CN220926647U

CN220926647U - Novel notebook computer protective film

Info

Publication number: CN220926647U
Application number: CN202321433129.2U
Authority: CN
Inventors: 祝苠国
Original assignee: Guangdong Shushi Environmental Protection Technology Co ltd
Current assignee: Guangdong Shushi Environmental Protection Technology Co ltd
Priority date: 2023-06-07
Filing date: 2023-06-07
Publication date: 2024-05-10
Anticipated expiration: 2033-06-07

Abstract

The utility model belongs to the technical field of protective films, and discloses a novel protective film for a notebook computer, which comprises an upper cover protective film, wherein an upper cover sticking part is bonded on the lower surface of the upper cover protective film; the lower surface of the screen protective layer is adhered with a screen adhesive part; the keyboard protective film is adhered with a keyboard adhering part on the lower surface; a lower cover protective film, the lower surface of which is adhered with a lower cover adhering part; the support, the support sets up in lower cover protection film bottom, and whole pasting portion all adopts the mode that the frame pasted to fix, and the mode of full face rubber coating possesses the effect of being convenient for paste among the contrast prior art, sets up the graphite alkene layer in the protection film simultaneously and dispels the heat to notebook computer, and glue adopts movable glue to make glue can used repeatedly, upper cover protection film and lower cover protection film all set up unsmooth impression, makes its printing effect more three-dimensional vivid, increases product outward appearance pluralism simultaneously, and surface layer technology is extensive, possesses glass mirror surface effect, laminating leather, cloth more simultaneously.

Description

Novel notebook computer protective film

Technical Field

The utility model relates to the technical field of protective films, in particular to a novel protective film for a notebook computer.

Background

The protective film is generally used for protecting the physical object to be protected from damage, such as a notebook computer casing, a tablet computer, a mobile phone screen and a casing.

For example, the notebook computer protection film of CN207257042U has a structure, that is, the protection film is used for protecting any part of the notebook computer, and the functions are the same, but in daily use, if the upper cover and the lower cover of the notebook computer are generally provided with patterns, the protection film needs to have a more stereoscopic and vivid pattern effect, the keyboard part needs to be smoother and smoother, and meanwhile, the notebook computer protection film cannot be matched with the bracket for use, the protection film is easy to damage when the bracket is used, or the outer wall of the notebook computer is smoother due to the fact that the protection film is stuck on the notebook computer shell, and the fixing effect of the bracket is poor.

Disclosure of utility model

The utility model aims at: in order to enable the protective film of the notebook computer to provide different protective functions for all parts of the notebook computer, and simultaneously, the bracket and the protective film can be well matched for use.

The technical scheme adopted by the utility model is as follows: a novel notebook computer protective film comprising:

An upper cover protective film, wherein an upper cover sticking part is bonded on the lower surface of the upper cover protective film;

the lower surface of the screen protective layer is adhered with a screen adhesive part;

the keyboard protective film is adhered with a keyboard adhering part on the lower surface;

A lower cover protective film, the lower surface of which is adhered with a lower cover adhering part;

and the bracket is arranged at the bottom of the protective film of the lower cover.

In a preferred embodiment, the upper cover protective film is internally provided with an upper cover base layer, the upper surface of the upper cover base layer is adhered with an upper cover glue layer, the upper surface of the upper cover glue layer is adhered with an upper cover leather layer, the upper surface of the upper cover leather layer is adhered with an upper cover concave-convex embossing layer, the upper surface of the upper cover concave-convex embossing layer is adhered with an upper cover nano coating, the lower surface of the upper cover base layer is adhered with an upper cover graphene layer, the inside of the upper cover adhesive part is provided with an upper cover movable adhesive, the lower surface of the upper cover movable adhesive is adhered with an upper cover air guide layer, the structures of the upper cover base layer, the upper cover glue layer, the upper cover leather layer, the upper cover concave-convex embossing layer and the upper cover nano coating are the same, and the structures of the upper cover movable adhesive and the upper cover air guide layer are the same.

In a preferred embodiment, the screen protection layer is internally provided with a screen film base layer, the upper surface of the screen film base layer is adhered with a screen abrasion layer, the upper surface of the screen abrasion layer is adhered with a screen abrasion coating, the upper surface of the screen abrasion coating is adhered with a screen nano coating, the lower surface of the screen film base layer is adhered with a screen abrasion layer, the lower surface of the screen abrasion layer is adhered with a screen printing layer, the inside of the screen adhesion part is provided with a screen movable adhesive, the lower surface of the screen movable adhesive is adhered with a screen air guide layer, the structures of the screen film base layer, the screen abrasion coating, the screen nano coating and the screen abrasion layer are the same, and the structures of the screen printing layer, the screen movable adhesive and the screen air guide layer are all the same.

In a preferred embodiment, the keyboard protection film is internally provided with a keyboard film base layer, the upper surface of the keyboard film base layer is bonded with a keyboard printing layer, the upper surface of the keyboard printing layer is bonded with a keyboard wear-resistant coating, the upper surface of the keyboard wear-resistant coating is bonded with a keyboard frosting coating, the upper surface of the keyboard frosting coating is bonded with a keyboard nano coating, the lower surface of the keyboard film base layer is bonded with a touch screen printing coating keyboard graphene layer, the inside of the keyboard pasting part is provided with a keyboard movable glue, the lower surface of the keyboard movable glue is bonded with a keyboard air guide layer, the structures of the keyboard film base layer, the keyboard printing layer, the keyboard wear-resistant coating, the keyboard frosting coating, the keyboard nano coating and the keyboard graphene layer are all the same, and the structures of the keyboard movable glue and the keyboard air guide layer are the same.

In a preferred embodiment, the lower cover protective film is internally provided with a lower cover base layer, the upper surface of the lower cover base layer is adhered with a lower cover glue layer, the upper surface of the lower cover glue layer is adhered with a lower cover leather layer, the upper surface of the lower cover leather layer is adhered with a lower cover concave-convex embossing layer, the upper surface of the lower cover concave-convex embossing layer is adhered with a lower cover nano coating, the lower surface of the lower cover base layer is adhered with a lower cover graphene layer, the middle part of the lower surface of the lower cover graphene layer is adhered with a plurality of lower cover glue layers, the lower surfaces of the lower cover glue layers are all adhered with iron sheets, the inside of the lower cover adhesive part is provided with a lower cover movable glue layer, the lower cover movable glue lower surface is adhered with a lower cover air guide layer, the structures of the lower cover base layer, the lower cover glue layer, the lower cover leather layer, the lower cover concave-convex embossing layer, the lower cover nano coating and the lower cover graphene layer are the same, the structures of the lower cover nano coating and the lower cover graphene layer are the same, and the lower cover graphene layer are the same.

In a preferred embodiment, the support further comprises a support upper main body, the support upper main body upper end swivelling joint has the fly leaf, the last fixed surface of support upper main body installs the second and goes up the silica gel pad, fly leaf upper surface middle part fixed mounting has magnet, fly leaf upper surface upper end fixed mounting has first last silica gel pad, support upper main body back fixed mounting has support lower main body, both ends respectively fixed mounting have first silica gel pad and second lower silica gel pad about the support lower main body back, fly leaf back center swivelling joint has the backup pad, the spread groove has been seted up at support lower main body front side middle part, the spread groove is inside to be provided with a plurality of draw-in grooves, the backup pad is kept away from fly leaf one side and is set up in the spread groove is inside.

In a preferred embodiment, a camera hollowed-out part is formed on one side of the screen film base layer, and a notch is formed at the same position of the screen movable glue and the screen film base layer.

In a preferred embodiment, the keyboard film base layer is internally provided with a touch hollowed-out portion and a keyboard hollowed-out portion.

In a preferred embodiment, the lower cover base layer is provided with a foot pad hollowed-out portion, a heat dissipation groove hollowed-out portion and a process hollowed-out portion.

In summary, due to the adoption of the technical scheme, the beneficial effects of the utility model are as follows: the utility model provides a novel notebook computer protective film, which aims to ensure that the notebook computer protective film provides different protective functions for all parts of a notebook computer, and simultaneously, a bracket and the protective film can be well matched for use.

1. The upper cover protection film and the lower cover protection film are respectively provided with the concave-convex pressing brush, so that the printing effect is more stereoscopic and vivid, meanwhile, the appearance diversification of the product is increased, the surface layer process is wide, the glass mirror surface effect is achieved, leather and cloth are attached to each other, the processes of embossing, gold stamping, glue dripping, embroidery, hot pressing, laser engraving, etching and the like are adopted, the aesthetic feeling of the appearance of the product is increased more easily, and the preference of a user can be won.

2. The keyboard protection film and the screen protection film are easy to scratch in the daily use process, so that the wear-resistant layer and the frosted layer are added in the keyboard protection film and the screen protection film, the wear-resistant effect is greatly improved, the surface of the keyboard protection film is smoother, and the notebook computer is convenient to operate.

3. When using the support, owing to be provided with the iron sheet in the lower cover protection film, through the magnet of main part front side on the support with rather than adsorbing and be connected to make support and protection film can cooperate the use, can not appear being used for notebook shell to paste the protection film and lead to its outer wall smoother, the fixed effect of support is relatively poor problem.

4. The setting of air guide layer is all adopted to the portion of pasting, and in the attached glue that has the glue through one end time can get into the air guide structure, the shape of polygon net can be formed on the gluey surface when the pad pasting is torn, the line before the glue film at other positions and the surface contact of posting when posting, be difficult to form inclosed in favor of air exhaust's cavity between surface and the glue film of posting for the pad pasting is more easy to post.

5. The whole pasting part is fixed by adopting a frame pasting mode, compared with the prior art, the full-face gluing mode has the effect of being convenient for pasting, meanwhile, the graphene layer is arranged in the protective film to radiate the notebook computer, and the glue can be moved to be used repeatedly.

Drawings

FIG. 1 is a schematic diagram of the structure of the present utility model;

fig. 2 is an exploded view of the upper cover protective film and the upper cover attaching part of the present utility model;

Fig. 3 is an exploded view of the middle screen protective film and the screen pasting part of the present utility model;

fig. 4 is an exploded view of the middle keyboard protective film and the keyboard attachment portion of the present utility model;

Fig. 5 is an exploded view of the middle lower cover protective film and the lower cover attaching part of the present utility model;

Fig. 6 is an exploded view of the middle bracket of the present utility model.

The marks in the figure: 1-upper cover protective film; 101-upper cover base layer; 102-covering a glue layer; 103-covering the leather layer; 104-upper cover concave-convex embossing layer; 105-capping the nanocoating; 106-capping graphene layer.

2-An upper cover attaching part; 201, upper cover removable glue; 202-upper cover gas guide layer.

3-A screen protective film; 301-a screen film base layer; 302-screen wear layer; 303—screen frosting; 304-screen nanocoating; 305-screen sanding layer; 306—screen printing layer; 311-hollowed-out part of the camera.

4-A screen pasting part; 401-screen removable glue; 402-screen air guide layer; 411-notch.

5-A keyboard protective film; 501-a keyboard film base layer; 502-a keyboard printing layer; 503-a wear-resistant coating for a keyboard; 504—a keyboard frosted coating; 505-keyboard nanocoating; 506-a keyboard graphene layer; 511-touching the hollowed-out part; 512-hollowed-out part of the keyboard.

6-A keyboard pasting part; 601-keyboard removable glue; 602-keyboard air guide layer.

7-A lower cover protective film; 701-a lower cover base layer; 702-coating a glue layer on the lower cover; 703-a lower leather layer; 704-a lower cover embossing layer; 705-lower cap nanocoating; 706-lower cap graphene layer; 707-lower cover lower glue layer; 708-iron sheet; 711-foot pad hollowed-out parts; 712-a heat dissipation groove hollowed-out part; 713-a process hollowed-out part.

8-A lower cover pasting part; 801-lower cover removable glue; 802-lower cover gas-guide layer.

9-A bracket; 901-a bracket upper body; 902-a movable plate; 903—a first upper silicone pad; 904-a magnet; 905-a second upper silicone pad; 906-a support plate; 907-a stent lower body; 908-a first lower silicone pad; 909-a second lower silicone pad; 910-a connecting slot; 911-card slot.

Detailed Description

For the purpose of making the objects, technical solutions and advantages of the embodiments of the present utility model more apparent, the technical solutions in the embodiments of the present utility model will be clearly and completely described in the following in conjunction with the embodiments of the present utility model, and it is apparent that the described embodiments are some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

A novel protective film for a notebook computer according to an embodiment of the present utility model will be described in detail with reference to fig. 1 to 2.

Examples:

A novel notebook computer protective film comprising: the upper cover protection film 1, upper cover protection film 1 lower surface bonding has upper cover pasting portion 2, screen inoxidizing coating 3 lower surface bonding has screen pasting portion 4, keyboard protection film 5 lower surface bonding has keyboard pasting portion 6, lower cover protection film 7 lower surface bonding has lower cover pasting portion 8, support 9 sets up in lower cover protection film 7 bottom.

An upper cover base layer 101 is arranged in the upper cover protective film 1, an upper cover glue layer 102 is adhered on the upper surface of the upper cover base layer 101, an upper cover leather layer 103 is adhered on the upper surface of the upper cover glue layer 102, an upper cover concave-convex embossing layer 104 is adhered on the upper surface of the upper cover leather layer 103, an upper cover nano coating 105 is adhered on the upper surface of the upper cover concave-convex embossing layer 104, an upper cover graphene layer 106 is adhered on the lower surface of the upper cover base layer 101, the upper cover glue layer 102, the upper cover leather layer 103, the upper cover concave-convex embossing layer 104 and the upper cover nano coating 105 and 160 are the same in structure, a lower cover base layer 701 is arranged in the lower cover protective film 7, a lower cover glue layer 702 is adhered on the upper surface of the lower cover base layer 701, a lower cover leather layer 703 is adhered on the upper surface of the lower cover glue layer 702, the upper surface of the lower cover leather layer 703 is adhered with the lower cover concave-convex embossing layer 704, the upper surface of the lower cover concave-convex embossing layer 704 is adhered with the lower cover nano coating 705, the lower surface of the lower cover base layer 701 is adhered with the lower cover graphene layer 706, the lower cover base layer 701, the lower cover glue layer 702, the lower cover leather layer 703, the lower cover concave-convex embossing layer 704, the lower cover nano coating 705 and the lower cover graphene layer 706 have the same structure, and the upper cover protective film and the lower cover protective film are respectively provided with a concave-convex printing brush, so that the printing effect is more stereoscopic and vivid, the appearance of the product is diversified, the surface layer technology is wide, the glass mirror effect is realized, leather and cloth are adhered to, the technology of embossing, glue dripping, embroidery, hot pressing, laser carving, etching and the like is adopted, the aesthetic feeling of the appearance of the product is easier to be increased, and the preference of a user can be better won.

The screen protection layer 3 is internally provided with the screen film base layer 301, screen abrasion resistant layer 302 is adhered to the upper surface of screen film base layer 301, screen abrasion resistant layer 302 upper surface is adhered to screen frosting coating 303, screen nano-coating 304 is adhered to the upper surface of screen frosting coating 303, screen frosting layer 305 is adhered to the lower surface of screen film base layer 301, screen printing layer 306 is adhered to the lower surface of screen frosting layer 305, screen film base layer 301, screen abrasion resistant layer 302, screen frosting coating 303, screen nano-coating 304 and screen frosting layer 305 are identical in structure, keyboard protection film 5 is internally provided with keyboard film base layer 501, keyboard film base layer 501 upper surface is adhered to keyboard printing layer 502, keyboard abrasion resistant coating 503 is adhered to the upper surface of keyboard abrasion resistant coating 503, keyboard abrasion resistant coating 504 upper surface is adhered to keyboard frosting coating 503, touch screen printing coating keyboard graphene layer 506 is adhered to the lower surface of keyboard film base layer 501, keyboard film base layer 502, keyboard printing layer 502, keyboard abrasion resistant coating 503, keyboard frosting coating 504, keyboard nano-coating 505 and keyboard graphene layer 506 are identical in structure, keyboard protection film and screen protection film are identical in structure, the keyboard protection film is easy to scratch in the inside the computer, so that the wear resistant layer is greatly improved, the daily wear resistant effect is greatly improved, and the wear resistant effect is greatly improved.

The middle part of the lower surface of the lower cover graphene layer 706 is adhered with a plurality of lower cover lower glue layers 707, the lower surfaces of the plurality of lower cover lower glue layers 707 are adhered with iron sheets 708, the support 9 further comprises a support upper main body 901, the upper end of the support upper main body 901 is rotationally connected with a movable plate 902, the upper surface of the support upper main body 901 is fixedly provided with a second upper silica gel pad 905, the middle part of the upper surface of the movable plate 902 is fixedly provided with a magnet 904, the upper surface upper end of the movable plate 902 is fixedly provided with a first upper silica gel pad 903, the back of the support upper main body 901 is fixedly provided with a support lower main body 907, the upper and lower ends of the back of the support lower main body 907 are respectively fixedly provided with a first lower silica gel pad 908 and a second lower silica gel pad 909, the back center of the movable plate 902 is rotationally connected with a support plate 906, the middle part of the front side of the support lower main body 907 is provided with a connecting groove 910, a plurality of clamping grooves 911 are formed in the connecting groove 910, the support plate 906 is far away from one side of the movable plate 902, when the support is used, as the support is provided with the iron sheets 708, the magnet 904 on the front side of the support upper main body 901 is fixedly connected with the support through adsorption of the magnet 904, so that the support and the support can be matched with the protective film, and the protective film can not be used for fixing the outer wall of a user, and the support can not cause a bad protection effect.

The upper cover movable glue 201 is arranged in the upper cover pasting part 2, the upper cover air guide layer 202 is adhered to the lower surface of the upper cover movable glue 201, the upper cover movable glue 201 and the upper cover air guide layer 202 have the same structure, the screen movable glue 401 is arranged in the screen pasting part 4, the screen air guide layer 402 is adhered to the lower surface of the screen movable glue 401, the screen printing layer 306, the screen movable glue 401 and the screen air guide layer 402 have the same structure, the keyboard movable glue 601 is arranged in the keyboard pasting part 6, the keyboard air guide layer 602 is adhered to the lower surface of the keyboard movable glue 601, the keyboard movable glue 601 and the keyboard air guide layer 602 have the same structure, the lower cover pasting part 8 is internally provided with a lower cover movable glue 801, the lower surface of the lower cover movable glue 801 is adhered with a lower cover air guide layer 802, the lower cover movable glue 801 and the lower cover air guide layer 802 are identical in structure, the pasting part is provided with an air guide layer, adhesive glue which can move with glue for one end time can enter the air guide structure, when the film is torn off, the glue surface can form a polygonal net shape, lines are in contact with the pasting surface before the glue layers of other parts when pasting, a closed cavity which is beneficial to air discharge is not easy to form between the pasting surface and the glue layers, and the film is easier to paste.

The camera hollowed-out part 311 is arranged on one side of the screen film base layer 301, the screen movable glue 401 and the screen film base layer 301 are provided with a notch 411 at the same position, so that the camera is exposed, the keyboard film base layer 501 is internally provided with the touch hollowed-out part 511 and the keyboard hollowed-out part 512, so that the keyboard and the touch pad are exposed, and the lower cover base layer 701 is internally provided with the foot pad hollowed-out part 711, the heat dissipation groove hollowed-out part 712 and the process hollowed-out part 713, so that the heat dissipation groove and the foot pad are exposed.

The beneficial effects are that:

The upper cover protection film and the lower cover protection film are respectively provided with the concave-convex printing brush, so that the printing effect is more stereoscopic and vivid, meanwhile, the appearance diversification of the product is increased, the surface layer process is wide, the glass mirror surface effect is achieved, leather and cloth are attached to each other, the processes of embossing, gold stamping, glue dripping, embroidery, hot pressing, laser engraving, etching and the like are adopted, the aesthetic feeling of the appearance of the product is increased more easily, and the preference of a user can be won.

The keyboard protection film and the screen protection film are easy to scratch in the daily use process, so that the wear-resistant layer and the frosted layer are added in the keyboard protection film and the screen protection film, the wear-resistant effect is greatly improved, the surface of the keyboard protection film is smoother, and the notebook computer is convenient to operate.

When the support is used, due to the fact that the iron sheet 708 is arranged in the protective film of the lower cover, the magnet 904 on the front side of the main body 901 of the support is connected with the support in an adsorption mode, and therefore the support and the protective film can be matched for use, and the problem that the outer wall of the notebook shell is smoother due to the fact that the protective film is attached to the notebook shell is solved, and the fixing effect of the support is poor is solved.

The setting of air guide layer is all adopted to the portion of pasting, and in the attached glue that has the glue through one end time can get into the air guide structure, the shape of polygon net can be formed on the gluey surface when the pad pasting is torn, the line before the glue film at other positions and the surface contact of posting when posting, be difficult to form inclosed in favor of air exhaust's cavity between surface and the glue film of posting for the pad pasting is more easy to post.

The above embodiments are only for illustrating the technical solution of the present utility model, and are not limiting; although the utility model has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present utility model.

Claims

1. A novel notebook computer protective film, comprising:

An upper cover protective film (1), wherein an upper cover sticking part (2) is adhered to the lower surface of the upper cover protective film (1);

the screen protection layer (3), the lower surface of the screen protection layer (3) is adhered with a screen adhesion part (4);

the keyboard protective film (5), the lower surface of the keyboard protective film (5) is adhered with a keyboard sticking part (6);

A lower cover protective film (7), wherein a lower cover pasting part (8) is bonded on the lower surface of the lower cover protective film (7);

And the bracket (9) is arranged at the bottom of the lower cover protective film (7).

2. The novel notebook computer protective film according to claim 1, wherein: the novel plastic composite protective film is characterized in that an upper cover base layer (101) is arranged inside the upper cover protective film (1), an upper cover glue layer (102) is bonded on the upper surface of the upper cover base layer (101), an upper cover leather layer (103) is bonded on the upper surface of the upper cover glue layer (102), an upper cover concave-convex embossing layer (104) is bonded on the upper surface of the upper cover leather layer (103), an upper cover nano coating (105) is bonded on the upper surface of the upper cover concave-convex embossing layer (104), an upper cover graphene layer (106) is bonded on the lower surface of the upper cover base layer (101), an upper cover movable glue (201) is arranged inside the upper cover pasting part (2), an upper cover air guide layer (202) is bonded on the lower surface of the upper cover movable glue (201), and the structures of the upper cover base layer (101), the upper cover glue layer (102), the upper cover leather layer (103), the upper cover concave-convex embossing layer (104), the upper cover nano coatings (105) and (160) are identical.

3. The novel notebook computer protective film according to claim 1, wherein: the screen protection layer (3) is internally provided with a screen film base layer (301), a screen abrasion-resistant layer (302) is bonded on the upper surface of the screen film base layer (301), a screen abrasion-resistant layer (303) is bonded on the upper surface of the screen abrasion-resistant layer (302), a screen nano coating (304) is bonded on the upper surface of the screen abrasion-resistant layer (303), a screen abrasion layer (305) is bonded on the lower surface of the screen film base layer (301), a screen printing layer (306) is bonded on the lower surface of the screen abrasion-resistant layer (305), a screen movable adhesive (401) is arranged in the screen bonding portion (4), a screen air guide layer (402) is bonded on the lower surface of the screen movable adhesive (401), the screen film base layer (301), the screen abrasion-resistant layer (302), the screen abrasion-resistant layer (303), the screen nano coating (304) and the screen abrasion-resistant layer (305) are identical in structure, and the screen printing layer (306), the screen movable adhesive (401) and the screen air guide layer (402) are identical in structure.

4. The novel notebook computer protective film according to claim 1, wherein: keyboard protection film (5) inside is provided with keyboard membrane basic unit (501), keyboard membrane basic unit (501) upper surface bonds has keyboard printing layer (502), keyboard printing layer (502) upper surface bonds has keyboard wear-resisting coating (503), keyboard wear-resisting coating (503) upper surface bonds has keyboard dull polish coating (504), keyboard dull polish coating (504) upper surface bonds has keyboard nanometer coating (505), keyboard membrane basic unit (501) lower surface bonds has touch-sensitive screen printing coating keyboard graphene layer (506), keyboard pasting portion (6) inside is provided with keyboard movable glue (601), keyboard movable glue (601) lower surface bonds has keyboard air guide layer (602), keyboard membrane basic unit (501), keyboard printing layer (502), keyboard wear-resisting coating (503), keyboard dull polish coating (504), keyboard nanometer coating (505) and keyboard graphene layer (506) all the same, keyboard movable glue (601) and keyboard air guide layer (602) the structure the same.

5. The novel notebook computer protective film according to claim 1, wherein: the structure is characterized in that a lower cover base layer (701) is arranged inside the lower cover protective film (7), a plurality of lower cover lower glue layers (707) are bonded on the upper surface of the lower cover base layer (701), iron sheets (708) are bonded on the lower surface of the lower cover lower glue layers (702), a lower cover movable glue layer (801) is arranged inside the lower cover adhesive bonding portion (8), a lower cover air guide layer (802) is bonded on the upper surface of the lower cover movable glue layer (703), a lower cover nano coating (705) is bonded on the upper surface of the lower cover concave-convex pressing layer (704), a lower cover graphene layer (706) is bonded on the lower surface of the lower cover base layer (701), a plurality of lower cover lower glue layers (707) are bonded on the middle of the lower surface of the lower cover graphene layer (706), iron sheets (708) are bonded on the lower surface of the lower cover lower glue layers, a lower cover movable glue (801) is arranged inside the lower cover movable glue (801), a lower cover air guide layer (802) is bonded on the lower surface of the lower cover movable glue layer (702), the lower cover base layer (701), the lower cover upper glue layers (702), the lower cover movable glue layers (703), the lower cover nano coating (706) and the same in structure and the lower cover structure (706).

6. The novel notebook computer protective film according to claim 1, wherein: the support (9) further comprises a support upper main body (901), the upper end of the support upper main body (901) is rotationally connected with a movable plate (902), the upper surface of the support upper main body (901) is fixedly provided with a second upper silica gel pad (905), the middle part of the upper surface of the movable plate (902) is fixedly provided with a magnet (904), the upper surface of the movable plate (902) is fixedly provided with a first upper silica gel pad (903), the back of the support upper main body (901) is fixedly provided with a support lower main body (907), the upper end and the lower end of the back of the support lower main body (907) are respectively fixedly provided with a first lower silica gel pad (908) and a second lower silica gel pad (909), the back center of the movable plate (902) is rotationally connected with a support plate (906), the middle part of the front side of the support lower main body (907) is provided with a connecting groove (910), a plurality of clamping grooves (911) are formed in the connecting groove (910), and one side of the support plate (906) away from the movable plate (902) is arranged in the connecting groove (910).

7. A novel notebook computer protective film as defined in claim 3, wherein: a camera hollowed-out part (311) is formed on one side of the screen film base layer (301), and a notch (411) is formed in the same position of the screen movable glue (401) and the screen film base layer (301).

8. The novel notebook computer protective film according to claim 4, wherein: touch hollowed-out parts (511) and keyboard hollowed-out parts (512) are formed in the keyboard film base layer (501).

9. The novel notebook computer protective film according to claim 5, wherein: the lower cover base layer (701) is internally provided with a foot pad hollowed-out part (711), a radiating groove hollowed-out part (712) and a process hollowed-out part (713).