CN106515186B - A kind of automatic film splices equipment - Google Patents
A kind of automatic film splices equipment Download PDFInfo
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- CN106515186B CN106515186B CN201611240096.4A CN201611240096A CN106515186B CN 106515186 B CN106515186 B CN 106515186B CN 201611240096 A CN201611240096 A CN 201611240096A CN 106515186 B CN106515186 B CN 106515186B
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- film
- adhesive tape
- double faced
- faced adhesive
- compression
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/12—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by using adhesives
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/06—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the heating method
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/10—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using action of vacuum or fluid pressure
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- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The present invention relates to a kind of automatic films to splice equipment, it includes rack, non-adhering membranes unreeling structure, adhesive membrane unreeling structure, film compression mechanism, film cutter structure, film gripping body, film switching mechanism, sticking double faced adhesive tape mechanism, press mechanism, film heat sealing mechanism and film take-up on film, and adhesive membrane unreeling structure is located at the side of the non-adhering membranes unreeling structure；Film compression mechanism is set to the first side of rack, and corresponding non-adhering membranes unreeling structure and adhesive membrane unreeling structure；Film cutter structure is located at the side of film compression mechanism；Film gripping body is located at the side of film cutter structure；Film switching mechanism is located at the side of film gripping body；Sticking double faced adhesive tape mechanism is located at the lower section of film switching mechanism；Press mechanism is located at the side of sticking double faced adhesive tape mechanism on film；Film heat sealing mechanism is located at the top of film switching mechanism；Film take-up is set to outside the rack, and close to the second side of rack.
Description
Technical field
The present invention relates to a kind of heterogeneity film interconnection technique field more particularly to a kind of automatic film splicing equipment.
Background technology
The consumptive material that cotton harvester is used to be packaged cotton at present is the film spliced using non-adhering membranes and adhesive membrane, first
Preceding to be bonded non-adhering membranes and adhesive membrane by normal tape or glue spraying mode, glue spraying equipment glue spraying is when on film, often
Occur local viscosity it is bigger, equipment using when will appear failure.In addition non-adhering membranes are bonded by manual type mostly and glued
Property film expend many manpowers and time, production cost is caused to be substantially improved, and efficiency is bad, production capacity is bad.Simultaneously because logical
Manual type bonding non-adhering membranes and adhesive membrane are crossed, the quality that spelling all obtains film is also bad, and fraction defective is caused to be substantially improved.It is logical
Two-sided glue sticking non-adhering membranes and adhesive membrane are crossed, makes equipment more smooth when removing, greatly reduces the failure rate of equipment.
Invention content
For deficiency of the prior art, the object of the present invention is to provide a kind of automatic films to splice equipment.
In order to solve the above-mentioned technical problem, this application discloses a kind of automatic films to splice equipment, which is characterized in that packet
It includes：Rack；Non-adhering membranes unreeling structure is set to outside the rack, and close to the first side of the rack；Adhesive membrane is put
Mechanism is rolled up, is located at the side of the non-adhering membranes unreeling structure；Film compression mechanism is set to the first of the rack
Side, and the corresponding non-adhering membranes unreeling structure and adhesive membrane unreeling structure；Film cutter structure is located at the film pressure
The side of tight mechanism, and it is opposite with the non-adhering membranes unreeling structure and adhesive membrane unreeling structure；Film gripping body, position
In the side of the film cutter structure, and it is opposite with the film compression mechanism；Film switching mechanism is located at the film
The side of gripping body, and it is opposite with the film cutter structure；Sticking double faced adhesive tape mechanism is located at the film switching mechanism
Lower section；Press mechanism on film is located at the side of the sticking double faced adhesive tape mechanism, and the corresponding film switching mechanism；It is thin
Film heat sealing mechanism is located at the top of the film switching mechanism, and opposite with press mechanism on the film；And film take-up
Mechanism is set to outside the rack, and close to the second side of the rack, and positioned at the side of the film heat sealing mechanism.
According to the embodiment of the application, above-mentioned film compression mechanism includes：Pedestal is compressed, is set to the machine
Frame；Upper compression framework, frame are set on the compression pedestal, and the pedestal that compresses separates the upper space for compressing framework not glue
Film enters area and adhesive membrane enters area, and the non-adhering membranes enter area and correspond to the non-adhering membranes unreeling structure, described viscous
Property film enters area and corresponds to the adhesive membrane unreeling structure；Multiple upper compact heaps are arranged at intervals at the upper compression framework
Upper architrave；Lower compression bar is set to the upper side for compressing framework, and positioned at the lower section for compressing pedestal；It is multiple
Upper compression cylinder, is arranged at intervals at the lower section of the upper compression framework, and connects the upper compression framework；And multiple pushings
Tight cylinder is arranged at intervals at the side of the multiple upper compression cylinder, and positioned at the lower section of the lower compression bar, and connects institute
State lower compression bar.
According to the embodiment of the application, above-mentioned film cutter structure includes：Two upper cutting motor sliding rails, side by side
The rack is set to, and positioned at the side of the film compression mechanism；Two upper cutting tool aprons, are slidedly arranged on corresponding respectively
Upper cutting motor sliding rail；Motor slide rail is cut under two, is juxtaposed on the rack, and positioned at described two upper cutter
The lower section of seat, and be mutually parallel with described two upper cutting motor sliding rails；And two lower cutter seats, it is slidedly arranged on respectively pair
The lower cutting motor slide rail answered.
According to the embodiment of the application, above-mentioned film gripping body includes：Two gripping motor sliding rails, are set to
The both ends of the rack, and positioned at the top of the film cutter structure；Two gripping lifting cylinders, are slidedly arranged on correspondence respectively
Gripping motor sliding rail；Grip pedestal, connection two grippings lifting cylinder；And multiple grasping structures, interval are set
The gripping pedestal is placed in, and is respectively provided with the first gripping manipulator and the second folder positioned at the first gripping manipulator side
Manipulator is taken, multiple first gripping manipulators and multiple second gripping manipulators of the multiple grasping structures correspond to the film
Multiple notches of gripping body.
According to the embodiment of the application, above-mentioned film switching mechanism includes：Two overturning sliding rails, are respectively arranged at
The both ends of the rack；Two overturning drive components, are slidedly arranged on corresponding overturning sliding rail respectively；And overturning adsorption plate,
Both ends are articulated in two overturnings drive component.
According to the embodiment of the application, above-mentioned film switching mechanism further includes film support plate, the film support
Plate is set in the groove of the overturning adsorption plate, and the area of the film support plate is more than the area of the overturning adsorption plate.
According to the embodiment of the application, above-mentioned sticking double faced adhesive tape mechanism includes：Sliding rail is pasted, is set to the machine
Frame, and positioned at the side of the film cutter structure；Pedestal is pasted, is slidedly arranged on the stickup sliding rail；Mobile motor is pasted,
The stickup pedestal is fixed on, and connects the stickup sliding rail；Double faced adhesive tape unreels component, is set to the stickup pedestal, and
It is opposite with the stickup mobile motor；Sticking double faced adhesive tape component is set to the stickup pedestal, and is put positioned at the double faced adhesive tape
The side of wound module；Stickup holds down assembly, and is set to the stickup pedestal, and positioned at the one of the sticking double faced adhesive tape component
Side；Release paper recycles guide groove, is set to the stickup pedestal, and holds down assembly positioned at the stickup, sticking double faced adhesive tape component
And double faced adhesive tape unreels the lower section of component；And release paper winding component, the stickup pedestal is set to, and correspondence is described release
Paper recycles guide groove.
According to the embodiment of the application, above-mentioned sticking double faced adhesive tape component includes：Fixed seat is pasted, is set to described
Pedestal is pasted, and the side of component is unreeled positioned at the double faced adhesive tape；Lifting cylinder is pasted, is set to the stickup fixed seat
Side；Lifting seat is pasted, connects the stickup lifting cylinder, and with auxiliary cylinder；Two double faced adhesive tape compression cylinders, set
It is placed in the both ends for pasting lifting seat；And double faced adhesive tape compressor arm, two double faced adhesive tape compression cylinders are connected, and be located at
The side of the auxiliary cylinder.
According to the embodiment of the application, above-mentioned stickup hold down assembly including：Compression cylinder is pasted, is set to described
Pedestal is pasted, and positioned at the side of the sticking double faced adhesive tape component；Support base connects the stickup compression cylinder；Paste pressure
Tight block is set to the top of the support base；Paste cutting sliding rail, be set in the support base, and with the stickup
Compact heap is opposite；And cutting tool apron is pasted, it is slidedly arranged on and described pastes cutting sliding rail, and towards the sticking double faced adhesive tape group
Part.
Above-mentioned to further include film closing waist mechanism according to the embodiment of the application, the film closing waist mechanism is set to
The second side of the rack, and between the film heat sealing mechanism and film take-up.
Compared with prior art, the application can be obtained including following technique effect：
The application automatic film splicing equipment mainly by double faced adhesive tape and heat sealing adhesive non-adhering membranes and adhesive membrane and
Splicing film is formed, and reaches automation and quantity-produced effect, effectively promotes the effect of bonding non-adhering membranes and adhesive membrane
Rate, and whole production capacity is promoted, while the yield for splicing film is substantially improved.
Description of the drawings
Fig. 1 is that the automatic film of one embodiment of the application splices the schematic diagram of equipment.
Fig. 2 is the schematic diagram of the film compression mechanism of one embodiment of the application.
Fig. 3 is the schematic diagram of the film cutter structure of one embodiment of the application.
Fig. 4 is the schematic diagram of the film gripping body of one embodiment of the application.
Fig. 5 is press mechanism and film on the film switching mechanism of one embodiment of the application, sticking double faced adhesive tape mechanism, film
The schematic diagram of heat sealing mechanism.
Fig. 6 is the schematic diagram of press mechanism on the film of one embodiment of the application.
Fig. 7 is the stereogram of the film closing waist mechanism of one embodiment of the application.
Fig. 8 is the schematic diagram of the film closing waist mechanism of one embodiment of the application.
Specific embodiment
The multiple embodiments for the application being disclosed with schema below, as clearly stated, the details in many practices
It will be explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit the application.Also
It is to say, in some embodiments of the application, the details in these practices is non-essential.In addition, for the sake of simplifying schema,
Some known usual structures will be painted it in a manner of simply illustrative in the drawings with component.
About its " first " used herein, " second " etc., the meaning of order or cis-position is not especially censured, also non-use
The component described with same technique term just for the sake of difference with to limit the application or operation.
Referring to Fig. 1, it is the schematic diagram of the automatic film splicing equipment 1 of one embodiment of the application；As shown in the figure, this
Application provides a kind of automatic film splicing equipment 1, and the automatic film splicing equipment 1 of the application includes rack 2, adhesive membrane unreels
Mechanism 3, non-adhering membranes unreeling structure 4, film compression mechanism 5, film cutter structure 6, film gripping body 7, film tipper
Structure 8, sticking double faced adhesive tape mechanism 9, press mechanism 10, film heat sealing mechanism 11 and film take-up 13 on film.Adhesive membrane is put
Volume mechanism 3 and non-adhering membranes unreeling structure 4 are set to outside rack 2, and close to the first side 2a of rack 2, present embodiment is not
Viscous thin-film unreeling mechanism 4 is located at the top of adhesive membrane unreeling structure 3.Film compression mechanism 5 is set to the first side of rack 2
2a, and corresponding adhesive membrane unreeling structure 3 and non-adhering membranes unreeling structure 4.Film cutter structure 6 is set to rack 2, and is located at
The side of film compression mechanism 5, and it is opposite with adhesive membrane unreeling structure 3 and non-adhering membranes unreeling structure 4.Film gripping body
7 are set to rack 2, and positioned at the side of film cutter structure 6, and opposite with film compression mechanism 5.Film switching mechanism 8 is set
Rack 2 is placed in, and positioned at the side of film gripping body 7, and opposite with film cutter structure 6.Sticking double faced adhesive tape mechanism 9 is set
In rack 2, and positioned at the lower section of film switching mechanism 8.Press mechanism 10 is set to rack 2 on film, and positioned at sticking double faced adhesive tape
The side of mechanism 9, and corresponding film switching mechanism 8.Film heat sealing mechanism 11 is set to rack 2, and positioned at film switching mechanism 8
Top, it is and opposite with press mechanism on film 10.Film take-up 13 is set to outside rack 2, and close to the second side of rack 2
2b, and positioned at the side of film heat sealing mechanism 11, wherein film take-up 13 and non-adhering membranes unreeling structure 4 and adhesive membrane
Unreeling structure 3 is opposite.
The application method of the automatic film splicing equipment 1 of present embodiment, is first provided by non-adhering membranes unreeling structure 4 and not glued
Film, non-adhering membranes pass through film compression mechanism 5 to film take-up 13.It is one section not viscous thin to treat that film take-up 13 furls
Film, film compression mechanism 5 compresses non-adhering membranes, and cuts non-adhering membranes.What then the absorption of film switching mechanism 8 had been turned off does not glue
Film, film take-up 13 furl the non-adhering membranes having been turned off, make the edge of non-adhering membranes and the edge of film switching mechanism 8
It trims.Then film switching mechanism 8 overturns non-adhering membranes.Sticking double faced adhesive tape mechanism 9 is to being adsorbed in not gluing for film switching mechanism 8
Film sticks double faced adhesive tape.Adhesive membrane unreeling structure 3 provides adhesive membrane to film compression mechanism 5, film compression mechanism 5 simultaneously
Adhesive membrane is compressed, film gripping body 7 grips adhesive membrane, and pulls adhesive membrane to the non-adhering membranes for posting double faced adhesive tape
Lower section, adhesive membrane is depressed into double faced adhesive tape by press mechanism 10 on film, and adhesive membrane is made to pass through sticking double faced adhesive tape in non-adhering membranes, shape
Splice film into first segment.
Then film switching mechanism 8 overturns first segment splicing film, and stops adsorbing first segment splicing film, film take-up
Mechanism 13 furls first segment splicing film, and pulls adhesive membrane.Then film compression mechanism 5 compresses adhesive membrane, and cuts
Adhesive membrane.Film switching mechanism 8 adsorbs the adhesive membrane having been turned off, and film take-up 13 persistently furls the viscosity having been turned off
Film, and make the edge of adhesive membrane to the edge of homogeneous thin film switching mechanism 8.Film gripping body 7 grips non-adhering membranes, and draws
Dynamic non-adhering membranes are to the top for the adhesive membrane for being located at film switching mechanism 8, and film heat sealing mechanism 11 is to non-adhering membranes and viscosity
Film is sealed, and forms second segment splicing film.Then film compression mechanism 5 stops adhesive membrane of the absorption through heat-sealing, thin
Film winder structure 13 furls second segment splicing film, repeats the above steps continuously be bonded adhesive membrane and non-adhering membranes later.
It is following start to illustrate film compression mechanism 5, film cutter structure 6, film gripping body 7, film switching mechanism 8,
The thin portion structure and function mode of press mechanism 10 and film heat sealing mechanism 11 in sticking double faced adhesive tape mechanism 9, film.
It is the schematic diagram of the film compression mechanism 5 of one embodiment of the application also referring to Fig. 2；As shown in the figure, this
The film compression mechanism 5 of embodiment include compress pedestal 51, it is upper compression framework 52, multiple upper compact heaps 53, lower compression bar 54,
Multiple upper compression cylinders 55 and multiple lower compression cylinders 56 compress pedestal 51 and are set to rack 2, and positioned at upper compression framework 52
It is interior.It is that non-adhering membranes enter area 52a and adhesive membrane enters area 52b to compress pedestal 51 to separate space in compression framework 52, no
Viscous film enters area 52a and corresponds to non-adhering membranes unreeling structure 4, and adhesive membrane enters area 52b and corresponds to adhesive membrane unreeling structure 3.
Multiple upper compact heaps 53 are arranged at intervals at the upper architrave for compressing framework 52, and lower compression bar 54, which is set to, compresses the one of framework 52
Side, and positioned at the lower section for compressing pedestal 51.Multiple upper compression cylinders 55 are arranged at intervals at rack 2, and positioned at upper compression framework 52
Lower section, on each compression cylinder 55 gas bar connection on compress framework 52.Multiple lower compression cylinders 56 are arranged at intervals at machine
Frame 2, and positioned at the side of multiple upper compression cylinders 55, and it is located at the lower section of lower compression bar 54, each lower compression cylinder 56
The lower compression bar 54 of gas bar connection.
The non-adhering membranes that the non-adhering membranes that adhesive membrane unreeling structure 3 is provided penetrate compression framework 52 enter area 52a,
The adhesive membrane that the adhesive membrane that non-adhering membranes unreeling structure 4 is provided penetrates compression framework 52 enters area 52b.Multiple upper pressures
Tightly cylinder 55 drives compression framework 52 close toward pedestal 51 is compressed, and multiple upper compact heaps 53 is allowed to compress non-adhering membranes in compression base
Seat 51 avoids non-adhering membranes from continuing to be furled by film take-up 13；Opposite, multiple upper compression cylinders 55 drive and compress frame
Body 52 allows multiple upper compact heaps 53 such film gripping body 7, which can grip, not to be glued far from non-adhering membranes far from compressing pedestal 51
Film is moved toward film switching mechanism 8.It is moved in addition, multiple lower compression cylinders 56 drive lower compression bar 54 up to compress framework 52
Dynamic, lower compression bar 54 compresses adhesive membrane in compression pedestal 51, and film gripping body 7 can not pull adhesive membrane to be overturn toward film
Mechanism 8 moves；Opposite, multiple lower compression cylinders 56 drive lower compression bar 54 to be moved far from pedestal 51 is compressed, lower compression bar 54
Far from adhesive membrane, allow film gripping body 7 that adhesive membrane is pulled to be moved toward film switching mechanism 8.
It is the schematic diagram of the film cutter structure 6 of one embodiment of the application also referring to Fig. 3；As shown in the figure, this
The film cutter structure 6 of embodiment includes cutting electricity under two upper upper cutting tool aprons 62, two of cutting motor sliding rail 61, two
Machine sliding rail 63 and two lower cutter seats 64.Two upper cutting motor sliding rails 61 are juxtaposed on rack 2, and positioned at upper compression frame
The side of body 52, two upper cutting tool aprons 62 are slidedly arranged on corresponding upper cutting motor sliding rail 61, and correspond to and compress framework respectively
52 non-adhering membranes enter area 52a.Motor slide rail 63 is cut under two and is juxtaposed on rack 2, and positioned at two upper cutter
The lower section of seat 62, and be mutually parallel with two upper cutting motor sliding rails 61.Two lower cutter seats 64 are slidedly arranged on corresponding respectively
Lower cutting motor slide rail 63, and the adhesive membrane for corresponding to compression framework 52 enters area 52b.Two upper cutting motor sliding rails 61 drive
Dynamic two upper cutting tool aprons 62 are close to each other or are located remotely from each other, and enter the not viscous thin of area 52a pull-outs to cut never adhesive membrane
Film；Similarly, cutting motor slide rail 63 drives two lower cutter seats 64 close to each other or is located remotely from each other under two, with cutting from
Adhesive membrane enters the adhesive membrane of area 52b pull-outs.
It is the schematic diagram of the film gripping body 7 of one embodiment of the application again together refering to Fig. 4；As shown in the figure, this
The film gripping body 7 of embodiment include two gripping motor sliding rails, 71, two gripping lifting cylinders 72, gripping pedestal 73 and
Multiple grasping structures 74, two gripping motor sliding rails 71 are set to the both ends of rack 2, and are located at the top of film cutter structure 6,
Wherein two gripping motor sliding rail 71 is mutually perpendicular to cutting motor slide rail 63 under two upper cutting motor sliding rails 61 and two.Two
A gripping lifting cylinder 72 is slidedly arranged on corresponding gripping motor sliding rail 71 respectively, and gripping pedestal 73 connects two gripping lifting cylinders
72, and be mutually parallel with compressing pedestal 51.Multiple grasping structures 74 are arranged at intervals at gripping pedestal 73.Each grasping structures 74
The second gripping manipulator 742 including the first gripping manipulator 741 and positioned at 741 side of the first gripping manipulator, the first gripping
Manipulator 741 corresponds to non-adhering membranes and enters area 52a, and the second gripping manipulator 742 corresponds to adhesive membrane and enters area 52b.It refers to again
Fig. 2 has multiple notches 511 close to the side of the compression substrate 51 of film gripping body 7, and correspondence is more respectively for multiple notches 511
Multiple first gripping manipulators 741 and multiple second gripping manipulators 742 of a grasping structures 74.
Please refer to fig. 5, its be the film switching mechanism 8 of one embodiment of the application, it is sticking double faced adhesive tape mechanism 9, thin
The schematic diagram of press mechanism 10 and film heat sealing mechanism 11 on film；As shown in the figure, film switching mechanism 8 includes two overturning sliding rails
81st, two overturning drive components 82 and overturning adsorption plate 83.Two overturning sliding rails 81 are respectively arranged at the both ends of rack 2, with two
A gripping motor sliding rail 71 is mutually parallel.Two overturning drive components 82 are slidedly arranged on corresponding overturning sliding rail 81 respectively.Overturning is inhaled
The both ends of attached plate 83 are articulated in two overturning drive components 82, when non-adhering membranes or adhesive films enter film switching mechanism 8,
Non-adhering membranes or adhesive membrane are positioned over overturning adsorption plate 83, overturn 83 adsorbable non-adhering membranes of adsorption plate or adhesive membrane, Gu
Non-adhering membranes or adhesive membrane are determined in overturning adsorption plate 83, and two overturning drive components 82 can drive overturning adsorption plate 83 to overturn
180 degree, to carry out subsequent sticking two-faced adhesive tape or heat-sealing.The film switching mechanism 8 of the application further includes film support plate 84, turns over
Turn 83 upper surface of adsorption plate with groove 831, film support plate 84 is set in groove 831, wherein the face of film support plate 84
Product is more than the area of overturning adsorption plate 83, to support the non-adhering membranes or adhesive membrane that are located at outside overturning adsorption plate 83.
The sticking double faced adhesive tape mechanism 9 of present embodiment include paste sliding rail 91, paste pedestal 92, paste mobile motor 93,
Double faced adhesive tape unreels component 94, sticking double faced adhesive tape component 95, pastes hold down assembly 96, release paper recycling guide groove 97 and release paper winding
Component 98.It pastes sliding rail 91 and is set to rack 2, and positioned at the side of film cutter structure 6, it is mutually flat with overturning adsorption plate 83
Row.It pastes pedestal 92 and is slidedly arranged on and paste sliding rail 91, paste mobile motor 93 and be fixed on and paste pedestal 92, and connect stickup sliding rail
91.Double faced adhesive tape, which unreels component 94 and is set to, pastes pedestal 92, and opposite with pasting mobile motor 93.The double faced adhesive tape of present embodiment
It unreels component 94 to include unreeling fixed seat 941 and two-sided film tube 942, unreels fixed seat 941 and be set to and paste the one of pedestal 92
Side, two-sided film tube 942, which is articulated in, unreels fixed seat 941.Sticking double faced adhesive tape component 95, which is set to, pastes pedestal 92, and positioned at double
Face glue unreels the side of component 94, and the sticking double faced adhesive tape component 95 of present embodiment includes pasting fixed seat 951, pastes lifting air
Cylinder 952 pastes 953, two double faced adhesive tape compression cylinders 954 of lifting seat and double faced adhesive tape compressor arm 955, pastes fixed seat 951 and sets
In pasting pedestal 92, and the side of component 94 is unreeled positioned at double faced adhesive tape, paste lifting cylinder 952 and be set to and paste fixed seat 951
Side, paste the gas bar that lifting cylinder 952 is pasted in the connection of lifting seat 953, and with auxiliary cylinder 9531.Two two-sided glue laminateds
Tight cylinder 954 is respectively arranged at the both ends for pasting lifting seat 953, and double faced adhesive tape compressor arm 955 connects two double faced adhesive tape compression cylinders
954 two gas bars, and positioned at the side of auxiliary cylinder 9531.Two gas bars are tilted relative to horizontal line, and two gas bars push
Double faced adhesive tape compressor arm 955, and double faced adhesive tape compressor arm 955 is made to make oblique movement.Stickup hold down assembly 96 be set to paste pedestal 92,
And positioned at the side of sticking double faced adhesive tape component 95, stickup holds down assembly 96 including pasting compression cylinder 961, support base 962, pasting
Compact heap 963 pastes cutting sliding rail 964 and pastes cutting tool apron 966, pastes compression cylinder 961 and is set to and pastes pedestal 92, and
Positioned at the side of sticking double faced adhesive tape component 95, the gas bar of compression cylinder 961 is pasted in the connection of support base 962, is pasted compact heap 963 and is set
The top of support base 962 is placed in, cutting sliding rail 964 is pasted and is set in support base 962, and is opposite with pasting compact heap 963, glue
Proper cutter seat 966 is slidedly arranged on stickup cutting sliding rail 964, and towards sticking double faced adhesive tape component 95.Release paper recycling guide groove 97 is set
It is placed in and pastes pedestal 92, and 96, sticking double faced adhesive tape component 95 is held down assembly and double faced adhesive tape unreels the lower section of component 94 positioned at pasting.
Release paper winding component 98, which is set to, pastes pedestal 92, and corresponding release paper recycling guide groove 97.
The occupation mode of the sticking double faced adhesive tape mechanism 9 of present embodiment unreels component 94 for double faced adhesive tape and provides double faced adhesive tape,
Double faced adhesive tape is passed through between the double faced adhesive tape compressor arm 955 of sticking double faced adhesive tape component 95 and auxiliary cylinder 9531, and double faced adhesive tape is removed
For double faced adhesive tape and release paper, one end of release paper passes through release paper to recycle guide groove 97 to release paper and winds component 98, and release paper is received
Wound module 98 starts to furl release paper, and the release paper for making way for the double faced adhesive tape of sticking double faced adhesive tape component 95 automatically strips.It is two-sided
Two double faced adhesive tape compression cylinders 954 of glue component 95 drive double faced adhesive tape compressor arm 955 to be moved toward auxiliary cylinder 9531, two-sided
Glue compressor arm 955 compresses double faced adhesive tape in auxiliary cylinder 9531, can prevent double faced adhesive tape is constantly past from pasting 96 shiftings that hold down assembly
It is dynamic.Opposite, two double faced adhesive tape compression cylinders 954 drive double faced adhesive tape compressor arm 955, and far from auxiliary cylinder 9531, double faced adhesive tape is held
Continuously 96 movements that hold down assembly are pasted across simultaneously past between double faced adhesive tape compressor arm 955 and auxiliary cylinder 9531.
Pasting mobile motor 93 drives stickup pedestal 92 to be moved along sliding rail 91 is pasted, and pastes pedestal 92 and drives two-sided gluing
Patch component 95 is moved to the other end of rack 2, pastes lifting cylinder 952 and stickup lifting seat 953 is driven to be moved toward overturning adsorption plate 83
It is dynamic, make the sticking double faced adhesive tape of auxiliary cylinder 9531 in the non-adhering membranes of overturning adsorption plate 83.Then mobile motor 93 is pasted to drive
Sticking double faced adhesive tape component 95 is moved toward one end of rack 2, and auxiliary cylinder 9531 is inhaled with movement and by sticking double faced adhesive tape in overturning
The non-adhering membranes of attached plate 83.Then pasting compression cylinder 961 drives support base 962 to be moved toward overturning adsorption plate 83, pastes and compresses
Block 963 presses on the double faced adhesive tape for being sticked to non-adhering membranes, finally pastes cutting tool apron 966 and is moved along cutting sliding rail 964 is pasted, is cut
Disconnected double faced adhesive tape.
It is the schematic diagram of press mechanism 10 on the film of one embodiment of the application also referring to Fig. 6；As shown in the figure,
Press mechanism 10 includes multiple upper pressure lifting cylinders 101, upper pressure support base 102, top board 103 and more on the film of present embodiment
A upper air cylinder 104.Multiple upper pressure lifting cylinders 101 are set to rack 2, and positioned at the lower section of film switching mechanism 8, upper pressure branch
Support seat 102 connects multiple gas bars of multiple upper pressure lifting cylinders 101, and top board 103 is set on pressure support base 102, multiple
Upper air cylinder 104 is set to pressure support base 102, and multiple gas bars connect top board 103.Multiple upper pressure 101 bands of lifting cylinder
Dynamic upper pressure support base 102 rises or falls, and multiple upper air cylinders 104 drive top board 103 to rise, and compress top board 103
Adhesive membrane makes adhesive membrane Nian Jie with non-adhering membranes by double faced adhesive tape in the double faced adhesive tape of non-adhering membranes.
Again refering to Fig. 4, film heat sealing mechanism 11 includes multiple heat-sealing lifting cylinders 111 and heat-sealing structure 112, multiple heat-sealings
Lifting cylinder 111 is set to rack 2, and positioned at the top of film switching mechanism 8, and heat-sealing structure 112 connects multiple heat-sealing liftings
Multiple gas bars of cylinder 111.Multiple heat-sealing 111 liftable heat-sealing structures 112 of lifting cylinder, heat-sealing structure 112 is to being located at overturning
Adhesive membrane and non-adhering membranes on adsorption plate 83 are sealed, and make adhesive membrane Nian Jie with non-adhering membranes.Pass through the application's
Automatic film splicing equipment 1 can form the film of splicing automatically by double faced adhesive tape or heat sealing adhesive non-adhering membranes and adhesive membrane.
Also referring to Fig. 7 and Fig. 8, the stereogram of the film closing waist mechanism 12 of one embodiment of the application and signal
Figure；As shown in the figure, the automatic film splicing equipment 1 of the application further includes film closing waist mechanism 12, film closing waist mechanism 12 is set
In the second side 2b of rack 2, and between film heat sealing mechanism 11 and film take-up 13, as shown in Figure 1.Film closing waist machine
Structure 12 carries out closing waist processing in an at least cissing position for the film to splicing, and reduces the width of the film positioned at cissing position
Degree.Film closing waist mechanism 12 includes 124, two closing waist support plate 121, closing waist supporting rack 122, closing waist motor 123, commutator spiral shells
125, two screw rods 126 of pole socket and two electric-heating-wire-heating components 127, closing waist support plate 121 are set to the second side of rack 2
2b, and between film heat sealing mechanism 11 and film take-up 13, closing waist supporting rack 122 is set to rack 2, and positioned at closing waist
The top of support plate 121, closing waist motor 123 are set to the centre of closing waist supporting rack 122, and commutator 124 connects closing waist motor
123, two screw bolt seats 125 are respectively arranged at the both ends of closing waist supporting rack 122, and are located at the both sides of commutator 124 respectively, two
Screw rod 126 is connected respectively between the side of corresponding commutator 124 and screw bolt seat 125, and two electric-heating-wire-heating components 127 are worn respectively
Set on corresponding screw rod 126, and it is located at the notch 1211 of corresponding closing waist support plate 121 respectively.The film of present embodiment is received
The closing waist motor 123 of waist mechanism 12 drives two screw rods 126 to rotate by commutator 124, and two screw rods 126 drive two electric heating
Silk heating component 127 is close to each other or separate, to adjust the distance between two electric-heating-wire-heating components 127, and then controls and is located at
The width of the film of cissing position.In addition the non-adhering membranes without double faced adhesive tape or heat sealing adhesive and adhesive membrane are cut off, into one
Step promotes peeling effect.
In conclusion in one or more embodiments of the application, the automatic film splicing equipment of the application mainly passes through
Double faced adhesive tape and heat sealing adhesive non-adhering membranes and adhesive membrane and form splicing film, and reach automation and quantity-produced and make
With the effectively efficiency of promotion bonding non-adhering membranes and adhesive membrane, and promote whole production capacity, while the yield for splicing film is big
Width is promoted.By two-sided glue sticking non-adhering membranes and adhesive membrane, make equipment more smooth when removing, greatly reduce the event of equipment
Barrier rate.
The upper only presently filed embodiment, is not limited to the application.For those skilled in the art
For, the application can have various modifications and variations.All any modifications made in spirit herein and principle are equal
Replace, improve etc., it should all be included within the scope of claims hereof.
Claims (10)
1. a kind of automatic film splices equipment, which is characterized in that including：
Rack；
Non-adhering membranes unreeling structure is set to outside the rack, and close to the first side of the rack；
Adhesive membrane unreeling structure is located at the side of the non-adhering membranes unreeling structure；
Film compression mechanism is set to the first side of the rack, and the corresponding non-adhering membranes unreeling structure and viscosity are thin
Film unreeling structure；
Film cutter structure, be located at the film compression mechanism side, and with the non-adhering membranes unreeling structure and viscosity
Thin-film unreeling mechanism is opposite；
Film gripping body is located at the side of the film cutter structure, and opposite with the film compression mechanism；
Film switching mechanism is located at the side of the film gripping body, and opposite with the film cutter structure；
Sticking double faced adhesive tape mechanism is located at the lower section of the film switching mechanism；
Press mechanism on film is located at the side of the sticking double faced adhesive tape mechanism, and the corresponding film switching mechanism；
Film heat sealing mechanism is located at the top of the film switching mechanism, and opposite with press mechanism on the film；And
Film take-up is set to outside the rack, and close to the second side of the rack, and is sealed positioned at the film
The side of mechanism.
2. automatic film according to claim 1 splices equipment, which is characterized in that the film compression mechanism includes：
Pedestal is compressed, is set to the rack；
Upper compression framework, frame are set on the compression pedestal, and the pedestal that compresses separates the upper space for compressing framework for not
Viscous film enters area and adhesive membrane enters area, and the non-adhering membranes enter area and correspond to the non-adhering membranes unreeling structure, described
Adhesive membrane enters area and corresponds to the adhesive membrane unreeling structure；
Multiple upper compact heaps are arranged at intervals at the upper upper architrave for compressing framework；
Lower compression bar is set to the upper side for compressing framework, and positioned at the lower section for compressing pedestal；
Multiple upper compression cylinders, are arranged at intervals at the lower section of the upper compression framework, and connect the upper compression framework；And
Multiple lower compression cylinders are arranged at intervals at the side of the multiple upper compression cylinder, and positioned at the lower compression bar
Lower section, and connect the lower compression bar.
3. automatic film according to claim 1 splices equipment, which is characterized in that the film cutter structure includes：
Two upper cutting motor sliding rails, are juxtaposed on the rack, and positioned at the side of the film compression mechanism；
Two upper cutting tool aprons, are slidedly arranged on corresponding upper cutting motor sliding rail respectively；
Motor slide rail is cut under two, is juxtaposed on the rack, and positioned at the lower section of described two upper cutting tool aprons, and
It is mutually parallel with described two upper cutting motor sliding rails；And
Two lower cutter seats are slidedly arranged on corresponding lower cutting motor slide rail respectively.
4. automatic film according to claim 1 splices equipment, which is characterized in that the film gripping body includes：
Two gripping motor sliding rails are set to the both ends of the rack, and positioned at the top of the film cutter structure；
Two gripping lifting cylinders, are slidedly arranged on corresponding gripping motor sliding rail respectively；
Grip pedestal, connection two grippings lifting cylinder；And
Multiple grasping structures are arranged at intervals at the gripping pedestal, and are respectively provided with the first gripping manipulator and positioned at described
Second gripping manipulator of the first gripping manipulator side, multiple first gripping manipulators of the multiple grasping structures and multiple
Second gripping manipulator corresponds to multiple notches of the film gripping body.
5. automatic film according to claim 1 splices equipment, which is characterized in that the film switching mechanism includes：
Two overturning sliding rails are respectively arranged at the both ends of the rack；
Two overturning drive components, are slidedly arranged on corresponding overturning sliding rail respectively；And
Adsorption plate is overturn, both ends are articulated in two overturnings drive component.
6. automatic film according to claim 5 splices equipment, which is characterized in that the film switching mechanism further includes thin
Membrane support plate, the film support plate are set in the groove of the overturning adsorption plate, and the area of the film support plate is more than
The area of the overturning adsorption plate.
7. automatic film according to claim 1 splices equipment, which is characterized in that the sticking double faced adhesive tape mechanism includes：
Sliding rail is pasted, is set to the rack, and positioned at the side of the film cutter structure；
Pedestal is pasted, is slidedly arranged on the stickup sliding rail；
Mobile motor is pasted, is fixed on the stickup pedestal, and connect the stickup sliding rail；
Double faced adhesive tape unreels component, is set to the stickup pedestal, and opposite with the stickup mobile motor；
Sticking double faced adhesive tape component is set to the stickup pedestal, and the side of component is unreeled positioned at the double faced adhesive tape；
Stickup holds down assembly, and is set to the stickup pedestal, and positioned at the side of the sticking double faced adhesive tape component；
Release paper recycles guide groove, is set to the stickup pedestal, and holds down assembly positioned at the stickup, sticking double faced adhesive tape component
And double faced adhesive tape unreels the lower section of component；And
Release paper winds component, is set to the stickup pedestal, and the corresponding release paper recycling guide groove.
8. automatic film according to claim 7 splices equipment, which is characterized in that the sticking double faced adhesive tape component includes：
Fixed seat is pasted, is set to the stickup pedestal, and the side of component is unreeled positioned at the double faced adhesive tape；
Lifting cylinder is pasted, is set to the side for pasting fixed seat；
Lifting seat is pasted, connects the stickup lifting cylinder, and with auxiliary cylinder；
Two double faced adhesive tape compression cylinders are set to the both ends for pasting lifting seat；And
Double faced adhesive tape compressor arm connects two double faced adhesive tape compression cylinders, and positioned at the side of the auxiliary cylinder.
9. automatic film according to claim 7 splices equipment, which is characterized in that the stickup hold down assembly including：
Compression cylinder is pasted, is set to the stickup pedestal, and positioned at the side of the sticking double faced adhesive tape component；
Support base connects the stickup compression cylinder；
Compact heap is pasted, is set to the top of the support base；
Cutting sliding rail is pasted, is set in the support base, and is opposite with the stickup compact heap；And
Cutting tool apron is pasted, is slidedly arranged on and described pastes cutting sliding rail, and towards the sticking double faced adhesive tape component.
10. automatic film according to claim 1 splices equipment, which is characterized in that film closing waist mechanism is further included, it is described
Film closing waist mechanism is set to the second side of the rack, and between the film heat sealing mechanism and film take-up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611240096.4A CN106515186B (en) | 2016-12-28 | 2016-12-28 | A kind of automatic film splices equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611240096.4A CN106515186B (en) | 2016-12-28 | 2016-12-28 | A kind of automatic film splices equipment |
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| Publication Number | Publication Date |
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| CN106515186A CN106515186A (en) | 2017-03-22 |
| CN106515186B true CN106515186B (en) | 2018-06-19 |
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| CN201611240096.4A Active CN106515186B (en) | 2016-12-28 | 2016-12-28 | A kind of automatic film splices equipment |
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Families Citing this family (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107555222A (en) * | 2017-10-09 | 2018-01-09 | 江门市南天机械制造有限公司 | A kind of film material receiving |
| CN107826841A (en) * | 2017-12-05 | 2018-03-23 | 海安交睿机器人科技有限公司 | One kind is used for film splicing producing line and automatically cuts off film and the mechanism that tapes |
| CN107775965A (en) * | 2017-12-05 | 2018-03-09 | 海安交睿机器人科技有限公司 | A kind of film automatic mosaic system |
| CN109278305B (en) * | 2018-10-25 | 2020-10-02 | 安徽省临泉县康悦电子科技有限公司 | Capacitor film is with connecing belting |
| CN111225773B (en) * | 2019-12-16 | 2021-11-16 | 苏州信运比尔精密机械有限公司 | Flexible film material suction mechanism |
| CN111688205B (en) * | 2020-05-11 | 2022-04-08 | 哈尔滨工业大学 | Membrane structure on-orbit assembling device |
| CN112758738A (en) * | 2021-04-09 | 2021-05-07 | 江苏长江智能制造研究院有限责任公司 | AB adhesive tape conveying mechanism for cotton film splicing equipment and working method |
| CN112758733A (en) * | 2021-04-09 | 2021-05-07 | 江苏长江智能制造研究院有限责任公司 | Cotton film AB adhesive tape splicing equipment and AB adhesive tape manufacturing method |
| CN113682876B (en) * | 2021-07-19 | 2023-05-02 | 康德华电业(深圳)有限公司 | Film making equipment |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| US20060272286A1 (en) * | 2005-06-02 | 2006-12-07 | Tuan-Mei Chiu Chen | Adhesive tape applying machine for use with a stretch wrapper |
| JP2012084688A (en) * | 2010-10-12 | 2012-04-26 | Nitto Denko Corp | Method of pasting double-sided adhesive tape, and device of pasting double-sided adhesive tape |
| CN105150585A (en) * | 2015-08-20 | 2015-12-16 | 江苏万乐自动化装备有限公司 | Full-automatic inner film bag bagging and joint-cutting dual-purpose integrated machine for plastic woven bags |
| CN206367261U (en) * | 2016-12-28 | 2017-08-01 | 海安上海交通大学智能装备研究院 | A kind of automatic film splices equipment |
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