TWM576956U - Screen protector with AG, AR, and blue light filter - Google Patents

Abstract

A screen protector with AG, AR, and anti-blue light, which is suitable for use in a screen protector attached to a mobile phone or a tablet computer, and has better anti-blue light, anti-reflective and anti-glare applications. The screen protector here comprises a substrate with an adhesive layer on the inward side and a release film on the adjacent side. The improved portion of the case is: along the substrate and The lower side is combined with the adhesive layer to bond an anti-blue layer by vapor deposition, and the AR (anti-reflective) layer and the AG (anti-glare) layer are sequentially combined on the outward side of the substrate. The screen protector is attached to the screen of the pre-assembled mobile phone or tablet, and the blue-resistant layer is bonded to the inward side of the substrate to avoid direct contact with the user's finger to obtain more Good anti-blue and anti-reflective and anti-glare applications.

Description

Screen protector with AG, AR, and Blu-ray

The present invention provides a screen protector with AG, AR, and anti-blue light, which mainly combines an anti-blue layer on the inward side of the substrate of the screen protector, and the outer side of the substrate is The combination of an AR (anti-reflective) layer and an AG (anti-glare) layer allows the screen protection to be applied to the screen of a pre-combined mobile phone or tablet for better anti-blue and anti-reflective Anti-glare applications.

The mobile phone or tablet used by ordinary people is usually applied to avoid the reflection or glare of the screen, and the anti-Blu-ray application is also applied to the screen of the mobile phone or tablet computer that will be used normally. Anti-glare and anti-Blu-ray protective stickers, therefore, such protective stickers on the market are quite diverse in composition, and can be easily selected according to the needs of users.

In this paper, a certificate number issued by a related company and published in the certificate number: I590949 "Anti-Blu-ray Screen Protector" is disclosed. The screen protector here comprises a first adhesive layer on one side of a glass substrate, and a release film is disposed on an adjacent side of the first adhesive layer, and an anti-blue hardening layer is bonded on the other side of the glass substrate; or between the glass substrate and the blue light-resistant hard layer bonded to the other side Bonding an anti-reflective layer; or bonding a first anti-reflective layer and a second anti-reflection between the glass substrate and the anti-blue hardening layer bonded to the other side Layers allow the resulting screen protection to be applied to pre-fitted cell phones/or related object screens for anti-reflective and anti-blue applications.

However, the screen protector of the above composition has the expected implementation characteristics, but because of the high density of the glass substrate, the adhesion between the two at the upper end of the anti-blue hardening layer is limited, and it is easy to exist. When the finger slides on the screen of the mobile phone for a long time, the screen protector is exposed by the long-term contact of the finger, which causes the upper layer combined anti-blue hardening layer to be easily worn away, and the original expected anti-blue light application is lost. Here, the creator of the case is proposed to improve on the screen that the anti-blue hardening layer combined on the side of the screen protection is susceptible to prolonged finger slippage and is gradually worn out. The substrate of the protective sticker is combined with an anti-blue layer by vapor deposition on the inward side, and an AR (anti-reflective) layer and an AG (anti-glare) layer are sequentially combined on the outward side of the substrate to form a screen. The protective sticker is applied to the screen of the pre-combined mobile phone or tablet to provide better anti-blue and anti-reflective and anti-glare applications.

This creation is based on the use of a screen protector attached to a mobile phone or tablet to provide better anti-blue, anti-reflective and anti-glare applications. It is here: Screen protector The inner side of the substrate is bonded to an adhesive layer, and the adjacent side is covered with a release film. The modified portion of the present invention is: along the substrate and the downward side, the adhesive layer is The combination of an AR (anti-reflective) layer and an AG (anti-glare) layer is sequentially bonded to the outer side of the substrate by vapor deposition, so that the screen protection is applied to the pre-bonded mobile phone. Or the screen sticker of the tablet, because the anti-blue layer is combined on the inward side of the substrate to avoid direct touch contact by the user's finger, so as to obtain better anti-blue light and anti-reflection and anti-reflection. Glare application.

The first major purpose of this creation is to use a screen protector attached to a mobile phone or tablet for better anti-blue, anti-reflective and anti-glare applications. The screen protector comprises a substrate facing the inner side, an adhesive layer is bonded, and the adjacent side is covered with a release film; and the improved portion of the present invention is: bonding along the front substrate and the downward side to adhere The layers are bonded to each other by a vapor deposition method, and an AR (anti-reflective) layer and an AG (anti-glare) layer are sequentially bonded to the outer side of the substrate; the screen protection is applied to The screen overlay of the pre-combined mobile phone or tablet can be prevented from being directly touched by the user's finger due to the anti-blue layer being bonded to the inward side of the substrate, so as to obtain better anti-blue light and expected Anti-reflective and anti-glare applications.

The second main purpose of this creation is to use a screen protector attached to a mobile phone or tablet for better anti-blue, anti-reflective and anti-glare applications. The screen protector comprises a substrate facing the inner side, an adhesive layer is bonded, and the adjacent side is covered with a release film; and the improved portion of the present invention is: bonding along the front substrate and the downward side to adhere Between the layers is an AR (anti-reflective) layer with a preset color, and an AG (anti-glare) layer is bonded to the outward side of the substrate; the screen protection is applied to the pre-bonded The screen sticker of the mobile phone or tablet can be added to the orange or yellow color material when the AR (anti-reflective) layer with the preset color is applied, and the anti-blue light application layer is bonded to the inner side of the substrate. Side, and avoid direct dialing contact with the user's finger for better anti-blue and anti-reflective and anti-glare applications.

The third main purpose of this creation is to use a screen protector attached to a mobile phone or tablet for better anti-blue light, anti-reflective and anti-glare applications. The screen protector is a substrate with an inward side combined with an adhesive layer, and a phase The adjacent side is covered with a release film; and the improved portion of the present invention is: the substrate is bonded along the front side and the downward side to apply an AR (anti-reflective) with a preset color between the adhesive layers. Layer, and an AG (anti-glare) layer; the screen protection is applied to the screen of the pre-combined mobile phone or tablet, and the AR (anti-reflective) layer with the preset color can be added to the orange during processing. A color or yellow colorant, and an anti-blue light application layer is bonded to the inward side of the substrate to avoid direct dialing contact by the user's fingers for better anti-blue light and anti-reflective and anti-reflective properties. Glare application.

The fourth object of the present invention is to implement a substrate for a screen protector by using PET (polyethylene terephthalate) or glass.

The fifth object of the present invention is to implement an OCA (Optical Clear A dhhesive) optical adhesive or a water gel for the adhesive layer included in the screen protector.

[this creation]

1‧‧‧Substrate

2‧‧‧Adhesive layer

3‧‧‧ release film

4‧‧‧Anti-blue layer

5‧‧‧AR (anti-reflective) layer

6‧‧‧AG (anti-glare) layer

7‧‧‧Colored AR (anti-reflective) layer

8, 8', 8" ‧ ‧ screen protector

9‧‧‧Mobile or tablet

The first figure is an exploded view of the related components of the first form of the screen protector.

Fig. 2 is a plan view showing the completion of the combination of the first member of the first form of the screen protector.

Figure 3 is a schematic diagram of the original screen protector attached to the phone or tablet.

Figure 4 is a schematic diagram of the creation of the screen protector in conjunction with a mobile phone or tablet.

Figure 5 is an exploded plan view of the related components of the second form of the screen protector.

Figure 6 is an exploded view of the relevant components of the third form of the screen protector.

The first form of the screen protector with AG, AR and anti-Blu-ray design (such as Figures 1 and 2) is mainly used for screen protectors applied to mobile phones or tablets. 8 In the application for better anti-blue light, anti-reflective and anti-glare applications, the screen protector 8 is included with a substrate 1 facing the inner side is bonded with an adhesive layer 2, and adjacent a release film 3 is disposed on one side; and the modified portion of the present invention is: a film is bonded along the substrate 1 and the downward side to bond the adhesion layer 2 by vapor deposition to bond a blue light-resistant layer 4, and The outer side of the substrate 1 is sequentially combined with an AR (anti-reflective) layer 5 and an AG (anti-glare) layer 6; the screen protector 8 is composed on the screen of the pre-bonded mobile phone or tablet 9 [ As shown in Figures 3 and 4, the coating here is to first tear off the release film 3 of the next layer, so that the adhesion layer 2 and the surface of the pre-bonded object are pasted, because the anti-blue layer 4 is bonded. On the inward side of the substrate 1 to avoid direct plucking contact by the user's fingers for better anti-blue and anti-reflective and anti-glare applications.

The aforementioned second embodiment of the screen protector 8' attached to a mobile phone or a tablet computer is used for obtaining a good anti-blue light, anti-reflective and anti-glare application. 5]: The screen protector 8' here comprises a substrate 1 with an adhesive layer 2 on the inward side and a release film 3 on the adjacent side; and the improved portion of the case is: along The substrate 1 is bonded to the downward side so that the adhesive layer 2 is bonded between the AR (anti-reflective) layer 7 having a predetermined color, and the outward side of the substrate 1 is combined with an AG (anti-glare). Layer 6; the screen protector 8' is placed on the screen of the pre-assembled mobile phone or tablet, and the AR (anti-reflective) layer 5 having the preset color can be added to the orange or yellow color during processing. The colorant and the anti-blue light application layer are bonded to the inward side of the substrate 1 to avoid direct dialing contact by the user's fingers for better anti-blue light and anti-reflective and anti-glare applications. .

The aforementioned 8" screen protector attached to a mobile phone or tablet computer is used in applications where better anti-blue light, anti-reflective and anti-glare applications are used. [Fig. 6]: The screen protector 8" here comprises a substrate 1 with an adhesive layer 2 on the inward side and a release film 3 on the adjacent side; and the modified portion of the case is Between the substrate 1 and the downward facing side, the adhesive layer 2 is sequentially applied with an AG (anti-glare) layer 6 and an AR (anti-reflective) layer 7 having a predetermined color; The screen protector 8" is attached to the screen of the pre-assembled mobile phone or tablet, and the AR (anti-reflective) layer 5 having the preset color can be added with orange or yellow color during processing. The anti-blue light application layer is bonded to the inward side of the substrate 1 to avoid direct dialing contact by the user's fingers for better anti-blue light and anti-reflective and anti-glare applications.

The substrate 1 included in the screen protectors 8, 8', and 8' described in the paragraph [0012] [0014] is implemented by using PET (polyethylene terephthalate) or glass.

The adhesive layer 2 included in the screen protectors 8, 8', and 8" described in the paragraph [0012] [0014] is implemented by OCA (Optical Clear Optical) optical glue or water gel.

Claims (5)

A screen protector with AG, AR, and anti-blue light is used for the application of a screen protector attached to a mobile phone or a tablet computer to obtain better anti-blue light, anti-reflective and anti-glare applications. The screen protector here comprises a substrate with an adhesive layer disposed on the inward side and a release film disposed on the adjacent side; the modified portion is along the substrate and the downward side In combination, an anti-blue layer is bonded by evaporation between the adhesive layers, and an AR (anti-reflective) layer and an AG (anti-glare) layer are sequentially bonded to the outer side of the substrate; the screen protection is composed. Affixed to the screen of the pre-combined mobile phone or tablet, because the anti-blue layer is bonded to the inward side of the substrate to avoid direct contact with the user's finger for better expectations Anti-blue light and anti-reflective and anti-glare applications. A screen protector with AG, AR, and anti-blue light is used for the application of a screen protector attached to a mobile phone or a tablet computer to obtain better anti-blue light, anti-reflective and anti-glare applications. The screen protector here comprises a substrate with an adhesive layer disposed on the inward side and a release film disposed on the adjacent side; the modified portion is along the substrate and the downward side The bonding between the adhesive layers is performed by combining an AR (anti-reflective) layer having a predetermined color, and the outward facing side of the substrate is combined with an AG (anti-glare) layer; the screen protection of the composition is attached to The screen overlay of the pre-combined mobile phone or tablet can be added to the substrate by the AR (anti-reflective) layer with the preset color added to the orange or yellow color during processing, and the anti-blue application layer is bonded to the substrate. Onward side, avoiding users Direct finger-touch contact for better anti-blue and anti-reflective and anti-glare applications. A screen protector with AG, AR, and anti-blue light is used for the application of a screen protector attached to a mobile phone or a tablet computer to obtain better anti-blue light, anti-reflective and anti-glare applications. The screen protector here comprises a substrate with an adhesive layer disposed on the inward side and a release film disposed on the adjacent side; the modified portion is along the substrate and the downward side The combination of the adhesive layer is sequentially applied with an AG (anti-glare) layer, and an AR (anti-reflective) layer with a preset color; the screen protection is applied to the pre-combined mobile phone or tablet. Screen overlay, because the AR (anti-reflective) layer with preset color is added with orange or yellow color during processing, and the anti-blue application layer is bonded to the inward side of the substrate to avoid being affected The user's finger is directly touched to obtain better anti-blue light and anti-reflective and anti-glare applications. A screen protector having AG, AR, and anti-blue light according to claim 1, 2 or 3, wherein the screen protector comprises a substrate made of PET (polyethylene terephthalate) or glass. Implementation. The screen protector having AG, AR, and anti-blue light according to the scope of claim 1, 2 or 3, wherein the adhesive layer included in the screen protector is implemented by OCA (Optical Clear A dhhesive) optical glue and water gel. .