WO2016045188A1 - 组合膜及利用该组合膜制作的广告画和广告画制作方法 - Google Patents
组合膜及利用该组合膜制作的广告画和广告画制作方法 Download PDFInfo
- Publication number
- WO2016045188A1 WO2016045188A1 PCT/CN2014/092317 CN2014092317W WO2016045188A1 WO 2016045188 A1 WO2016045188 A1 WO 2016045188A1 CN 2014092317 W CN2014092317 W CN 2014092317W WO 2016045188 A1 WO2016045188 A1 WO 2016045188A1
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- WIPO (PCT)
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- film
- transparent plastic
- screen
- layer
- plastic film
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41M—PRINTING, DUPLICATING, MARKING, OR COPYING PROCESSES; COLOUR PRINTING
- B41M5/00—Duplicating or marking methods; Sheet materials for use therein
- B41M5/50—Recording sheets characterised by the coating used to improve ink, dye or pigment receptivity, e.g. for ink-jet or thermal dye transfer recording
Definitions
- the invention relates to an inner advertising film for making an advertisement screen, in particular to a field widely used in advertising, decoration and the like, and particularly suitable for a composite film posted on a transparent board and an advertisement made by using the combined film and Advertising painting production method.
- the inkjet printing one-way see-through film, the printing film and the manufacturing method thereof of the application No. 200780047973.9 disclose a scheme for printing the inkjet film which can be attached, and the core technology of the solution is adopted.
- the bonding surface and the printing surface the self-adsorptive foam layer can be used as a bonding surface on the printed surface, and can be posted from the inside of the transparent plate such as glass to face the glass surface from the outside of the glass (adhesive surface) The reverse side) can see the posted picture through the glass, so as to achieve the purpose of the inside.
- An object of the present invention is to provide an advertisement screen which can be created inside an advertisement picture, and which can be attached to the glass of the glass window and viewed outside the glass window (outdoor), in view of the above-mentioned problems and deficiencies.
- the ink is not damaged by the environment and man-made, and can prevent the ink of the screen from being transferred to the glass to cause pollution, the safety and convenience of the paste and the replacement, the screen display effect is good, the production cost is low, the service life is long, and the composite film is made by using the composite film. Advertising paintings and how to create advertising.
- the composite film of the present invention is characterized in that it comprises a transparent plastic film and a picture background film, wherein one side of the transparent plastic film is an adhesive surface, and the other side is a picture printing surface, and the transparent plastic film is provided on the surface of the transparent plastic film.
- the release layer has a transparent adhesive layer on one side of the screen background film, and the shrinkage rate of the transparent plastic film is equal to or greater than the shrinkage rate of the background film of the screen, and the transparent plastic film and the screen background film are both
- the difference in shrinkage between the screens of the transparent plastic film and the transparent adhesive layer on the background film of the film can be formed at -30 ° C to 10 ° C and 40 ° C after bonding at a temperature of 30 ° C.
- the deformation curl does not occur in a specific temperature environment of 60 ° C, or even if deformation curl occurs, it will only be deformed and curled in the direction of the adhesive surface of the transparent plastic film, and will not be deformed and curled toward the printing surface of the transparent plastic film. .
- the adhesive surface of the transparent plastic film may be provided with a self-adhesive layer, and the above-mentioned release protective layer passes the above-mentioned
- the dry rubber layer is bonded to the adhesive surface of the transparent plastic film, and the transparent plastic film may be a self-adhesive soft film that can absorb ink, and the release protective layer is directly bonded to the adhesive surface of the self-adhesive soft film.
- the transparent adhesive layer on the background film of the above screen may be a hot melt adhesive layer, or the transparent adhesive layer on the background film of the above screen may be a self-adhesive. a layer, and the release layer is adhered to the adhesive layer.
- the above background film is PET plastic film or PVC plastic film or PP plastic film or PC plastic.
- one side of the above-mentioned screen background film having a transparent adhesive layer is provided as a white surface, and the other side of the screen surface film may be set to a silver or flash silver or a fluorescent color or other color surface by printing or filming, and of course, various colors may be printed.
- the reverse side of the face of the screen background film having the transparent adhesive layer is provided with a black or gray light shielding layer, and the surface of the black or gray light shielding layer is provided with White inkjet layer.
- the screen can be printed on the inkjet layer, and after the screen is printed on the transparent plastic film, the background film of the screen on which the screen is printed is adhered to the transparent plastic film through the transparent adhesive layer, and the transparent plastic film can be passed through the transparent plastic film.
- the screen on the transparent plastic film is seen, the screen on the surface of the screen film also has the same effect, so that the effect can be seen on both sides.
- the release protective layer and the release layer are a release paper or a PET release film.
- the advertisement picture prepared by using the composite film according to the present invention is characterized in that it comprises a composite film formed of a transparent plastic film and a screen background film, and an image of the advertisement required by the advertiser is disposed on the screen printing surface of the transparent plastic film.
- a pattern layer, a transparent adhesive layer is disposed on one side of the screen background film, and the screen background film is adhered to the pattern layer through a transparent adhesive layer such that the pattern layer is located between the transparent plastic film and the transparent adhesive layer
- the reverse side of the screen printing surface of the transparent plastic film being an adhesive surface
- the transparent plastic film The shrinkage rate is equal to or greater than the shrinkage ratio of the film on the background film. The difference between the shrinkage ratio between the transparent plastic film and the screen film can make the pattern layer on the screen surface of the transparent plastic film and the film on the background film transparent.
- the adhesive layer formed by laminating the adhesive layer at a temperature of 30 ° C does not undergo deformation and curling in a specific temperature environment of -30 ° C to 10 ° C and 40 ° C to 60 ° C, or even Crimping are deformed, will only occur in the plane direction of the transparent plastic film attached curling deformation, deformed without curling direction of the screen surface of the printing transparent plastic film.
- a screen background film is formed, and one side of the background film is coated with a transparent adhesive layer, which may be a hot melt adhesive layer or a self-adhesive layer, when the transparent adhesive layer is not a dry layer, a release layer is attached to the adhesive layer;
- a transparent adhesive layer which may be a hot melt adhesive layer or a self-adhesive layer, when the transparent adhesive layer is not a dry layer, a release layer is attached to the adhesive layer;
- a 2 making a transparent plastic film, one side of the transparent plastic film is a pasting surface, the other side is a screen printing surface, and a release protective layer is provided on the bonding surface; when the release protective layer is pasted by a self-adhesive layer When it is combined on the adhesive surface, it is first coated with self-adhesive glue on the release surface of the release protective layer, dried in an oven, and then spread out under the expansion tension when the transparent plastic film is equal to or larger than the background film of the screen.
- the release protective layer After being adhered to the release protective layer by the self-adhesive; when the transparent plastic film is an ink-absorbing self-adhesive soft film, the release protective layer is directly attached to the adhesive surface of the self-adhesive soft film;
- the background film of the screen is made of PET, since the PET material hardly shrinks at normal temperature, the tension at the time of producing the transparent plastic film can be unlimited, but the shrinkage rate of the transparent plastic film is also equal to or larger than the shrinkage rate of the film of the background film.
- the method for detecting the shrinkage rate of the transparent plastic film is larger than the shrinkage rate of the background film of the screen is: when the screen printing surface of the transparent plastic film is bonded to the transparent adhesive layer on the screen film of the screen at a temperature of 30 ° C, The composite obtained by the combination does not undergo deformation and curling in a specific temperature environment of -30 ° C to 10 ° C and 40 ° C to 60 ° C, or even deforms and curls in the direction of the bonding surface of the transparent plastic film even if deformation curl occurs. Without deforming and curling toward the printing surface of the transparent plastic film;
- the pattern layer is formed by inkjet printing or silk screen printing or printing or hot stamping;
- the film background film is bonded to the surface of the pattern layer of the advertisement screen required by the advertiser by the transparent adhesive film by using a film laminating machine, that is, the production of the advertisement picture is completed.
- a film laminating machine that is, the production of the advertisement picture is completed.
- a thermal laminating machine also called a hot stamping machine
- a cold laminating machine also called a cold laminating machine
- the background picture may be a transparent film having an adhesive layer provided on one side of the white surface, the other surface thereof by printing method or the film to the silver or silver or flashing fluorescent color or other color plane, Or a black or gray light-shielding layer is disposed on the other side of the screen background film, and a white ink-jet layer is disposed on the surface of the black or gray light-shielding layer.
- the desired image may be printed on the inkjet layer, and the image on the inkjet layer is aligned with the pattern layer on the transparent plastic film, and then Performing the above step C, the effect of being able to view the picture on both sides is obtained.
- the background picture film may be produced having a perspective view of a film made of a light-transmitting region
- the above step A 1 the background picture film may be produced in The transparent film is formed by a see-through film printed with a light-transmissive region, which is a plurality of light-transmissive holes or formed by a gap between a plurality of dot-like or strip-shaped color bodies printed on the see-through film.
- a perspective view of the film having light transmitting holes made by the screen background is formed by a film produced by way of punching.
- the structure is formed by lamination to form a composite body, and the shrinkage ratio is set differently.
- the composite does not deform and curl on the printing surface of the transparent plastic film under a specific temperature environment, so that the composite body does not have a serious problem of warping after being bonded to the transparent plate, thereby effectively improving the adsorption force of the composite.
- the composite is more stable and has a longer service life.
- the customer uses the composite film to set the advertising screen between the transparent plastic film and the transparent adhesive layer, the transparent film, the pattern layer, the transparent adhesive layer, and the screen background film are uniquely connected in a specific order.
- Multi-layer structure so that the advertising screen can be well protected, not subject to human damage, and the production of the screen is easy, using the traditional spray painting method, because the screen is made on the surface of the transparent plastic film, the background of the screen
- the film is attached to the surface of the transparent film, so that the background film of the picture not only has the function of protecting the picture, but also has the effect of realizing the color reproduction of the picture to be very realistic and realistic, that is, the effect of the background film of the picture is multiple, so that The built-in picture has unique performance and use effect, and the production method is completely consistent with the traditional picture making method.
- the background film of the picture may be made of a see-through film printed with a light-transmissive area on the transparent film, and the see-through film may be formed as a light-transmissive area through a light-transmissive hole printed thereon, or by printing a dot or a strip a shape coloring body formed as a light transmitting region through a space between the coloring bodies;
- the screen background film may also be formed by using a see-through film having a light transmitting hole formed by punching a plastic film through
- the light-transmissive area or the light-transmissive hole can not only transmit light, but also has a picture on the transparent plastic film at the light-transmitting area or the light-transmitting hole, so that when the picture is posted on the glass, not only the complete picture can be seen from the outside of the glass.
- a black or gray light-shielding layer may be disposed on the opposite side of the surface of the screen background film corresponding to the transparent adhesive layer, and an ink-jet layer may be disposed on the surface of the light-shielding layer, and after the painting surface is sprayed on the ink-jet layer, the advertisement image is posted on the glass. It is possible to view the same or different pictures on both sides of the glass, that is, the picture on the transparent plastic film can be seen from the outside of the glass, and the picture on the surface of the background film can be seen from the inside of the glass.
- the invention also has the advantages of simple and reliable structure, convenient manufacture, low production cost and long service life.
- FIG. 1 is a schematic cross-sectional view showing a transparent plastic film of the present invention.
- FIG. 2 is a schematic enlarged view of the structure of FIG. 1 at A: A as Embodiment 1.
- FIG. 2 is a schematic enlarged view of the structure of FIG. 1 at A: A as Embodiment 1.
- FIG. 3 is a schematic enlarged view of the structure of FIG. 1 at A: A as Embodiment 2.
- FIG. 3 is a schematic enlarged view of the structure of FIG. 1 at A: A as Embodiment 2.
- FIG. 4 is a schematic cross-sectional view showing the background film of the screen of the present invention.
- FIG. 5 is a schematic enlarged view of FIG. 4 as a first embodiment at B:B.
- FIG. 5 is a schematic enlarged view of FIG. 4 as a first embodiment at B:B.
- Fig. 6 is a schematic enlarged view of Fig. 4 as a second embodiment at B:B.
- Fig. 7 is a schematic enlarged view of Fig. 4 as a third embodiment at B:B.
- Figure 8 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 4.
- Figure 9 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 5.
- Fig. 10 is a schematic enlarged view of Fig. 4 as a sixth embodiment at B:B.
- Figure 11 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 7.
- Figure 12 is a schematic enlarged view of the structure of Figure 4 as B at B: B.
- Figure 13 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 9.
- Figure 14 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 10.
- Figure 15 is a schematic enlarged view of the structure of Figure 4 taken at B: B as Embodiment 11.
- Figure 16 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 12.
- Figure 17 is a schematic enlarged view of the structure of Figure 4 taken at B: B as Embodiment 13.
- Figure 18 is a schematic enlarged view of the structure of Figure 4 at B: B as Embodiment 14.
- Fig. 19 is a partially enlarged schematic cross-sectional view showing a first embodiment of an advertising print produced by using a composite film according to the present invention.
- Fig. 20 is a partially enlarged schematic cross-sectional view showing a second embodiment of an advertising print produced by using a composite film according to the present invention.
- Figure 21 is a partially enlarged schematic cross-sectional view showing a third embodiment of an advertising print produced by using a composite film according to the present invention.
- Fig. 22 is a partially enlarged schematic cross-sectional view showing a fourth embodiment of an advertising print produced by using a composite film according to the present invention.
- Figure 23 is a partially enlarged schematic cross-sectional view showing the fifth embodiment of the embossed artwork produced by the composite film of the present invention.
- Fig. 24 is a partially enlarged schematic cross-sectional view showing the sixth embodiment of the advertisement drawing produced by the composite film of the present invention.
- Fig. 25 is a partially enlarged schematic cross-sectional view showing a seventh embodiment of an advertising print produced by using a composite film according to the present invention.
- Fig. 26 is a partially enlarged schematic cross-sectional view showing the eighth embodiment of the advertisement drawing produced by the composite film of the present invention.
- Fig. 27 is a partially enlarged schematic cross-sectional view showing the embodiment 9 of the advertisement drawing produced by the composite film of the present invention.
- Figure 28 is a partially enlarged schematic cross-sectional view showing an embodiment 10 of an advertisement drawing made by using a composite film according to the present invention.
- Fig. 29 is a partially enlarged schematic cross-sectional view showing the eleventh embodiment of the advertisement drawing produced by the composite film of the present invention.
- Fig. 30 is a schematic plan view showing the structure of a plurality of dot-like color bodies printed on the background film of the screen of the advertisement of the present invention.
- Figure 31 is a schematic plan view showing the structure of a plurality of shape color bodies printed on the background film of the screen of the advertisement picture of the present invention.
- FIG. 32 is a schematic plan view showing a planar light-receiving hole provided on a background film of a screen of the advertisement drawing of the present invention.
- FIG. 33 is a schematic structural diagram of a posting state of the advertisement drawing according to the present invention.
- Figure 34 is a schematic view showing the structure of the rewinding state of the transparent plastic film of the present invention.
- Figure 35 is a schematic view showing the structure of the winding state of the screen background film of the present invention.
- the composite film of the present invention comprises a transparent plastic film 1 and a screen background film 2, wherein one side of the transparent plastic film 1 is a pasting surface, and the other side is a screen printing surface.
- the adhesive surface of the transparent plastic film 1 is provided with a release protective layer 4, and one side of the screen background film 2 is provided with a transparent adhesive layer 5, and the shrinkage ratio of the transparent plastic film 1 is equal to or larger than the background film 2
- the shrinkage ratio, the difference between the shrinkage ratio between the transparent plastic film 1 and the screen background film 2 can make the screen printing surface of the transparent plastic film 1 and the transparent adhesive layer 5 on the screen background film 2 at a temperature of 30 ° C.
- the composite formed after the bonding in the environment does not undergo deformation and curling in the direction of the screen printing surface of the transparent plastic film 1 in a specific temperature environment of -30 ° C to 10 ° C and 40 ° C to 60 ° C.
- the method for detecting the shrinkage rate is: firstly, the screen printing surface of the transparent plastic film 1 is placed flat on the bonding machine at a room temperature of 30 ° C, and the release layer 6 of the background film 2 of the screen is torn open to set the background of the screen.
- the transparent adhesive layer 5 of the film 2 was bonded to the transparent plastic film 1 by a bonding machine to obtain a bonded inner film composite film.
- the inner advertising film composite is cut into a plurality of samples of about A4 size, and the release protective layer 4 of the transparent plastic film 1 is peeled off, and the adhesive surface of the composite is faced upward, and is placed flat on a slightly larger glass plate.
- the present invention merely provides the customer with two materials which need to be combined together to form a desired advertisement picture, so that the two materials are packaged in the same before use. They are sold together in the box, or sold separately after being packaged separately. The two materials are not connected together.
- the adhesive surface of the transparent plastic film 1 may be provided with a self-adhesive layer 3, the release protective layer. 4, the self-adhesive layer 3 is attached to the adhesive surface of the transparent plastic film 1, and the adhesive layer 3 is a transparent adhesive layer, and the transparent plastic film 1 may be ink-absorbing.
- a self-adhesive soft film usually a PVC soft film of 56PA to 65PA plasticizer
- the release protective layer 4 is directly attached to the adhesive surface of the self-adhesive film.
- the transparent adhesive layer 5 on the screen background film 2 may be a hot melt adhesive layer, or may be a transparent adhesive on the screen background film 2.
- the layer 5 is a self-adhesive layer, and the release layer 6 is adhered to the self-adhesive layer before the screen background film 2 is bonded to the transparent plastic film 1.
- the picture background film 2 is a PET plastic film or a PVC plastic film or a PP plastic film or a PC plastic film or a metal film or a textile cloth or a plastic film printed with a decorative layer or a see-through film printed with a light transmitting area or by playing A see-through film having a light-transmissive hole formed by a hole pattern.
- the picture background film 2 may be fabricated from a see-through film printed with a light transmissive area 21 which is a plurality of light transmissive holes or printed on a see-through film. Formed at a gap between a plurality of dot-like or strip-shaped color bodies 22; as shown in FIGS. 9 to 12 and as shown in FIGS. 23, 24, 30, and 31, a plurality of dots or strips are printed on the see-through film. a color body 22 of a shape or other shape, between the adjacent color bodies 22 The light-transmissive region 21 is formed at the gap; as shown in FIG. 17, FIG. 18, FIG. 27, FIG. 28 and FIG.
- the light-transmitting region 21 is composed of a plurality of circular light-transmissive holes, and of course, the light-transmitting region 21 can also be formed by a plurality of squares. A light hole or other shaped light-transmitting hole. As shown in FIG. 13 to FIG. 16 and FIG. 25, FIG. 26, FIG. 29 and FIG.
- the screen background film 2 is a see-through film having a light-transmitting hole 23 formed by a punching method, and the light-transmitting hole 23 may be a plurality of circular transparent holes or square transparent holes or other shapes of transparent holes, the transparent holes 23 penetrating through the transparent adhesive layer 5 on the background film 2 of the picture, when the picture background film 2 is attached to the transparent printed pattern After the plastic film 1 is placed, the screen is covered with the screen background film 2 and the light-transmissive holes 23, so that the screen printed on the transparent plastic film 1 can be seen on both sides of the internal sticker.
- one side of the screen background film 2 having the transparent adhesive layer 5 is set as a white surface, and the other side of the screen background film 2 may be set to be silver or flash silver or fluorescent or other colors by printing or filming. surface.
- the screen background film 2 has a transparent adhesive layer 5.
- a black or gray light-shielding layer 7 is disposed on the reverse surface of the surface, and a white ink-jet layer 8 is disposed on the surface of the black or gray light-shielding layer 7.
- the surface of the screen background film 2 having the transparent adhesive layer 3 is also Set to a white surface.
- the transparent plastic film 1 is a PVC film or a TPU film or a PET film or an OPP film or other plastic film.
- the release protective layer 4 and the release layer 6 are release paper or PET release film.
- the advertisement sheet produced by using the above composite film according to the present invention comprises a composite film formed of a transparent plastic film 1 and a screen background film 2, and a pattern layer 9 is disposed on a screen printing surface of the transparent plastic film 1, A transparent adhesive layer 5 is disposed on one side of the background film 2, and the screen background film 2 is adhered to the pattern layer 9 through the transparent adhesive layer 5 so that the pattern layer 9 is located on the transparent plastic film 1 and the transparent adhesive layer 5.
- the shrinkage ratio of the transparent plastic film 1 is equal to or larger than the shrinkage ratio of the screen background film 2, and the difference in shrinkage ratio between the transparent plastic film 1 and the screen background film 2 can make the transparent plastic film 1
- the pattern layer 9 on the screen printing surface and the transparent adhesive layer 5 on the screen background film 2 are The advertisement formed after lamination in a temperature environment of 30 ° C does not undergo deformation and curling in the direction of the screen printing surface of the transparent plastic film 1 in a specific temperature environment of -30 ° C to 10 ° C and 40 ° C to 60 ° C.
- the method for detecting the shrinkage rate is: cutting the prepared advertisement sheet into a plurality of samples of about A4 size, tearing off the release protective layer 4 of the transparent plastic film 1, and placing the adhesive sheet with the adhesive side facing up, lying flat on the slightly larger On some glass plates, the glass plates of the advertisements are placed in a freezer, and the temperature is lowered to -30 ° C to 10 ° C. The deformation of the advertisements is visually observed. The advertisements should not be deformed, even if they are deformed, they are transparent plastic. The surface of the film 1 is curled in the direction of the bonding surface.
- the method for manufacturing an advertisement picture according to the present invention comprises the following steps:
- the screen background film 2 is produced, and one side of the screen background film 2 is coated with a transparent adhesive layer 5 , which may be a hot melt adhesive layer or a self-adhesive layer, when the transparent adhesive
- a transparent adhesive layer 5 which may be a hot melt adhesive layer or a self-adhesive layer, when the transparent adhesive
- the adhesive layer 5 is a self-adhesive layer
- the release layer 6 is bonded to the self-adhesive layer; at the same time, one side of the screen background film 2 having the transparent adhesive layer 5 may be set as a white surface, and the other side thereof may be used.
- the method of printing or filming is set to a silver or flash silver or fluorescent or other color face, or a black or gray light-shielding layer 7 may be disposed on the other side of the screen film 2, and the black or gray light-shielding layer may be disposed.
- the surface of the surface 7 is provided with a white inkjet layer 8; moreover, the produced screen background film 2 can also be made of a see-through film printed with the light-transmissive region 21, which is a plurality of light-transmissive holes or a transparent film.
- the formed picture background film 2 may also be formed of a see-through film having a light-transmitting hole 23 formed by punching a plastic film. Made up;
- a transparent plastic film 1 is produced, one side of the transparent plastic film 1 is an adhesive surface, and the other side is a screen printing surface, and a release protective layer 4 is provided on the bonding surface; when the release protective layer 4 passes
- the adhesive layer is first coated on the release surface of the release protective layer 4, dried in an oven, and then the transparent plastic film 1 is made larger than the film 2 of the production screen.
- the unfolding tension is unfolded, and then adhered to the release protective layer 4 through the adhesive; when the transparent plastic film 1 is an ink absorbing self-adhesive soft film, the release protective layer 4 is directly attached to the self.
- the film background film 2 is made of PET, since the PET material hardly shrinks at normal temperature, the tension when the transparent plastic film 1 is produced can be unrestricted, but the shrinkage of the transparent plastic film 1
- the rate is also equal to or greater than the shrinkage ratio of the screen background film 2
- the method of detecting the shrinkage ratio of the transparent plastic film 1 is larger than the shrinkage ratio of the screen background film 2 is: when the screen printing surface of the transparent plastic film 1 is on the screen film 2
- the transparent adhesive layer 5 is attached at a temperature of 30 ° C , Can obtain the advertised within the composite film do not occur at -30 °C to 10 °C and 40 °C to a specific temperature environment of 60 deg.] C curling deformation, or only to the attaching surface of the curl direction of the transparent plastic film 1;
- the pattern layer 9 is formed by inkjet printing or silk screen printing or printing or hot stamping, and the pattern layer 9 can be set in the forward direction or mirror image as needed;
- the screen background film 2 is attached to the surface of the transparent plastic film 1 on which the pattern layer 9 is provided by the film coater 5, that is, the production of the advertisement picture is completed.
- the desired image is printed on the inkjet layer 8, and the image on the inkjet layer 8 and the patterned layer on the transparent plastic film 1 are printed. 9 Align and then proceed to step C above.
- the screen background film 2 and the transparent plastic film 1 are separately cut and packaged and sold in the same package, or packaged separately after being packaged separately, as shown in FIG. 34 and FIG.
- the figure corresponds to a state in which the transparent plastic film 1 and the screen background film 2 are not in use. When the customer uses it, the two are combined to get the poster.
- FIG. 33 it is a schematic diagram of the structure of the use state of the advertisement picture according to the present invention.
- the present invention provides two sets of raw materials capable of creating an advertisement screen in a combined manner. Before the customer uses, there is no advertisement screen on the composite film, and only when the customer uses it, the material is produced on the material provided by the present invention.
- the required screen and the method of creating the screen are as described above.
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Abstract
一种组合膜及利用该组合膜制作的广告画和广告画制作方法,包括透明塑料膜(1)和画面背景膜(2),所述透明塑料膜(1)的一面为粘贴面,其另一面为画面打印面,所述透明塑料膜(1)的粘贴面上设有离型保护层(4),所述画面背景膜(2)的一面上设有透明胶粘层(5),所述透明塑料膜(1)的收缩率等于或大于画面背景膜(2)的收缩率。由于采用了由画面背景膜(2)与收缩率大于或等于画面背景膜(2)收缩率的透明塑料膜(1)在室内温度下组合使用时,经过贴合而形成的复合体在特定温度环境下都不会向透明塑料膜(1)的画面打印面发生变形卷曲,从而有效提高了复合体的吸附力,使复合体的贴合更加稳固,使用寿命更长,同时由于是将广告画面设置在透明塑料膜(1)与透明胶粘层(5)之间,从而能够使广告画面受到很好的保护,并实现在玻璃里面张贴画面而在玻璃外面观看画面的内贴的目的。
Description
本发明涉及一种用于制作广告画面的内贴广告膜,特别是一种广泛应用于广告宣传、装饰等领域,尤其适合张贴在透明板上的组合膜及利用该组合膜制作的广告画和广告画制作方法。
传统的广告画,一般都是张贴在玻璃橱窗的玻璃外面的,这样的广告画存在很多缺点:(1)、室外的雨水和灰尘很容易污染画面;(2)、画面暴露在空气中,且受到日晒雨淋的破坏,很容易老化而变脆;(3)、由于是从外面张贴,当位置较高时,施工难度很高,不但容易造成人员伤亡,而且施工的工程较大,既不容易将画面贴好,也不容易将画面取下,增加了更换画面的难度,而且施工费用非常高;(4)、由于是张贴在透明板的外面,很多地方要收取广告费用,增加了使用成本。(5)、由于是张贴在室外,容易受到路人的触摸、划伤或撕裂而破坏画面。
经公开的资料显示,申请号为200780047973.9的《喷墨打印单向透视膜、打印膜以及它们的制作方法》公开了一种可内贴的打印喷绘膜的方案,该方案的核心技术是采用了自吸附性发泡层作为粘接面和打印面,这样就能将打印的画面这一面作为粘贴面,从玻璃等透明板的内侧往外张贴,让画面朝向玻璃面,从玻璃的外面(粘贴面的反面)能够透过玻璃看到所张贴的画面,从而实现内贴的目的。但是,这种方法虽然解决了内贴的问题,但由于发泡层的凹凸不平,使得喷绘在发泡层上的画面精度降低,画面的色彩表现较差,从而破坏了画面的精美度和表现力,而喷绘在自吸附性发泡层上的油墨难干,给喷画作业造成很大困难,收卷后画面的油墨也很容易反粘背面而破坏画面,且油墨多的地方影响粘贴,甚至不能粘贴,从而导致自吸附性发泡层粘贴不牢靠,并且画面容易翘边。同时,由于发泡的工艺比较复杂,成
本较高,难以推广使用,而且在使用一段时间之后,形成画面的油墨会转移到所张贴的玻璃上,非常难以清理干净,清理时必须要使用溶剂,将会严重污染室内的环境,而且费时费力,很不经济。
发明内容
本发明的目的在于针对上述存在的问题和不足,提供一种可使制作的广告画面位于广告画的内部,且能够张贴在玻璃橱窗的玻璃里面而在玻璃橱窗外面(室外)观看到画面,画面的油墨不被环境和人为的破坏,又能避免画面的油墨转移到玻璃上产生污染,粘贴及更换安全方便,画面显示效果好,生产成本低,使用寿命长的组合膜及利用该组合膜制作的广告画和广告画的制作方法。
本发明的技术方案是这样实现的:
本发明所述的组合膜,其特点是包括透明塑料膜和画面背景膜,其中所述透明塑料膜的一面为粘贴面,其另一面为画面打印面,所述透明塑料膜的粘贴面上设有离型保护层,所述画面背景膜的一面上设有透明胶粘层,所述透明塑料膜的收缩率等于或大于画面背景膜的收缩率,通过透明塑料膜与画面背景膜两者之间的收缩率之差可使透明塑料膜的画面打印面与画面背景膜上的透明胶粘层在30℃的温度环境下贴合后形成的复合体在-30℃至10℃和40℃至60℃的特定温度环境中都不会发生变形卷曲,或者即使发生变形卷曲,也只会向透明塑料膜的粘贴面方向发生变形卷曲,而不会向透明塑料膜的画面打印面方向发生变形卷曲。
为了使透明塑料膜的结构及粘贴方式多种多样,以方便地满足不同的使用效果,既可以是上述透明塑料膜的粘贴面上设有不干胶层,上述离型保护层通过所述不干胶层贴合在透明塑料膜的粘贴面上,也可以是上述透明塑料膜为可吸墨的自粘软膜,上述离型保护层直接贴合在该自粘软膜的粘贴面上。
为了使画面背景膜的结构及使用效果多种多样,既可以是上述画面背景膜上的透明胶粘层为热熔胶层,也可以是上述画面背景膜上的透明胶粘层为不干胶层,且所述不干胶层上贴合有离型层。
为了使画面背景膜对透明塑料膜上打印的图案能够起到不同的衬托作用,使图案具有多种不同的显示效果,上述画面背景膜为PET塑料膜或PVC塑料膜或PP塑料膜或PC塑料膜或金属膜或纺织品布或印刷有透光区的透视膜或通过打孔方式形成的具有透光孔的透视膜。而且,上述画面背景膜具有透明胶粘层的一面设置为白色面,其另一面可用印刷或贴膜的方法设置为银色或闪光银或荧光色或其他颜色的面,当然也可以印制成各种几何图案或花鸟虫鱼风景字画等等特别设计的装饰图案。
为了使本发明能够实现两面观看到相同或不同的图案,上述画面背景膜具有透明胶粘层的面的反面上设置有黑色或灰色的遮光层,所述黑色或灰色的遮光层的表面设置有白色的喷绘层。使用时,可在该喷绘层上打印画面,而且当在透明塑料膜上打印画面后,将该打印了画面的画面背景膜通过透明胶粘层贴合在透明塑料膜上,通过透明塑料膜能看到透明塑料膜上的画面,同时由于画面背景膜的表面的喷绘层上也同样具有画面,从而实现两面都能够看到画面的效果。
上述离型保护层和离型层为离型纸或PET离型膜。
本发明所述的利用该组合膜制作的广告画,其特点是包括由透明塑料膜和画面背景膜形成的组合膜,所述透明塑料膜的画面打印面上设置有广告主所需要的广告画面的图案层,所述画面背景膜的一面上设置有透明胶粘层,所述画面背景膜通过透明胶粘层贴合在图案层上而使图案层位于透明塑料膜与透明胶粘层之间,从而形成透明塑料膜、图案层、透明胶粘层、画面背景膜这种特定顺序连接的独特的多层结构,所述透明塑料膜的画面打印面的反面为粘贴面,所述透明塑料膜的收缩率等于或大于画面背景膜的收缩率,通过透明塑料膜与画面背景膜两者之间的收缩率之差可使透明塑料膜的画面打印面上的图案层与画面背景膜上的透明胶粘层在30℃的温度环境下贴合后形成的广告画在-30℃至10℃和40℃至60℃的特定温度环境中都不会发生变形卷曲,或者即使发生变形卷曲,也只会向透明塑料膜的粘贴面方向发生变形卷曲,而不会向透明塑料膜的画面打印面方向发生变形卷曲。
本发明所述的广告画制作方法,其特点是包括如下步骤:
A、制作组合膜,其包括如下步骤:
A1、制作画面背景膜,该画面背景膜的一面上涂布有透明胶粘层,该透明胶粘层可为热熔胶层,也可为不干胶层,当透明胶粘层为不干胶层时,在不干胶层上贴合有离型层;
A2、制作透明塑料膜,该透明塑料膜的一面为粘贴面,其另一面为画面打印面,且在粘贴面上设有离型保护层;当离型保护层是通过不干胶层贴合在粘贴面上时,是先在离型保护层的离型面上涂布不干胶水,经过烘箱烘干,然后把透明塑料膜按照等于或大于制作画面背景膜时的展开张力进行展开,再经过不干胶与离型保护层贴合在一起;当透明塑料膜为可吸墨的自粘软膜时,离型保护层是直接贴合在该自粘软膜的粘贴面上;当画面背景膜是PET材质时,由于PET材质在常温下几乎不会收缩,所以制作透明塑料膜时的张力可以不受限制,但是透明塑料膜的收缩率同样等于或大于画面背景膜的收缩率。检测透明塑料膜的收缩率大于画面背景膜的收缩率的方法是:当将透明塑料膜的画面打印面与画面背景膜上的透明胶粘层在30℃的温度环境下贴合之后,可使组合得到的复合体在-30℃至10℃和40℃至60℃的特定温度环境中都不会发生变形卷曲,或者即使发生变形卷曲,也只会向透明塑料膜的粘贴面方向发生变形卷曲,而不会向透明塑料膜的画面打印面方向发生变形卷曲;
B、在透明塑料膜的画面打印面上用喷绘打印或丝印或印刷或烫印的方法制作图案层;
C、采用贴膜机将画面背景膜通过透明胶粘层贴合在透明塑料膜设有广告主所需要的广告画面的图案层的面上,即完成该广告画的制作。当然,当透明胶粘层是热熔胶时是采用热贴膜机(又叫热裱机)进行贴合,当透明胶粘层是不干胶时是采用冷贴膜机(又叫冷裱机)进行贴合。
其中,在上述步骤A1中,可将画面背景膜具有透明胶粘层的一面设置为白色面,其另一面采用印刷或贴膜的方法设置为银色或闪光银或荧光色或其他颜色的面,或者在画面背景膜的另一面上设置黑色或灰色的遮光层,并
在该黑色或灰色的遮光层的表面设置白色的喷绘层。且当画面背景膜上设置有喷绘层时,在进行上述步骤C之前,可先在喷绘层上打印所需的画面,并将喷绘层上的画面与透明塑料膜上的图案层对齐,然后再进行上述步骤C,即得到两面都能观看画面的效果。
为了使本发明的结构及使用效果多种多样,在上述步骤A1中,制作的画面背景膜可由具有透光区的透视膜制作而成,上述步骤A1中,制作的画面背景膜可由在透明膜上印刷有透光区的透视膜制作而成,所述透光区为若干透光孔,或者由透视膜上印刷的若干点状或条形状显色体之间的空隙处形成。或者,在上述步骤A1中,制作的画面背景膜可由通过打孔方式形成的具有透光孔的透视膜制作而成。
本发明由于采用了由画面背景膜与收缩率大于或等于画面背景膜收缩率的透明塑料膜在室内温度下组合使用时,经过贴合而形成复合体的结构,通过收缩率的不同设置,使复合体在特定温度环境下都不会向透明塑料膜的画面打印面发生变形卷曲,从而使复合体贴合到透明板上之后不会出现翘边的严重问题,有效提高了复合体的吸附力,使复合体的贴合更加稳固,使用寿命更长。同时,由于客户在使用组合膜时是将广告画面设置在透明塑料膜与透明胶粘层之间,而形成透明膜、图案层、透明胶粘层、画面背景膜这种特定顺序连接的独特的多层结构,因此能够使广告画面受到很好的保护,不会被人为破坏,且画面的制作容易,使用传统的喷绘制作方法即可,因为是在透明塑料膜的表面制作画面,将画面背景膜贴合在透明膜表面的画面上,这样画面背景膜不但具有保护画面的作用,而且还具有将画面的颜色还原显示得很真实逼真的作用,即画面背景膜的作用是多重的,这样就使得所制作的内贴画面具有独特的表现效果及使用效果,制作方法与传统的画面制作方法也完全一致,不需要增加任何设备,也不需要更改操作技术,非常方便地实现了制作内贴画面的目的。并且画面是做反向镜像制作,张贴在玻璃橱窗的室内玻璃面上,从玻璃的外面就可以观看到清晰的画面。由于是从室内进行张贴,有效地实现了内贴的目的,且粘贴和更换安全方便,同时是通过透明塑料膜的表面进行粘贴,不但粘贴牢靠,而且画面是在透明塑料膜的画面
打印面上而不是在粘贴面上,画面不直接接触玻璃,不会产生画面油墨转移到玻璃上而污染玻璃的问题。同时,画面背景膜可采用在透明膜上印刷有透光区的透视膜制成,透视膜可以是通过其上印制的透光孔形成为透光区,或者通过印制圆点状或条形状显色体,通过各显色体之间的空隙处形成为透光区;画面背景膜也可以是采用通过在塑料膜上打孔的方式形成的具有透光孔的透视膜制成,通过透光区或透光孔不但可以透光,而且由于透光区或透光孔处的透明塑料膜上也有画面,因此当画面张贴在玻璃上之后,不但从玻璃的外面可以观看到完整的画面,从玻璃的里面也能观看到清晰的画面,实现从玻璃的两面都能够看得到清晰画面的双面看画的效果。另外,还可以将画面背景膜的两个面设置成不同的颜色,例如其中一面为白色,另一面则为银色或闪光银或荧光色或几何或花草字画装饰图案等等,这样可使更多的光线发生折射,防止画面被后面的景物干扰而影响画面的清晰度,从而使图案显示得更加清晰,而室内的这一面也能起到装饰美化的效果。此外,还可以在画面背景膜对应透明胶粘层的面的反面设置黑色或灰色遮光层,并在遮光层的表面设置喷绘层,当在该喷绘层上喷绘画面后,将广告画张贴在玻璃上就可以实现在玻璃的两面观看相同或不同的画面,即从玻璃的外面能看到透明塑料膜上的图画,从玻璃的里面能看到画面背景膜表面的图画。本发明还具有结构简单可靠、制造方便、生产成本低、使用寿命长等优点。
下面结合附图对本发明作进一步的说明。
图1为本发明所述透明塑料膜的剖面结构示意图。
图2为图1作为实施方案1时在A:A处的放大结构示意图。
图3为图1作为实施方案2时在A:A处的放大结构示意图。
图4为本发明所述画面背景膜的剖面结构示意图。
图5为图4作为实施方案1时在B:B处的放大结构示意图。
图6为图4作为实施方案2时在B:B处的放大结构示意图。
图7为图4作为实施方案3时在B:B处的放大结构示意图。
图8为图4作为实施方案4时在B:B处的放大结构示意图。
图9为图4作为实施方案5时在B:B处的放大结构示意图。
图10为图4作为实施方案6时在B:B处的放大结构示意图。
图11为图4作为实施方案7时在B:B处的放大结构示意图。
图12为图4作为实施方案8时在B:B处的放大结构示意图。
图13为图4作为实施方案9时在B:B处的放大结构示意图。
图14为图4作为实施方案10时在B:B处的放大结构示意图。
图15为图4作为实施方案11时在B:B处的放大结构示意图。
图16为图4作为实施方案12时在B:B处的放大结构示意图。
图17为图4作为实施方案13时在B:B处的放大结构示意图。
图18为图4作为实施方案14时在B:B处的放大结构示意图。
图19为本发明利用组合膜制作的广告画实施方案1的剖面局部放大结构示意图。
图20为本发明利用组合膜制作的广告画实施方案2的剖面局部放大结构示意图。
图21为本发明利用组合膜制作的广告画实施方案3的剖面局部放大结构示意图。
图22为本发明利用组合膜制作的广告画实施方案4的剖面局部放大结构示意图。
图23为本发明利用组合膜制作的广告画实施方案5的剖面局部放大结构示意图。
图24为本发明利用组合膜制作的广告画实施方案6的剖面局部放大结构示意图。
图25为本发明利用组合膜制作的广告画实施方案7的剖面局部放大结构示意图。
图26为本发明利用组合膜制作的广告画实施方案8的剖面局部放大结构示意图。
图27为本发明利用组合膜制作的广告画实施方案9的剖面局部放大结构示意图。
图28为本发明利用组合膜制作的广告画实施方案10的剖面局部放大结构示意图。
图29为本发明利用组合膜制作的广告画实施方案11的剖面局部放大结构示意图。
图30为本发明所述广告画的画面背景膜上印刷有若干圆点状显色体的平面结构示意图。
图31为本发明所述广告画的画面背景膜上印刷有若干条形状显色体的平面结构示意图。
图32为本发明所述广告画的画面背景膜上设有若干圆形透光孔的平面结构示意图。
图33为本发明所述广告画的张贴状态结构示意图。
图34为本发明所述透明塑料膜的收卷状态结构示意图。
图35为本发明所述画面背景膜的收卷状态结构示意图。
如图1-图35所示,本发明所述的组合膜,包括透明塑料膜1和画面背景膜2,其中所述透明塑料膜1的一面为粘贴面,其另一面为画面打印面,所述透明塑料膜1的粘贴面上设有离型保护层4,所述画面背景膜2的一面上设有透明胶粘层5,所述透明塑料膜1的收缩率等于或大于画面背景膜2的收缩率,通过透明塑料膜1与画面背景膜2两者之间的收缩率之差可使透明塑料膜1的画面打印面与画面背景膜2上的透明胶粘层5在30℃的温度环境下贴合后形成的复合体在-30℃至10℃和40℃至60℃的特定温度环境中都不会向透明塑料膜1的画面打印面方向发生变形卷曲。检测收缩率的方法是:在30℃的室内温度下,先将透明塑料膜1的画面打印面朝上平放在贴合机上,将画面背景膜2的离型层6撕开,将画面背景膜2的透明胶粘层5用贴合机贴合在透明塑料膜1上,得到贴合后的内贴广告膜复合体。然后,将内贴广告膜复合体裁剪成约A4大小的样品多张,撕开透明塑料膜1的离型保护层4,将复合体的粘贴面朝上,平放在稍大一些的玻璃平板上,然后将放好复合体的玻璃板放入冷藏箱中,降温到-30℃至10℃,目测复合体的变形情况,
复合体应该不变形,即使变形,也必然是向透明塑料膜1的粘贴面方向卷曲。同时,将放好复合体的玻璃板放入烤箱中,升温到40℃至60℃,观察复合体的变形情况,复合体应该不变形,即使发生变形卷曲,也必然是向透明塑料膜1的粘贴面方向发生变形卷曲,而不会向透明塑料膜1的画面打印面方向发生变形卷曲。
本发明是在客户使用时,先在透明塑料膜1的画面打印面上打印好画面,才将画面背景膜2通过透明胶粘层5与透明塑料膜1的画面打印面贴合在一起,而使画面背景膜2与透明塑料膜1组合成内贴广告膜复合体,也就是说,透明塑料膜1和画面背景膜2在客户组合使用前,两者为独立的结构体(如图1至图16及图34、图35所示),本发明只是给客户提供这两种在使用时需要组合到一起才能形成所需广告画面的材料,因此在使用前,这两种材料是封装在同一包装箱内一起出售的,或者是独立包装后成套出售,两种材料并未连接为一体。为了使透明塑料膜的结构及粘贴方式多种多样,以方便地满足不同的使用效果,既可以是所述透明塑料膜1的粘贴面上设有不干胶层3,所述离型保护层4通过所述不干胶层3贴合在透明塑料膜1的粘贴面上,且所述不干胶层3为透明不干胶层,也可以是所述透明塑料膜1为可吸墨的自粘软膜(通常是56PA至65PA增塑剂的PVC软膜),所述离型保护层4直接贴合在该自粘软膜的粘贴面上。为了使画面背景膜的结构及使用效果多种多样,既可以是所述画面背景膜2上的透明胶粘层5为热熔胶层,也可以是所述画面背景膜2上的透明胶粘层5为不干胶层,且所述画面背景膜2与透明塑料膜1贴合前,所述不干胶层上贴合有离型层6。其中,所述画面背景膜2为PET塑料膜或PVC塑料膜或PP塑料膜或PC塑料膜或金属膜或纺织品布或印刷有装饰层的塑料膜或印刷有透光区的透视膜或通过打孔方式形成的具有透光孔的透视膜。为了使本发明具有透光及透视效果,所述画面背景膜2可由印刷有透光区21的透视膜制作而成,所述透光区21为若干透光孔,或者由透视膜上印刷的若干点状或条形状显色体22之间的空隙处形成;如图9至图12及如图23、图24、图30、图31所示,在透视膜上印刷有若干点状或条形状或其它形状的显色体22,所述各相邻显色体22之间的
空隙处形成透光区21;如图17、图18、图27、图28和图32所示,透光区21由若干圆形透光孔组成,当然透光区21还可以由若干方形透光孔或其它形状的透光孔组成。如图13至图16及图25、图26、图29、图32所示,所述画面背景膜2为通过打孔方式形成的具有透光孔23的透视膜,且透光孔23可为若干圆形透光孔或方形透光孔或其它形状的透光孔,透光孔23贯穿该画面背景膜2上的透明胶粘层5,当画面背景膜2贴合到打印好图案的透明塑料膜1上后,画面是布满画面背景膜2及透光孔23而使内贴广告画的两面都能看到透明塑料膜1上所打印的画面。其中,在透过透明塑料膜1这面能够观看到完整的画面,从画面背景膜2这面透过透光孔或透光区也能观看到清晰的镜像画面(由于很简单,未画图表示)。为了使画面的显示效果更好,所述画面背景膜2具有透明胶粘层5的一面设置为白色面,其另一面可用印刷或贴膜的方法设置为银色或闪光银或荧光色或其他颜色的面。且进一步地,为了使本发明能够实现两面观看到相同或不同的画面,如图7、图8、图15、图16、图29所示,所述画面背景膜2具有透明胶粘层5的面的反面上设置有黑色或灰色的遮光层7,所述黑色或灰色的遮光层7的表面设置有白色的喷绘层8,此时,画面背景膜2具有透明胶粘层3的一面同样可设置为白色面。此外,所述透明塑料膜1为PVC膜或TPU膜或PET膜或OPP膜或其它塑料膜。且所述离型保护层4和离型层6为离型纸或PET离型膜。
本发明所述的利用上述组合膜制作的广告画,包括由透明塑料膜1和画面背景膜2形成的组合膜,所述透明塑料膜1的画面打印面上设置有图案层9,所述画面背景膜2的一面上设有透明胶粘层5,所述画面背景膜2通过透明胶粘层5贴合在图案层9上而使图案层9位于透明塑料膜1与透明胶粘层5之间,从而形成透明塑料膜1、图案层9、透明胶粘层5、画面背景膜2这种特定顺序连接的独特的多层结构的广告画,所述透明塑料膜1的画面打印面的反面为粘贴面,所述透明塑料膜1的收缩率等于或大于画面背景膜2的收缩率,通过透明塑料膜1与画面背景膜2两者之间的收缩率之差可使透明塑料膜1的画面打印面上的图案层9与画面背景膜2上的透明胶粘层5在
30℃的温度环境下贴合后形成的广告画在-30℃至10℃和40℃至60℃的特定温度环境中都不会向透明塑料膜1的画面打印面方向发生变形卷曲。检测收缩率的方法是:将制作好的广告画裁剪成约A4大小的样品多张,撕开透明塑料膜1的离型保护层4,将广告画的粘贴面朝上,平放在稍大一些的玻璃平板上,然后将放好广告画的玻璃板放入冷藏箱中,降温到-30℃至10℃,目测广告画的变形情况,广告画应该不变形,即使变形,也是向透明塑料膜1的粘贴面方向卷曲。同时,将放好广告画的玻璃板放入烤箱中,升温到40℃至60℃,观察广告画的变形情况,广告画应该不变形,即使发生变形卷曲,也是向透明塑料膜1的粘贴面方向发生变形卷曲,而不会向透明塑料膜1的画面打印面方向发生变形卷曲。
本发明所述的广告画制作方法,包括如下步骤:
A、制作组合膜,其包括如下步骤:
A1、制作画面背景膜2,该画面背景膜2的一面上涂布有透明胶粘层5,该透明胶粘层5可为热熔胶层,也可为不干胶层,当透明胶粘层5为不干胶层时,在不干胶层上贴合有离型层6;同时,可将该画面背景膜2具有透明胶粘层5的一面设置为白色面,其另一面采用印刷或贴膜的方法设置为银色或闪光银或荧光色或其他颜色的面,或者可在该画面背景膜2的另一面上设置黑色或灰色的遮光层7,并在该黑色或灰色的遮光层7的表面设置白色的喷绘层8;而且,制作的画面背景膜2还可以由印刷有透光区21的透视膜制作而成,所述透光区21为若干透光孔,或者由透视膜上印刷的若干点状或条形状显色体22之间的空隙处形成;或者,制作的画面背景膜2还可以由通过在塑料膜上打孔的方式形成的具有透光孔23的透视膜制作而成;
A2、制作透明塑料膜1,该透明塑料膜1的一面为粘贴面,其另一面为画面打印面,且在粘贴面上设有离型保护层4;当离型保护层4是通过不干胶层3贴合在粘贴面上时,是先在离型保护层4的离型面上涂布不干胶水,经过烘箱烘干,然后把透明塑料膜1按照大于制作画面背景膜2时的展开张力进行展开,再经过不干胶与离型保护层4贴合在一起;当透明塑料膜1为可吸墨的自粘软膜时,离型保护层4是直接贴合在该自粘软膜的粘贴面上;
当画面背景膜2是PET材质时,由于PET材质在常温下几乎不会收缩,所以制作透明塑料膜1时的张力可以不受限制,但是透明塑料膜1的收缩率同样等于或大于画面背景膜2的收缩率,检测透明塑料膜1的收缩率大于画面背景膜2的收缩率的方法是:当将透明塑料膜1的画面打印面与画面背景膜2上的透明胶粘层5在30℃的温度环境下贴合之后,可使得到的内贴广告膜复合体在-30℃至10℃和40℃至60℃的特定温度环境中都不会发生变形卷曲,或者只会向透明塑料膜1的粘贴面方向卷曲;
B、在透明塑料膜1的画面打印面上用喷绘打印或丝印或印刷或烫印的方法制作图案层9,且图案层9可视需要作正向设置或镜像设置;
C、采用贴膜机将画面背景膜2通过透明胶粘层5贴合在透明塑料膜1设有图案层9的面上,即完成该广告画的制作。
当上述画面背景膜2上设置有喷绘层8时,在进行上述步骤C之前,先在喷绘层8上打印所需的画面,并将喷绘层8上的画面与透明塑料膜1上的图案层9对齐,然后再进行上述步骤C。
本发明所述的组合膜在制作好后,是将画面背景膜2和透明塑料膜1单独分切,并封装在同一包装箱内出售,或者独立包装后成套出售,如图34及图35所示,对应为透明塑料膜1和画面背景膜2未使用时的状态示意图。在客户使用的时候,才将两者结合使用,从而得到内贴的广告画。
本发明所述的广告画在使用时,先将离型保护层4撕开,然后将广告画通过透明塑料膜1的粘贴面从室内贴合到透明板10上,并通过刮板刮平即可,如图33所示,为本发明所述广告画的使用状态结构示意图。
本发明是提供了能够通过组合的方式来制作广告画面的两组原材料,客户使用前,组合膜上是没有任何广告画面的,只有客户在使用的时候,才在本发明所提供的材料上制作所需要的画面,制作画面的方法如前所述。
本发明是通过实施例来描述的,但并不对本发明构成限制,参照本发明的描述,所公开的实施例的其他变化,如对于本领域的专业人士是容易想到的,这样的变化应该属于本发明权利要求限定的范围之内。
Claims (15)
- 一种组合膜,其特征在于包括透明塑料膜(1)和画面背景膜(2),其中所述透明塑料膜(1)的一面为粘贴面,其另一面为画面打印面,所述透明塑料膜(1)的粘贴面上设有离型保护层(4),所述画面背景膜(2)的一面上设有透明胶粘层(5),所述透明塑料膜(1)的收缩率等于或大于画面背景膜(2)的收缩率,通过透明塑料膜(1)与画面背景膜(2)两者之间的收缩率之差可使透明塑料膜(1)的画面打印面与画面背景膜(2)上的透明胶粘层(5)在30℃的温度环境下贴合后形成的复合体在-30℃至10℃和40℃至60℃的特定温度环境中都不会向透明塑料膜(1)的画面打印面方向发生变形卷曲。
- 根据权利要求1所述组合膜,其特征在于上述透明塑料膜(1)的粘贴面上设有不干胶层(3),上述离型保护层(4)通过所述不干胶层(3)贴合在透明塑料膜(1)的粘贴面上。
- 根据权利要求1所述组合膜,其特征在于上述透明塑料膜(1)为可吸墨的自粘软膜,上述离型保护层(4)直接贴合在该自粘软膜的粘贴面上。
- 根据权利要求1所述组合膜,其特征在于上述透明塑料膜(1)为PVC膜或TPU膜或PET膜或OPP膜等材质的塑料膜。
- 根据权利要求1所述组合膜,其特征在于上述画面背景膜(2)上的透明胶粘层(5)为热熔胶层。
- 根据权利要求1所述组合膜,其特征在于上述画面背景膜(2)上的透明胶粘层(5)为不干胶层,且所述不干胶层上贴合有离型层(6)。
- 根据权利要求1所述组合膜,其特征在于上述画面背景膜(2)为PET塑料膜或PVC塑料膜或PP塑料膜或PC塑料膜或金属膜或纺织品布或印刷有透光区的透视膜或通过打孔方式形成的具有透光孔的透视膜。
- 根据权利要求1所述组合膜,其特征在于上述画面背景膜(2)具有透明胶粘层(5)的一面设置为白色面,其另一面可用印刷或贴膜的方法设 置为银色或闪光银或荧光色或其他颜色的面。
- 根据权利要求1或8所述组合膜,其特征在于上述画面背景膜(2)具有透明胶粘层(5)的面的反面上设置有黑色或灰色的遮光层(7),所述黑色或灰色的遮光层(7)的表面设置有白色的喷绘层(8)。
- 一种利用如权利要求1-9任一权利要求所述组合膜制作的广告画,其特征在于包括由透明塑料膜(1)和画面背景膜(2)形成的组合膜,所述透明塑料膜(1)的画面打印面上设置有图案层(9),所述画面背景膜(2)的一面上设置有透明胶粘层(5),所述画面背景膜(2)通过透明胶粘层(5)贴合在图案层(9)上而使图案层(9)位于透明塑料膜(1)与透明胶粘层(5)之间,从而形成透明塑料膜(1)、图案层(9)、透明胶粘层(5)、画面背景膜(2)这种特定顺序连接的独特的多层结构,所述透明塑料膜(1)的画面打印面的反面为粘贴面,所述透明塑料膜(1)的收缩率等于或大于画面背景膜(2)的收缩率,通过透明塑料膜(1)与画面背景膜(2)两者之间的收缩率之差可使透明塑料膜(1)的画面打印面上的图案层(9)与画面背景膜(2)上的透明胶粘层(5)在30℃的温度环境下贴合后形成的广告画在-30℃至10℃和40℃至60℃的特定温度环境中都不会向透明塑料膜(1)的画面打印面方向发生变形卷曲。
- 一种制作如权利要求10所述广告画的方法,其特征在于包括如下步骤:A、制作组合膜,其包括如下步骤:A1、制作画面背景膜(2),该画面背景膜(2)的一面上设有透明胶粘层(5),该透明胶粘层(5)可为热熔胶层,也可为不干胶层,当透明胶粘层(5)为不干胶层时,在不干胶层上贴合有离型层(6);A2、制作透明塑料膜(1),该透明塑料膜(1)的一面为粘贴面,其另一面为画面打印面,且在粘贴面上设有离型保护层(4);当离型保护层(4)是通过不干胶层(3)贴合在粘贴面上时,是先在离型保护层(4)的离型面上涂布不干胶水,经过烘箱烘干,然后把透明塑料膜(1)按照等于或大于制作画面背景膜(2)时的展开张力进行展开,再经过不干胶与离型保护层 (4)贴合在一起;当透明塑料膜(1)为可吸墨的自粘软膜时,离型保护层(4)是直接贴合在该自粘软膜的粘贴面上;B、在透明塑料膜(1)的画面打印面上用喷绘打印或丝印或印刷或烫印的方法制作图案层(9);C、采用贴膜机将画面背景膜(2)通过透明胶粘层(5)贴合在透明塑料膜(1)设有图案层(9)的面上,即完成该广告画的制作。
- 根据权利要求11所述制作广告画的方法,其特征在于在上述步骤A1中,可将画面背景膜(2)具有透明胶粘层(5)的一面设置为白色面,其另一面采用印刷或贴膜的方法设置为银色或闪光银或荧光色或其他颜色的面,或者在画面背景膜(2)的另一面上设置黑色或灰色的遮光层(7),并在该黑色或灰色的遮光层(7)的表面设置白色的喷绘层(8)。
- 根据权利要求12所述制作广告画的方法,其特征在于当上述画面背景膜(2)上设置有喷绘层(8)时,在进行上述步骤C之前,可先在喷绘层(8)上打印所需的画面,并将喷绘层(8)上的画面与透明塑料膜(1)上的图案层(9)对齐,然后再进行上述步骤C。
- 根据权利要求11所述制作广告画的方法,其特征在于在上述步骤A1中,制作的画面背景膜(2)可由印刷有透光区(21)的透视膜制作而成,所述透光区(21)为若干透光孔,或者由透视膜上印刷的若干点状或条形状显色体(22)之间的空隙处形成。
- 根据权利要求11所述制作广告画的方法,其特征在于在上述步骤A1中,制作的画面背景膜(2)可由通过打孔方式形成的具有透光孔(23)的透视膜制作而成。
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CN202781982U (zh) * | 2011-09-08 | 2013-03-13 | 文明华 | 一种内贴透视广告膜 |
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