CN106240098A - A kind of decorating film Preparation equipment prints the composite construction of layer - Google Patents
A kind of decorating film Preparation equipment prints the composite construction of layer Download PDFInfo
- Publication number
- CN106240098A CN106240098A CN201610616135.XA CN201610616135A CN106240098A CN 106240098 A CN106240098 A CN 106240098A CN 201610616135 A CN201610616135 A CN 201610616135A CN 106240098 A CN106240098 A CN 106240098A
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- printing
- layer
- workbench
- roller
- decorating film
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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
- B32B27/00—Layered products comprising a layer of synthetic resin
- B32B27/06—Layered products comprising a layer of synthetic resin as the main or only constituent of a layer, which is next to another layer of the same or of a different material
-
- 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
- B32B27/00—Layered products comprising a layer of synthetic resin
- B32B27/32—Layered products comprising a layer of synthetic resin comprising polyolefins
-
- 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
- B32B33/00—Layered products characterised by particular properties or particular surface features, e.g. particular surface coatings; Layered products designed for particular purposes not covered by another single class
-
- 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
Abstract
The invention provides the composite construction printing layer in a kind of decorating film Preparation equipment, belong to field of mechanical technique.It solve the technical problems such as existing decorating film Preparation equipment is inefficient.This decorating film Preparation equipment includes frame and is fixed in frame and elongated workbench, the composite construction of printing layer includes extruder, extruder is arranged in frame and is positioned at above workbench and at the first blowing rotating shaft, extruded tube it is fixed with on extruder, the lower end of extruded tube is flat, the lower end of extruded tube has elongated extrusion, extrusion is parallel towards the length direction of workbench and extrusion and the width of workbench, extruded tube is sequentially provided with silicone rubber pressure roller and cooling steel rider near the side of winder rotating shaft, extruder, the table top of workbench is moved up and down and positions by silicone rubber pressure roller and cooling steel rider energy locking phase.The advantage that the present invention has energy disposal molding decorating film.
Description
Technical field
The invention belongs to field of mechanical technique, relate to the Preparation equipment of a kind of decorating film, prepared by particularly a kind of decorating film
Equipment prints the composite construction of layer.
Background technology
Decorating film be for be attached on building or vehicle window or desktop to have decoration, heat insulation and defencive function thin
Film.The finished glass that decorative adhesive film is made has high security.After the glass product that this type of color film glass is made, work as product
When being crashed to pieces, glass fragment will not be scattered as glass at ordinary times everywhere, but all of fragment is all bonded on decorative adhesive film,
The safety of user is ensured when so can ensure that glass breaking.
Decorating film generally uses the form of composite membrane: 1, in order to reach the effect of decoration, can arrange printing layer in decorating film,
Printing layer prints pattern to reach the purpose of decoration；2, in order to reach the function of protection, usual decorating film is positioned at two
The outer layer of side is respectively basic unit and face mask layer, and basic unit typically uses polyvinyl chloride film, and face mask layer typically uses poly-inclined difluoro second
Alkene film；3, in order to realize heat insulation effect, can arrange refractory layer between printing layer and basic unit, refractory layer is typically by high temperature resistant anti-
Fire binding agent is formed.
Above-mentioned decorating film currently typically uses separate machined method, and first printing on the thin film of printing layer needs figure
Case, then printing layer is adhesively fixed with face mask layer by translucent adhesive, layer will be printed finally by fire resistant agglomerant
Fix with base adhesive and obtain decorating film.This manufacturing procedure is separate machined, corresponding machine required when the most once producing
Device is more, and printer and compounding machine are be provided separately, produce time-consuming, inefficient, simultaneously need to repeatedly shift print
Brush layer, easily damages printing layer；Need to be fixed by binding agent between printing layer and face mask layer simultaneously, cause decorating film
Thickness is higher.
Summary of the invention
It is an object of the invention to there are the problems referred to above for existing technology, it is proposed that a kind of decorating film Preparation equipment prints
The composite construction of brush layer, present invention solves the technical problem that it is can disposal molding decorating film.
The purpose of the present invention can be realized by following technical proposal:
A kind of decorating film Preparation equipment prints the composite construction of layer, Preparation equipment include frame and be fixed in frame and
Elongated workbench, one end of described workbench is rotatably connected to wind the first blowing rotating shaft of face mask layer thin film, institute
The other end stating workbench is rotatably connected to wind the winder rotating shaft of decorating film；It is characterized in that, the composite junction of this printing layer
Structure includes that extruder, described extruder are arranged in frame and is positioned at above workbench and at the first blowing rotating shaft, described crowded
Going out and be fixed with extruded tube on machine, the lower end of described extruded tube is flat, and the lower end of described extruded tube has elongated squeezing
Outlet, described extrusion is parallel towards the length direction of workbench and extrusion and the width of workbench, described extruded tube
Silicone rubber pressure roller and cooling steel rider, described extruder, silicone rubber pressure roller and cooling steel it is sequentially provided with near the side of winder rotating shaft
The table top of workbench is moved up and down and positions by roller energy locking phase.
Face mask layer winding film is tubular and is enclosed within the first blowing rotating shaft, and the end of face mask layer thin film is wound on winder
Rotating shaft, now face mask layer thin film tiles on the table, the face mask layer thin film meeting when winder rotating shaft and the first blowing axis of rotation
Along movable workbench in winder rotating shaft；When face mask layer thin film moves, on extruder, extruded tube can be by resin extruded for PP shape
Becoming film like printing layer, the printing layer of extrusion can stick on face mask layer thin film, moves owing to face mask layer thin film at the uniform velocity moves this
The speed of the film like printing layer of speed extruded tube extrusion is identical, and therefore printing layer can be laid on face mask layer thin film, then passes through
Silicone rubber pressure roller is pressed on printing layer and makes to print layer and face mask layer Film laminated, and the temperature now printing layer is higher, then leads to
Supercooling steel rider makes to print layer temperature to be reduced, so that printing layer is combined with face mask layer thin film perfection.
Above-mentioned decorating film Preparation equipment prints in the composite construction of layer, described frame is positioned at workbench both sides equal
Being fixed with two guide rails, described guide rail is vertically arranged, and two described slide on rails connect sliding stand, and described sliding stand is vertical
Arranging, described extruder, silicone rubber pressure roller and cooling steel rider are arranged on sliding stand, and described frame is also vertically fixed liter
Sending down the abnormal ascending QI cylinder, the expansion link of described lift cylinder is fixed with sliding stand.
Sliding stand can be driven to move up and down by lift cylinder, sliding stand moves up and down and can regulate extruder, silicone rubber pressure
Roller relative to the spacing of sliding stand with cooling steel rider, therefore realizes composite print layer according to different-thickness face mask layer thin film, improves
To the adaptability producing different product.
Above-mentioned decorating film Preparation equipment prints in the composite construction of layer, described sliding stand is also rotatably connected to clear
Washing roller, the side face of described cleaning roller has sticking adhesion layer, described cleaning roller is positioned at top and the cleaning of silicone rubber pressure roller
The adhesion layer of roller reclines with the side face of silicone rubber pressure roller.
May be stained with dust on it when silicone rubber pressure roller rotates, when silicone rubber pressure roller is pressed on printing layer, dust can destroy
Printing layer, can adhere on adhesion layer by the dust on its surface when silicone rubber pressure roller rotates by cleaning roller, it is ensured that silicone rubber
Pressure roller clean, avoids the occurrence of flaw when therefore can guarantee that silicone rubber roller compaction printing layer, it is ensured that the quality of product.
Above-mentioned decorating film Preparation equipment prints in the composite construction of layer, described frame is positioned at above workbench and goes back
Being rotatably connected to printing roller, described printing roller is positioned at cooling steel rider near the side of winder rotating shaft；Described printing roller bag
Including printing rotating cylinder and printing sleeve, the two ends of described printing rotating cylinder are respectively provided with rotating shaft, and one end of described printing rotating cylinder has annular
Gear edge, described annular gear edge is fixed with some location bar, and described location bar is circumferentially evenly arranged along annular gear, described fixed
Position bar with printing rotating cylinder parallel, the end face of one end of described printing sleeve has some with position bar position one to one
Hole, printing sleeve be enclosed within printing rotating cylinder on time described printing sleeve one end end face with annular gear along against and location bar insert
In hole, location, being provided with between described printing sleeve and printing rotating cylinder can be by the location structure of two axial location.
Printing sleeve can have multiple, and the pattern on each printing sleeve is different, only needs when needs printing different pattern
Replacing printing sleeve, owing to printing the position of rotating cylinder, after therefore having changed printing sleeve, printing sleeve is fixed every time, can be straight
Tapping into row printing, being arranged over of printing sleeve can be by dyestuff brush feeding structure on printing sleeve, and printing layer is by print
Can rotate against, printing sleeve with printing sleeve during brush sleeve and print the images to print on layer；Printing sleeve is by location bar
It is circumferentially located on printing rotating cylinder with coordinating of hole, location, then is axially positioned on printing rotating cylinder by location structure, fixing-stable,
Therefore can accurately be by pattern printing to printing layer.
Printing in above-mentioned decorating film Preparation equipment in the composite construction of layer, described location structure includes spring, stay cord
And place kick, the inwall of described printing sleeve has locating slot, the outer peripheral face of described printing rotating cylinder has and is obliquely installed
Skewed slot, described skewed slot aligns with locating slot, and described spring is arranged in skewed slot, and one end of described spring is supported with the groove bottom of skewed slot
Lean on, the other end of described place kick and spring against, described spring makes place kick have all the time towards locating slot mobile trend
And the cell wall of place kick and locating slot against time place kick part be positioned at skewed slot, one end of described stay cord is fixed with place kick,
The other end of stay cord passes printing rotating cylinder.
Place kick is stuck between locating slot and skewed slot by the effect of spring, and therefore printing sleeve and printing rotating cylinder are axially
On be positioned, when being taken out from printing rotating cylinder by printing sleeve by pulling stay cord, stay cord makes place kick compression spring overall
In retraction skewed slot, now printing sleeve can be taken down from printing rotating cylinder, only need to decontrol stay cord when reorientating, and place kick is at bullet
Printing sleeve and printing rotating cylinder axially can be positioned between locating slot and skewed slot from neocaine under the effect of spring, simple in construction and behaviour
Facilitate.
Compared with prior art, the composite construction printing layer in this decorating film Preparation equipment has and can decorate by disposal molding
The advantage of film.
Accompanying drawing explanation
Fig. 1 is the structural representation of this decorating film Preparation equipment.
Fig. 2 is the sectional structure schematic diagram of this cooling steel rider and cooling dome.
Fig. 3 is the sectional structure schematic diagram being coated with plastic structure.
Fig. 4 is the sectional structure schematic diagram of printing roller.
In figure, 1, frame；11, workbench；12, bar hole；13, extension；14, the first blowing rotating shaft；15, winder turns
Axle；16, the second blowing rotating shaft；17, bonding pressure roller；2, extruder；21, extruded tube；22, silicone rubber pressure roller；23, guide rail；24, sliding
Dynamic platform；25, lift cylinder；26, roller is cleaned；3, cooling steel rider；31, cooling dome；32, cooling chamber；33, cooling duct；34, cooling
Water pot；35, inlet pipeline；36, outlet pipeline；37, brush roll；4, storing container；41, pressing plate；42, glue hole is added；421, plunger；43、
Support；44, push rod；45, rubber tube；46, tensioning cylinder；461, cavity；462, breach；463, plastic hole；47, brush；471, base
Plate；472, bristle；5, printing roller；51, printing rotating cylinder；511, annular gear edge；512, location bar；513, skewed slot；514, pass through
Hole；515, intercommunicating pore；52, printing sleeve；521, locating slot；522, position limiting convex ring；53, spring；54, stay cord；55, place kick；
56, against roller.
Detailed description of the invention
The following is the specific embodiment of the present invention and combine accompanying drawing, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in Figures 1 to 4, the Preparation equipment of decorating film includes frame 1 and is fixed in frame 1 and elongated work
Station 11, one end of workbench 11 is rotatably connected to wind the first blowing rotating shaft 14 of face mask layer thin film, workbench 11 another
One end is rotatably connected to wind the winder rotating shaft 15 of decorating film；The composite construction of printing layer includes that extruder 2, extruder 2 set
Put and be positioned at above workbench 11 at the first blowing rotating shaft 14 in frame 1, extruder 2 is fixed with extruded tube 21, extrusion
The lower end of cylinder 21 is flat, and the lower end of extruded tube 21 has elongated extrusion, and extrusion is towards workbench 11 and squeezes
The length direction of outlet is parallel with the width of workbench 11, and extruded tube 21 is sequentially provided with silicon near the side of winder rotating shaft 15
Rubber roller 22 and cooling steel rider 3, extruder 2, silicone rubber pressure roller 22 and cooling steel rider 3 can the locking phase table tops to workbench 11
Move up and down and position；Being positioned in frame 1 above workbench 11 and be also rotatably connected to printing roller 5, printing roller 5 is positioned at cooling
Steel rider 3 is near the side of winder rotating shaft 15；Being provided with well bonding pressure roller 17 between printing roller 5 and winder rotating shaft 15, bond pressure roller
17 are positioned at above workbench 11, bonding pressure roller 17 be also arranged above winding the second blowing rotating shaft 16 of substrate film, frame 1
On the second blowing rotating shaft 16 and bonding pressure roller 17 between be provided with and fire resistant agglomerant can be coated on substrate film
It is coated with plastic structure.
Being positioned at workbench 11 both sides in frame 1 and be respectively and fixedly provided with two guide rails 23, guide rail 23 is vertically arranged, on two guide rails 23
Slidably connecting sliding stand 24, sliding stand 24 is vertically arranged, and extruder 2, silicone rubber pressure roller 22 and cooling steel rider 3 are arranged at sliding
On dynamic platform 24, frame 1 being also vertically fixed lift cylinder 25, the expansion link of lift cylinder 25 is fixed with sliding stand 24.Slide
Also it is rotatably connected on platform 24 clean roller 26, cleans and on the side face of roller 26, have sticking adhesion layer, clean roller 26 and be positioned at silicon rubber
The top of glue laminated roller 22 and the side face of the adhesion layer of cleaning roller 26 and silicone rubber pressure roller 22 recline.Can be driven by lift cylinder 25
Sliding stand 24 moves up and down, sliding stand 24 move up and down can regulate extruder 2, silicone rubber pressure roller 22 and cooling steel rider 3 relative sliding
The spacing of dynamic platform 24, therefore realizes composite print layer according to different-thickness face mask layer thin film, improves producing different product
Adaptability.May be stained with dust on it when silicone rubber pressure roller 22 rotates, silicone rubber pressure roller 22 is pressed in dust meeting time on printing layer
Destroy printing layer, the dust on its surface can be adhered on adhesion layer when silicone rubber pressure roller 22 rotates by cleaning roller 26, protect
Demonstrate,prove the clean of silicone rubber pressure roller 22, avoid the occurrence of flaw when therefore can guarantee that silicone rubber pressure roller 22 compacting printing layer, it is ensured that product
Quality.
Cooling steel rider 3 has three, and three cooling steel riders 3 are set up in parallel, and sliding stand 24 are fixed with cooling dome 31, cooling
Cover 31 is positioned at the surface of cooling steel rider 3, and cooling dome 31 has cooling chamber 32 down, and the upside of cooling steel rider 3 is positioned at cold
But in chamber 32, having cooling duct 33 in cooling dome 31, the two-port of cooling duct 33 lays respectively at the both sides of cooling dome 31, sliding
It is further fixed on chilled water tank 34 on dynamic platform 24, chilled water tank 34 is connected to inlet pipeline 35 and outlet pipeline 36, water inlet
Pipeline 35 with outlet pipeline 36 respectively two-port with cooling duct 33 connect, between cooling steel rider 3 and the table top of workbench 11
Spacing be 2mm～3mm.Being rotatably connected to brush roll 37 in the cooling chamber 32 of cooling dome 31, brush roll 37 is parallel with cooling steel rider 3,
Brush roll 37 is positioned at the lower port of cooling chamber 32, and the outer peripheral face of brush roll 37 is fixed with cotton, cotton and the side face cooling down steel rider 3
Against.Steam may be condensed, by the cotton on brush roll 37 by the water on cooling steel rider 3 after the side face cooling of cooling steel rider 3
Vapour is wiped, it is to avoid steam is dropped on printing layer.
Having the cooling water that temperature is relatively low in chilled water tank 34, cooling water will in entering cooling dome 31 by inlet pipeline 35
The overall cooling of cooling dome 31, so that the temperature in cooling chamber 32 reduces, therefore in the cooling steel rider 3 in cooling chamber 32
The temperature of upside also can reduce, and the upside cooling down steel rider 3 after temperature reduces can turn to the position relative with printing layer, thus
The temperature of printing layer is reduced, reduces the purpose of printing layer temperature；The cooling water being positioned at cooling dome 31 passes through outlet pipe
Road 36 realizes the circulation of cooling water in being back to chilled water tank 34, have refrigerator so that chilled water tank 34 in chilled water tank 34
Interior water remains low temperature, is provided with water pump, provides cooling water circulation power by water pump in outlet pipeline 36；This structure
Making to print layer can quickly cool down, its temperature of surface of cooling steel rider 3 is relatively low, and cooling steel rider 3 can quickly absorb by below
The heat of printing layer, thus reach quickly to cool down printing layer, cooling steel rider 3 does not directly contact with printing layer, is avoided that destruction print
Brush layer.
It is coated with plastic structure and includes that storing container 4, tensioning cylinder 46 and some brushes 47, storing container 4 and tensioning cylinder 46 are each attached to machine
On frame 1, storing container 4 is positioned at the top of tensioning cylinder 46, and a lateral circle surface of tensioning cylinder 46 has breach 462, breach 462 have for
The bottom surface of plane, bottom surface has some plastic holes 463, is provided with cavity 461 in tensioning cylinder 46, and plastic hole 463 is with cavity 461 even
Logical, connected by rubber tube 45 between the cavity 461 of storing container 4 and tensioning cylinder 46, some brushes 47 are fixed at breach 462.
Brush 47 includes the substrate 471 of annular and the bristle 472 being fixed on substrate 471 one side, and substrate 471 is fixed on
On the bottom surface of breach 462, substrate 471 is arranged with plastic hole 463 one_to_one corresponding, and plastic hole 463 is positioned at the inner ring of substrate 471.
Its upper end of bristle 472 of some brushes 47 is respectively positioned on the side face of tensioning cylinder 46 and is positioned on same circumference.This structure makes from plastic emitting
The binding agent of hole 463 extrusion can be adsorbed by bristle 472 completely, it is ensured that has binding agent on bristle 472 all the time, makes bristle simultaneously
On 472, the amount of binding agent is uniform, therefore can be brushed uniformly on substrate film by binding agent.
The upper port of storing container 4 is provided with pressing plate 41, and pressing plate 41 reclines with the medial surface of storing container 4, pressing plate 41 has and adds
Glue hole 42, adding releasable connection on glue hole 42 has plunger 421, and the upper port of storing container 4 is fixed with support 43, screw thread on support 43
Connect and have a push rod 44, the lower end of push rod 44 and pressing plate 41 against.Binding agent in storing container 4 can be applied pressure by pressing plate 41
Power so that in the cavity 461 of what binding agent was able to continuously be pressed into tensioning cylinder 46 and be extruded plastic hole 463, push rod 44 can
By step motor control, it rotates, it is achieved automatically press-in binding agent and can be accurately controlled binding agent and extrude from plastic hole 463
Amount, it is achieved binding agent is brushed uniformly on substrate film；Binding agent can be added by doubling hole simultaneously, easy to operate.
Fire resistant agglomerant is stored in storing container 4, and binding agent enters the cavity of tensioning cylinder 46 by rubber tube 45
In 461, owing to the binding agent in cavity 461 can be by the pressure of binding agent in storing container 4, the binding agent in cavity 461 can be from
Being extruded in plastic hole 463, the binding agent being extruded can be attached on brush 47, and it is thin with basic unit that breach 462 is positioned at tensioning cylinder 46
Film against position, therefore substrate film can nuzzle up brush 47 in moving process, and therefore the binding agent on brush 47 can be automatically
Brush is on substrate film.
Printing roller 5 includes printing rotating cylinder 51 and printing sleeve 52, and the two ends of printing rotating cylinder 51 are respectively provided with rotating shaft, and printing turns
One end of cylinder 51 has annular gear along 511, and annular gear is fixed with some location bar 512 along 511, and location bar 512 is along annular
Gear is evenly arranged along 511 circumferences, and location bar 512 is parallel, if having on the end face of one end of printing sleeve 52 with printing rotating cylinder 51
Dry and location bar 512 positions hole one to one, and printing sleeve 52 is enclosed within one end of printing sleeve 52 time on printing rotating cylinder 51
End face with annular gear along 511 against and location bar 512 insert location hole in, printing sleeve 52 and printing rotating cylinder 51 between be provided with energy
Location structure by two axial location.
By driven by motor, it rotates printing roller 5, and printing sleeve 52 can have multiple, the figure on each printing sleeve 52
Case is different, only need to change printing sleeve 52 when needs printing different pattern, owing to printing the position of rotating cylinder 51, the most often
After the complete printing sleeve of secondary replacing 52, printing sleeve 52 is fixed, and can directly print, and being arranged over of printing sleeve 52 can will contaminate
Material brush feeding structure on printing sleeve 52, printing layer can be with printing sleeve 52 against, printing when by printing sleeve 52
Sleeve 52 rotates and prints the images to print on layer；Printing sleeve 52 is circumferentially positioned with coordinating of hole, location by location bar 512
Printing rotating cylinder 51 on, then by location structure be axially positioned on print rotating cylinder 51, fixing-stable, therefore can accurately be by pattern
Printing is to printing on layer.
Location structure includes spring 53, stay cord 54 and place kick 55, and the inwall of printing sleeve 52 has locating slot 521,
Having, on the outer peripheral face of printing rotating cylinder 51, the skewed slot 513 being obliquely installed, skewed slot 513 aligns with locating slot 521, and spring 53 is arranged on
In skewed slot 513, the groove bottom of one end of spring 53 and skewed slot 513 is against the other end of, place kick 55 and spring 53 against, spring
53 make place kick 55 have all the time towards locating slot 521 mobile trend and place kick 55 and locating slot 521 cell wall against time
Place kick 55 part is positioned at skewed slot 513, and one end of stay cord 54 is fixed with place kick 55, and the other end of stay cord 54 passes printing and turns
Cylinder 51.The inwardly protruding formation in the port position limiting convex ring 522 of printing sleeve 52, the rotating shaft on printing rotating cylinder 51 one end is through spacing
Bulge loop 522 and with the inwall of position limiting convex ring 522 against.Axially have along it on stamp rotating cylinder by hole 514, by hole 514
The inner intercommunicating pore 515 that passes through connects with above-mentioned skewed slot 513, and stay cord 54 sequentially passes through intercommunicating pore 515 and passes stamp by hole 514
Rotating cylinder.
Place kick 55 is stuck between locating slot 521 and skewed slot 513 by the effect of spring 53, therefore printing sleeve 52 and print
Brush rotating cylinder 51 is positioned in the axial direction, when printing sleeve 52 is taken out from printing rotating cylinder 51 by pulling stay cord 54, and stay cord 54
In making the overall retraction skewed slot 513 of place kick 55 compression spring 53, now printing sleeve 52 can be taken down from printing rotating cylinder 51,
Only need to decontrol stay cord 54 when reorientating, place kick 55 can be from neocaine to locating slot 521 and skewed slot 513 under the effect of spring 53
Between printing sleeve 52 and printing rotating cylinder 51 are axially positioned, simple in construction and easy to operate.
The underface being positioned at printing rotating cylinder 51 on workbench 11 has bar hole 12, and frame 1 is rotatably connected to against roller
Cylinder 56, against roller 56 be positioned at printing rotating cylinder 51 underface, the upside against roller 56 be positioned at bar hole 12 and with printing
Sleeve 52 against.It is positioned at the extension 13 on the hole wall of bar hole 12 both sides with rectangular triangle on workbench 11, extends
The section one side of 13 flushes with the table top of workbench 11, and extension 13 extends to against roller 56 and printing sleeve 52 against place.
First blowing rotating shaft 14, winder rotating shaft the 15, second blowing rotating shaft 16, silicone rubber pressure roller 22 and cooling steel rider 3 are respectively
Being rotated by driven by motor, face mask layer winding film is tubular and is enclosed within the first blowing rotating shaft 14, by the end of face mask layer thin film
End is wound on winder rotating shaft 15, and now face mask layer thin film is laid on workbench 11, in winder rotating shaft 15 and the first blowing rotating shaft
During 14 rotation, face mask layer thin film can move in winder rotating shaft 15 along workbench 11；When face mask layer thin film moves, extruder 2
Resin extruded for PP formation film like can be printed layer by upper extruded tube 21, and the printing layer of extrusion can stick on face mask layer thin film, by
The speed at the uniform velocity moving the film like printing layer that this translational speed extruded tube 21 is extruded in face mask layer thin film is identical, therefore prints layer
Can be laid on face mask layer thin film, then be pressed on by silicone rubber pressure roller 22 that to make to print layer and face mask layer thin film on printing layer multiple
Closing, the temperature now printing layer is higher, then makes to print the reduction of layer temperature by cooling steel rider 3, so that printing layer and face
Film layer film perfection is combined；Printing layer can enter printing roller 5 after meeting on face mask layer, and pattern is printed on by printing roller 5
On printing layer；Print figuratum printing layer to move on, be now cased with tubular substrate film in the second blowing rotating shaft 16,
The end of substrate film is also wound in winder rotating shaft 15, and substrate film can be through being coated with plastic structure when mobile, and being coated with plastic structure will
High temperature fireproof bonding agent is coated on substrate film, and substrate film is pressed on the printing layer of the group of being printed with again by bonding pressure roller 17
On, by high temperature fireproof bonding agent be coated with will printing layer and substrate film bonding, high temperature fireproof bonding agent simultaneously be coated with can printing layer and
Fireprotection layer, the face mask layer thin film bonded together the most successively, printing layer, fireprotection layer and substrate film is formed between substrate film
By in rolling to winder rotating shaft 15；Can disposably be produced by said structure and there is face mask layer thin film, printing layer, fireprotection layer and base
The decorating film of layer film, production efficiency is high.
Specific embodiment described herein is only to present invention spirit explanation for example.Technology neck belonging to the present invention
Described specific embodiment can be made various amendment or supplements or use similar mode to replace by the technical staff in territory
Generation, but without departing from the spirit of the present invention or surmount scope defined in appended claims.
Claims (5)
1. decorating film Preparation equipment prints a composite construction for layer, Preparation equipment include frame and be fixed in frame and in
The workbench of strip, one end of described workbench is rotatably connected to wind the first blowing rotating shaft of face mask layer thin film, described
The other end of workbench is rotatably connected to wind the winder rotating shaft of decorating film；It is characterized in that, the composite construction of this printing layer
Including extruder, described extruder is arranged in frame and is positioned at above workbench and at the first blowing rotating shaft, described extrusion
Being fixed with extruded tube on machine, the lower end of described extruded tube is flat, and the lower end of described extruded tube has elongated extrusion
Mouthful, described extrusion is parallel towards the length direction of workbench and extrusion and the width of workbench, and described extruded tube is leaned on
The side of nearly winder rotating shaft is sequentially provided with silicone rubber pressure roller and cooling steel rider, described extruder, silicone rubber pressure roller and cooling steel rider
The table top of workbench can be moved up and down and positions locking phase.
Decorating film Preparation equipment the most according to claim 1 prints the composite construction of layer, it is characterised in that described frame
On be positioned at workbench both sides and be respectively and fixedly provided with two guide rails, described guide rail is vertically arranged, and two described slide on rails connect cunning
Dynamic platform, described sliding stand is vertically arranged, and described extruder, silicone rubber pressure roller and cooling steel rider are arranged on sliding stand, described
Also being vertically fixed lift cylinder in frame, the expansion link of described lift cylinder is fixed with sliding stand.
Decorating film Preparation equipment the most according to claim 2 prints the composite construction of layer, it is characterised in that described slip
Also being rotatably connected on platform clean roller, the side face of described cleaning roller has sticking adhesion layer, described cleaning roller is positioned at silicon rubber
The top of glue laminated roller and the side face of the adhesion layer of cleaning roller and silicone rubber pressure roller recline.
Decorating film Preparation equipment the most according to claim 1 prints the composite construction of layer, it is characterised in that described frame
On be positioned at above workbench and be also rotatably connected to printing roller, described printing roller is positioned at cooling steel rider near the one of winder rotating shaft
Side；Described printing roller includes printing rotating cylinder and printing sleeve, and the two ends of described printing rotating cylinder are respectively provided with rotating shaft, and described printing turns
Cylinder one end have annular gear edge, described annular gear along on be fixed with some location bar, described location bar along annular gear along week
To being evenly arranged, described location bar is parallel with printing rotating cylinder, and the end face of one end of described printing sleeve has some and location
Bar positions hole one to one, and printing sleeve is enclosed within the end face of one end of described printing sleeve and annular gear edge time on printing rotating cylinder
Against and hole, bar insert location, location in, between described printing sleeve and printing rotating cylinder, be provided with can be by the location of two axial location
Structure.
Decorating film Preparation equipment the most according to claim 4 prints the composite construction of layer, it is characterised in that described location
Structure includes spring, stay cord and place kick, and the inwall of described printing sleeve has locating slot, the outer peripheral face of described printing rotating cylinder
On have the skewed slot being obliquely installed, described skewed slot aligns with locating slot, and described spring is arranged in skewed slot, one end of described spring
With the groove bottom of skewed slot against, described place kick and spring the other end against, described spring makes place kick have court all the time
To the cell wall of locating slot mobile trend and place kick and locating slot against time place kick part be positioned at skewed slot, the one of described stay cord
End is fixed with place kick, and the other end of stay cord passes printing rotating cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610616135.XA CN106240098B (en) | 2016-07-28 | 2016-07-28 | The composite construction of printing layer in a kind of decorating film Preparation equipment |
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| CN201610616135.XA CN106240098B (en) | 2016-07-28 | 2016-07-28 | The composite construction of printing layer in a kind of decorating film Preparation equipment |
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| CN106240098B CN106240098B (en) | 2018-03-09 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0031701A2 (en) * | 1979-12-21 | 1981-07-08 | Toyo Ink Manufacturing Co., Ltd. | A process for producing a laminated member and a laminated member produced thereby |
| CN2486225Y (en) * | 2001-07-10 | 2002-04-17 | 王元良 | Spray film composite forming device of spray film machine |
| CN201300584Y (en) * | 2008-10-24 | 2009-09-02 | 梁健 | Digital jet textile printing machine |
| CN201833598U (en) * | 2010-09-08 | 2011-05-18 | 常州市恒成塑料机械有限公司 | Plastic coated compound machine using extrusion and salivation method to process composite plastic woven cloth |
| CN203077788U (en) * | 2012-12-17 | 2013-07-24 | 苍南县龙港新峰网印机械有限公司 | Press roller for printing machine |
-
2016
- 2016-07-28 CN CN201610616135.XA patent/CN106240098B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0031701A2 (en) * | 1979-12-21 | 1981-07-08 | Toyo Ink Manufacturing Co., Ltd. | A process for producing a laminated member and a laminated member produced thereby |
| CN2486225Y (en) * | 2001-07-10 | 2002-04-17 | 王元良 | Spray film composite forming device of spray film machine |
| CN201300584Y (en) * | 2008-10-24 | 2009-09-02 | 梁健 | Digital jet textile printing machine |
| CN201833598U (en) * | 2010-09-08 | 2011-05-18 | 常州市恒成塑料机械有限公司 | Plastic coated compound machine using extrusion and salivation method to process composite plastic woven cloth |
| CN203077788U (en) * | 2012-12-17 | 2013-07-24 | 苍南县龙港新峰网印机械有限公司 | Press roller for printing machine |
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| CN106240098B (en) | 2018-03-09 |
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Effective date of registration: 20210729 Address after: 314400 Jinchang Road, Haining Economic Development Zone, Haining, Jiaxing, Zhejiang, 11 Patentee after: Zhejiang Huifeng Zhicheng Technology Co.,Ltd. Address before: 314400 No. 8-1, Danmei Road, Haining Economic Development Zone, Haining City, Jiaxing City, Zhejiang Province Patentee before: ZHEJIANG HUIFENG FILM TECHNOLOGY Co.,Ltd. |