TWM488394U - Decoration and antiknock adhesive film structure electronic device glass panel - Google Patents

Description

Decoration and anti-explosive film structure of electronic device glass panel

The present invention relates to a film structure, in particular to a decorative and anti-explosive film structure for an electronic device glass panel.

With the continuous advancement and vigorous development of technology, electronic device products have also been introduced, from notebook computers, digital cameras, e-books and global satellite navigation systems, to tablet computers and smart phones; however, the display of electronic devices at this stage The trend of the screen market is dominated by the touch screen. As shown in FIG. 1 , which is a schematic cross-sectional view of the prior art, the glass panel 71 of the electronic device 70 display screen is mostly reinforced and modified. The electronic device 70 displays visible objects or circuit components around the screen, and the decorative layer 30 is fixed to the periphery of the glass panel 71 by the tempering treatment of the glass panel 71; however, although the glass panel 71 has been Intensive processing, but the electronic device 70 still has the possibility of overheating or heavy falling, which causes the glass panel 71 to blast and injure people. Therefore, before the electronic device 70 product is assembled, the electronic device 70 will additionally follow The layer 60 is used to adhere a transparent plastic anti-explosion film 20 to the surface of the glass panel 71 to which the decorative layer 30 is fixed, so as to prevent the glass panel 71 from being blasted. Wounding sheet, and comply with the international safety regulations of the product of the electronic device 70 to the front panel 71 of the glass factory process can be quite complex. In addition, although the glass panel 71 of the display screen is reinforced, after being used by the user for a long time, the glass panel 71 may still cause slight scratches on the surface due to friction with metal hard objects such as keys or coins. Therefore, the display screen is often blurred and affects the viewing quality of the user; therefore, as shown in FIG. 2, which is a schematic view of the second aspect of the prior art, it can be clearly seen that the electronic device 70 can also be assembled after the product is assembled. The transparent plastic anti-explosion film 20 is attached to the surface of the glass panel 71 by the adhesive layer 60; however, the glass panel 71 is complicated in the process before leaving the factory.

It is worth mentioning that, as shown in FIG. 3, it is a schematic diagram of a third aspect of the prior art. This third embodiment is the most common one at present, that is, before the electronic device 70 product is assembled, the factory will be in addition to In the electronic device 70, a transparent plastic anti-explosion film 20 is adhered to the surface of the glass panel 71 to which the decorative layer 30 is fixed by an adhesive layer 60, and the screen of the electronic device 70 is almost The light-emitting diode (LED) is used as the background light source, but the spectrum of the light-emitting diode emits blue light with a wavelength between 380 and 495 nm. The blue light is one of the seven composite light rays of the sun, and the wavelength is mainly at 425. -480nm, is a band that human eyes can not see, related research shows that different wavelengths of blue wavelengths have different effects on human eyes, and the band between 435 nm and 440 nm is the most harmful to the eyes. When the eyes of the person are viewed on the screen, since the blue light is not absorbed by the cornea and the crystal, the direct contact with the retina causes the eyes to contact the blue light for a long time, which is easy to cause the scattered and difficult to focus and feel sore and tired. The latest medical research shows that this high-energy blue light can cause damage to the retina, especially increasing the incidence of macular degeneration, which may lead to eye damage after cataract surgery, or cause visual blur, visual fatigue, and VDT syndrome. The so-called VDT is Visual. The abbreviation of Display Terminals, which is a visual display terminal, mainly refers to terminal devices or devices such as tablet computers, smart phones, game consoles, etc.; therefore, the industry has developed a protection against the blue light for this problem. Film; however, the user himself is not vulnerable to blue light in order to protect his own eyes, or in order to protect the glass panel 71 of the display screen from scratches or fine lines, it is necessary to spend money to purchase a different function. The transparent transparent plastic panel protection film 80 is adhered to the glass panel 71 by the adhesive layer 60; if not, the user has to pay a precious time for the filming process, and also increases the user's financial burden. And the biggest problem is that if the user is not willing to spend the cost of the film, then Blue light generated by the electronic device 70 will cause harm to the user's eyes, and a display screen of the glass panel 71 also lower than prone to scratches or wrinkles.

Therefore, how to be able to decorate the anti-explosive film on the same process, that is, the product has the function of decorating the glass panel and filtering the blue light, etc., is a top priority for related product design operators.

The main purpose of this creation is to provide decorative and anti-blasting protection functions directly to the glass panel of the electronic device, and at the same time, to achieve the beneficial effects of filtering blue light and reduce the harm to the user's eyes; If the creation is implemented after the establishment, the creation can also provide the substantial effect of the glass panel to achieve automatic repair, which not only improves the efficiency of the product process, but also increases the additional functions of the product, and saves the user.

In order to achieve the above object, the present invention provides a decorative and anti-explosive film structure for an electronic device glass panel, the electronic device having a glass panel of a display screen, and the decorative and anti-explosive film structure is used to follow the glass panel board. The decorative and anti-explosive film structure comprises a transparent plastic anti-explosive film equal to the size of the glass panel, a decorative layer fixed to the one-side surface of the transparent plastic anti-explosive film, and a fixing layer. a special functional coating layer on the other surface of the transparent plastic anti-explosive film, and an adhesive layer for adhering to the surface of the special functional coating layer next to the glass panel surface.

Further, the decorative and anti-explosive film structure of the electronic device glass panel, wherein the special function coating layer is a blue light material coating layer.

Further, the decorative and anti-explosive film structure of the electronic device glass panel, wherein the decorative and anti-explosive film structure further comprises a three-dimensional structure between the transparent plastic anti-explosive film and the decorative layer.

Further, the decorative and anti-explosive film structure of the electronic device glass panel, wherein the three-dimensional pattern structure is formed by any one of a tilted geometric plane or a three-dimensional curved surface or a combination thereof.

A decorative and anti-explosive film structure of an electronic device glass panel, the electronic device has a glass panel of a display screen, and the decorative and anti-explosive film structure is used to follow the glass panel surface, wherein the decoration is resistant The explosion film structure comprises a transparent plastic anti-explosion film equivalent to the size of the glass panel surface, a decorative layer fixed on one side surface of the transparent plastic anti-explosion film, and a fixing to the transparent plastic anti-explosion film. A special functional coating layer of the other surface, and an adhesive layer for adhering to the surface of the decorative layer and the remaining surface of the transparent plastic anti-explosive film after the decorative layer is adhered to the surface of the glass panel.

Further, the decorative and anti-explosive film structure of the electronic device glass panel, wherein the special function coating layer is selected from any one or a combination of a blue light filter material coating layer or an automatic repair material coating layer.

Further, the decorative and anti-explosive film structure of the electronic device glass panel, wherein the decorative and anti-explosive film structure further comprises a three-dimensional structure between the transparent plastic anti-explosive film and the decorative layer.

Further, the decorative and anti-explosive film structure of the electronic device glass panel, wherein the three-dimensional pattern structure is formed by any one of a tilted geometric plane or a three-dimensional curved surface or a combination thereof.

According to the above technical solution, the beneficial effect achieved by the present invention over the essence of the prior art is that the decorative and anti-explosive film structure can be directly attached to the decorative layer which is fixed on the periphery of the single-sided surface of the transparent plastic anti-explosion film. In addition to providing decorative and anti-blasting protection functions for the glass panel of the electronic device, the special function coating layer fixed on the other surface of the transparent plastic anti-explosive film can simultaneously reduce the beneficial effect of filtering blue light. In the case of the user's eye damage, the user does not need to pay additional money to purchase a functional film having a coating layer of the blue light-filtering material, and is attached to the glass panel; in addition, when the electronic device is implemented after the creation of the electronic device The creation of the glass panel can also provide the substantial effect of the automatic repair by the special function coating layer; in other words, after the electronic device is shipped from the factory, the manufacturer has the coating layer or the automatic repairing material of the blue light filtering material. The coating layer or the decorative and anti-explosive film structure combining the coating layers of the two materials is attached to the glass panel of the electronic device; The manufacturer can attach a functional film with decoration, anti-blasting and blue light filtering (and/or automatic repair) to the glass panel in the same process, which not only improves the process efficiency but also increases the product addition. In addition to function and value, it can save users money.

The detailed description and technical content of this creation are as follows:

Please refer to FIG. 4 and FIG. 5 at the same time, which is a cross-sectional view of the first embodiment of the present invention and a schematic cross-sectional view of the second embodiment. As can be clearly seen from the figure, the present invention proposes a decorative and anti-explosive film structure for an electronic device glass panel, the electronic device 70 has a glass panel 71 for displaying a screen, and the decorative and anti-explosive film structure 10 is The decorative and anti-explosive film structure 10 includes a transparent plastic anti-explosion film 20 corresponding to the size of the surface of the glass panel 71, and is fixed to the transparent plastic anti-explosion film. 20 a decorative layer 30 on the periphery of the single-sided surface, a special functional coating layer 50 fixed on the other surface of the transparent plastic anti-explosion film 20, the special function coating layer 50 is a coating layer of a blue light-absorbing material; The adhesive layer 60 is attached to the surface of the special functional coating layer 50 next to the surface of the glass panel 71; in other words, the manufacturer can apply the decorative layer 30 and special functions before the electronic device 70 is assembled. The decorative and anti-explosive film structure 10 combined with the transparent plastic anti-explosion film 20 is applied to the glass panel 71 of the electronic device 70 at a time; that is, manufacturing Merchants can put one in the same process A functional film with decoration, anti-blasting and blue light filtering is attached to the glass panel 71, which not only improves the process efficiency of the product, but also increases the additional functions of the product, and saves the user money. It is worth mentioning that the decorative layer 30 is the frame shielding design of the display screen of the electronic device 70, and can be designed as various color blocks, patterns or brand patterns; and the decorative and anti-explosive film structure 10 further includes an The three-dimensional pattern structure 40 between the transparent plastic anti-explosion film 20 and the decorative layer 30 is as shown in FIG. 5; and the three-dimensional pattern structure 40 is selected from any one of a tilted geometric plane or a curved arc surface. Or a combination thereof. When the three-dimensional pattern structure 40 and the decorative layer 30 are matched with each other, various decorative patterns with special texture and color three-dimensional patterns or brand patterns can be designed, which can further enhance the added value of the product.

Please refer to both FIG. 6 and FIG. 7 for a cross-sectional view of the first embodiment of the present invention and a schematic cross-sectional view of the second embodiment. As shown in the figure, the present invention provides a decorative and anti-explosive film structure for an electronic device glass panel. The electronic device 70 has a glass panel 71 for displaying a screen, and the decorative and anti-explosive film structure 10 is used. Followed by the surface of the glass panel 71, wherein the decorative and anti-explosive film structure 10 comprises a transparent plastic anti-explosion film 20 equivalent to the size of the surface of the glass panel 71, and is fixed to the transparent plastic anti-explosive film. a decorative layer 30 on the periphery of the one-sided surface of the sheet 20, and a special functional coating layer 50 adhered to the other surface of the transparent plastic anti-explosion film 20, wherein the special-function coating layer 50 is selected from the group consisting of blue-coated materials. Any one or a combination of layers or automatic repair material coating layers, wherein the automatic repair material of the automatic repair material coating layer utilizes the characteristics of the automatic repair material itself, that is, when scratches are generated, the scraping The trace can be automatically leveled by the material recovery force for a period of time to perform the surface automatic repair function for the small scratches; and a surface for adhering to the surface of the decorative layer 30 after the glass panel 71 is used. The transparent plastic anti-explosion film 20 fixes the adhesive layer 60 on the remaining surface of the decorative layer 30. It is worth mentioning that the manufacturer can combine the decorative layer 30, the special function coating layer 50 and the transparent plastic anti-explosion film 20 to form the decorative and anti-explosive film structure before the electronic device 70 is assembled. 10 is attached to the glass panel 71 of the electronic device 70 at a time; that is, the manufacturer can paste a functional film with decoration, anti-blasting and blue light filtering (and/or automatic repair) in the same process. In combination with the glass panel 71, not only can the product process efficiency be improved, but also the additional functions of the product can be added, and the user can save money. Similarly, the decorative layer 30 is a frame shielding design of the display screen of the electronic device 70, and can be designed as various color blocks, patterns or brand patterns; of course, the decorative and anti-explosive film structure 10 also includes a transparent a three-dimensional pattern structure 40 between the plastic anti-explosion film 20 and the decorative layer 30, as shown in FIG. 7; and the three-dimensional pattern structure 40 is selected from any one of a tilted geometric plane or a three-dimensional curved surface or The combination is formed. When the three-dimensional pattern structure 40 and the decorative layer 30 are matched with each other, various decorative patterns with special texture and color three-dimensional patterns or brand patterns can be designed, which can further enhance the added value of the product.

In summary, the decorative and anti-explosive film structure 10 of the glass panel 71 of the present electronic device 70 can directly directly face the electronic device 70 by the decorative layer 30 fixed to the periphery of the one-sided surface of the transparent plastic anti-explosion film 20 . The glass panel 71 provides a decorative and anti-blasting protection function, and at the same time, the special function coating layer 50 fixed to the other surface of the transparent plastic anti-explosion film 20 is simultaneously reduced in the effect of filtering blue light. The user does not need to pay additional money to purchase a functional film having a coating layer of the blue-light-filtering material on the glass panel 71. Moreover, when the electronic device 70 is assembled, the creation is performed. At the same time, the creation can also provide the automatic repairing effect of the glass panel 71 by the automatic repairing material of the special function coating layer 50; in other words, the manufacturer has already filtered the blue light after the electronic device 70 is shipped from the factory. The material coating layer or the automatic repair material coating layer, or the decorative and anti-explosive film structure 10 combined with the coating layers of the two materials is attached to the glass panel 71 of the electronic device 70; That is to say, the manufacturer can attach a functional film with decoration, anti-blasting and blue light filtering (and/or automatic repair) to the glass panel 71 in the same process, which not only improves the process efficiency of the product but also improves the process efficiency of the product. Adding additional features and value to the product saves users money.

The above description has been made in detail, but the above is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the creation of the creation, that is, the equivalent change of the patent application scope of the creation. And modifications should still be covered by the patents of this creation.

10‧‧‧Decoration and anti-explosive film structure
20‧‧‧Transparent plastic anti-explosion film
30‧‧‧Decorative layer
40‧‧‧Three-dimensional structure
50‧‧‧Special function coating layer
60‧‧‧Next layer
70‧‧‧Electronic devices
71‧‧‧glass panel
80‧‧‧Transparent plastic panel protection diaphragm

Figure 1 is a schematic cross-sectional view showing the first state of the prior art. 2 is a schematic cross-sectional view of a second aspect of the prior art. Figure 3 is a schematic cross-sectional view of a third aspect of the prior art. Figure 4 is a schematic cross-sectional view showing a first embodiment of the present invention. Figure 5 is a schematic cross-sectional view showing a second embodiment of the present invention. Figure 6 is a schematic cross-sectional view showing a third embodiment of the present invention. Fig. 7 is a schematic cross-sectional view showing a fourth embodiment of the creation.

10‧‧‧Decoration and anti-explosive film structure

20‧‧‧Transparent plastic anti-explosion film

30‧‧‧Decorative layer

50‧‧‧Special function coating layer

60‧‧‧Next layer

70‧‧‧Electronic devices

71‧‧‧glass panel

Claims (10)

A decorative and anti-explosive film structure for an electronic device glass panel, the electronic device (70) having a glass panel (71) for displaying a screen, the decorative and anti-explosive film structure (10) being used to follow the glass panel (71) a board surface, wherein: the decorative and anti-explosive film structure (10) comprises a transparent plastic anti-explosion film (20) equivalent to a size of a surface of the glass panel (71), and is fixed to the board a transparent plastic anti-explosive film (20) a decorative layer (30) on one side of the surface, a special functional coating layer (50) fixed to the other surface of the transparent plastic anti-explosion film (20), and a Next, the adhesive layer (60) adhered to the surface of the special functional coating layer (50) on the surface of the glass panel (71). The decorative and anti-explosive film structure of the electronic device glass panel according to claim 1, wherein the special function coating layer (50) is a blue light coating material coating layer. The decorative and anti-explosive film structure of the electronic device glass panel according to claim 1 or 2, wherein the decorative and anti-explosive film structure (10) further comprises a transparent plastic anti-explosive film (20) and A three-dimensional pattern (40) between the decorative layers (30). The decorative and anti-explosive film structure of the electronic device glass panel according to claim 3, wherein the three-dimensional pattern structure (40) is selected from any one of a tilted geometric plane or a three-dimensional curved surface or a combination thereof. . A decorative and anti-explosive film structure for an electronic device glass panel, the electronic device (70) having a glass panel (71) for displaying a screen, the decorative and anti-explosive film structure (10) being used to follow the glass panel (71) a board surface, wherein: the decorative and anti-explosive film structure (10) comprises a transparent plastic anti-explosion film (20) equivalent to a size of a surface of the glass panel (71), and is fixed to the board a transparent plastic anti-explosive film (20) a decorative layer (30) on one side of the surface, a special functional coating layer (50) fixed to the other surface of the transparent plastic anti-explosion film (20), and a Next, the surface of the decorative layer (30) is adhered to the surface of the decorative layer (30) and the transparent plastic anti-explosion film (20) is adhered to the adhesive layer (30). The decorative and anti-explosive film structure of the glass panel of the electronic device according to the fifth aspect of the invention, wherein the special function coating layer (50) is selected from the group consisting of a coating layer for filtering a blue light material or a coating layer for an automatic repairing material. One or a combination thereof. The decorative and anti-explosive film structure of the electronic device glass panel according to claim 5, wherein the decorative and anti-explosive film structure (10) further comprises a transparent plastic anti-explosive film (20) and the decoration A three-dimensional pattern (40) between the layers (30). The decorative and anti-explosive film structure of the electronic device glass panel according to claim 6, wherein the decorative and anti-explosive film structure (10) further comprises a transparent plastic anti-explosive film (20) and the decoration A three-dimensional pattern (40) between the layers (30). The decorative and anti-explosive film structure of the electronic device glass panel according to claim 7, wherein the three-dimensional pattern structure (40) is selected from any one of a tilted geometric plane or a three-dimensional curved surface or a combination thereof. . The decorative and anti-explosive film structure of the electronic device glass panel according to claim 8, wherein the three-dimensional pattern structure (40) is selected from any one of a tilted geometric plane or a three-dimensional curved surface or a combination thereof. .