present invention comprises grip block 401, lower grip block 402, adapter shaft 403, spring 404, contiguous block 405, anchor shaft 406, axis of guide bearing 407, E type back-up ring 408, adapter shaft 409, connecting panel 410.Upper and lower grip block 401,402, adapter shaft 403 and spring 404 have formed the gripper unit in clamp assemblies 40, and this clamper is by Manual press folding, and the restoring force of spring 404 is by its Automatic-clamping.Clamper and contiguous block 405 are fixed together by screw, and by through hole and adapter shaft 409 free-running fits on contiguous block 405, make contiguous block 405 and the clamper can be in the cofree rotation of adapter shaft 409, but its two E type back-up rings 408 that are installed on adapter shaft 409 along moving of adapter shaft 409 axis limit.Adapter shaft 409 is fixed on pressing assembly 50 by connecting panel 410, anchor shaft 406 and axis of guide bearing 407.Wherein, connecting panel 410 can freely rotate on anchor shaft 406.In this embodiment, the gripper unit on clamp assemblies 40 is to be connected mutually by a series of leverage and pressing assembly 50, in addition, also can realize it by the suction type of magnet and interconnect.
Refer to Fig. 1, Figure 10, Figure 11, the pressing assembly 50 in the present invention mainly comprises quick detach hasp 501, pressing plate 502, butterfly hinge 503, elastic layering 504, bolt of rear end plate 505, adapter plate 506, adapter plate bearing 507.Elastic layering 504 is generally thin slice rubber-like elastic material, and as government rubber or polyurethane, itself and film contact surface can be processed into sawtooth projection according to working condition requirement, are directly bonded in pressing plate 502 bottoms when installation.Pressing plate 502 is connected by butterfly hinge 503 and the base plate 204 that connects material.During non-connecting material, pressing plate 502 is manually lifted, and is fixed on adapter plate 506 by bolt of rear end plate 505, and now pressing plate 502 forms wedge gap with the base plate 204 that connects material, and ensures that film passes freely through.Adapter plate 506 is connected by adapter plate bearing 507 and front side plate 205.Need connect material time, manually pressing plate 502 is unclamped and compresses film from adapter plate 506, and fixing by quick detach hasp 501, realize fixing film waiting.Pressing plate 502 can be adjusted by the position that regulates butterfly hinge 503 and quick detach hasp 501 thrust of film waiting, also can realize by the elastic layering 504 of changing different-thickness or performance.This embodiment is to adopt manual mode realize pressing plate to the fixing of film and discharge, and in actual applications, if it is more frequent to connect material, also can adopt automatic clamping form, as adopted air cylinder driven to realize 502 folding.
Refer to Fig. 1, Figure 12, Figure 13.Before in the present invention, adhesive tape assembly 60 comprises front tape roll anchor shaft 601, front tape roll rib 602, the front adhesive tape axis of guide 603, front bearing permanent seat 604, front adhesive tape fixed strip 605, front adhesive tape guiding roller 606, leading to roll centre axle 607, front guiding roller bearing 608, front adhesive tape tuning axle 609, front adhesive tape tuning axle bed 610, front steering adapter shaft 611, front adhesive tape steering shaft 612.Front adhesive tape anchor shaft 601 is directly fixed on tape roll support 107 by screw, and front adhesive tape rib 602 can slide in right amount on front adhesive tape anchor shaft 601, can complete by tightening screw fixing.Front adhesive tape guiding roller 606 surfaces need be done surface anti sticking processing equally, when installation, are fixed to and connect material on base plate 204 to roll centre axle 607 and front guiding roller bearing 608 by leading.Front adhesive tape fixed strip 605 is installed on two front guiding roller bearings 608 by screw.The front adhesive tape axis of guide 603 is connected with two front bearing bearings 604 by two bearings, and is installed on front side plate 205, and the front adhesive tape axis of guide 603 axle surfaces need release treatment equally.Front adhesive tape tuning axle 609 is connected with front adhesive tape tuning axle bed 610 by two bearings, and is mounted on front side plate 205, and front adhesive tape tuning axle 609 surfaces need be done release treatment equally.Front steering adapter shaft 611 is connected with front side plate 205, rotates it and can realize the adjusting to front connection adhesive tape steering shaft 612 angles of inclination.
By following steps, front connection adhesive tape is directed to and is connected material on base plate 204:
1, by front tape roll anchor shaft 601 and front tape roll rib 602, the front assembly glue roll coil of strip is fixed on tape roll support 107;
2, manual guidance adhesive tape initiating terminal is walked around in the adhesive tape axis of guide 603 outsides in the past, and sticky surface contacts with axial plane;
3, adhesive tape is walked around adhesive tape steering shaft 612 tops in the past to glue-free and axle Surface Contact;
4, adhesive tape is walked around adhesive tape tuning axle 609 belows in the past to sticky surface and axle Surface Contact;
5, adhesive tape is walked around along front adhesive tape guiding roller 606 outsides, sticky surface contacts with roller surfaces;
6, finally front adhesive tape initiating terminal is adhered on front adhesive tape fixed strip 605 in order to using.
In the time using apparatus of the present invention to complete the task that connects material of three-layer thin-film material, complete two film joint exactitude positions by the use assembly 30 of rectifying a deviation, use two pressing assemblies 50 that two joints of material waiting are fixed, re-use two clamp assemblies 40, three-layer thin-film material is all picked up, adhesive tape on rear adhesive tape assembly 10 is tiled to and connected material on platform, then the membraneous material on clamp assemblies 40 is tiled to and connected on adhesive tape, complete the connection of bottom film; Manually peel off top film, use clamp assemblies 40 that top film is picked up, the adhesive tape on front adhesive tape assembly 60 is tiled on intermediate layer film, complete the connection of intermediate layer film; Finally the top film on clamp assemblies 40 is put down, again the connection adhesive tape on front adhesive tape assembly 60 is tiled in top film, complete the connection of top film.By above operation, can complete the task that connects material of three-layer thin-film.Between common each layer film, have certain viscosity, can utilize the adhesive tape that viscosity is stronger that each layer film is cut separation.Meanwhile, if desired clear up the irregular joint of film to be docked, can adopt the groove that cuts on material receiving to complete cutting.
Claims (1)
1. for a material-receiving device for three-decker film, comprise
Base plate connects material;
Be arranged on relative both sides of the base plate that connects material, for the adhesive tape assembly of adhesive tape is provided;
Be arranged on another relative both sides of the base plate that connects material, for docking the gummed tape rectify a deviation assembly of the neat contraposition of film;
Be arranged on the base plate that connects material the pressing assembly of fixing docking film when connecting material; And
Be arranged on the base plate top that connects material for clamping the clamp assemblies of each layer of three-decker film;
Described adhesive tape assembly comprises the side plate of the base plate sidepiece that connects material described in being fixed on, connect material described in described side plate the deviates from surface of base plate is provided with adhesive tape laterally steering mechanism, and described lateral plates is provided with tape roll longitudinal fixing mechanism, adhesive tape longitudinally guiding mechanism and adhesive tape steering hardware to the surface of the described base plate that connects material; Tape roll is vertically fixed in after tape roll longitudinal fixing mechanism, and base plate connects material described in the top that pull-out adhesive tape is walked around adhesive tape longitudinally guiding mechanism side, adhesive tape steering hardware below, adhesive tape laterally steering mechanism successively arrives;
Described adhesive tape laterally steering mechanism comprises guiding roller axle, through the guiding roller of described guiding roller axle, described guiding roller end is fixed on to the guiding roller bearing of described side plate, and near the adhesive tape fixed strip of described guiding roller axle;
Described tape roll longitudinal fixing mechanism comprises the longitudinal anchor shaft of tape roll, and is enclosed within top and the adjustable for height keep plate of the longitudinal anchor shaft of described tape roll;
Described adhesive tape longitudinally guiding mechanism comprises by bearing brackett and is installed to the rear adhesive tape longitudinally guiding axle on described side plate;
Described adhesive tape steering hardware comprises the adhesive tape steering shaft that screw thread joins and turns to adapter shaft, described in turn to the adapter shaft described side plate that is threaded;
Described gummed tape rectify a deviation assembly comprises the scale graduation connecting material on base plate described in being inlaid in, processing is at the groove of the described base plate sidepiece that connects material, be positioned at correction block and fine setting piece that described groove connects by set screw, and the tightening screw connecting material on base plate described in correction block and fine setting piece are fixed on;
Be provided with two described gummed tape rectify a deviation assemblies at the described base plate homonymy that connects material, these two gummed tape rectify a deviation assemblies join by synchronization bar;
Described pressing assembly comprises pressing plate, described pressing plate has elastic layering, described in being hinged on, described pressing plate one end connects material on base plate, the other end connects material on base plate described in being fixed on by quick detach hasp in the time connecting material, and is bolted on another adapter plate connecting material on base plate described in being located in the time not connecting material;
Described clamp assemblies comprises clamper and leverage runner assembly, described leverage runner assembly comprises contiguous block, described contiguous block connects described clamper, described contiguous block has through hole, in described through hole, be inserted with adapter shaft, described adapter shaft two ends are connected and fixed axle by a rotor plate respectively, and described anchor shaft is fixed on described pressing assembly; Or described clamp assemblies comprises clamper and magnet adsorption assembly, described magnet adsorption assembly comprises contiguous block and magnet, and described contiguous block connects described clamper, described contiguous block by described magnet adsorption on described pressing assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110415913.6A CN102530620B (en) | 2011-12-13 | 2011-12-13 | Material butt-joint device for three-layered thin film |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110415913.6A CN102530620B (en) | 2011-12-13 | 2011-12-13 | Material butt-joint device for three-layered thin film |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102530620A CN102530620A (en) | 2012-07-04 |
| CN102530620B true CN102530620B (en) | 2014-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201110415913.6A Active CN102530620B (en) | 2011-12-13 | 2011-12-13 | Material butt-joint device for three-layered thin film |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107187166B (en) * | 2017-05-12 | 2023-04-18 | 江苏远华轻化装备有限公司 | Double-purpose blowing piecing devices of compounding machine bed charge surface fabric |
| CN109530169A (en) * | 2019-01-21 | 2019-03-29 | 深圳市南科燃料电池有限公司 | A kind of coating machine applies cloth base material and plugs into equipment |
| CN113580396A (en) * | 2021-06-08 | 2021-11-02 | 信维通信（江苏）有限公司 | Nanocrystalline strip joint process |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR200355411Y1 (en) * | 2004-04-21 | 2004-07-06 | 주식회사남선알미늄 | Vinyl tape adhesion machine |
| CN201424151Y (en) * | 2009-04-30 | 2010-03-17 | 华联机械集团有限公司 | Adhesive tape coil mounting device |
| CN201923689U (en) * | 2010-11-05 | 2011-08-10 | 陕西北人印刷机械有限责任公司 | Manual splicing platform device for coating machine |
-
2011
- 2011-12-13 CN CN201110415913.6A patent/CN102530620B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR200355411Y1 (en) * | 2004-04-21 | 2004-07-06 | 주식회사남선알미늄 | Vinyl tape adhesion machine |
| CN201424151Y (en) * | 2009-04-30 | 2010-03-17 | 华联机械集团有限公司 | Adhesive tape coil mounting device |
| CN201923689U (en) * | 2010-11-05 | 2011-08-10 | 陕西北人印刷机械有限责任公司 | Manual splicing platform device for coating machine |
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| CN102530620A (en) | 2012-07-04 |
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