TWM318900U - Internal type electrostatic protection film - Google Patents

Description

M318900 . VIII. New description: [New technical field] This creation is a kind of protective film's system, which refers to the structure of a kind of all-electrostatic anti-static protective film. The protective film is anti-static PET film and antistatic glue. When the release of the release liner layer does not generate static electricity and is not attached to the object, it will not generate static electricity. Further, the object to be adhered is protected from damage due to static electricity. It is a new function of packaging materials, especially when the protective film is applied to prevent static electricity from being generated, and the attached material is effectively protected. [Prior Art] PET-type protective film is popular because of its high transparency and resistance to damage: it is used in business supplies or optical TV products. As shown in the first and second diagrams, the conventional protective film (7) is coated with a layer of colloid (YB) between the release film and the pET film (ac, YP), and after peeling off the release film (AC), The knee body and (γρ) are attached to the article for protection. The general protective film (ν) is stored in a roll as shown in the third figure so as not to occupy the repair space. Because the PET-type protective film has a strong static electricity, the PET film itself has static electricity to drive out the air bubbles, and the speed of the silk-enhanced skin is combined. When the surface is separated, the static electricity is generated, and it is difficult to prevent the static electricity from being generated. On the item 'effective protection is attached to the object. [New content] In order to improve the problems of the above prior art, the creator specially designed a novel θ-type antistatic protective film, which uses an intrinsic antistatic agent and a glue mixed chain to have M318900. Antistatic adhesive antistatic adhesive and antistatic PET film with antistatic function by using intrinsic antistatic agent and resin. Antistatic adhesive is coated on the antistatic PET film to complete comprehensive antistatic protection. The film further reduces the manufacturing process and is the main purpose of the creation. In order to achieve the above creative purposes, the technical means of the creation include an antistatic PET release film, and an antistatic PET substrate coated with an antistatic adhesive layer, wherein the PET antistatic substrate, that is, an antistatic PET substrate (Antistatic) Polyester Film is a long-lasting, comprehensive antistatic function based on an intrinsic type of antistatic agent and resin. Another antistatic PET release film, namely Antistatic Polyester Film, is coated with a release agent. The feature is that when the release film is peeled off, no static electricity is generated on the adhesive layer, and static electricity is not applied to the adhesive layer, thereby protecting the adhering object. Intrinsic antistatic protective film structural materials are all used to prevent static electricity. [Embodiment] The fifth drawing (APCB) of the eye is a cross-sectional view of the intrinsic antistatic protective film of the present invention. From the picture, the protective film of this film has been composed of two antistatic PET film (AP) and an antistatic glue (an immortal) coated between Antistatic PET film (AP). Antistatic pET release film (APC) 'Antistatic PET film (AP), one side coated with a release agent (ci〇), antistatic protective film (APB), that is, Antistatic PET film (AP) coated with antistatic glue (AB). The main body of the creation is an antistatic PET release film (Apc) such as a five-figure diagram and an antistatic ρΕτ protective film (ΑΡΒ) such as a five-fifth diagram. The intrinsic antistatic protective film can maintain the prevention of static electricity due to the adhesion or tearing caused by the antistatic adhesive (ΑΒ) and the antistatic ρΕτ film (Αρ). When the antistatic ρΕτ release film (Apc) is removed, no static electricity is generated on the adhesive layer (AB), and no static electricity is generated from the sputum, thereby achieving protection against the adhering matter. The intrinsic antistatic protective film structural material is used to prevent static electricity. M318900 [Simple description of the diagram] The first picture: the appearance of the conventional protective film. The second picture: a partial cross-sectional view of the first figure. The third picture: the state of the protective film. The fourth picture: the state of use of the conventional protective film. Figure 5: A cross-sectional view of the creation. One of the fifth figures: a cross-sectional view of an antistatic PET release film. φ Figure 5 bis: a cross-sectional view of the antistatic PET protective film. [Main component symbol description] (AC) release film (V) General protective film (YP) PET film (polyester film) (YB) General colloid (AP) antistatic PET film (Antistatic Polyester Film) • (AB) Electrostatic adhesive (CIO) release agent (fluorine, antimony, wax) (APC) antistatic PET release film (APB) antistatic protective film (APCB) intrinsic antistatic protective film

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Claims (1)

Patent Range: • 1. A transparent intrinsic antistatic protective film comprising: a transparent intrinsic antistatic PET film; and a transparent adhesive layer; wherein the transparent adhesive layer is on one side of the transparent intrinsic antistatic PET film. 2. The transparent intrinsic antistatic protective film of item 1 of the claim, wherein the transparent adhesive layer further comprises an antistatic function. 3. The transparent intrinsic antistatic protective film of claim 1 or 2, further comprising an intrinsic type antistatic release film, wherein the release film comprises the following features: • an intrinsic type antistatic PET film and A release agent. 4. The transparent intrinsic antistatic protective film according to item 2 of the claim, wherein the transparent adhesive layer is a mixture of a glue and an intrinsic antistatic agent, and the antistatic agent may be (POLYANIUNE (PAN), POLYP YRROLE ( Any of PPY), PEDOT, POLYACETYLENE (PAC), POLYTHIOPHENES (PTP), POLYPARAPHENYENE (PPP), POLYPHENYLENE VINYLENE (PPV). 5. The transparent intrinsic antistatic protective film according to item 1 of the claim, wherein the transparent intrinsic antistatic PET film is a mixture of a resin and an intrinsic antistatic agent, and the antistatic agent may be (POLYANILINE (PAN), POLYP YRROLE (PPY), PEDOT, POLYACETYLENE (PAC), POLYTHIOPHENES (PTP) > POLYPARAPHENYENE (PPP) > POLYPHENYLENE VINYLENE (PPV)). 6. The transparent intrinsic antistatic protective film according to item 3 of the claim, wherein the intrinsic antistatic release film is a mixture of a resin and an intrinsic antistatic agent, and the antistatic agent may be t (POLYANDLINE (PAN) , POLYP YRROLE (PPY), PEDOT, POLYACETYLENE (PAC), POLYTHIOPHENES (PTP) - POLYPARAPHENYENE (PPP) ^ POLYPHENYLENE VINYLENE (PPV)). 7. The transparent intrinsic antistatic protective film according to item 3 of the claim, wherein the release agent is an internal antistatic film, and the release agent may be a lanthanide, a fluorine or a wax.