Novel transfer paste
By incorporating a translucent layer that is both transparent and opaque, and a second image layer into the transfer sticker, the problem of pattern display under both light and dark conditions is solved, increasing its visual appeal and fun. It is suitable for pasting onto various luminescent objects.
Patent Information
- Application Number
- CN202520314703.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-02-25
- Publication Date
- 2026-01-06
- Estimated Expiration
- 2035-02-25
AI Technical Summary
Existing transfer stickers cannot hide the pattern in the absence of light, and cannot display the pattern in the presence of light, resulting in poor visual appeal.
A novel transfer sticker is designed, comprising a first film, a first image layer, a light-transmitting layer, and a second image layer. The light-transmitting layer is transparent but opaque, used to hide the pattern in the absence of light and to display the pattern under light. By setting the light transmittance of the light-transmitting layer, a transparent light-transmitting layer is placed between the light-transmitting layer and the second image layer. The light-transmitting layer is transparent but opaque, used to superimpose and display the two patterns under light.
It enables the pattern to be hidden in the absence of light and to be displayed by superimposing two patterns under light, which increases the product's visual appeal and fun. It is suitable for sticking onto different luminous objects.
Smart Images
Figure CN223764100U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to a transfer sticker field, especially a novel transfer sticker. BACKGROUND
[0002] The transfer sticker is a special sticker, which can transfer patterns or characters from the sticker to the surface of other objects, and can add unique ornamental value to the objects.
[0003] However, the existing transfer sticker does not have the function of hiding patterns and displaying hidden patterns under light, and only displays the printed patterns on the outer surface, which causes poor overall ornamental value. UTILITY MODEL CONTENT
[0004] The utility model discloses a novel transfer sticker to solve the technical problem of hiding patterns in non-light conditions and displaying patterns in light conditions.
[0005] The utility model solves the above technical problem through the following technical scheme:
[0006] The utility model provides a novel transfer sticker, which comprises a first diaphragm, the first diaphragm one side is the printing surface, the first diaphragm printing surface or non-printing surface or both sides are provided with coating;First image layer, the first image layer forms first image, and the first image layer is arranged on the printing surface of the first diaphragm;The first image layer has light transmission;Light transmission layer, the light transmission layer is not opaque to light, and the light transmission layer covers the first image layer;Second image layer, the second image layer forms second image, the second image layer is arranged on the light transmission layer, and the second image layer has light transmission.
[0007] Preferably, the coating is arranged between the printing surface of the first diaphragm and the first image layer.
[0008] Preferably, it further comprises a second diaphragm, and the second diaphragm is attached to the non-printing surface of the first diaphragm.
[0009] Preferably, the coating is arranged between the non-printing surface of the first diaphragm and the second diaphragm, and the coating is an adhesive layer.
[0010] Preferably, both sides of the first diaphragm are provided with the coating, the coating on the printing surface of the first diaphragm is an ink absorption layer, and the coating on the non-printing surface of the first diaphragm is an adhesive layer.
[0011] Preferably, the light transmission layer is a double-color sticker film with one color and the other silver, and the silver side of the double-color sticker film is attached to the first image layer.
[0012] Preferably, a transparent protective layer is further included, which covers the second image layer, and a second film sheet is attached to the transparent protective layer.
[0013] Preferably, a white layer is further included, which is arranged on the side of the first image layer or the second image layer away from the light-transmitting layer.
[0014] Preferably, the first image is a color image, and the second image is a vector line drawing of the first image, and the color image is aligned with and coincides with the vector line drawing.
[0015] Preferably, the second image is a color image, and the first image is a vector line drawing of the second image, and the color image is aligned with and coincides with the vector line drawing.
[0016] Preferably, the light-transmitting layer is formed by uv light oil mixed with white color paste with fineness of 1000-5000 meshes through light curing, or is formed by a silver-white film and a transparent protective layer thereof.
[0017] Preferably, the light-transmitting layer and the second image layer constitute a double-color film with one color on one side and silver color on the other side, the silver color side of the double-color film is the light-transmitting layer, and the silver color side is attached to the first image layer, and the color side of the double-color film is the second image layer.
[0018] Preferably, the two side surfaces of the first film sheet are provided with a coating, the coating on the printing surface of the first film sheet is a luminous coating, and the luminous coating has light-transmitting property, and the coating on the non-printing surface of the first film sheet is a glue layer.
[0019] Preferably, a luminous coating is arranged between the coating and the first image layer, and the luminous coating has light-transmitting property.
[0020] On the basis of common knowledge in the art, the above-mentioned preferred conditions can be combined arbitrarily, thereby obtaining each preferred example of the present application.
[0021] The positive progress effect of the present application is that:
[0022] The above-mentioned novel transfer sticker has two patterns by arranging the first pattern layer and the second pattern layer, and the light-transmitting layer is arranged to shield, the single unshielded pattern can be displayed in the absence of light, and the two patterns are superimposed and displayed in the presence of light, thereby increasing the overall ornamental effect and the interest of the product; meanwhile, the sticker is in the form of a sticker, and has a wide range of applications and can be applied to different light-emitting objects. BRIEF DESCRIPTION OF DRAWINGS
[0023] Figure 1 It is an overall structure schematic diagram in the embodiment one of the present application.
[0024] Figure 2 This is a schematic diagram of the overall structure in Embodiment 2 of this utility model.
[0025] Figure 3 This is a schematic diagram of the overall structure in Embodiment 3 of this utility model.
[0026] Explanation of reference numerals in the attached figures
[0027] 1. First film; 101. Coating; 2. First image layer; 3. Light-transmitting layer; 4. Second film; 5. Second image layer; 6. Transparent protective layer. Detailed Implementation
[0028] The present invention will be further described below by way of embodiments, but the present invention is not limited to the scope of the embodiments described herein.
[0029] Example 1
[0030] like Figure 1 As shown, a novel transfer sticker includes: a first film 1, one side of which is a printing surface, and a coating 101 is provided on the printing surface of the first film 1; a first image layer 2, on which a first image is formed and disposed on the printing surface of the first film 1; the first image layer 2 is light-transmitting; a light-transmitting layer 3, which is light-transmitting but not transparent and covers the first image layer 2; a second image layer 5, on which a second image is formed and disposed on the light-transmitting layer 3, and the second image layer 5 is light-transmitting; a transparent varnish is printed or sprayed on the second image layer 5, and after the varnish cures, a film layer is formed, and a second film 4 is attached and heated and pressed firmly onto the surface of the varnish film layer.
[0031] The coating 101 is disposed between the printing surface of the first film 1 and the first image layer 2. The coating 101 is made of pressure-sensitive adhesive, and the first image can be printed on the coating 101 using a UV printer; the coating 101 is a release adhesive and an ink-absorbing coating 101, and the first image layer 2 can be printed on the coating 101 using a water-based inkjet printer or a laser printer.
[0032] In practical implementation, the light-transmitting layer 3 is a two-tone film with one side colored and the other side silver. The silver side of the two-tone film is bonded to the first image layer 2. This design achieves the effect of being translucent but opaque, thus blocking and hiding the image when there is no light. At the same time, the colored side can serve as a background color for the second image layer 5, enhancing the display effect and visual appeal of the second image layer when there is no light.
[0033] Further, the light-transmitting layer 3 can be formed by printing or spraying a white light oil (i.e. a light oil mixed with white color paste) on the surface of the first image layer 2, or by vacuum plating, spraying, or transfer printing process to form a silver-white plating layer covering the surface of the first image layer 2, printing or spraying a transparent light oil on the outer surface of the plating layer, and forming a film layer after curing the white light oil or the transparent light oil, thereby forming the light-transmitting layer 3.
[0034] Further, the light-transmitting layer 3 can be formed by printing or spraying a white light oil (i.e. a light oil mixed with white color paste) on the surface of the first image layer 2, or by vacuum plating, spraying, or transfer printing process to form a silver-white plating layer covering the surface of the first image layer 2, printing or spraying a transparent light oil on the outer surface of the plating layer, and forming a film layer after curing the white light oil or the transparent light oil, thereby forming the light-transmitting layer 3.
[0035] In a specific implementation, the first film sheet 1 and the second film sheet 4 can use the A+B film transfer material of Guangzhou Jiatong New Material Factory; the first image layer 2 is formed by printing on the coating 101 (i.e. a pressure-sensitive adhesive) of the first film sheet 1 using a UV flatbed printer; a silver-white plating layer is formed on the surface of the first image layer 2 by printing or spraying a white light oil (i.e. a light oil mixed with white color paste) on the surface of the first image layer 2, or by vacuum plating, spraying, or transfer printing process; a transparent light oil is printed or sprayed on the outer surface of the plating layer; the second film sheet 4 is attached to the film layer formed after curing the white light oil or the transparent light oil and is compacted by heating; the first image layer 2 is shielded by the light-transmitting layer 3, and the first image layer 2 is hidden without light.
[0036] In use, the first film sheet 1 and the first image layer 2 can be separated (i.e. the coating 101 can be torn), the first image layer 2 is attached to the outer surface of a light-transmitting substrate and is compacted, and then the second film sheet 4 is torn off; when a light source is provided behind, the image on the first image layer 2 is visible through the light-transmitting layer 3; when the light source is not provided behind, the first image layer 2 is shielded by the light-transmitting layer 3 and is invisible from the front.
[0037] Further, the second image layer 5 can be formed by printing or spraying on the surface of the light-transmitting layer 3; the second image layer 5 can be a printed line image or a color transparent image layer formed by spraying a transparent light oil mixed with color paste and then curing the transparent light oil; the image on the first image layer 2 is visible through the transparent image layer when a light source is provided behind; the image on the second image layer 5 is visible when the light source is not provided behind; if the second image layer 5 is a printed line image, a transparent light oil is printed or sprayed on the outer surface of the line image, a film layer is formed after curing the transparent light oil, the second film sheet 4 is attached to the surface of the film layer and is compacted by heating, thereby forming a transfer sticker as shown in FIG. 5. Figure 1
[0038] The first image is a color image, and the second image is a vector line image of the first image; the color image is aligned with and coincides with the vector line image.
[0039] The second image is a color image, and the first image is a vector line drawing of the second image, and the color image is aligned and coincides with the vector line drawing.
[0040] In a specific implementation, the image on the first image layer 2 is a color image, and the image on the second image layer 5 is a line drawing. The arrangement can also be reversed, depending on whether the inner or outer surface of the base body is attached.
[0041] For example, the base body is made of a light-transmitting opaque material, and the first image is a color image, and the second image is a line drawing image. When light is shone from the back, the color image is presented, and when the light is not shone from the back, the line drawing image is presented.
[0042] If the base body is made of transparent glass or transparent acrylic material, the inner surface of the base body plate can be attached. The first image is a line drawing image, and the second image is a color image. When the light is not shone from the back, the line drawing image of the first image is visible through the transparent base body. When the light is shone from the back, the second color image is visible.
[0043] The first image layer 2 can also be a light oil mixed with a color pigment (such as red) sprayed on the coating 101 of the first film 1 and then cured to form (the coating 101 is a pressure-sensitive adhesive, which is transparent). Then a white light oil layer is formed on the first image layer 2 by spraying or an electroplated layer is formed by vacuum plating, spraying, or transfer film process. If it is an electroplated layer, a transparent light oil (protecting the plated layer) is sprayed on the electroplated layer to form a light-transmitting layer 3. A black-and-white or color image (such as a portrait) is formed on the light-transmitting layer 3 by printing or hand-drawing, and then a transparent light oil is sprayed on the second image. After the light oil is cured, the second film 4 is easily attached. Then the second film 4 is attached and warmed to compact it.
[0044] Next, the outer contour of the stack (first image layer 2 + light-transmitting layer 3 + second image layer 5 + transparent light oil film layer) including the first film 1 and the second film 4 can be cut into a graphic shape, such as a heart shape. This scheme is suitable for attaching to the inner surface of the transparent base body.
[0045] The specific operation is to tear off the first film 1, then attach and compact the first image layer 2 on the inner surface of the transparent base body, and then tear off the second film 4.
[0046] When the light is shone from the back, the portrait of the second image layer 5 is visible through the transparent base body. When the light is not shone from the back, the red heart shape, i.e., the first image, is visible through the transparent base body, and the second image is not visible. Because the heart shape is transparent red, it has little effect on the clarity of the portrait when the light is shone.
[0047] It also includes a white layer, which is arranged on the side of the first image layer 2 or the second image layer 5 away from the light-transmitting layer 3.
[0048] Further, when the first image is a color image, a white layer is printed or sprayed on the side of the first image away from the light-transmitting layer 3, and the white layer has light-transmitting property and can be formed by mixing white color paste with varnish or by printing with special white ink of a UV printing device.
[0049] The white layer has the effect of hiding the first color image from the back when the color image is pasted on the outer surface of the transparent base, and the color image is invisible from the outer surface and the inner surface when there is no light from the back. The color image is visible from the outer surface only when there is light from the back.
[0050] Similarly, when the first image is a line image and the second image is a color image, the white layer is formed behind the second image layer 5 when the first image is pasted on the inner surface of the transparent base, and the color image is invisible from the inner surface and the outer surface when there is no light.
[0051] Further, the color image and the line image are the same image, and the line image is a vector line image of the color image and corresponds to the superposition.
[0052] The light-transmitting layer 3 is an electroplated layer because it can reach nanometer level and the color image is better visible under back illumination. However, the transparent varnish is needed to protect the plating layer, and the processing procedure is generally performed separately, which increases the cost and is not conducive to the corresponding superposition of the first image (such as the color image) and the second image (such as the line image).
[0053] When the light-transmitting layer 3 is a white varnish layer, preferably, the white varnish is mixed with 1000-mesh to 5000-mesh white color paste, and the first image and the light-transmitting layer 3, and the second image and the transparent protective layer 6, including the white layer, can be printed by a UV printer in one process, which is relatively simple, and the corresponding superposition of the first image and the second image will not cause misalignment.
[0054] However, the existing UV printer is configured to print transparent varnish, and the UV printer needs to be adjusted, mainly by adding 1000-mesh to 5000-mesh white color paste to the varnish, and then increasing the power of the UV lamp as appropriate, or printing the light-transmitting layer 3 in two or more times (thin printing in single time is beneficial to curing).
[0055] The varnish is preferably UV varnish.
[0056] In the above embodiment, the first film 1 and the second film 4 are torn off when the transfer is pasted in use, and the first film 1 and the second film 4 can be made of non-transparent material.
[0057] Embodiment two
[0058] like Figure 2 As shown, a novel transfer sticker includes: a first film 1, one side of which is a printing surface, and a coating 101 is provided on the non-printing surface of the first film 1; a first image layer 2, on which a first image is formed and disposed on the printing surface of the first film 1; the first image layer 2 is light-transmitting; a light-transmitting layer 3, which is light-transmitting but not transparent and covers the first image layer 2; and a second image layer 5, on which a second image is formed and disposed on the light-transmitting layer 3, and the second image layer 5 is light-transmitting.
[0059] It also includes a second diaphragm 4, which is attached to the non-printing surface of the first diaphragm 1.
[0060] The coating 101 is disposed between the non-printing surface of the first diaphragm 1 and the second diaphragm 4, and the coating 101 is an adhesive layer. The coating 101 is preferably acrylic adhesive or hot melt adhesive. The other side of the first diaphragm 1 does not have the coating 101, and the first image layer 2 can be printed directly on the first diaphragm 1 using a UV printer.
[0061] The light-transmitting layer 3 is a two-color film with one side colored and the other side silver. The silver side of the two-color film is bonded to the first image layer 2.
[0062] It also includes a white layer, which is disposed on the side of the first image layer 2 or the second image layer 5 away from the light-transmitting layer 3.
[0063] The first image is a color image, and the second image is a vector line drawing of the first image, wherein the color image and the vector line drawing are aligned and overlap.
[0064] The second image is a color image, and the first image is a vector line drawing of the second image. The color image and the vector line drawing are aligned and overlap.
[0065] In the above embodiment, when the transfer sticker is used, the second film 4 is peeled off, while the first film 1 is not peeled off. The first film 1 needs to be made of transparent material. It is adhered to the substrate through the adhesive layer. Since the first film 1 is not separated, the overall strength of the transfer sticker is increased, making it easy to peel off and stick to other positions after the transfer sticker is pasted. That is, when changing the pasting position, the transfer sticker is not easy to break.
[0066] Example 3
[0067] like Figure 3As shown, a new transfer sticker comprises: a first film sheet 1, one side of which is a printing surface, and both sides of which are provided with a coating layer 101; a first image layer 2, which is formed with a first image, and is arranged on the printing surface of the first film sheet 1; the first image layer 2 is light-transmissive; a light-transmissive layer 3, which is light-transmissive and opaque, and covers the first image layer 2; a second image layer 5, which is formed with a second image, and is arranged on the light-transmissive layer 3, and has light-transmissivity.
[0068] Further comprising a second film sheet 4, which is attached to the non-printing surface of the first film sheet 1.
[0069] Both sides of the first film sheet 1 are provided with the coating layer 101, which is an ink-absorbing layer on the printing surface of the first film sheet 1, and is an adhesive layer on the non-printing surface of the first film sheet 1.
[0070] The first image layer 2 can be printed on the ink-absorbing coating layer 101 by using an aqueous inkjet printer or a laser printer.
[0071] The light-transmissive layer 3 is a double-color sticker film with one color and the other silver, and the silver side of the double-color sticker film is attached to the first image layer 2.
[0072] Further comprising a white layer, which is arranged on the side of the first image layer 2 or the second image layer 5 away from the light-transmissive layer 3.
[0073] The first image is a color image, and the second image is a vector line drawing of the first image, and the color image is aligned with and coincides with the vector line drawing.
[0074] The second image is a color image, and the first image is a vector line drawing of the second image, and the color image is aligned with and coincides with the vector line drawing.
[0075] In use, the second film sheet 4 is torn off, and the first film sheet 1 is not torn off, and the first film sheet 1 needs to be made of transparent material; and is adhered to the substrate through the adhesive layer; and compared with the second embodiment, the ink-absorbing layer is additionally arranged between the first image layer 2 and the first film sheet 1, so that the image color is bright.
[0076] Embodiment Four
[0077] The first film sheet 1 is preferably a water-based inkjet transfer printing sticker. The existing technology can use the water transfer printing sticker material of the Ke Meng brand of Guangdong Huizhou Yibite Technology Co., Ltd., which has a release adhesive and an ink absorption coating 101. An Epson water-based inkjet printer can be used to print the coating 101 side of the first film sheet 1 to form a first image layer 2. Then, a light oil mixed with white color paste can be sprayed on the first image layer 2 to form a light transmission layer 3 after curing.
[0078] Further, a light oil mixed with color concentrate can be sprayed on the light transmission layer 3 to form a transparent colored second image layer 5, and the light transmission layer 3 can be seen through the second image layer 5. Then, the stack including the first film sheet 1 (first image + light transmission layer 3 + second image layer 5) is cut by scissors or a knife die to form a pattern in the outer contour. For example, if the second transparent image layer is red, it can be cut into a heart shape. If the second transparent image layer is green, it can be cut into a leaf shape. If the first image is a human image, it appears when the backlight is on. If the backlight is not on, it appears as a red heart-shaped second image. If it is a leaf shape, it appears as a green leaf when the backlight is not on.
[0079] The light transmission layer 3 can also be formed by vacuum plating or spraying a silver-white plating layer, and then spraying transparent light oil on the plating layer to protect the plating layer.
[0080] The light transmission layer 3 can also be formed by vacuum plating or spraying a silver-white plating layer, and then spraying transparent light oil on the plating layer to protect the plating layer.
[0081] If it is a uv printing device, the ink absorption coating 101 is not needed, and the second image layer 5 can be directly printed on the surface of the light transmission layer 3.
[0082] Next, the stack including the first film sheet 1 can be cut into a heart shape, the first image is red, and the second image is a human image, which is suitable for being attached to the inner surface of a transparent base.
[0083] After the first film sheet 1 is removed, when the backlight is on, the human image is visible through the transparent base. When the backlight is not on, a red heart shape is visible through the transparent base.
[0084] In use, the cut stack including the first film 1 can be soaked in water for about 40 seconds until the coating 101 (release agent) on the first film 1 (transfer sticker base paper) can be slid, then the stack of the first image layer 2 and the light-transmitting layer 3 and the second image layer 5 is separated from the first film 1, then the first image is attached to the surface of the substrate, the excess water on the surface and the periphery can be scraped off with a special scraper made of silicone material, and then dried, preferably baked at about 100-160 degrees, and the adhesion is better.
[0085] If the laser transfer sticker base paper material is used, the image is printed with a laser printer.
[0086] Example Five
[0087] On the basis of Example One, a luminescent coating is arranged between the coating 101 and the first image layer 2, and the luminescent coating has light-transmitting property.
[0088] Example Six
[0089] On the basis of Example Three, the two sides of the first film 1 are both provided with the coating 101, the coating 101 on the printing surface of the first film 1 is a luminescent coating, and the luminescent coating has light-transmitting property, and the coating 101 on the non-printing surface of the first film 1 is an adhesive layer.
[0090] In the above Examples Five and Six, the luminescent coating includes a photoluminescent material, that is, a luminescent powder, and the luminescent powder is preferably mixed with a light oil to form the luminescent coating after being coated on the printing surface of the first film 1 and solidified, and the first film 1 is made of transparent material, which is beneficial to the absorption of the luminescent powder;
[0091] The first image layer 2 is printed on the luminescent coating of the first film 1 with a uv flatbed printer, and the light-transmitting layer 3 and the second image layer 5 are sequentially arranged on the first image layer 2;
[0092] In use, the second film 4 or the second film 4 and the first film 1 are torn off, and then the adhesive surface is attached and pressed on the outer surface of the light-transmitting substrate, preferably a transparent substrate, which is beneficial to the absorption of the luminescent powder of the luminescent coating;
[0093] Under normal circumstances, the second image is presented, when the light behind is irradiated, it is irradiated to the luminescent coating through the transparent substrate, and the first image is presented to be visible, when the light behind is turned off, the luminescent powder of the luminescent coating is excited by the light and begins to emit luminescence, presenting the image effect of luminescence, especially when the light is just turned off, the luminescence effect is the brightest, and gradually weakens until only the second image is visible.
[0094] The utility model is not limited to the above-mentioned embodiment, no matter makes any change in its shape or structure, all falls in the protection scope of the utility model. The protection scope of the utility model is defined by the appended claims, and the skilled in the art can make various changes or modifications to these embodiments without departing from the principles and essence of the utility model, but these changes and modifications all fall into the protection scope of the utility model.
Claims
1. A new type of transfer sticker, characterized in that, The application relates to a printing film, which comprises the following parts: a first film sheet (1), one side of which is a printing surface, the other side of which is a non-printing surface, and the printing surface or the non-printing surface or both sides of the first film sheet (1) are provided with a coating (101); a first image layer (2) formed with a first image, which is arranged on the printing surface of the first film sheet (1), and the first image layer (2) has light transmittance; a light-transmitting layer (3) which is light-transmitting and opaque, and which covers the first image layer (2); a second image layer (5) formed with a second image, which is arranged on the light-transmitting layer (3), and the second image layer (5) has light transmittance.
2. A new transfer sticker as claimed in claim 1, characterized by: The coating (101) is arranged between the printing surface of the first film sheet (1) and the first image layer (2).
3. A new transfer sticker as claimed in claim 1, wherein: The application further comprises a second film sheet (4) which is attached to the non-printing surface of the first film sheet (1).
4. A novel transfer sticker as claimed in claim 3, wherein: The coating (101) is arranged between the non-printing surface of the first film sheet (1) and the second film sheet (4), and the coating (101) is an adhesive layer.
5. A novel transfer patch as claimed in claim 3, wherein: Both sides of the first film sheet (1) are provided with the coating (101), the coating (101) on the printing surface of the first film sheet (1) is an ink-absorbing layer, and the coating (101) on the non-printing surface of the first film sheet (1) is an adhesive layer.
6. A new transfer sticker as claimed in claim 1, characterized by: The light-transmitting layer (3) is a double-color film with one color side and one silver side, and the silver side of the double-color film is attached to the first image layer (2).
7. A new transfer sticker as claimed in claim 1, wherein: The application further comprises a transparent protective layer (6) and a second film sheet (4), the transparent protective layer (6) covers the second image layer (5), and the second film sheet (4) is attached to the transparent protective layer (6).
8. A new transfer sticker as claimed in claim 1, wherein: The application further comprises a white layer which is arranged on the side of the first image layer (2) or the second image layer (5) away from the light-transmitting layer (3).
9. A new transfer sticker as claimed in claim 1, wherein: The first image is a color image, and the second image is a vector line drawing of the first image, and the color image is aligned with and coincides with the vector line drawing.
10. The novel transfer sticker as claimed in claim 1, wherein: The second image is a color image, and the first image is a vector line drawing of the second image, and the color image is aligned with and coincides with the vector line drawing.
11. A new transfer sticker as claimed in claim 1, wherein: The light-transmitting layer (3) is formed by uv light oil mixed with white color paste with fineness of 1000-5000 meshes through light curing, or is formed by silver-white plating film and a transparent protective layer thereof.
12. A new transfer sticker as claimed in claim 1, wherein: The light-transmitting layer (3) and the second image layer (5) constitute a double-color film with one color side and one silver side, the silver side of the double-color film is the light-transmitting layer (3), and the silver side is attached to the first image layer (2), and the color side of the double-color film is the second image layer (5).
13. A new transfer sticker as claimed in claim 3, wherein: Both sides of the first film sheet (1) are provided with the coating (101), the coating (101) on the printing surface of the first film sheet (1) is a luminous coating, and the luminous coating has light transmittance, and the coating (101) on the non-printing surface of the first film sheet (1) is an adhesive layer.
14. The new transfer sticker as claimed in claim 2, wherein: A luminous coating is arranged between the coating (101) and the first image layer (2), and the luminous coating has light transmittance.