JP3190322U - Protective film for display screen - Google Patents

Abstract

The present invention provides a screen protective film that removes dust on a screen in advance to cover the protective film, prevents the screen from being bent, and increases the speed of an empty gun.
A peelable lubricant 25 is provided on one side surface of a protective film 17, a split release film sheet 4 is provided on the other side surface of the protective film 17 via an adhesive material 35, and is provided on the film sheet 4. An adhesive material 123 for removing dust on the screen and a release sheet 118 provided on the surface of the adhesive material 123 are integrally laminated. An adhesive material that simultaneously covers the screen with the protective film and increases the degree of slipping of the air gun processing member with the sliding material to improve the sliding speed of the air gun and simultaneously improves the air gun enabling processing speed and removes dust on the screen. When the release sheet is provided with a release sheet, the adhesive sheet, which is the next layer, can be temporarily placed on the screen and the dust can be removed simultaneously with the release of a piece of the film sheet.
[Selection] Figure 1

Description

The present invention relates to the formation of a film coating for protecting display screens of mobile phones, portable game machines, etc., and screens of all models regardless of the shape of the protective film and the type of member for the display screens that need to be protected. It can be supported,
In particular, adhesive formation that completely removes dust from the screen by forming the protective film on a member having a display screen that needs to be protected, and attachment and detachment that consists of covering and peeling that can be accurately applied to a predetermined position on the screen that is temporarily placed Possible adhesion adhesion formation and improvement of the speed that can be applied to the air cannon related to the protective film, supplementing them with the conventional protective film, complete the formation that eliminates the disadvantages and light difficult coating work A protective film for display screens that can be used in the work.

            The screen adhesion surface and the split film sheet surface according to one side or the other side of the protective film are flat members, and the protective film is covered on the display screen of mobile phones and portable game machines that need to protect the members. As a result, the protective function of the screen that needs to be protected is maximized. However, the sliding rate of one side of the protective film is good for sliding as a flat surface, but the value for the pressure to the cannon is good. Since the spatula carries the air cannon to remove the air cannon, which is a pressure movement that passes through the adhesive part when processing the air cannon, the slip ratio is slightly lower due to the pressure by the air cannon. In the protective film, which is replaced with low slip by the air gun, the air gun moves at a slightly lower speed due to the slip ratio carried by the spatula for the pressure transfer. The air gun is difficult to escape with the pressure movement of the degree, the speed in the range of the conventional cannon processing speed is limited, and in the processing divided into several times due to the low slip of the spatula pressure stop of the spatula, etc. The protective film is composed of an adhesive material surface that peels at once the film sheet having the total area of the single release film sheet that is not to be divided into the other side of the protective film. Since the area becomes vast due to this, there are some disadvantages to the coating, and there is some protective film and the formation of a single film sheet that completely removes dust related to the divided film sheet, which is the biggest problem, There is no division formation, and the dust is very difficult to remove because it damages the protective film covering and becomes static dust. As the protective film, not coated become peeled detachable adhesion temporary division forming the screen to remove had their problems that fail bend without taking a parallel to the screen in need of protection.

JP2012-35431A

The slip ratio of the slip of one side surface of the protective film and the side surface of the auxiliary sheet to be peeled that is the upper layer of the protective film may be a normal plane, but the middle of the screen that needs protection with the protective film For the pressure movement that passes through the adhered adhesive part, the speed at which the air cannon is limited due to the pressure that passes through the adhesive part, and therefore the pressure movement that is the air gun processing operation is performed from the protective film. Assuming that the cannon is transported, the spatula is moved at a speed that the spatula carries with respect to the movement of the spatula. The film sheet of the film sheet that is removably attached to the adhesive material surface that is the other side of the protective film is limited to the film sheet. The film sheet consisting of the other side is the construction relating to the protective film by peeling the film sheet consisting of the single piece relating to the protective film at one time and peeling the film sheet by the single film sheet at the time of construction of the protective film. When the surface is peeled off, the protective film has a large total area to be pasted at one time, and the material surface of the film sheet formed by dividing the film sheet by peeling of the singular is a close contact type from the screen that needs protection Therefore, the separation and separation of the protective film is caused by the deformation state due to the curved state of the protective film, the adhesion separation of the dust related to the bending of the separation and peeling formation, and the stability of the member on the film sheet related to the separation and separation. Those that do not peel off are in the separation peeling and the film sheet There is no part of the protective film from which the film sheet has been peeled off because there is no form of the piece that can be temporarily placed and can be peeled off from the coating with the screen adhesive type with an adhesive that removes dust. Since the material surface that can be held by the hand is the thin film of the protective film, the right and left outer peripheral edges of the film are sandwiched between the thumb and forefinger, so the finger of the protective film with the adhesive material on the other side The failure of the fingerprint adhesion due to the adhesion is also representative of the failure example, and the time difference away from the screen does not form the adhesion with the adhesive material that removes the separated dust from the screen. Because it is affixed, dust adheres to the adhesive surface and the screen in the short time just before covering the protective film, and the camera lens and the like related to the screen are protected. The holes provided for the protective film and those of the camera lens may be difficult to overlap, and the screen stains that need to be protected can be removed by wiping and cleaning, but the biggest problem with the screen Since the dust becomes static electricity, it cannot be removed and it is the most difficult to construct. The protective film is not formed as a division of the film sheet to remove the static dust completely. The dust enters the intermediate portion between the film and the screen that needs to be protected, and becomes the dust that obstructs the screen. In the present invention, a removable sliding material is provided on one side of the protective film, so that the sliding property of the sliding material can be selected from above the sliding point of the protective film. The slipperiness according to the member formation related to the protective film and the material can also be set, and if it can be peeled off, a combination of the one lubricant particle that becomes a lubricant and a sheet that is different from the lubricant particles By providing the slidable smoothness of the provided sliding material, the air cannon carries the air cannon. The spatula by the spatula is carried by the spatula accompanying the increased lubrication because the spatula is accompanied by pressure movement from the outside. By removing the one piece of the divided release film sheet of the area consisting of one piece of the divided release film sheet according to the protective film, the speed at which the cannon movement is improved Due to the reduction of the peeled area of the film sheet to be peeled every time, the protective film is improved in the ease of sticking, and the outer peripheral end made up of a small area by the one piece is closer to the division than the position of the empty gun part. It becomes easy to pull out the cannon and the film sheet that is integrated into the divided release film sheet has an adhesive to remove dust on the screen,
First of all, the adhesive material can be temporarily placed on the screen requiring the protection, and the screen in the formation in which the protective film can be repeatedly coated and peeled off the screen requiring the protection, and The film sheet can be divided and formed into a divided form, and then the film sheet is used as an adhesive material for removing dust on the screen that needs to be protected. Since the divided release film sheet is provided with an adhesive material for removing dust on the screen that has an adhesive force slightly lower than the adhesive force that is different from the adhesive force of the protective film on the film sheet of the film sheet. The adhesive material that becomes the split release film sheet for the screen that needs to be protected by the adhesive material is the temporary adhesive material part before the split release. The adhesive material that removes the dust on the screen that slightly lowers the protective film and the screen that needs to be protected can be detached from the coating, and the protective film is repeatedly protected. It is possible to adjust the position of the screen required by the screen, and it is one of the detachable formations that reduce the adhesive strength with the screen, and the probability position on the screen by the adhesive material related to the divided release film sheet formation The protective film that is temporarily fixed to the predetermined position by the probability determination by the attachment / detachment formation that is peeled off from the coating in the adjustment of the screen is divided and peeled without bending because of the close contact from the position determination of the screen that needs to be protected The adhesive material that removes dust on the screen related to the split release film sheet can remove dust on the screen prior to coating. The adhesive film can be separated and peeled while leaving, so that the protective film is made of the divided release film sheet surface, and the adhesive material is adhered and peeled off from the screen that needs to be protected. The surface of the adhesive material that prevents dust adhering to the contact peeling and removes dust on the divided screen is completely removed simultaneously with the separation of the divided pieces. While removing dust, it is possible to improve the coating immediately applied to the adhesive material on the other side of the protective film which is the next layer on the screen and to easily peel off the entire layer related to the protective film due to the adhesive peeling. Those that improve the adhesion evolved by the adhesion peeling, and the protection film is peeled off by the adhesion peeling and the protection piece is peeled off Improving the stability and ease of peeling, and the feelings related to them, completely preventing the finger contact with the adhesive material on the other side of the film, and the separation peeling not integrated with the adhesive splitting material surface formation. The adhesive material described above is an adhesive that removes dust on the screen, and is formed to completely eliminate dust on the screen consisting of a temporary improvement with the adhesive material related to the divided release film sheet Since it is also used as a general adhesive material, the protective film may be formed of a silicone material system that has an adhesive force to remove screen dust that is slightly less than the adhesive force of the adhesive material on the other side of the protective film. The adhesive strength of the other side of the film and the adhesive strength of removing the dust on the screen of the film sheet can be increased, but the adhesive strength of removing dust on the screen can be temporarily suppressed. Therefore, the temporary placement is good, and the sliding material is a lubricant with particles having a higher lubricity than the particles occupying most of the protective film, and the layering position of the lubricating material is an upper layer from one side of the protective film. The hardness of the lubricant is not limited to the hardness of a member having low hardness to high hardness or elasticity, and it is possible to make a lubricant by forming a peelable sheet, which is reinforced to a protective film. A member.

The present invention 1 is provided with a peelable lubricant 25 on one side of the protective film 17, a split release film sheet 4 on the other side of the protective film 17 via an adhesive 35, and provided on the film sheet 4. Adhesive 123 for removing screen dust
And a release sheet 118 provided on the surface of the adhesive material 123 are integrally laminated to provide a protective film for a display screen.

Invention 2 provides a protective film for a display screen, characterized in that the adhesive material for removing dust on the screen includes a member having elasticity more than that of the adhesive material.

Invention 3 provides a protective film for a display screen, wherein the elastic member is a foamed body.

Invention 4 provides a protective film for a display screen, characterized in that the release sheet side of an adhesive material for removing dust on the screen of the film sheet is formed with irregularities.

Invention 5 provides a protective film for a display screen, characterized in that an antistatic material is contained in the adhesive material for removing dust on the screen.

Invention 6 provides a protective film for a display screen characterized in that the adhesive 123 for removing dust contains fibers 138.

Invention 7
A protective film for a display screen, characterized in that a concave portion of an adhesive material for removing dust on the screen can be brought into close contact with the screen.

Invention 8 provides a protective film for a display screen, characterized in that the adhesive material for removing dust on the screen is an adhesive material that can be detached from the screen.

Invention 9 provides a protective film for a display screen, wherein the adhesive material on the other side and the adhesive material for removing dust on the screen have different adhesive strengths.

The present invention 10 provides a protective film for a display screen, wherein one piece of the split release film sheet is formed as a protrusion.

Invention 11 provides a protective film for a display screen, wherein the protective film contains a humidity control material and a lubricant.

The present invention 12 provides a protective film for a display screen, characterized in that the adhesive material on the other side is made of a silicon material.

The present invention 13 provides a protective film for a display screen, characterized in that the adhesive material on the other side can be detached from the screen.

This invention 14 provides the protective film for display screens characterized by making the adhesive material surface side of the said other side surface uneven.

The present invention 15 provides a protective film for a display screen, characterized in that the total area of the concave portions is smaller than the total area of the convex and concave portions on the side of the adhesive material on the other side surface.

The present invention 16 provides a protective film for a display screen, characterized in that a concave portion on the side of the adhesive side on the other side is communicated with the outer peripheral end of the protective film.

The present invention 17 provides a protective film for a display screen, wherein the total area of the divided film sheets is larger than the total area of the protective film.

The present invention 18 provides a protective film for a display screen, characterized in that a material surface having an increased total area of the divided film sheet is formed of a resin different from the divided film sheet.

The present invention 1 is provided with a peelable lubricant 25 on one side of the protective film 17, a split release film sheet 4 on the other side of the protective film 17 via an adhesive 35, and provided on the film sheet 4. Adhesive 123 for removing screen dust
And the release sheet 118 provided on the surface of the adhesive material 123 are integrally laminated so that the sliding material can be formed by sliding a member worthy of an upper layer such as a protective film. Since the sliding material is provided with a sliding material, it is assumed that the sliding material has a height difference related to the inclination. If the spatula carries the air gun, the air gun will increase in speed as the spatula slides from the high to the low due to the height difference of the inclination, and the speed of the air gun increases. The slanted smoothness equals to the sliding material, and the spatula pushes the empty gun carrying the empty gun. The pressure movement against the pressure is the movement of the spatula related to the movement of the empty gun by the peelable sliding material. The air cannon moves with the speed of the movement that pushes the pressure well without stopping the movement, and the air gun moves with the improved sliding material, and the air cannon moves with the spatula sliding rate of the spatula carried by the spatula An adhesive material for removing dust on the screen provided on the film sheet, which is provided with a split release film sheet on the other side of the protective film via an adhesive material. In order to make a laminate consisting of release sheets provided on the surface of the film, the divided release film sheet is an adhesive that removes the screen that needs to be protected and the dust on the screen by peeling off the lowermost release sheet. The temporary release on the screen that requires the protection is repeatedly performed by the adhesive material that is temporarily removable by the adhesive material that removes the dust on the screen. The screen can be finely adjusted to a predetermined position, and the coating and peeling can be repeatedly attached and detached, so that the screen can be reliably placed at a predetermined position, and the divided peeling that becomes the predetermined position can be performed. A piece of the film sheet is peeled off in stages, and can be peeled off while removing dust on the screen with the adhesive material, and the protective film becomes the next layer of the piece of the film sheet on the dust-free screen. The protective film can be applied immediately with an adhesive layer on the other side of the protective film, and the dust can be completely removed. Since the film sheet in a small area consisting of a single piece can remove the dust on the screen, it divides the area where the protective film is easy to paste. The protective film can be peeled off and a piece of the protective film can be applied, and the divided small area is smaller than the divided area. An air cannon that can be formed between the small area and the screen that needs to be protected when it is provided on the screen is a piece of the outer peripheral edge of the small area. The protective film having a small area according to the piece of the protective film from which the piece has been peeled is intended to make it easier to remove the blank cannon and to improve the speed of the cannon with the sliding rate of the sliding material. The split formation in which the gun can also be removed can be easy to install, and the adhesive material on the other side of the protective film is a sticky adhesive. Since the adhesive material is any one of the adhesive materials in the entire system, the adhesive material can be formed as an adhesive material for slipping of an empty cannon. By making the sliding adhesive material on the other side into a silicone-based adhesive material, the adhesive material side also increases the gun processing speed to the effect of the sliding material on one side of the protective film, thereby It is possible to further improve the speed of the cannon processing, and by combining these advantages, it is possible to form it with the slip rate of the peelable lubricant related to the movement of the cannon. The formation of an improved cannon speed, the formation of an air cannon treatment in a small area consisting of the above-mentioned division, and the film sheet comprising a film sheet that can be separated and peeled off. Adhesive material that removes screen dust is used. Temporary placement position adjustment that can be repeatedly attached and detached from the screen that requires protection, and the film sheet that can be separated and peeled off, and screen dust. Split formation that can be divided and peeled closely on the screen while removing dust on the screen that needs to be protected by the adhesive material to be removed, construction formation that the protective film is not curved, and screen covering adhesion fixing construction formation,
Any protective film can be used to improve the covering by improving the ease of peeling of the divided piece by adhesion temporary fixing and integrating the adhesive film on the other side of the protective film to prevent fingerprint adhesion. Formation that can be adapted to all types of screens without selecting the screens that require the protection, and the formation of a protective film on the materials that have the screens will be easier and more advanced. A member.

The present invention 2 is characterized in that the adhesive material for removing dust on the screen contains a member having elasticity more than that of the adhesive material, so that the adhesive material contains a member having elasticity more than the adhesive material. As a result, the adhesive material contained therein forms a low-hardness elastic convex portion that is uneven on the surface of the adhesive material by the elastic member, and the adhesive removes the dust on the screen that forms the unevenness by the convex portion. The material is made by forming a temporary floating part in the middle of the screen that needs to be protected by the concave part, so that the uneven part has an adhesive material, and the adhesive material surface that becomes the concave part is the protective film. The concave portion is pressed against the screen by light pressure from the upper layer related to the protective film, and the concave portion of the tight concave portion or the convex portion that does not require pressure removes dust. If the adhesive material which becomes the concave part is adhered to remove the dust from the screen by the height from the screen which is separated from the screen even if it is in close contact with the screen, the elastic part becomes the concave part which floats from the original screen by the elasticity of the convex part. When the shape is returned to the shape, the irregularities are easily removed from the screen that needs to be protected due to the floating of the recesses, so that the adhesive on the other side of the protective film. The separation release film sheet through the adhesive material which is the other side of the material and its protective film is adhered to the screen and peeled off by the position adjustment to the screen which needs to be protected by the adhesive material which removes dust on the screen The adhesive film that prevents the divided release film sheet from being peeled off at the same time and the dust on the screen is protected by the repetition thereof. The dust on the screen is removed without making a difference in the adhesive force due to the adhesive material force that causes the floating reduction by lowering the floating only when the concave portion is floating than the adhesive force on the other side of the film. Without reducing the adhesive strength of the adhesive material itself, the dust on the screen that needs to be protected becomes the dust removal effect rate with the adhesive strength, and the adhesive strength of the adhesive material that removes the dust with the different member is increased. It is also possible.

The present invention 3 is characterized in that the elastic member is a foamed body, so that the elastic member described earlier in the present invention 2 is used to remove dust on the screen combined with the member. The convex surface of the adhesive material is uneven, and the convex portion becomes elastic, so that the convex portion is in close contact with the screen that needs to be protected, and the convex portion is easily separated by the elastic member. Because it is a powder of styrene foam and its temporary placement with the screen that needs to be protected becomes a shape in the construction that is stable, the gunshot body is a member that has lower altitude and elasticity than the screen that needs to be protected. It is formed to prevent screen damage.

The present invention 4 is characterized in that the release sheet side of the adhesive material for removing dust on the screen of the film sheet is formed with irregularities, and therefore the release sheet side of the adhesive material for removing dust on the screen, which is the film sheet, is provided. The adhesive material surface that removes the dust on the screen by making it uneven has the recess, so that the screen that needs to be protected when the dust is removed and the recess have a height that becomes a minute floating part. Since the concave and convex portions have the adhesive force of the adhesive material, the concave portion is deformed by light pressure from one side of the protective film, and is closely attached to the screen that needs to be protected. As a result, the concave portion is brought into close contact with the screen, and the concave portion is adhered to remove dust, and the shape is returned from the original screen to the floating concave portion. The separation release film sheet through the adhesive material of the adhesive material on the other side of the protective film is more easily separated from the screen that needs to be protected. Adhesive material that prevents the divided release film sheet from being peeled off simultaneously by repeating the covering and peeling of the screen when the position is adjusted to the required screen, and removing dust on the screen The adhesive force to remove the dust on the screen from the adhesive force on the other side of the protective film is reduced by the floating only when the concave portion is floated. The material removes the dust on the screen without making a difference. The dust on the screen that needs to be protected without deteriorating the adhesive power of the adhesive itself. It is possible to increase the adhesive force becomes dust removal effect ratio e by its said irregularities formed to remove the dust with a force from the adhesive force other further aspect.

The present invention 5 is characterized in that the adhesive material for removing dust on the screen contains an antistatic material, so the adhesive material for removing dust on the screen having the antistatic material is a screen that needs the protection. The static electricity on the screen member is removed from the static electricity at the same time as the adhesive material that removes the dust on the screen, and the screen dust that needs to be protected is charged with static electricity. Since the adhesion rate of the dust due to the adhering static electricity becomes weak, the adhesion becomes weak, and even if the dust is formed while suppressing the adhesive force of the adhesive material, the dust becomes an adhesive material that is easy to remove.

The present invention 6 is characterized in that the adhesive material for removing the dust contains fibers, so that the fibers are included in the adhesive material in a cloth form or mixed with the fibers, so that the specific penetration of the fibers can be achieved. The adhesive material part that removes the dust on the screen related to the fiber by utilizing the property of the adhesive reduces the adhesive force by the penetration, so that the adhesive material is easily separated from the screen that needs to be protected. Can be formed.

The present invention 7 is characterized in that the concave portion of the adhesive material for removing dust on the screen can be brought into close contact with the screen. The adhesive material surface is supposed to be uneven or a member different from the adhesive material. Since it is only necessary to be able to adhere to the screen, members and formations related to them can be kept large in their forming frames, and the adhesive material of the split release film sheet and the adhesive material on the other side of the protective film are the split film sheet. Maintaining the shape of a member that can serve as an adhesive that removes dust from the screen by changing the pulling force of each adhesive with the recesses without changing the adhesive force of the adhesives. It shall be possible.

The present invention 8 is characterized in that the adhesive material for removing dust on the screen is an adhesive material that can be detached from the screen, so that the adhesive material can be detached from the screen that needs the protection. The adhesive material that removes the dust improves the attachment and detachment that peels off and temporarily covers the screen that needs to be protected.

The present invention 9 is characterized in that the adhesive material for removing dust on the screen and the adhesive material for removing dust on the screen have different adhesive strengths, so that the adhesive material for removing dust on the screen from the adhesive strength of the adhesive material on the other surface is used. By reducing the adhesive strength of the material, the temporary placement on the screen that requires the protection is stabilized, and the formation of the adhesive material can be easily performed. It is also possible to increase the adhesive force of the adhesive material that removes dust on the screen from the adhesive material on the other side.

Since the present invention 10 is characterized in that one piece of the divided release film sheet is formed as a projection, the one piece of divided release film sheet has a flat surface. Since the screen that needs to be protected is also a flat surface, the flat surfaces are formed so that it is difficult to pull out the cannons. When the piece is peeled off by giving it, the protective film material surface related to the peeled material surface is not peeled off and creates a floating slope between the height that becomes the protrusion of the height difference of the piece Therefore, the protective film becomes a floating part that can easily escape the air cannon that is in the middle of the screen that needs to be protected, so the air cannon treatment is reversed to any low pit It is formed so that it flows into the outside air without undue flow, and the protrusion whose height difference is high has an adhesive material, and the divided release film sheet that does not depend on the height also has an adhesive material. If the height difference is made, the material surface becomes unevenness of the minute difference, and therefore, by applying pressure that also serves as an empty gun processing operation from one side of the protective film, the concave portion comes into close contact with the plane of the screen. After removing the dust from the screen and returning the shape from the original screen to the floating recess, the unevenness that has been restored is easily separated from the screen that needs to be protected due to the floating of the recess. Therefore, the adhesive material on the other side of the protective film and the split release film sheet via the adhesive material are placed in front of the screen that needs to be protected by the adhesive material that removes dust on the screen. It is also possible to prevent the split release film sheet from being peeled off at the same time by repeating the covering and peeling of the screen that occurs in the position adjustment. It is assumed that the position adjustment to be set is also advanced at the same time.

The present invention 11 is characterized in that the protective film contains a humidity control material and a lubricant, so that one side of the protective film is to improve the sebum fixing to the sebum on the finger. The moisture conditioning material can absorb and dry the sebum, and the formation containing the lubricant allows the sebum to be naturally removed by the lubricity of the lubricant, and the effect of the humidity conditioning material and the lubricant The effect is to make the fatty acid ester, which is more sebum, disappear from the protective film, and to stabilize the protective film.

The present invention 12 is characterized in that the adhesive material on the other side surface is a silicon material system, so that the sliding effect which is a characteristic of the member can be used by making the adhesive material a silicon material system. The possible speed related to the air gun treatment, which is a silicon material system, is improved, and the silicon cannon speed is further improved by the detachable sliding material of the invention 1.

The present invention 13 is characterized in that the adhesive material on the other side surface is removable from the screen, and the removable adhesive material is an adhesive material that can be repeatedly coated and peeled from the screen. Since the adhesion level also slightly reduces the degree of adhesion to the screen, the empty cannon that is formed between the adhesive material surface and the screen due to the slight decrease becomes a removable adhesion level that is easy to come off. The gun can increase its speed and its speed can be increased by adding the formation of the detachable sliding material of the present invention 1 to improve the speed of the gun that can be released. Shall.

This invention 14 is characterized in that the pressure-sensitive adhesive surface side of the other side surface is made uneven, so that the pressure-sensitive adhesive material forming the protective film is formed by forming a concave-convex recess on the pressure-sensitive material surface side that is the other side surface of the protective film. An air cannon that can be in the middle of the screen that requires protection on the surface side is formed so that it can easily move to the outer peripheral edge of the protective film through the concave dent and disappears to the outside air. It can be integrated into the effect of a lubricant, and the speed can be improved from the above-mentioned air cannon speed.

Since the present invention 15 is characterized in that the total area of the concave portion is smaller than the total area of the convex portion of the concave and convex portions on the side of the adhesive material on the other side, the ratio of the concave and convex portions to the total area of the flat surface of the protective film is assumed. Since the total area of the concave portion is smaller than the total area of the convex portion, the concave portion with respect to the pressure from one side of the protective film has a small total concave area, so that the concave portion undergoes deformation with the pressure from the one side. Because the number is small, the total area of the recess is easy to be crushed.

The present invention 16 is characterized in that the concave portion on the side of the adhesive material on the other side is communicated with the outer peripheral end portion of the protective film, so that the concave portion of the concave and convex portions is communicated with the outer peripheral end portion of the protective film. The recessed portion connected to the outer peripheral end portion that has been caused to travel along the path connected to the outer peripheral end portion without difficulty does not have difficulty, and improves the blanking process.

Since the present invention 17 is characterized in that the total area of the divided film sheet is larger than the total area of the protective film, the total area of the divided film sheet is larger than the total area of the protective film, and thus the piece of the divided film sheet is peeled off. At the same time, since the divided release film sheet according to the first aspect of the present invention has an adhesive material for removing dust on the screen, it is formed to lead to formation that can better remove the dust.

Since the present invention 18 is characterized in that a material surface having a larger total area of the divided film sheet is formed of a resin different from the divided film sheet, the protective film worthy of the lamination composed of the present invention 1 is used for a display screen. Therefore, the screen has a large number of shapes, and some screens have a dent made of a frame like a personal computer. Therefore, by forming the surface of the material to be increased with a resin different from that of the divided film sheet, it is formed with a sealing material having a lower hardness than the film sheet, thereby forming a structure corresponding to the indented screen. The divided film sheet is formed so as to be easily peeled off and to easily remove dust on the screen.

The front view of the integrated protective film which concerns on a device. The expansion schematic of the effect of the adhesive material which removes dust. The expansion schematic of the shape of the adhesive material which removes dust. The expansion schematic of the shape and effect of an adhesive material which removes dust. Schematic which shows the detachable lubricant effect. Schematic which shows the shape which is an example of a void | hole part. Schematic which shows an example of a division | segmentation of a film sheet material. Schematic which shows the hardness of a film sheet material and a protective film. Schematic of the effect of a void | hole part. Schematic which shows the difference between a low-hardness member and a high-hardness member. Schematic which shows an example of the material surface which a film sheet increases. Schematic which shows an example of the film forming member which consists of various things. Schematic showing that the screen can be seen and touched. Schematic which shows an example of the ore which concerns on a protective film. Schematic which shows an example of the ore which concerns on a protective film. Schematic of an example of how to use film with ore. Schematic of an example of the member which can use a protective film. Schematic which showed the effect of an example member. Schematic which showed the effect of an example member. The schematic diagram which showed the void | hole part made naturally. Schematic of an uneven | corrugated shape of an example of a protective film. Schematic which provided the recessed part in one side. Schematic of the usage method of a temporary sticking sheet. Schematic which showed the effect of the 2nd uneven | corrugated material surface. The schematic diagram of an example of the effect | action of the height difference of a division surface, and a temporary sticking sheet. Schematic showing a simple production method. Schematic which showed an example of the temporary sticking sheet. Schematic of an example of formation.

          Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a front view showing an example of an integrated protective film 1 according to the present invention.

In FIG. 1, a peelable lubricant 25 is provided on one side of the protective film 17, and a split release film sheet 4 is provided on the other side of the protective film 17 via an adhesive 35, and is provided on the film sheet 4. Since the adhesive material 123 for removing dust on the screen and the release sheet 118 provided on the surface of the adhesive material 123 are integrally laminated, the lubricant 25 that can be peeled off on one side surface 124 of the protective film 17. If the sliding member 25 is provided with the sliding member 25 that has a higher sliding rate than that of the protective film 17, the spatula 130 is assumed to carry the empty gun 38 associated with the sliding rate. The adhesive material 123 that removes the dust on the screen can form an adhesive force that slightly lowers the adhesiveness than the adhesive material 35 on the other side of the protective film 17. Then, the divided release film sheet 4 can be freely attached and detached to and from the screen 84 that needs protection, and repeatedly attached to the screen 84 that needs protection in the temporary placement and removal. The adhesive 123 that removes dust on the screen 84 from the temporarily placed state that can be finely adjusted and cannot be bent completely from the predetermined position, and needs to be protected. Since the piece 83 of the split release film sheet 4 can be peeled while removing the dust 28 on the screen, it can be formed to eliminate the static dust 28 on the screen that needs to be protected, and the split Since the release film sheet 4 is divided into the total area of the film sheet 4, the divided piece 83 has a small area 4.
4, the small area 44 accompanying the improvement in the processing speed of the blank can 38 by the lubricant 25 becomes a small area, so that the blank can 38 is easily removed from the screen 84 that needs to be protected. With the adhesive material 123 that removes dust, it is possible to improve the ease of peeling by temporary fixing that can be adhered and peeled off from the screen that needs protection, and to improve the separation and peeling with a stable feeling. Realizing and summarizing those effects, the small area 44 construction by the division that is the first divided formation, and the adhesive material 123 that removes dust on the screen related to the small area 44 that is the second divided formation The effect of removing the dust 28 and the adhesive 123 for removing the dust on the screen, which is a third divided formation.
It is possible to repeat the coating and peeling to the screen by the detachable temporary placement that can be finely adjusted with the screen that needs protection, and the fourth divided formation to be the peeling from the temporary fixing The formation that eliminates the dust adhesion due to the floating of the dust 28 on the protective film 17 related to the division and the formation that eliminates the fingerprint adhesion to the adhesive material 35 related to the protective film 17 that forms the fifth division form the integration. The protective film 17 is not curved, and the contact temporary fixing cannon treatment on the screen that requires protection and the contact temporary fixing peeling that does not separate and separate from the member that requires protection are improved and the adhesion temporary fixing peeling. Improving the construction of the protective film 17 immediately on the screen that needs to be protected, and forming the divided air cannon processing with the formation of the five divided 83 Of the lubricant 25
The future of forming a new protective film by integrating the improvement of the air gun movement speed, which is the slip ratio, and the formation of a new protective film, and the dust 28 related to difficult construction can be completely removed. It is assumed that new construction can be performed.

FIG. 2 shows an adhesive 12 that removes dust from the screen provided on the film sheet 4 of the split release film sheet 4 formed by forming the protective film 17.
(A) shows the adhesive effect 123 for removing dust on the screen and the release sheet 118 provided on the surface of the adhesive material 123, and the screen 84 of the mobile phone 26. (B) shows a state in which dust 28 adheres to the screen 84 of the mobile phone 26 and shows the state of the screen in close contact with the screen 84. The adhesive material 123 that removes dust can be adhered to the screen by the adhesive force of the adhesive material, and then shows a state where the piece 83 of the divided release film sheet 4 is peeled off. The screen dust is adhered to and processed by the adhesive material 123 that removes the screen dust consisting of the peeled piece 83, and the drawings are enlarged to show the drawings. The surface of the adhesive material 35 provided on the other side of the protective film 17 of the peeled piece 83 and the intermediate portion of the screen 84 which is the mobile phone related to the peeled piece 83. Since the thickness of the split release film sheet 4 is in units of mm, the intermediate distance of those members is in the mm units, so the intermediate parts of the members are close to each other. The adhesive material 123 for removing dust on the screen of the protective film 17 peels off the divided piece 83 and, at the same time, does not take time to the screen, and the intermediate part is in mm units so that it is applied immediately. (C) is that the adhesive material on the other side and the adhesive material that removes the dust on the screen have different adhesive strengths. The adhesive strength of these adhesive materials is indicated by the number of circles of the adhesive balls 72 and the adhesive strength of the adhesive material 35 on the other side of the protective film 17 is assumed to be six. The adhesive force of the adhesive material 123 that removes the dust on the screen related to the release film sheet 4 is assumed to be three, and the protection with the adhesive material 123 that removes the dust on the screen is required depending on the ratio of the adhesive strength of the adhesive materials (D) is an example in which this formation is the easiest to form. Adhesive to remove dust on the screen 8
4 is characterized in that the adhesive ratio of the total area of the adhesive material surface to be in close contact with the adhesive is changed, or the adhesive material for removing dust on the screen is an adhesive material removable from the screen. This shows an example of the shape of the adhesive material 123 for removing dust on the screen, in which the ratio of the total area of the adhesive material surface to be adhered to the screen changes, and the formation of the adhesive material is temporarily elastic The semi-circular adhesive member 71 is illustrated as an example, and the semi-circular adhesive material is applied to the screen 84 to apply pressure to the elastic member 71, so that the adhesive material adheres to the screen. It shows that the total area of the adhesive changes due to deformation due to its elasticity, and when the pressure is removed, the elastic member 71 which is a semicircle returns to the original semicircle, so that the adhesive surface is not reduced without reducing the adhesive force. And part It becomes an example in which the adhesion surface due to the deformation is lowered, and the adhesive material 123 is removable from the screen 84, such as the adhesive material 123 that removes dust on the screen consisting of these three figures, and the other side surface Since the adhesive 35 is also detachable at the same time, the dust on the screen is removed by the adhesive 123 that removes the dust, so that the adhesive on the other side can be attached and detached without dust on the screen. Although not shown in the drawing, the thickness of the adhesive material that removes dust on the screen is increased with respect to the thickness of the adhesive material on the other side of the protective film, thereby increasing the thickness of the screen. If the adhesive material is formed to have a height, the protective film 17 can be easily peeled off from the screen when the finger that peels off the protective film 17 enters the height. Respectively errors of these members formed becomes high according to film formation or equal to formation easily created.

FIG. 3 shows an example of the shape of the adhesive 123 for removing dust on the screen related to the protective film 17 that can be integrated with the present invention, and its shape effect.
a) shows that the adhesive material for removing dust on the screen is mixed with a member different from the adhesive material, and the surface of the adhesive material 123 for removing dust on the screen 84 is flat. Has protective film 17
Since the adhesive material 35 according to the other side also has a flat surface, and the adhesive materials are in the same plane, the divided release film sheet 4 serving as an intermediate member of the adhesive materials has the same degree of adhesiveness in the same plane. If the adhesive force is used, first, the screen 8 that needs to protect the adhesive material 123 that removes dust on the screen.
4. When the temporary placement is performed, the temporary placement is a position adjustment in which the attachment and detachment is repeated several times with the screen. Therefore, if the adhesive force is the same as the flat surface, the divided release film sheet that becomes the intermediate member layer of the adhesive material 4 has the same adhesive force, so that the divided release film sheet 4 that is generated when the attachment / detachment that covers or peels off the screen 84 at the time of position adjustment that repeats the attachment / detachment several times with the screen 84 is the above-mentioned When the position adjustment is not yet determined, a piece of the film sheet 4 may be peeled off, and the protective film 17 may be covered with the screen 84 without being bent. Adhesive force of the adhesive material 123 that removes dust on the other screen, assuming that the adhesive force of the adhesive material 35 on the other side of the protective film 17 is six. If the temporary placement position adjustment is three, the one piece 83 of the divided release film sheet 4 will not be peeled off even if the adhesion or peeling is repeated several times. As the protective film 17 formation, the ratio of the adhesive force is shown as an example. However, when the ratio is formed, the protective film 17 is simply formed and is different from the formation of (a). This will be explained with reference to the drawings. In this formation, the adhesive force of the adhesive material 123 that removes dust on the screen related to the divided release film sheet 4 is assumed with the adhesive force of the adhesive material 35 on the other side of the protective film 17 as six. The pressure-sensitive adhesive 1 removes the dust from the screen without first changing the force of the pressure-sensitive adhesive material to six.
23, the adhesive material 123 that removes dust on the screen by mixing a member having a lower altitude than the screen 84 that requires protection different from that of the adhesive material creates a concave and convex recess due to the different member 52 by the mixing. If the pressure is applied from one side of the protective film 17, the concave is pressed and the entire surface of the surface of the adhesive 123 that removes dust on the screen is in close contact with the screen that needs to be protected. When the pressure is stopped, the concave is returned to its original shape by the convex elasticity, and the deformable uneven material surface is removed. At the same time, the dust on the screen is removed and the pressure is stopped. At the same time, the unevenness that has been restored to its original shape becomes a shape that can be easily peeled off from the screen 84, so that the divided release film sheet 4 is not peeled off during the temporary placement position adjustment. As a result, it is possible to perform stable temporary placement, and the difference between the adhesive forces of these adhesive materials does not need to be changed, and the hardness of the different member 52 is determined from the screen 84 that needs to be protected. It is sufficient that the low hardness member to the high hardness member and any one of them or the shape of the different member 52 may be changed depending on the forming method, and the different member 52 becomes a part related to the screen 84. (B) removes dust on the screen of the film sheet as an example in which the low-hardness member has a hardness that does not damage the screen and the shape is not limited, but a round shape that does not obstruct the screen is the best. The release sheet side of the adhesive material to be formed is formed with irregularities, or the concave portion of the adhesive material for removing dust on the screen is made to be able to adhere to the screen If the unevenness is formed on the film sheet 4 material surface or the adhesive material surface, and the unevenness is a recess that can be screen-deformed and in need of protection, The screen 8 that needs to be protected temporarily due to the floating portion due to the concave portion 8 can be easily attached and detached because the concave portion 8 also serves as a portion that reduces the adhesive force only to the floating portion.
The concave 8 is brought into close contact with the screen 84 that needs to be protected temporarily by pressure from one side surface 124 of the protective film 17 at the predetermined position of the screen with the adhesive 123 that removes dust on the screen. The dust 8 is removed and the pressure is released. At the same time, the recess 8 is separated from the screen 84 and returns to its original shape, so that the temporary placement is improved. It is recommended that the hardness be such that the close contact and floating can be repeated and the height of the recess 8 be set.

4 (a) to 4 (c) are characterized in that the adhesive material for removing dust on the screen described in the present invention 2 contains a member having elasticity more than that of the adhesive material. It is shown that the elastic member is a foamed body, and it is shown that the elastic foam is provided on the adhesive material 123 for removing dust on the screen of the divided release film sheet 4 related to the protective film 17 and has the elasticity. In order to make the surface of the adhesive material mixed with the powder adhere to the screen that needs protection, the low hardness elastic member 7
Due to the convexity having the elasticity of the unevenness that is formed at the time of forming the adhesive surface according to 1, the elasticity is cushioned so that the screen 84 is not scratched. By making a floating portion, it is possible to freely attach and detach the temporary placement position to the screen 84, and then apply pressure from the upper layer related to the protective film 17 that has been set to the screen 84 at a predetermined position. Since the convexity has elasticity, it closely contacts with the screen 84 while deforming, and the surface of the irregularity temporarily adheres to the screen 84 temporarily due to the deformation, so that the dust 28 related to the screen 84 that needs to be protected adheres. By removing the pressure from the upper layer, the projections of the irregularities are returned to the shape before the deformation and become the covering of the protective film 17 in the next construction procedure. When the powder of foamed polystyrene is mixed with the adhesive 123 for removing dust on the screen, the foamed portion also has the adhesive, so that the dust can be removed reliably (d) to (f ) Is an adhesive 1 for removing dust on the screen.
23 includes the antistatic material 23, and the adhesive 123 for removing dust on the screen of the split release film sheet 4 related to the protective film 17 is brought into close contact with the screen 84 that needs to be protected. Since the dust is to be removed, the dust becomes static and persistent dust, and the adhesive material is provided with an antistatic material 23. Therefore, the screen 84 and the adhesive material that need to be protected are simultaneously charged with static electricity. The adhesive which removes the dust on the screen is formed as the formation which can be cut and formed so that the dust which becomes lighter due to the decrease in the adhesion of the dust without static electricity on the screen is adhered to the adhesive. By mixing them, the adhesive force is reduced, and even if the reduction is made, the dust can be efficiently removed.

FIG. 5 is a detailed explanation of the effect of the detachable sliding material 25 according to the present invention, and is an example of reinforcement relating to the formation. However, since the sliding material 25 is detachable, if it is detachable, it is applied to the sheet member. If the lubricating material 25 may be provided or the lubricating material 25 is formed as such a sheet, the protective film 17 is reinforced thereby, so that the protective film 17 becomes difficult to receive the influence of wind and outside air, and is low. The protective film 17 can be temporarily placed in parallel with the reinforcement in the formation of the sheet member, which is the peelable sliding member 25 and the member that needs to be protected without being bent by the force of the degree. Therefore, it becomes a member that can be easily attached by that, and the protective film 17 is required to be protected by forming the sheet member that is the peelable sliding member 25 that can be applied. When covering the screen 84, the protective film 17 is protected by the formation of the sheet member, so that it is not damaged, and the peelable lubricant 25
Has a high lubricity rate, the sliding material 25 is used for the blank 3 when the blank 38 is pulled out.
Since the member to be pushed out by applying pressure such as a spatula used when pulling out 8 becomes slippery due to the sliding material 25, the anti-slip on the surface related to the protective film 17 is eliminated so that the air cannon 38 can be easily lightened. As a result, the speed at which the cannon can be moved is improved, and the smoothness of the heart can be kept stable and the covering of the protective film 17 can be completed. (E) in the final figure may be a transparent wax material, and the slip rate of the rubber 129 of the elastic member, which is a non-slip member, is assumed to be 50%, and the slip rate of the protective film 17 is temporarily assumed. The speed of the blank cannon 38 in those members, in which 70% and the slip rate of the lubricant that forms the sheet member is assumed to be 85%, is tentatively explained in the same figure. 50 of rubber 129
Since the spatula 130, which serves as a tool for pulling out the air gun 38 related to the pressure movement with the speed of 50%, carries the air gun 38 with the speed of 50%, the air movement corresponding to the slip rate of the air gun 38 is processed. 38 is a speed at which the possible speed of the cannon is lowered, and the pressure movement of the protective film 17 is assumed to be 70%, which is assumed to be normal. The carrying speed of the empty gun, which is the speed associated with the sliding rate, is two speeds, which is higher than the first speed, and the sliding rate of the sliding member forming the seat member is 85.
Again, the spatula 130 is the blank 38
As a result, the speed at which the cannon 38 can move is increased by 85%, and the speed is assumed to be three speeds, and the cannon 38 is an example of the other side of the adhesive material 35, but it is temporarily removable 78 silicon material. Along with the sliding effect of the adhesive material, the all-sliding material 25 on the one side 124 side of the protective film 17 on the other side surface of the adhesive material is slid simultaneously, thereby further increasing the processing speed of the air cannon 38. Then, the speed is assumed to be four speeds, and this formation is the best example. The improvement in the processing speed of the blank can 38 is maximized in the blank can 38 processing effect of sliding only the other side of the adhesive material 35 side. Those on the other side of the protective film 17 on the opposite side of the material surface of the removable sliding material 25 relating to one side 124 of the protective film 17 that is not a thing Skids rate thereof comprising wood surface according to the surface if the same lubricant 25 thereof silicon 78 material system comprising the adhesive material 35 is slipped vacuoles also the lubricant 25 Part spatula 1 carrying vacuoles
Although the point of action of these effects is different by sliding 30, they can be increased by a constant law that increases the speed at which the cannon can be increased, and the sliding material 25 is formed as an upper layer from one side of the protective film 17 or peeled off. If possible, the sheet member may be formed with an increased sliding rate, and if the protective film has a sliding rate of 1%, the increase in the sliding rate is 1
%, Any formation method may be used. In this formation, the peelable lubricant 25 is the uppermost layer, but the lubricant is the same theoretical formation even if the different member is used as an example. If the central part of the sheet forming material surface is high and the inclination is a triangular shape having a height difference, the spatula does not slide down from the surface with a high difference in height to the surface with a low difference in height. The protective film 17 and the sliding material 25 are slid and the sliding material 25 is replaced with the sliding material 25.
However, since there are cases where the above-mentioned slipperiness may not be determined because there are many formations, it is provisional, but based on the silicon material of the silicon 78 material, either the slipperiness of the silicon or the width above and below the silicon The spatula 130 may have a degree of smoothness, and the spatula 130 can be selected to be light, and although not shown in the drawing, any material having a volume, area, or mass such as the spatula 130 may be used. The member deserving any of the above by having the protective film 17 and the screen 84 that needs to be protected.
It can be a member that can increase the processing speed of the empty cannon between the two and can be provided on the member of the member related to the protective film 17, or it can be an accessory or a single member, but their formation The effect of is made uniform with the sliding material 140, but depends on the formation, but the sliding material 1
If the base 40, which is the base material of the sheet material 136, has an ideal smoothness of the sliding material 140, only the base may be used as the sliding material 140, and the standard of the sliding rate of the base material sheet 136 is a protective film formation. The slip ratio of the protective film 17 is also included.

FIG. 6 (a) is characterized in that the total area of the concave portion is smaller than the total area of the convex and concave portions on the side of the adhesive material on the other side surface, and the adhesive material on the other side surface is a silicon material system. And the pressure-sensitive adhesive material 3 is characterized by the fact that the pressure-sensitive adhesive surface side of the other side surface is uneven.
5 is related to the silicon 78 material system, and the concave portion 8 is floated slightly from the screen 84 that needs to be protected. The figure along the arrow from (a) shows that the total area of the recesses 8 is smaller than the total area of the protrusions 94 of the unevenness 93 on the side of the adhesive material on the other side surface. Since the recesses are uniformly distributed from the width of the protective film 17 relative to the total area, the recesses return from the arrows. (A) Compared to the recesses 8 which are not equal in the figure, Since the concave portion 8 does not have an interval that does not allow the air gun to be removed, the air gun can cause the air gun to be trapped by the small amount of the space. Distributed to Ones and become (b) is the other side of the communicated the recess to serve adhesive surface the protective film outer peripheral end and to the Japanese that communicates the said protective film 1
Since the size of the concave portion 8 of the pores on the surface of the adhesive material 35 as the other side surface 7 is not set to 1 millimeter unit but is formed as a micro unit, the protective film 17 is covered on the screen that needs to be protected. When this occurs, air 38 made of an empty cannon is easily generated between the protective film 17 and those of the screen that needs to be protected. Therefore, an escape path for the air 38 made of the empty cannon is secured from the recess 8 of the hole. 38 is formed to escape, and the recess 8 is communicated 1
5. Since the outer peripheral end portion 16 of the protective film 17 is made to communicate 15 with the air, the air 38 made of an empty cannon is naturally introduced into the recess portion 8 of the hole.
(C) a mechanism in which air 38 is released to the outer peripheral end 16 through the communication path 15 connected to the outer peripheral end 16 from the concave portion 8 of the hole.
Is a schematic diagram showing that the concave portion 8 of the concave and convex portion 93 has a bottom surface longer than the top surface, and the concave portion 8 of the hole is a temporary but regular triangular pyramid 56 member. By applying pressure 55 to one side surface 124 of the protective film 17 at the apex of the regular triangular pyramid 56, the hollow recess 8 formed by the regular triangular pyramid 56 becomes the outer periphery of the protective film of the regular triangular pyramid 56 formed by the apex. Since the force is applied to the three sides extending to the end portion 16 and the three sides spread so as to slide to the outer peripheral end portion 16, the hole portion formed of the regular triangular pyramid 56 is in close contact with a member requiring protection. The concave portion 8 of the hole made of the regular triangular pyramid 56 is easily deformed by the pressure 55, and the regular triangular pyramid 56 is the side view of the protective film 17 related to the concave portion 8 of the hole. The regular triangular pyramid 56 is shown as an example of the concave portion 8 of the hole, and the angle opening from the parallel is described as an example of the concave portion 8 of the hole indicating that the bottom surface is longer than the top surface of the body and that the angle is set to open from the parallel. The inclined surface having an angle can be integrated into any shape of the hole portion, and the bottom surface of the hole 8 is formed even in the hole recess portion 8 having a curved line 24 in plan view of the protective film 17 described in (d) below. The slant made up of the three-dimensional solid body can be integrated, and the shape of the concave portion 8 of any hole can be integrated so that the bottom surface is made longer than the top surface to provide a slant surface of 70 so that the force directly below is distributed laterally. Protective film 1
7, the close contact with the screen 84 that needs to be protected is ensured, and the equilateral triangular pyramid 56.
The three sides connected from the apex of the above have a higher dispersion rate than the two sides connected from the apex of the triangle, and (d) is formed so that the planar view of the concave portion 8 of the hole is a curved line 24. Therefore, a member having a shape for picking up air 38 made up of an empty cannon by connecting the concave portion 8 of the hole to the curve 24 rather than connecting the concave portion 8 of the hole by a point or a line by the ratio of the concave portion 8 of the hole relating to the total area of the protective film However, since the number of the concave portions 8 of the holes is small as shown in (a), the number of the hollow portions is large and easy to understand in (b). ) Is the recess 8 of the hole.
Depending on the shape of the concave portion 8 of the hole for the divided piece 83 and the size of the total area of the divided piece, the size of the concave portion 8 of the hole with respect to the surface of the piece 83 This is the recess 8 of the hole described above.
However, this is an important point, and this is an important point, and if the protective film 17 has a high hardness, the hardness hinders the deformation of the recess 8 of the hole. A member formed such that the number of the concave portions 8 is as small and large as possible so that the concave portion 8 can be finally confirmed by touching the concave portion 8 a little so that the surface of the protective film 17 cannot be tracked. Then, the external pressure 5 from one side surface 124 of the protective film consisting of the upper part of the protective film 17 is set.
5 is an example of the formation of a concave portion 8 which can be deformed by being adhered to and deformed by a pressure-sensitive adhesive material completely on the plane of the screen that needs to be protected, and the protective film 17 is the protective film 17. The shape of the concave portion 8 of the hole is the same as the regular triangular pyramid 5 described in (c).
6 is difficult to make because it is very small, but if it has a shape that faces the member that needs to be protected in such a manner that the side surface of the concave portion 8 of the hole in the protective film 17 is opened from parallel, it is easy to adhere. (F) is an example in which it is possible to make a concave part 8 of a large hole in a minute hole part. A schematic diagram is shown, and (g) is a trapezoidal shape in the side view of the hole portion of the shape obtained by changing the apex of the regular triangular pyramid 56 described in (f) above to a surface, and it is assumed that the solid The concave portion 8 of the hole is a three-dimensional member, and the concave portion 8 of the hole is a plurality of hole portions 8 by making the concave portion 8 of the hole a solid member. Before that can be formed and still be an example among them The apex of the equilateral triangular pyramid 56 is composed of a point, but when the point becomes the surface, the concave portion 8 of the hole is formed of the protective film 17 with respect to the screen that needs to be protected. The concave portion 8 is more easily adhered to the surface, and the hollow concave portion 8 described so far is an example. The formation of the concave portion 8 is so small that it is preferable to provide the hollow concave portion 8 that is easy to create. The (a) is an example that is most easily formed.

7A to 7E show details and shapes of the division, and the shape of the division shape can be various plural shapes. FIG. 7A shows a partial structure of the integrated protective film 1 according to the invention. Shown (b) is a piece 83 of the division.
Since the member is made of a plurality of irregular shapes, a plurality of shape surfaces, or a plurality of areas, the divided piece 83 that is easy to stick depending on the shape of the member that requires protection is an example of sticking from the center. It is an example in which the deformed shape is shown in an easy-to-understand manner, and the shape of the deformed shape can be easily adjusted by adjusting the shape of the member by forming the deformed shape or forming a plurality of shape surfaces or a plurality of areas. However, since the thickness of the divided piece 83 is a member having a plurality of thicknesses or a stacked thickness, the divided piece 83 to be peeled off first is assumed to be the thickest. Since the divided piece 83 that is first peeled off by forming and forming the overlapping thickness is thick, it is related to the finger. It is formed as a member that can be easily peeled off without using other members, and the screen shown in the figure through the arrow of (b) is often a recess than the frame that holds the screen. Since many of the PCs that become dents are seen, when the total area of the divided release film sheet 4 related to the one piece 83 is larger than the total area of the protective film 17 in the concave part of the frame, the 89 material surfaces that increase are covered with the coating. It is assumed that the area where the film sheet 4 of the divided piece 83 is increased by a plurality of members can be adjusted so that the divided piece 83 can correspond to a plurality of screen members. Since the formation was made into a shape that was divided equally, the one piece formation that was divided by the equalization was uniform, so construction was done Grasp easily the piece 8 tips becomes repetition of the work the same working by its piece 83 made of the same shape in that
It is better to use the divided shape according to the shape of the member screen that needs to be protected in three shapes, and (d) is the other side surface 6 of the protective film 17.
The first piece 83 to be peeled off at the beginning of the divided release film sheet 4 provided in FIG. 1 is shown, and one side of the piece 83 is peeled off, and at the same time, it is cut off by the dividing line 7 to be cut, and the cut small pieces Protection film 17 construction in area 44 becomes possible (e) (b)
The thickness shown in the above is shown more clearly, and by making the plurality of pieces 83 uniform, the production of the protective film 17 becomes simple, and the variant shown in (b) is easy to understand. Although shown and shown, the deformed shape is shown by peeling off the central piece 83 to cover the screen that needs to be protected by separating the protective film 17 of the divided face, and peeling off the plural pieces of the divided part 83 around the central face. This is an example of difficulty.

8A to 8F are members related to the integrated protective film 17.
(A) is a part of the integrated protective film 1
The protective film 17 is shown as an example.
The amount of the resin 12 is reduced to form a low-hardness member. (B) is a peelable lubricant 25 provided on one side surface of the protective film 17 from the amount of resin 12 described in (a). Is often used, the hardness of the member is increased and this is assumed to be a high-hardness member. (C) shows an example in which the member shown in (a) is attached to the tip of the minicar 10 and the minicar 10 is caused to run against the wall 11 with a light force to show the hardness of the member. Protective film 17 made of low hardness material
(D) shows that the member described in (b) is attached to the tip of the minicar 10, and the minicar 10 is caused to run against the wall 11 by the same light weight described in (c). Therefore, one side surface 12 of the protective film 17 made of a low hardness member is shown.
4 shows that the detachable lubricant 25 keeps a straight line without bending, and (e) will be described later, and (f) will be the same member hardness as described in (b). And Returning to the figure, (e), which will be described later, attaches the member shown in (f) to the tip of the minicar 10 and runs the minicar 11 with the same light force described in (c). It shows the hardness of the member by colliding with the wall 11 and shows that the divided release film sheet 4 provided on the other side surface 6 of the protective film 17 made of a low hardness member keeps a straight line without bending. These hardnesses are all examples, but they are schematic diagrams showing the above-mentioned hardnesses, and the member hardness described above is best when the hardness is changed depending on the member that needs protection. Protective film 17
For other members, if the hardness is too high, the hardness member will be damaged during coating. Therefore, it is recommended that the hardness is medium in the example, and the members related to these protective films are based on the upper and lower hardness of the above-mentioned standard. Raising and lowering may be freely formed, and the member of the member relating to the protective film may be partially changed in hardness to be easily formed.

FIG. 9 is characterized in that the adhesive material on the other side of the protective film or the other side surface of the protective film is formed with irregularities that change the total area of the adhesive material to be adhered, which is deformed and adhered by the adhesive material formed to fit the screen. FIG. 4 is a schematic diagram illustrating the characteristics and effects of the recess 8 of the hole in more detail and (a) is a protective film 1 having the recess 8 of the hole.
7 has an adhesive 35 on the other side surface 6 and the adhesive 35 has a structure that does not need to be re-applied. Necessary screen 8
(B) is a schematic diagram showing a state in which the protective film 17 is covered on the screen, and the concave portion 8 including the concave portion 8 of the hole is formed. Assuming that the protective film 17 covers the screen 84 of the mobile phone 26 as the dent of the 0.5 mm recess 8, the 0.
It shows that the hollow portion formed by the 5 mm concave portion 8 has a large dent in the concave portion 8, so that the screen 84 and the adhesive material 35 related to the concave portion 8 do not adhere to each other and the blank gun 38 remains with the concave portion 8. The concave portion 8 consisting of (d) to (b) is formed to be slightly smaller, and the size of the concave portion 8 is assumed to be a micro-unit concave portion 8 of the mobile phone 26 that needs to be protected. When the screen 84 is covered, the spatula 130 is provisional from one side surface 124 of the protective film 17 related to the micro-unit recess 8.
The spatula 13 further escapes the air gun 38 through the air hole portion by the air hole portion made of the concave portion 8 of the micro unit by the pressure 55 of the micro unit.
By applying pressure 55 at 0, the concave portion 8 made of the micro unit is pushed, and the adhesive material 35 on the surface of the concave portion 8 is brought into close contact with the screen and fixed, and the air 38 made of the empty cannon is made to pass through the hole portion. The air 38 consisting of an empty cannon between the upper surface of the screen and the protective film 17 was extinguished into the outside air by those shape members. As a postscript, the size of the concave portion 8 composed of the hole portion is temporarily described as a micro unit.
For example, the protective film is described with the micro unit as the unit.
Suppose that the thickness of 17 is 1 mm, and the concave portion 8 composed of the hole portion is formed by one tenth thereof.

FIG. 10 shows the divided peeling composed of the protective film 17 and other side surfaces 6.
According to one side surface 124 of the film sheet 4 or its protective film 17
The hardness as an example of the detachable lubricant 25 will be explained by a simple wind, and the construction status of the low hardness member and the high hardness member will be described. (A) temporarily shows the protective film 17 of the low hardness member. The protective film 17 made of a low hardness member shows that it is bent by the influence of the minute amount of wind, and (b) is a member that needs to protect the protective film 17 in the bent state described in (a). The screen 84 of the cellular phone 26 as an example is shown with the curved protective film 17 attached to the screen requiring the protection, and the curved protective film 17 is kept parallel to the screen. It becomes the schematic which showed the state of the said separation peeling from the said protective film 17 and its screen which air enters into the curved part because it does not sag, (c) is the protective film which consists of a low-hardness member temporarily 17 is a member provided with a detachable sliding material 25 having a high hardness on one side surface 124, so that the protective film 17 having the low hardness is provided by the detachable sliding material 25 having a high hardness. Even if a very small amount of the wind is reinforced by a high hardness member, the protective film 17 does not bend, and the reinforced protective film 17 described in (c) to (c) is an example of a member that needs to be protected. The reinforced protective film 17 is attached to the screen of the mobile phone 26 to be used, and the reinforced protective film 17 is not bent by the small amount of wind and the screen of the mobile phone 26 that needs to be protected. The protective film 17 is a schematic diagram showing that it is difficult for the cannon 38 to enter because the parallelism is maintained, and the hardness is described so that it can be easily understood as the high-hardness member. Although it depends on the member that is required, it is possible to form it with a medium hardness because the member with high hardness damages the coating by forming the hardness so high, and the protective film 17 also has the empty space. It is good to adjust the hardness of the protective film 17 that is easy to be in close contact with the screen, which is easy to deform the concave portion 8 of the hole, and the protective film 1
7 based on the hardness of the protective film 17, those hardness values corresponding to the upper and lower member hardnesses of the protective film 17 are free formation of easy-to-handle hardness for the screen 84 that needs to be protected. Since it is in close contact with the screen that needs to be protected, there is almost no influence of the wind, so it is not necessary to worry about its hardness. (E) The total area of the screen and the total area of the adhesive material that removes the dust Since it is the same, the adhesive material can remove dust on the screen at a time.

FIG. 11 shows the total area of the divided release film sheet 4 as the protective film 1.
7 Compared with the total area, the film sheet 4 is increased in hardness by the member that can be increased to the hardness of the film sheet 4 and any one of the upper and lower hardnesses from the hardness.
(A) and (b) are characterized in that a mark 137 that is clearer than those members indicating the outer peripheral edge 16 of the protective film 17 is provided on the divided release film sheet 4 overlapping the outer peripheral edge 16. It can be said that the total area of the divided release film sheet 4 is increased more than the protective film 17 by showing the different shapes that can be formed 89 and that the total area is increased depending on the shape of the protrusions 13 and the uneven portions (a). Indicates that the total area of the divided film sheets is larger than the total area of the protective film, and the total area of the divided release film sheet 4 and that of the protective film 17 are the same. 4 is formed by projecting the same member as that of the film sheet 4 and making the projection 13 refracted 126 to form the projection 13. (B) shows that the film sheet 4 has a total area 89 larger than that of the protective film 17, and the formation thereof consists of a plurality of, but consists of the plurality. For example, by increasing 89 the divided release film sheet 4 more than the protective film 17, the film sheet 4 is easily peeled off because the film sheet 4 becomes a portion where the adhesive material 35 is not attached. The number of the sealing material 14 that can be a plurality of members, which is a plurality of members as a value with respect to the number of divisions of the film sheet 4, is increased by a member that can increase the total area of the plurality of sealing materials 14.
This can be increased by the member or another member 58 different from the member 89. (c) The total surface of the divided film sheet is increased and formed by using a resin different from the divided film sheet. It is shown that it is characterized by more than the total area of the protective film 17
9 As an example of the divided release film sheet 4, the increased material surface is used as a sealing material 14 made of resin, or a material having different hardness and vertical hardness based on the hardness of the other plurality of sealing materials 14 In the resin formation of 58, it can be said that the number 89 can be increased and the film sheet 4 can be increased 89 by those members. For example, the divided release film sheet 4 is protected by the protective film 17. It can be increased 89 with a member that can increase the total area compared to the protective film 1 regardless of the shape.
Since the total area of the divided release film sheet 4 is larger than the total area of 7, the protective film 17 can be formed by extending 89 from the protrusion 13 in addition to the protrusion 13.
The surface hardness of the 89 materials to be increased may be selected from a low-hardness member that deforms according to the shape of the member that needs protection and a high-hardness member that is not deformed. (D) is a member shape that can accommodate various screens due to the change in hardness, and (d) shows a clearer mark 137 than those members showing the outer peripheral end portion 16 of the protective film 17. 16 is provided on the divided release film sheet 4 overlapping with the protective film 1
7 shows a screen that is almost the same size to match the size of each screen 84, and the members related to the protective film 17 are mostly transparent, so that the members are affected by room lighting and its transparency. The protective film 17 is often used by people who often lose sight of the position of the screen 84 with the protective film 17 member, and who have reduced their vision in the society of elderly people.
7 and a mark 137 on the split release film sheet 4 so that the screen position is clear and clear, and a protective film 17 is easily formed on the screen 84 at one time. The mark is a screen that needs to be protected. 8
4 may be adjusted in accordance with the screen.

From FIG. 12, (a) to (d) are the antistatic material 23 and its protective film.
An example of a member mixed with the resin 12 made of the material 17 (a)
Becomes an antistatic material 23, and (b) shows that the protective film 17 is made of resin 12
And the mixture of the antistatic material 23 and the protective film 17 outer peripheral end surface 30
(C) becomes a member in which the viewpoint easily shifts to the central portion by mixing any one of the members different from the protective film 17 on the outer peripheral end surface 30. The shape of the screen that needs to be protected is different and is an example, but the characters and application display on the screen of the mobile phone 23 need to be protected. (D) is an example in which the protective film 17 is mixed with the resin 12 of the protective film 17 and the antistatic material 23, and the protective film 17 is made of the resin 12 and the ceramic material 18. Antistatic material 23
The ceramic material 18 makes the protective film 17 a characteristic of the ceramic material 18 and the ceramic material 18 has the effect of making the resin 12 high in hardness and is hardly scratched. In addition, there is an effect that water stains are slid without adsorbing on the surface of the protective film 17 and an effect of preventing bacteria such as mold, and the protective film 17 is for these and the ceramic material 18 is for the protective film 17. Since the optical selection retention rate of holding the resin 12 relating to gloss for many years is very high, the protective film 17 is kept clean and clean and maintains a state close to the purchased state. In addition, since the protective film 17 is a member in which an antistatic material 23 is also mixed, it is an example, but its protection is required. Fixing of persistent dust 28 due to the static electricity 27 on the screen of the cellular phone 26 as a member is reduced by the entire protective film 17, and dust 28.
As a member that is difficult to adhere to, it can be used as a device that prevents electrical troubles such as the IC of the mobile phone 26 that needs to be protected while reducing the static electricity 27 caused by inserting and removing the charger as a power source and operation. As the name suggests, the phone 26 is always carried as a mobile phone, and its static electricity prevention effect can reduce and prevent other static electricity disturbances even when away from home. The effect of the preventive material 23 is integrated to stabilize the member that needs to be protected and is added to the screen, but the screen seen by the member that needs to be protected is mixed with the resin related to the protective film 17. The member is the other member mixed with the resin 12 so that the screen which is the lower part when the protective film 17 is covered can be seen. The amount may be adjusted, and the protective material 17 may be formed by adding 1% or more of the antistatic material 23, and the ceramic material 1
8 or any other member different from the protective film is mixed with the resin made of the protective film 17 to form a natural uneven portion in which the resin surface of the protective film 17 cannot be seen by any member. However, since the transparency is lost in proportion to the mixing ratio of any of the members, the best for the screen is to create the unevenness 93 without mixing anything on the protective film 17, which is an example. However, the ideal member for producing the protective film 17 is not an attempt to make the unevenness 93 by mixing any member with the security film, but the invisible unevenness is made. The empty gun 38 is easy to escape, but the transparency is lost by any of its members and it is very good for crime prevention, but it is on the screen Therefore, it is not desired to impair the transparency, and the concave portion has a hole portion in a side view of the protective film 17 because it does not have a hole-like hole portion that opens from parallel, but the hole portion is somewhat small. If you bend irregularly or there are a lot of holes, it will be free forming on the surface that is easy to stick from the thickness of the security film, but it is ideal and it will have a little hardness on the side of crushing the holes Although the good and bad points for the protective film 17 of the screen are also high, it is assumed that the width of the concave portion 8 of the hole portion composed of micro units is temporarily set to the protective film 17 of the screen 12 cm long and 7 cm wide. When it is formed to be largely held as shown in (e), the number of easily crushed holes is reduced by the pressure from one side surface 6 of the protective film 17 and the holes are compared with, for example, one hundred small holes. Crush a hundred Its cavity formation becomes difficult is easy to work if it is triangular shape.

From FIG. 13, (a) to (c) are trees made of the protective film 17.
It is a description of the appearance of the screen in the member in which the other member made of the antistatic material 23 is mixed with the fat 12, and the antistatic material 23 portion in which the resin 12 and the antistatic material 23 are mixed in the protective film 17 As an example, the touch panel of the mobile phone 26 works normally and shows that the touch 33 can be performed. (B) and (c) can be obtained by adding another member related to the antistatic material 23 to the resin 12 made of the protective film 17 or covering the screen made of the mobile phone 26 with the protective film 17. An example of production that the screen looks clear.

FIG. 14 shows that the ore 41 is added to the resin 12 made of the protective film 17.
This is a description of an example member consisting of seeds.
There are a large number of the ores 41 made of, but power stones 49 and birthstones, which are representative examples of the ores 41, are called ores 41. (B) shows that the protective film 17 is a member in which the resin 12 and the ore 41 are mixed.
2, the protective film 17 is increased in hardness due to the mixing of the ore 41, and the protective film 17 made of the resin 12 is not easily scratched. (C) is a member that stabilizes the space of the mind that is made of sensitivity and feeling by using the power stone 49 and the birthstone.
2 and ore 41 are mixed into the outer peripheral end face 30 of the protective film 17, and the mixing with the resin 12 stabilizes those members and stabilizes them over a long period of time.
The ore 41 mixed at the same time by the light is reflected by the light and produces the night space. The production is the outer peripheral end face 30 of the protective film 17. The outer peripheral end face 30 of the screen was used as a member that could enhance the ore 41 by integrating these members. (D) becomes the member which provided the ore 41 in this protective film of the said protective film 17, and becomes the said ore 4
Since 1 is the protective film, the shape of the member that needs to be protected is an example, but the protective film 17 is temporarily displayed on the screen of the tablet 39.
There are many models of the tablet 39 when the cover is coated, and the character display and application arrangement related to the screen are different.
The arrangement of one position can be selected, and the formation of the protective film 17 that is provided with the ore 41 is easy.

From FIG. 15, the resin 12 made of the protective film 17 of the screen is applied.
It shows the explanation of the member in an example of various types of ore 41 (a)
The protective film 17 becomes ore 41 and a member provided with a fluorescent material 42 on the outer periphery of the ore 41, and the protective film 17 of the protective film 17 has the ore 41 and the fluorescent material on the outer periphery of the ore 41. The material covered with the film is shown in an integrated manner, and the fluorescent material 42 on the outer periphery of the ore 41 becomes night light, and the ore 42
(B) is a member in which the protective film 17 is provided with a fluorescent material 42 separated from the ore 41 on the protective film. The ore 41 is characterized in that the protective film 17 is a member in which the protective film 17 is separated from the ore 41 and the fluorescent material 42 is covered with the protective film 17. Fluorescent material 4 separated from
2 becomes night light, and the ore 42 reflects the light to produce the night space. However, the separation makes the ore 41 more brilliant. In addition, the light of the fluorescent material 42 provided at a distance is applied to the ore 41 by halving the light to make use of those materials to produce the night space. (C) This shows that the fluorescent film 42 is provided on the protective film and the ore 41 is provided on the fluorescent material.
1 and the fluorescent material 42 become night light and shine, and the ore 42 reflects on the light and produces the night space. The ore 41 and the fluorescent material 42 relating to the protective film 17 (D) shows that the protective film 17 is formed by providing the protective film 17 with the resin 12, the ore 41, and the fluorescent material 42 on the protective film, or the protective film 17 is formed with the resin 12, the ore 41, and the fluorescent material. 42 is mixed with the protective film, and they are the protective film. For example, the shape of the member that needs to be protected and the application depending on the screen depending on the model of the mobile phone 26 or the like. Since the arrangement location of the ore 41 is different, the arrangement of the ore 41 and the fluorescent material 42 can be changed by using the protective film. (E) is a schematic diagram showing that the protective film 17 is a mixture of the resin 12 and the ore 41 and the outer peripheral end surface of the protective film 17 is that the fluorescent material 42 produces light in the night space. The ore 41 is an example of a member that needs protection, but the ore 41 becomes a mixed member of the ore 41 without damaging the screen of the mobile phone 26.
The above-mentioned material that can be used as a protective film 17 member for the elderly who wants to display a simple but brilliant display of the material related to the material that needs to be protected by 1 The shape may provide a member corresponding to such an age group, for example, the mixed member of the fluorescent material is suitable for lower grades, or the mixed member of the resin and ore is an example, but the age group is It may be a member with a higher orientation, or a fluorescent material may be scattered in a modest range where the screen can be seen in a conservative manner. The above ore may be freely combined with other materials than the ore and formed freely.

FIG. 16 shows the feeling of a person peculiar to the ore 41 related to the protective film 17
It shows an example according to the method of using the ore 41 that can enrich the sensibility or the feeling that the heart or feeling that consists of. 41 is a schematic diagram showing a present 47 as a gift for a birthday, and (b) shows an example wedding venue 48 and an ore 41 made of the protective film 17 as a proof of such marriage. (C) is an example that the ore is not only a birthstone but also an ore that supports people, such as Power Stone 49. (d) is a result of working hard and studying. An example of the usage of the ore 41 made of the protective film 17 is compared to the person 50 who works hard as a reward for himself. And people may produce a protective film 17 which are each of fascinated not to.

From FIG. 17, the protective film 17 is an example.
This is an example of a part of the screen 84 that needs to be protected whether it can be used on such a screen. The part (a) shows the game machine 59 and shows the screen related to the game machine 59. 84 is representative of the screen 84 that is easily scratched and needs to be protected. However, the screen 84 that needs to be protected is not affected by the cannon 38 by the forming member of the protective film 17 shown in FIG. Since the protective film 17 can be placed on the screen 84 that needs to be protected, the protective film 17 can be formed on any screen 84 of images, letters, and numbers to be displayed. Easily pasted because it can be easily formed so that the empty cannon can be removed easily even if it is based on the explanation in the lower grades from children to the elderly. In the past, it was often the case that in the first year of elementary school, small stickers were replaced and attached to notebooks. The point is not limited to this, but because of its small area 44, based on the simple principle that anyone can apply it, (b) is a screen that shows a personal computer and needs to be protected. The screen 84 requiring such protection can be easily applied to anyone by the structural member of the integrated protection film 1 shown in FIG. 1 and protected by the protection film 17. Become. (C) A digital camera 62, which is a representative member that needs more protection, is shown.
Since the memory is shut out, the screen 84 is displayed.
In such a case, it is not necessary to leave dust 28 or the like in the middle part between the protective film 17 and the protective film 17, and in this case, the integrated protective film 1 shown in FIG.
It is an example of a construction member that can be relaxed by the structural members and a member that can achieve the results of the construction, and the protective film 17 is a protective film 17 consisting of a single sheet. This is an example that can be handled even on the screen 84 that is required (a) to (c).
1 is provided with a detachable lubricant 25 on one side of the protective film 17, and a split release film sheet 4 is provided on the other side of the protective film 17 with an adhesive 35, The protective sheet 123 for removing dust on the screen provided on the film sheet 4 and the release sheet 118 provided on the surface of the adhesive sheet 123 are integrally laminated. The film 17 and its protective film member can be provided on any screen, and it is just an example. The screen covered with the protective film 17 is liquid crystal, plasma, etc. May be provided either on the screen to be displayed or on the screen for image display or character display, etc. It is assumed that the protective film 17 is infinitely within the range formed by the formation of the protective film 17 and is worthy of any one of the two or more.
4 and can be used as a protective film 17 that can be enjoyed when the member is made to eliminate the drawbacks of air cannon processing and dust removal. Because it exists, it shall be written in such words.

FIG. 18A is related to the protective film 17 and the protective film 17.
The plurality of existing resins 73 is a high-level one, indicating that the member to be used is any one of a plurality of resins 73 or a combination of any one of the plurality of resins. There are various examples from the soft resin 73 to the hard resin 73, and there are only a few examples of the resin 73 in which a plurality of resins 73 can be selected in combination with a screen that requires protection of the resin 73. Although b) is an example, there is a large number of the sliding material 140 and the water repellent material 109, which shows an effect characterized by providing the protective film 17 with the sliding material 140 or the water repellent material 109. The silicon 78 or the fluororesin of the silicon 78 or the fluororesin 109 is provided by provision of a fluororesin or the silicon repellent material 109. Since the dust or dirt 28 is naturally removed from the protective film 17 without fixing the dust or dirt 28 as a characteristic of the screen, the protective film 17 that covers the screen that needs to be protected is used as such a forming member. (C) and (d) are examples, although the above-mentioned protective film 17 is supposed to be always stable.
The elastic film is provided with a member 71 having elasticity, and there are many elastic members, but the silicon 78 is also a member 71 having elasticity, and (c) is a protection member for the elastic member. The elastic member provided in the intermediate portion related to the film 17 prevents and stabilizes the member even after a long period of time, and at the same time, protects the finger that comes into contact with it and makes the protective film comfortable ( d) is the one in which the elastic member shown in (c) is laminated on one side of the protective film 17, and (c) and (d) are examples, and by laminating the elastic member 71 like them, (E) and (f) are the protective film 17 or the protective film. 7 shows that the member of any one of the members according to 7 or the integrated member 74 thereof has a curved thickness 75, and (e) shows the member according to the protective film 17 (F) shows the protective film 17 and is a member for combining the (e) and (f), thereby forming the integrated member 74, and temporarily (e) and (f). It is shown that the member has a curved wall thickness 75, and the good effect of the curved wall thickness 75 is shown in FIG. 19 and will be described below. Even the protective film 17 formed with the lubricant 1
40 is a member that increases the sliding material 140 or the water repellency rate even by a small amount from the protective film 17 provided with 40 or a member related to the protective film.
0 or water repellency.

As shown in FIG. 19, the one side surface of the protective film 17 is provided with a high hardness member and a blue cut material 76 of either a resin of silicon 78 material, a resin harder than silicon or a member having a high hardness. 18 (e) and 18 (f) are integrated into (a) and (b) is the thickness 75 of the curved shape of the protective film 17 shown in FIG. Accordingly, the protective film 1 can be used to prevent water droplets, dust, and dirt 28 from being rained by the curved wall thickness 75.
7 It becomes a curve that disappears from the material part, and therefore, when there is a place such as a seaside where water droplets etc. are attached, due to those in bad weather, and when dust or dirt 28 is always present, the protective film 17 is provided on the screen. Those obstacles disappear, and the screen 84 always looks stable. (C) and (d) are either a resin made of silicon 78 material, a resin harder than the silicon, or a member with high hardness. It is shown that the high hardness member and the blue cut material 76 are provided, and the silicon 78 material system is elastically deformable. The silicon 78 material system is often used in buildings and the like, and has a stretch function and a waterproof property. It is very excellent. By providing the blue cut material 76 in the silicon material system, it has elasticity and waterproofness, and the blue cut component material is blue. And may be members formed so that it is possible to plus fatigue efficacy of cut eyes that the silicon 78
It is good also as high hardness silicon which mixes resin 76 whose hardness is higher than a material system, and has elasticity. The curved shape of the wall thickness 75 may be formed to be thin and easy to handle, or may be a wall thickness with an error of 0.5 mm, and the blue cut material 92 may be any of the protective film 17. The protective film 17 may be formed on the one surface, but may be formed on the protective film substrate.

FIG. 20 shows a naturally-made hole in the security film 85. (a) temporarily shows the security film 85 which is semicircular in the vicinity of the key related to the window glass 87 on the window glass 87 of the building. Next to (b)
(A) The security film 85 is formed by adding a high-hardness member to the low-hardness film 88 whose both side surfaces are usually flat, which is different from the protective film 17, but by adding a high-hardness member. (C) shows a low hardness film 88 having both sides flat as usual (d) is one of those according to (b). (C) is mixed in a normal low-hardness film 88 with both sides flattened as shown in (c), so that it can be understood by touching one side that cannot be followed by the eyes. (E) is a method for the crime prevention as the easiest way to check the hole. When the screen of the mobile phone 26 is covered with the film 85, one side 124 of the protective film 17 relating to any one of the members is raised like a pattern of an empty cannon, which can be made naturally when the security film 85 is applied. The shape of the air holes, the fineness of the air holes, and the number of air holes are disadvantageous to provide on the screen, but the natural formation that the air cannon escapes to the outer peripheral edge of the security film 85 Even if it is pasted again, there will be no failure that the cannon will enter. However, the security film 85 is not transparent because the security film 85 loses its transparency by mixing any one of its members different from the protective film 17. In (f), an elastic member or a deformable member having a sliding material 140 is kept on the other side surface of the protective film 17 which becomes the screen adhesion portion of the protective film. The protrusion 17 is projected at the same time as the convex portion 94 of the film 17, and the protrusion may be singular or plural, and (f) shows the sliding member 140 as the elastic member as a silicon 78 material system. As a result, the silicon 78 material system is used as a convex portion 94, and the elastic member protrudes from the other side surface of the protective film 17, and the concave and convex portion 93 composed of the protective film 17 and the convex portion 94 is temporarily microscopic. When the protective film 17 is covered with a screen that needs to be protected by forming irregularities 93 that cause unit errors, the concave portion 8 is first brought into a floating state, and the concave portion 8 serves as an escape path for the empty gun 38.
By applying an external pressure 55 to one side surface of the protective film 17 by utilizing the above-mentioned, the elastic member has a cushion, and the concave portion 8 is attached and fixed to the screen while releasing the empty gun 38. The empty gun 38 has a recess 8 that has not yet been pressurized 55.
By repeating these steps, the concave portion 8 can be formed into an empty gun moving shape, and the silicon 78 material system is the silicon 7
8 has the characteristic stretchability of 8 and it makes use of its stretchability to form an airless convex portion 94 that makes use of its stretchability in addition to the hollow gun movement shape of its concave and convex 93 formation. Lubricant 140
The effect of the convex part 94 that can be more easily released by the effect is shown in (g). The silicon 120 having the other side surface 6 as a plane 88 and the adhesive material 35 having an uneven shape on the other surface 6 of the protective film. It is characterized in that the other side surface 6 is a flat surface 88 and the adhesive material 35 is an adhesive material having an uneven shape on the other side surface 6 of the protective film 17 and their effects. Used the adhesive 35 for silicon 7
8 or the silicon material system has the same sliding effect as the silicon 78 which is the one side surface 124 of (f), but the airless effect is the airless effect on the entire surface of the protective film 17 material surface. Then, the other side surface 6 of the protective film 17 has a flat surface 88, and the silicon film 120 having an uneven shape 93 is provided on the flat surface 88, so that the hardness of the protective film 17 is increased. However, it is possible to form the concave portion having the concave and convex portions without hindering the deformation due to the external pressure 55 from the one side surface, and (h) is characterized in that the adhesive material on the other side surface is removable from the screen. The adhesive material is separated from the screen, so the pressure transfer of pulling out the cannon is easy to escape. It can be used as an adhesive to increase the air gun's possible speed of the detachable sliding material 25 according to the present invention 1 as described above.

FIG. 21 shows that the pressure-sensitive adhesive surface side of the other side surface is uneven, and this figure shows the pressure-sensitive adhesive material that forms the other side surface of the protective film or the other side surface of the protective film that fits the screen. Briefly described in the form of irregularities that change the total area of the adhesive material to be adhered, which is deformed and adhered by the material, a minute recess 8 that leaves a trace with a fingernail on the other side surface 6 of the protective film 17. The concavo-convex shape 93 may be various shapes of the concavo-convex shape 93 and plural shapes of the protective film 17 which are not shown in the figure, but is given as an example as (a) is the protective film. 17 is a natural uneven shape 93 obtained by mixing any one of the members 86 different from the protective film 17, and the natural uneven shape 93 is difficult to follow. (B) is a concavo-convex shape 93 in which only the convex portion 94 projects from the material surface of the other side surface 6 of the protective film 17 by any member 86 such as a silicon 78 material system (c). )
(3) is a case where the other side surface 6 of the protective film 17 is provided with a concavo-convex shape 93, and this is assumed to be normal (d). Next, (e) is a convex portion 9 according to the other side surface 6 when heat is applied at a low temperature.
4 is a concavo-convex shape 93 made of a deformable member, and (f) is a concavo-convex shape 93 on the other side surface 6 of the member having the protective film 17 as a plurality of layers. (H) shows the airless effect due to the characteristics of the silicon material system as the silicon film 78 as the protective film 17 and the adhesive material 35 of the protective film. The other side surface 6 of the used protective film 17 is formed into a concavo-convex shape 93. (i) is the above-described other through any one of the methods for producing the height difference so that the surface of the protective film 17 has a height difference. (J) becomes the shape which has an unevenness | corrugation in the other side surface 6 of the protective film which made the both sides | surfaces of the protective film 17 uneven | corrugated shape 93. (K) is a concavo-convex shape 93 as a pattern on the other side surface 6 of the protective film 17. (L) is an example, but the above-mentioned member is melted by any member of its material characteristics such as Oblate 97. The irregular shape 93 is obtained, and (m) is the irregular shape 93 which is deformed or changed 98 by any of the members whose shape changes. As shown in the figure, the change is evaporated when heat is applied to the liquid. Temporarily, such a member becomes (n) has a hardness capable of deforming the protective film 17 base material into a straight plane, and a main body deformable concavo-convex shape 93 member formed by curving the main body. 17
May be composed of a plurality of names and shapes, but the plurality of side surfaces of the protective film 17 is an example in which any one surface of the plurality of surfaces is also the one side surface 6 and any shape of the protective film is uneven. 93 is provided, and the unevenness 9 attached to the screen by the provision is provided.
3 is an example in which the cannon moving shape is possible and they may be integrated into the protective film, and the formation of the drawings shown in them may be formed as any member related to the protective film 17. Depending on the way, if the tip of the projection 94, which is the projection 93, has a semicircular shape, the center point of the semicircle is in close contact with the screen, and if the shape is as shown in FIG. Since the screen contact surface which is a circle decreases, the protective film 1 has a shape in which an empty gun can be easily removed.
The other side surface 7 can be formed as a convex portion that is deformed and adhered by the adhesive material formed to fit the screen, and the concave portion 8 is also deformed by external pressure.

FIG. 22 shows an example in which the second concave portion 106 is provided on one side surface 124 of the protective film 17, and the second concave and convex material surface 96 related to the second concave portion 106 is a trace of the finger due to the sebum 111. (A), (b), and (c) for the purpose of increasing the oxygen retention rate of the protective film 17 as the second recess 106 related to the second uneven material surface 96.
Is provided with a plurality of second concave portions 106 of the second concave convex material surface 96 which are temporarily in μ on one side surface 124 of the protective film 17.
6 is a microscopic unit and its side surface 6 is not confirmed even when touched.
The size of the second concave portion 106 can be freely formed by simply touching the surface, but if it is such a small second concave portion 106, the sebum 111 relating to the finger touching the second concave portion 106 as shown in FIG. Show (b) is (a)
The sebum 111 is temporarily fixed to the second recess 106, and the side surface 124 of the second recess 106 is not dried by the oxygen left in the second recess. (C), the fixed sebum 111 is dried by the fusion of the oxygen and the heat of the member requiring protection by the second recess 106 after a few seconds. The formation of the second recess 106 by increasing the degree of drying and eliminating the trace due to the sebum 111 can be achieved. The second concave portion 106 which does not obstruct the screen as the second concave portion 106 of the concave / convex formation 96 may be the protective film 17, but the protective film 17 may be used as the protective film 17. When one of the members 86 different from the resin 86 is mixed, one side of the protective film becomes rough, and when the projections and depressions 93 are formed, the projections 94 are formed.
The glass protective film to which any one of the parts 86 different from the protective film 17 is added due to the shape part due to the shape of the glass can be used to eliminate the trace, and the mark 94 shown in this figure can eliminate the mark. Contrary to formation, (a) by forming the second concave portion 106 like the shape, the trace can be erased, and the formation glass film is a security film. e) is a plurality of second recesses 10 formed in the protective film 17.
6, two sides thereof and the second recess 10
6 is connected to the recess 8 of the other side 6 on the other side 6 and is an example of a mechanism for escaping the air 38. The second recess 106 requires the transparency related to the protective film 17, so that the second If the concave portion 106 is formed as a minute second concave portion 106 having a size of μ, it can be formed as the second concave portion 106 that does not obstruct the screen. FIG. A second concave portion 106 having a second concave-convex shape 96 which is μ unit is provided on the side surface 124, and the second concave portion 1 is provided.
The photocatalyst material 105, which is the second formation, is coated on the one side surface 124, which is a surface provided with 06, and the surface of the one side surface 124 is decomposed by the photocatalyst material 105 and the second sebum 111 is decomposed. Since the recessed portion 106 increases the amount of oxygen retained in the protective film 17, the second recessed portion 106 formed as a second uneven shape 96 having a material surface that can eliminate the trace due to the sebum 111 is formed (g) The plurality of any one of the plurality of coatings 114 formed of a plurality of members on the surface of one side 124 of the protection film 17 of the second concave portion 106 of the second uneven shape 96 of the protection film 17 is also used. Next to (h), the second concave portion 106 described above is formed as the second concave portion 106 of the second concave-convex shape 96 having various shapes. (I) except for (i), (a) to (n) can be formed on both sides as described here (j)
The second concave portion 10 is formed on one side surface 6 of the protective film 17 by a layer formed by combining the protective film 17 with a plurality of members.
(K) shows the second concave portion 106 in which the protective film 17 is made into the second concave and convex shape 96 through a plurality of methods, and (l) temporarily shows the protective film 17. The one side surface 124 formed of a plurality of layers becomes the concave portion 106 of the second concavo-convex shape 96. (m) is deformed or changed by any one of the values of the one side surface 124 of the protective film 17 as a change. The second concave portion 106 of the second concave-convex shape 96 becomes the second concave portion 106 of the second concave-convex shape 96 (n) is the second concave portion 1 of the second concave-convex shape 96 that becomes a pattern or pattern on one side surface 124 of the protective film 17.
(O) indicates that the protective film material portion of the protective film 17 is provided with silica gel 127 as the third formation, and the silica gel 127 is temporarily provided on the protective film 17. The sebum 111 on one side can be absorbed and dried, and the one that can absorb and dry is also a plurality of humidity control materials, and the protective film 17 can enhance the absorption and drying of the plurality of humidity control materials. If the plurality of partial materials are provided, the moisture-adjusting material may eliminate the sebum 111 on the protective film 17, and the second recess 106 described above temporarily increases oxygen retention. As described above, it is preferable to provide a coating film that increases the oxygen retention and absorbs a small amount, and the coating film is softer than the protective film 17 and has a degree of condensation. The low hardness, the oxygen retention rate and the slip rate on the surface are well-engaged and repeat drying and microabsorption, and many of these coatings dry sebum in a few seconds. When the protective film 17 is often formed, the one side surface 124 is formed.
It may be an example of being stable, and may be provided on a protective film, or may be the protective film 17 formed by mixing the silica gel 127 or a humidity control material with a resin or the like related to the protective film 17. Since the recesses are shown in terms of increasing the oxygen retention rate, it is also possible to form those members with increased oxygen retention rate while adding these components and minute oxygen during mixing.

FIG. 23 shows a temporary attachment sheet 117 for removing dust 28 on the screen having a third adhesive material 116 on one side surface of the member related to the protective film 17 which can be an accessory and can be separated 114 from the member, and the protection. A peelable sheet 118 is provided on the surface of the third adhesive material 116 which is the protective film of the 63 material surface, which has a larger total area than the film 17, on the surface side of the third adhesive material 116. The third adhesive material is shown as an example of the construction of the adhesive material 123 that is characterized by the total area of the temporary sticking sheet 117 accompanying the area and that removes dust on the screen related to the one piece of the division. 116 can be a total area in a range from a formation larger than the total screen area required for protection to a smaller total screen area than the total screen area, but (a) is a provisional explanation. Dust on the phone screen There is adhesion and dirt 28, and any protective film 17 requires the removal of the dust and dirt 28, so a temporary example of the construction method is shown. First, the dust and dirt on the screen of the mobile phone 26 28 (b) is a member formation example as an example of a method of removing the fine dust at a time because fine dust remains on the screen wiped in (a). Adhesive 1
The temporary pasting sheet 117 having 16 is pasted on the screen requiring protection (c) is the temporary pasting sheet 1 pasted in (b).
By removing 17 from the screen, the fine dust on the screen can be removed, and the protective film 17 can be pasted on the dust-free screen. (D) Temporarily forms the temporary adhesive sheet 117 or the protective film 17 The provisional member 117 is an example of a method for providing the member to the member, and the provisional adhesive sheet 117 can be separated 114 from the separation 114 because the member and the provisional adhesive sheet 117 can be separated. It can be an accessory separation member, and it can be an accessory. Temporarily, the temporarily attached sheet 117 serves as the member portion of the member related to the protective film 17, so that it can be formed in a plurality of shapes or a plurality of members. Separation 11 corresponding to any member or grease paper or Japanese paper provided between the member and its temporary attachment sheet 117, which is different from those members. Also as may as (e) and (f) to remove dust on the screen according to the piece 83 of the split becomes piece 83 adhesive 12
3 shows the effect of the divided release film sheet 4
The surface of the adhesive material 123 that removes the dust on the screen of the divided piece 83, which is the formation of the screen, is temporarily placed on the screen that needs protection, and the adhesive is protected when the adhesiveness is slightly reduced. Even if the coating of the film 17 temporarily placed is failed, it is re-applied as many times as possible, and the piece of the divided film can be temporarily placed, and the temporary adhesion of the protective film 17 can be set at a predetermined position on the screen. 83
The strip is covered with the stripped state, and the figure along the arrow shows that the adhesive material related to the divided piece 83 is the piece 8
At the same time, the dust on the screen is peeled off by the adhesive force at the same time, and the protective film 17 is completely covered with the dust 28 (g) is the adhesive on the other side of the protective film 17. The material 35 and the adhesive material 123 that removes dust on the screen are used as adhesive materials having different adhesive strength, and the dust on the screen is removed by the adhesive material 35 force on the other side of the protective film 17. Adhesive material 12
The adhesive film 123 that removes dust on the screen by slightly reducing the force 3 temporarily puts it on the screen that needs to be protected by the surface of the adhesive 123 and the protective film during the dust removing action of the adhesive material 123 that removes dust on the screen (H) prevents the divided release film sheet 4 relating to the adhesive material 35 on the other side of the screen 17 from being peeled off at the same time. (H) is the total area of the adhesive material 123 that removes the dust on the screen. It is shown that the total area of the protective film is determined from the surface of the material to be increased, and that the protective film 17 is provided with more adhesive material 123 for removing dust on the screen than the protective film 17. 17 The total area is almost the same as the total area of the screen 128 that needs to be protected, so the total area of the adhesive 123 for removing dust on the screen is larger than the total area of the screen. Therefore, it shows the fact that the total area of the third adhesive material 116 is larger than the total area of the protective film 17 at the same time as the adhesive material 123 that removes dust on the screen, which has a large covering. Even if the temporary adhesive sheet 117 and the adhesive 123 for removing dust on the screen are formed as a single unit, it is compared with the protective film 17 of the display screens of other shapes corresponding to the shapes (a) to (h) plus a plurality of shapes, or a comparison with an example formation Any number of different shapes, such as volume, area, mass, etc., which correspond to the protective film, each of the three-dimensionally different shapes and other shape members are provided with an adhesive, When the adhesive material is provided, the adhesive film 35 can also remove the dust from the screen and the protective film 17 of the display screen that can remove dust. The temporary placement sheet 117 may be provided on the member portion of the protective film 17 or the member related to the protective film regardless of the formation of the member. Although not shown in the drawing, as an example of how to provide it, the member hardness having the above-mentioned volume, area, mass, etc. is an example that the members may be provided with hook-and-loop fasteners or may be provided by removable adhesive Regardless of the various three-dimensional members and shape members, it is possible to move the rollers, and the movable members of the members, movable members such as movable members, and deformable members having hair bundles or hairs such as wrinkles. Adhesive material may be provided on the bristle part, suction air pressure such as a pump or dropper, wind pressure such as blower or dryer, or temporarily The dropper utilizing the high and low wind pressure in the member that can gradually reduce the total area of the blowout port from the blowout port may be provided with an adhesive material at the tip of the hole serving as the air pressure inlet / outlet. Those having the above-mentioned volume, area, and mass are provided with an adhesive material that removes dust on the screen, or those that are formed only with an adhesive material that removes dust on the screen related to the silicon, which is formed of silicon. It is preferable that the ball can be operated by human power, such as an adhesive ball that rolls on the screen, and it is easy to remove dust on the display screen and to provide a plurality of members with the protective film 17 It can be a single member or accessory, but the adhesive material or those adhesive materials that are described in full text can be attached to and detached from the screen that needs protection, and the part that has the adhesive. However, even if the method of installation and formation of the protective film is different from that of the device, the shape of the adhesive material can be partially adhered to the screen required for the protection and the total area of the screen. For example, the shape and size of the adhesive material and the material related to the adhesive material may be uniform and freely formed regardless of the shape of the devised member and its material. 6 is provided on the surface of the adhesive material 123 for removing dust on the screen, and when such unevenness is formed, the concave material 67 may be used as the adhesive material 123 for removing dust on the screen that suppresses the adhesive force. The concave portion 67 of the uneven height difference requires a light pressure from the one side surface 124 of the protective film 17, but the size of the concave portion 67 is separated from the pressure even if the concave portion 67 adheres to the temporary screen. Picture Assuming that the height from the surface is ideal, the difference between the concave portion 67 and the convex portion should be 1 mm, and that 1 mm should be the above-mentioned difference that is easy to move away from the screen. Since only the concave portion 67 is separated from the screen, the adhesive material 35 on the other side of the protective film 17 with respect to the divided release film sheet 4 of the protective film 17 is prevented from being peeled off at the same time. It should be possible to remove dust well and only the difference in adhesive strength between them can be changed. The easiest to form is to change only the adhesive strength, and the concave / convex recess 67 is formed with air. If this is the case, a simple recess 67 that leaves a trace of the recess 67 with a single or a plurality of stamps is sufficient, and the stamp is a tentative explanation. If the adhesive is baked, the adhesive will condense For The adhesive material 123 that removes the dust on the screen by making the concave portion 67 can increase the adhesive force, and the adhesive material 123 that removes the dust on the screen can also be formed on the screen. It is also possible to make such unevenness on the adhesive material 123 that removes dust on the screen by mixing any member different from the adhesive material that removes dust, and (j) relates to the other side of the protective film 17 The adhesive material 123 that gradually removes dust from the adhesive 35 and the screen is an adhesive that removes dust from the screen in the formation that suppresses the adhesive force of the screen to remove dust from the adhesive 35 of the other side. The foamed polystyrene material 68 is mixed with the adhesive material 123 for removing dust on the screen, and the foamed polystyrene material 68 and the adhesive material 123 for removing dust on the screen are mixed at the same time. If it is provided, the projecting body will naturally create unevenness, and the uneven surface will allow air to enter the surface, so the adhesive 123 that removes dust on the screen can be easily peeled off. The fired polystyrene raw material 68 is also stretchable, so it has a cushion, and the adhesive material surface temporarily adheres to the screen that needs to be protected without damaging the screen, removing dust from the screen. However, due to the stretchable convex part, the material surface creates a floating part that is a concave part that separates from the screen, thereby increasing the adhesion of the adhesive material that removes dust on the screen and protecting it. It can be easily peeled off from the required screen, and the adhesive film 123 that removes the dust on the screen can be modified to a predetermined position for temporary placement. Sometimes it is shaped to prevent it from peeling off, and its mixing and installation method may be the uneven material surface by mixing with any one of the members different from the adhesive material that removes dust on the screen, and removes dust on the screen The adhesive material 123 is an example of the adhesive material 123 that removes dust from the adhesive material 35 and the screen even if it is in any shape different from those such as mixing or deformation due to its formation, or a material different from them. The adhesive material 116 of the third adhesive material 116 can be freely formed and is a temporary explanation. However, by providing the foamed body on the adhesive material 123 that removes dust on the screen, the adhesive material 35 force of the protective film 17 is provided. If the adhesive material 123 force that removes dust on the screen is assumed to be four and the fired body is present, the difference in adhesive force between them will be reduced, and dust removal will be impaired simultaneously with the temporary placement. These adhesive materials are slightly different from each other. However, a part of the concavo-convex convex portion is a non-adhesive material and a concave portion 65 related to the concavo-convex portion is an adhesive material. These parts may be formed separately, and the way of separating them is slightly different, but the concave and convex portions 65
The opposite can be said to be the non-adhesive material and the convex portion is the adhesive material, and the concavity and convexity can be separated without providing the unevenness. Adhesive material The adhesive material that removes dust on the screen from the 35 force suppresses the 123 force. Any formation may be used, and the adhesive force is a provisional explanation. Depending on the formation, it is possible to increase the force of the adhesive material 123 that removes dust on the screen rather than the adhesive material force of the protective film, and since the third adhesive material 116 is an adhesive material, Adhesive 12 for removing dust
It shall be the same as 3.

FIG. 24 shows that the protective film 17 includes a humidity control material 127 and a lubricant 140. FIG.
7 is formed as a single piece, and the temporary adhesive sheet 117 is provided with a third adhesive material 123 on the temporary adhesive sheet and a release sheet 118 that can be peeled off on the third adhesive material (b). Is provided with a photocatalyst material 105 on one surface 124 of the protective film 17.
And the photocatalyst material 105 is provided with the second concave portion 106 at the same time on the members (c) is one side surface 12 of the protective film 17.
4 is provided with a silicon 78 material system, and a second recess 106 is simultaneously provided in the protective film 17 and the silicon 78 material system, and (d) is one side surface 124 of the protective film 17. A fluorine resin material 109 is provided on the protective film 17 and the fluororesin material 1.
In these members of 09, the concave portion 106 is provided at the same time. In (e), the sliding material 140 is provided on one side surface 124 of the protective film 17, and the protective film 17 and those members of the sliding material 140 are provided. This member is provided with the second concave portion 106 at the same time, and the sliding member 140 is a member that can increase the sliding rate of the sliding member 14 from the protective film 17.
(F) also shows those of the coating material provided on the protective film 17 shown in (b) to (e), and the figure shows the coating material 113 on one side 124 of the protective film 17. (G) indicates that the second recess 106 is provided in any one of the coating materials 11 having a value, and (g) indicates the protective film 17.
The protective film material portion of the material portion is made of silica gel 127, the adjustment material 3 that can absorb and dry from the protective film 17, the coating material or the sliding material 140 that slides from the protective film 17, and the concave portion 106 that increases the oxygen retention rate. The silica gel 127 can absorb or dry sebum 11 and the silica gel 1
In order to increase the oxygen retention rate, it is easy to absorb and dry, and the concave portion 106 is provided as an example of the sliding material 140 that covers one side of the protective film. In order to increase the rate, a member having oxygen rather than the protective film may be used, and the concave portion may have a minute size that does not hinder the screen.

FIG. 25 shows a single piece 83 of the split release film sheet 4 as a protrusion 51.
An example of the characteristic feature of the formation is shown as an example of the action of the protrusion with a height difference and an example of the shape of the temporary sticking sheet 117. (a) is the piece of the piece. The projection 51 is formed as a material surface that gives a difference in height to the material surface. An example of the shape of the adhesive material 123 for removing dust on the screen in the shape of the film sheet is shown. 123 is a temporary adhesive sheet for temporarily placing the screen on the screen that needs to be protected and removing dust on the screen. Temporarily attaching the temporary adhesive sheet to the member of the member related to the protective film 17 However, since the screen that needs to be protected by the temporary adhesive sheet 117 is almost free of dust, the adhesive material 123 that removes the dust on the screen does not have to have a very high adhesive force. Also it becomes that had, thus removing the dust from the screen on the said projection forming portion made wood surface of the height difference adhesive 1
23 is an example of the surface of the adhesive material 123 that removes dust on the screen that places importance on temporary placement. If the height difference is 1 mm, the adhesive material 123 that removes dust on the screen is also the protective film 17. It acts as a minute height difference that is brought into close contact with the screen that needs to be protected by the external pressure consisting of one side surface 124, and (b) increased the height difference of the material surface of the one piece 83 of the one piece 83. The surface of the piece 83 corresponding to a single piece of the plurality of pieces 83 is peeled off, and (c) shows the protrusion-shaped portion related to the piece of the piece 83 shown in (b). The height of the protrusion becomes the effect of increasing the partial surface of the piece, and the height of the protrusion is the protection of the peeled piece 83 by peeling off the piece 83 worth the singular. In order to make a floating part in the middle part of the film 17 material surface which has a difference in height between the projecting material surface and the member which needs to be protected, the empty gun 38 is formed from the surface of the protective film 17 having a low height difference. It is a member formation that can flow to the floating portion and disappear completely to the outside air without difficulty to the surface of the protective film 17 which is the surface of the projection material having a high height difference, and (d) is the temporary attachment Release sheet 118 according to the member from the total area of sheet 117
Therefore, the release sheet 118 according to the temporary attachment sheet 117 is easily peeled off due to the large total area, and (e) is the total area of the temporary attachment sheet 117 and the The total area of the release sheet 118 is the same, and the release sheet material portion is provided with the sealing material 14 having no adhesive force on both sides, whereby the release sheet 118 can be easily used with the seal material 14.
It is an example of the formation that can be peeled off, and any member may be a protrusion of such a separate sheet of the release sheet 118, or may be a protrusion of the release sheet 118. (f) and (g) The seal 5 having the adhesive 20 on one side surface of the adhesive sheet 117 that becomes the temporary adhesive sheet, and the third adhesive material 11 on the other side surface opposite to the one side surface.
8 and the third adhesive material and the adhesive 20 of the seal 5 are provided with a peelable release sheet, and the release sheet is provided with a sealing material 14 having no adhesive force on both sides. Therefore, by peeling the release sheet 53 of the seal 5 relating to the temporary attachment sheet, the seal 5 relating to the temporary attachment sheet 117 becomes the adhesive 2
Since it has an adhesive force of 0, it can be temporarily fixed to the member that requires protection by the seal 5 and the temporarily attached sheet 117 that is temporarily fixed is attached to the temporarily attached sheet 117 to be fixed to the screen. Although the release sheet 118 is different from the adhesion-fixed dust removal formation, the release sheet 118 can be fixed and peeled in place, so that the release sheet 118 can be easily peeled off by the sealing material 14 having no adhesive material on both sides thereof (h) (I) shows an example of the adhesive material 123 for removing dust on the screen of the piece 83 as viewed from the other side of the protective film 17 in plan view. The adhesive material 123 for removing dust on the screen is shown in FIG. The piece 83
An adhesive material 1 that removes dust on the screen is provided as an example in which the protrusion 51 material surface that increases the height difference and an adhesive material 123 that removes dust on the screen are provided on the piece.
23 is an example. However, since the dust is almost removed from the screen with the temporary sticking sheet, the adhesive shape is an adhesive material 123 that removes dust on the screen with an emphasis on temporary placement. The adhesive material 12 that removes dust on the screen only on the surface of the projection 51 that increases the height difference.
3 is provided as an example, and the protrusions having the height difference are provided on the film sheet 4 of the film sheet 4 that is formed as a single unit that is not divided.

FIG. 26 shows that it is easy to manufacture an example of the protective film 17 (a) is composed of two figures along the arrows, and the protective film 17 can be formed in any way. It is possible to use a transparent seal that slides as long as the sliding material 25 is formed as a sheet 136 and the sliding material 25 is a member having a higher sliding rate than the protective film. (B) shows that the material surface with the total area of the divided film sheet increased is formed of a resin different from that of the divided film sheet, and is composed of five figures along the arrows. ) The figure shows the total area of the protective film 17 along the arrow. (2) The figure is an example, but on both sides of the divided piece 83 of the outer peripheral edge of the film sheet 4 A sealing material 14 having no adhering material is provided, and the sealing material 14 also increases the total area to be 89 material surfaces, and is along the arrow. FIG. (4) and (5) along the arrow are the projections 51 that give the height of the height difference to the one piece of the piece 83 of the divided release film sheet 4 and the dust on the screen. An example of the protrusion 51 that increases the height difference in the one piece 83 of the divided piece 83 is shown, and the piece 83 has a thickness of 1 mm. The thickness of the projection 51 which increases the height difference by the seal and the thickness of 1 mm may be changed depending on the division width, and the formation of the protrusion 51 which increases the height difference of the seal is temporary placement weight formation. The height difference The protrusion 51 is provided with an adhesive 123 for removing dust on the screen, and (c) is an example, but is composed of three figures. 116 is provided, and a release sheet 118 is provided, which increases the total area of the release sheet 118 temporarily compared to the total area of the temporary sticking sheet 117 of the third adhesive material 116. The material surface is composed of a plurality of members, such as the sealing material 14 which does not have an adhesive material on both side surfaces and the divided release film sheet 4, and can be easily produced. (D) is an example of integration of the temporary sticking sheet 117 along the arrow from FIG. 6 into the protective film 17. The temporary sticking sheet material portion of the temporary sticking sheet 117 shown in the first figure (1) is provided with concave and convex portions 91, and the concave and convex portions 91 create a floating portion with a screen that needs protection. The temporary sticking sheet 117 can be easily peeled off, and the arrow (2) shows the temporary sticking sheet material part of the temporary sticking sheet 117 or the peeling sheet 118 part of the temporary sticking sheet 117. The release sheet material portion is provided with a cleaning sheet 66 for removing screen stains. The temporary attachment sheet 117 is used to remove the screen stains, which is a process before the release sheet 118 is peeled off, by the cleaning sheet 66. The cleaning sheet 66 is formed so as to remove the dirt on the surface, and the member relating to the protective film 17 is separated from the member portion. According to the arrow, those drawings (3) show that the provision of the sliding material 140 on the temporary attachment sheet material portion of the temporary attachment sheet 117 material portion may be provided on the member of the member relating to the protective film 17. The temporary sticking sheet 117 is easily attached to the screen that needs to be protected by the sliding material 140 and the temporary sticking sheet 117 is completely attached to the screen that needs to be protected. It becomes an example that can be completely removed, and the sliding rate of the sliding material 140 is higher than that of the temporary sticking sheet 117, and the sliding material 140 is also used as the sliding material 140. 117 third adhesive material 11 according to 117
Six of the third adhesive material surfaces are divided into an adhesive material surface 116 and a non-adhesive material surface 64, and the temporary adhesive sheet 1 is formed by the non-adhesive material surface 64.
17 is easy to peel off, and along the arrow, FIG. (5) shows that the temporary adhesive sheet material portion of the temporary adhesive sheet 117 is provided with a hole 65, and the third adhesive material 116 is provided by the hole 65. Assuming that the total area is larger than that of the screen requiring protection 89, air is sent to the non-adhesive layer 64 of the hole 65, and the temporary adhesive sheet 117 is easily peeled off. The temporary sticking sheet 117 has a shape that matches a plurality of member screens from the singular, and the plural or full text is the infinite in a certain range of screens of two or more. The members described are members related to the protective film 17 The cleaning sheet 66 according to (d) may be provided on the member of the cleaning sheet 66 according to (d) although not shown in the drawing. Also to be as cut can member electrostatically provided antistatic material in two Ngushito.

From FIG. 27, those in (a) are along the arrows shown in FIG. 6, and the first (1) diagram is to reinforce the temporarily attached sheet 117 to the temporarily attached sheet material portion of the temporarily attached sheet 117 material portion. It is only necessary to provide a member worthy of the surface that makes it easy to peel off the temporarily attached sheet 117, and the reinforcement is temporarily used as the sealing material 14 regardless of lightness or hardness. The temporary sticking sheet 11 is provided at the center line of the temporary sticking sheet 11 due to the reinforcement.
7 is a force applied to the center line, so that the temporary sticking sheet 117
It is assumed that it is easy to peel and prevent bending and deformation, and the figure (2) along the arrow is characterized by different notation and distinction indicating the order of peeling of the member related to the protective film 17 and the names of those members. The temporary sticker sheet 117 is provided with a seal 108 made of a temporary mark indicating the temporary sticker sheet 117 in the temporary sticker sheet material part of the temporary sticker sheet 117. Therefore, the temporary sticker sheet 117 is protected. The distinction from the film 17 is clarified, and the protective film 17 and the member of the protective film 17 may be marked with a distinguishing notation and the order of numbers, and along the arrow (3 ) In the figure, the third adhesive material 116 related to the temporary sticking sheet 117 is assumed to be a detachable adhesive material, and therefore the third adhesive material 116 is the static electricity. Even if the dust 28 is removed, the dust 28 is formed so that it can be removed again and again, and the figure (4) along the arrow indicates that the provisionally attached sheet 117 and the It shows that the total area of the third adhesive material 116 has been increased, and that the increased material surface has formed a clear formation that can eliminate the leftover of dust that bends from the screen.
The figure shows the antistatic material 2 on the temporary adhesive sheet 117 of the temporary adhesive sheet 117 or the third adhesive material 116 of the third adhesive material 116.
Therefore, the temporary sticking sheet 117 is formed so that static electricity can be cut simultaneously with the contact with the screen that needs to be protected, thereby reducing the failure due to the adhesion of dust 28. FIG. 6 (6) shows that the temporary adhesive sheet 117 can be temporarily fixed to the screen that needs to be protected by the surface of the third adhesive material 116, and the release sheet 110 related to the temporary adhesive sheet is divided. The total area of the divided piece is divided into a small one and a large one, so that the piece of the small total area can be peeled off and temporarily placed on the peeled surface. As an example, (b) shows an example of division of the divided release film sheet 4 and the temporary sticking sheet 117 according to the protective film 17 along the arrows shown in FIG. The number of divisions will be things from two 1
As an example of the division of 0 sheets, it is possible to set the number of divisions that are easy to handle as the infinite range in a range that can be formed by a plurality of temporarily attached sheets, and they are provided on the member of the member related to the protective film 17. Alternatively, the formations described above may be applied to the member, or may be divided formations having different total areas that are easy to use, and the notation and distinction consisting of (a) are those related to the protective film 17 Although the distinction of the members is not shown in the figure, the distinction may be made by coloring the members which are a plurality of members, or the shapes of the members may be different. The antistatic material 23 according to (a) may be provided on any one of the plurality of members related to the formation of the protective film for the display screen.

FIG. 28A shows an adhesive 123 for removing dust on the screen.
The adhesive material 123 becomes a temporary adhesive part and a forming adhesive part that removes dust with the screen that needs to be protected, and the divided film total area is larger than the protective film total area. The material surface to be increased is formed so as to be easily peeled off because it does not have the adhesive material 35, and the divided piece 89 is formed so that the empty gun 38 having a height at which the empty gun can escape due to the height difference is removed. On one side 124 of the protective film 17, the removable lubricant 2
5 is provided together with the sliding material 25, and the formation of the combination of the formation of the empty cannon coming off due to the height difference thereof can increase the firing speed of the cannon, and improve the speed of the cannon (b) and (c) ) Shows that the divided release film sheet 4 formed according to the present invention is formed as a single piece without being divided, the seal 5 having the adhesive 20 on the protective film of the protective film 17, and the release sheet 53 on the adhesive 20. The adhesive sheet 123 for removing dust on the screen relating to the single film sheet 135 is provided with a release sheet 118 that can be peeled to the adhesive material, and the release sheet 118 is peeled to form the next layer. The adhesive 123 for removing the dust on the screen is formed so that it can be temporarily placed on the screen that needs to be protected. By removing the release sheet 53 of the seal 5, the seal 5 can be temporarily fixed to a member that needs protection by the adhesive 20, and is not divided into the protective film 17 fixed by the seal 5. The single film sheet 135 according to the single film sheet 135 has the sealing material 14 that does not have adhesive on both sides, so that the single film sheet 135 easily removes dust on the screen with the adhesive material 123 that removes the dust. The adhesive film 35 on the other side of the protective film 17 can be peeled off while being removed, and is made to adhere to the screen that needs the protection, and finally consists of a member that needs the protection related to the protective film 17 It is assumed that the seal 5 is peeled off and that the release sheet 53 that is the seal 5 according to the protective film 17 is peeled off. In the second step, the singular film sheet 135 is peeled off. If the process is simplified based on that, the two steps are performed in those steps, and if the single film sheet 135 is divided into two parts, the divided piece 89 is peeled off. Then, the remaining piece 89 is peeled off and the remaining piece 89 is peeled off to become the second step, and the film sheet formation is the same in either case, but the construction surface is divided. If the seal 5 provided on the protective film 17 is a member of a member related to the protective film, the seal 5 may be provided on the member. Since the size of those members relating to the protective film 17 is temporarily described, the size of the member which is larger or smaller than the size is automatically determined. However, the seal 5 may be provided in a number corresponding to the number of divided pieces 89, and a protective film formed as a single film sheet 135 or a plurality of protective films may be formed. These formations may be formed by applying any one of them, such as the formation described in full text, to the member portions of the members related to the plurality of protective films, or different from the protective film formation described in full text Even if any of the above-mentioned formations is used, the same theoretical formation is obtained. (D) to (f) show that the detachable sliding material has any hardness different from the sliding material hardness or the sliding material. A sliding material is provided on the sheet material of the reinforcing sheet material having the same hardness as that of the hardness, and (d) shows that the detachable sliding material 25 is temporarily high. The high-strength lubricant 25 is provided on the sheet 136, and the high-strength member 25 keeps the member straight when the peelable lubricant 25 is peeled off from the protective film 17. However, since it is peeled off, it will be peeled off without confirming the construction status of the protective film 17 (e) is a low advanced sheet 13
6 is provided with a high-hardness lubricant, and the high-hardness lubricant 25 is peeled off by the low-hardness sheet 136 along with the sheet 136, so that the sheet 136 is peeled while being curved. Therefore, it is assumed that peeling can be performed while confirming the construction of the protective film 17.
6 It becomes an example formed by those having increased degree of condensation, so that the sliding material 25 is low in the degree of condensation, so that the particles of the lower sliding material 25 are gathered together so that the sheet 136 member with high degree of condensation has the degree of condensation. A low lubricant 25 is provided, whereby the particles of the lubricant 25 are stabilized and the surface of the lubricant 25 is stabilized, and the condensation degree of the sheet 136 is compared with the condensation degree of the lubricant 25. The sliding material 25 may be formed with the same degree of condensation or the degree of condensation of the sliding material that is above or below the degree of condensation, and the member relating to the protective film is provided with a member different from any of those members (G) indicates that the dust-removing adhesive 123 contains fibers 138, and the dust-removing adhesive 123 provided on the fibers 138 is If the fiber 138 is formed so as to penetrate into the fiber, the temporary placement can be performed well in order to reduce the unevenness due to the mesh of the fiber 138 and the adhesive force of the adhesive material due to the penetration. Adhesive material 35 on the side
The adhesive strength of the adhesive material 123 that removes the dust from the adhesive strength of the adhesive material 123 may be reduced and the formation of such adhesive materials may be different formations having such a difference in adhesiveness. The fiber 138 may be freely formed and the hardness of the fiber 138 may be the fiber 138 hardness or formation that the member does not fray at the same time as the penetration of the adhesive material, and the fiber 138 has a elasticity different from that of the fiber. Adhesive material 12 that removes the dust to those members such as a member through which the adhesive material penetrates or a member through which the adhesive material does not penetrate.
3 can be provided, and it is possible to reduce the adhesive force by providing a member different from the adhesive material to the adhesive material 123 that temporarily removes the dust like those, but the member formation of these adhesive materials is If the pressure-sensitive adhesive 123 for removing dust is lowered from the pressure-sensitive adhesive 35 on the other side of the protective film 17 because it can be freely formed, the temporary placement will be good and the pressure-sensitive adhesive 35 on the other side of the protective film 17.
The adhesive force difference between the adhesive materials of the adhesive material 123 that removes the dust is the same adhesive force as the adhesive force based on the adhesive force of the adhesive material 35 on the other side surface, or an adhesive that is above and below the reference of the adhesive force. The adhesive material 123 that removes the dust having a value corresponding to any one of the adhesive strengths of the force may be used, and the adhesive material that permeates the adhesive material 123 that removes the dust from the adhesive force of the adhesive material 35 on the other side surface. The force can be increased by the mesh, and the upper and lower differences in the adhesive force can be changed depending on the formation, and the adhesive material is formed to have elasticity or a member having elasticity to provide elasticity. And the elasticity may be due to the thickness, and if summarized, the adhesion formation by the elasticity, the adhesion formation by the penetration or the adhesion formation by the mesh The degree of adhesion formed can be roughly divided into three stages of adjustment of the degree of adhesion formation, and the member provided on the adhesive material of the adhesive material 123 that removes the dust is removed as a plurality of members different from the adhesive material. Based on the hardness of the adhesive material 123, the hardness of the different member may be set to a hardness that is above or below the reference, or the same hardness as the reference, and the hardness may be changed depending on how it is formed.

1 Integrated protective film
2 Surface of adhesive material to be removed from the screen
3 Humidity control member 4 Split release film sheet
5 Adhesive seal 6 Other side of protective film
7 Dividing line to be cut
8 Concave parts on the other side or adhesive sheet to remove film sheets and dust
9 Line indicating operation
10 Minicar
11 Wall
12 Resin particles
13 Projection part of film sheet
14 Sealing material without adhesive 15 Communication
16 Outer edge of protective film according to device
17 Protective film according to device
DESCRIPTION OF SYMBOLS 18 Ceramic material 19 Cut of adhesive material which removes dust of screen 20 Adhesive material of the sealing material surface of the code | symbol 5 21 The member and layer which concern on a protective film are shown 22 The member and layer which concerns on a protective film are shown 23 Static electricity Prevention material
24 Protective film plan view with curved holes
25 Peelable lubricant 26 Mobile phone
27 Static electricity
28 Dust or dirt
29 characters display
30 Protective film outer peripheral end face
31 Rejoicing
32 fingers
33 Line indicating screen touch
34 Mobile phone camera position
35 Protective film Adhesive on the other side
36 Holes in protective film
37 Spacing 38 Air and empty cannon
39 tablets
40 Unstripped part
41 ore
42 Fluorescent material
43 Harder material than protective film
44 Small area
45 Large area
46 Happy family
47 presents
48 Wedding hall
49 Powerstone made of ore
50 People who do their best
51 Projection 52 Member Different from Adhesive Material for Removing Dust 53 Peelable Release Sheet Provided on Adhesive Material Portion 20 Reference Number 54
55 pressure
56 Regular triangular pyramid
57 Cut part
58 Multiple members that increase film sheets 59 Game consoles
60 PC
61 TV 62 Digital Camera
63 Total area of the third adhesive material that is larger than the total area of the protective film 64 Non-adhesive material portion of the temporarily attached sheet material portion 65 Hole portion provided in the temporarily attached sheet material portion 66 Member for wiping off screen stains
67 Concavity and convexity of adhesive material to remove dust on the screen 68 Foaming body 69 Solid after cutting that point of the regular triangular pyramid 70 Shape with bottom longer than the top of the solid
71 Elastic member
72 Adhesive ball 73 Resin member
74 Integrated Member for Protective Film
75 Thick member with curved shape
76 Blue cut ingredients
77 Silicone material with a hard blue cut
78 silicon
79 Members consisting of a plurality of irregular shapes on the divided material surface
80 Members with equally divided surfaces
81 Thickness of the divided material surface or multiple thickness
82 Curved wall thickness protective film
83 pieces of division
84 Display screen 85 Security film
86 Any member
87 Window glass
88 Temporarily low-hardness film with flat sides
89 increase
90 Mobile phone light
91 Concavity and convexity provided on the temporary attachment sheet 92 Resin with high hardness
93 Uneven shape and unevenness
94 Convex
95 Concave and convex portions with a wavy shape on one side in the side view of the protective film
96 Second uneven surface
97 Oblate
98 Change or deformation
99 Deformable member
100 Concave and convex shape with multiple irregular holes
101 Protective film formed in multiple layers
102 Member part deformed by heat
103 dryer
104 Mixing into protective film
105 Photocatalyst material
106 Concave part of second unevenness 107 Water drop
DESCRIPTION OF SYMBOLS 108 Seal with a character description 109 Fluororesin and water repellent material 110 Dividing material part of temporary sticking sheet 111 Sebum 113 Multiple coating materials or those coating materials 114 Separating part or separation 115 One side surface of temporary sticking sheet 116 Third adhesion Material 117 Temporary sticking sheet 118 Release sheet 119 Line showing a plurality of screen frames 120 Silicon material system having uneven shape 121 External pressure 122 Outer peripheral edge of film sheet 123 Adhesive material for removing dust on screen 124 One side of protective film 126 Refraction lines related to increased surface 127 Silica gel or humidity control material 128 Material surface with increased total area of adhesive material for removing dust 129 Plane of film sheet 130 Spatula 131 Lowermost layer of layer related to protective film 132 Not divided One film sheet 133 Protective film Arrow 140 lubricant showing the top layer 135 singular film sheet 136 sheet 137 distinct landmark 138 fibers 139 removable layer according to arm

Although FIG. 17 shows the protective film 17 as an example, it is a partial example of the screen 84 that needs to be protected as to what screen can be used. Shows a game machine 59, and the screen 84 related to the game machine 59 is easily scratched and is representative of the screen 84 that needs protection, but the screen 84 that needs such protection also has the protection shown in FIG. Since the protective film 17 can be placed on the screen 84 that needs to be protected without worrying about the blank cannon 38 by the forming member of the film 17, the protective film 17 can be formed on any screen 84 including images, characters and numbers to be displayed. The protective film is an example of being able to do so, and it can be formed so that the cannon can easily escape if it is based on the explanation even in the lower grades from children to the elderly And dust to replace the hundred percent completely removed can be formed with the small seal when the also for easily pasted or paste replace it become what can the old days often said elementary school one year or stick to notes collected now face photo seals based on the simple Naru principle that Pasted to anyone because without limitation and it is those seals are those pasted easy target point only this epidemic is the small area 44 (b) is tentatively indicates PC Among the screens that need to be protected, the screen is wide, and even the screen 84 that needs to be protected can be easily pasted to anyone by the structural member of the integrated protective film 1 shown in FIG. It can be protected by the protective film 17. (C) A digital camera 62 which is a representative member requiring protection is shown. Since such a member confirms the screen 84 and shuts out the memory, the intermediate portion between the screen 84 and the protective film 17 is shown. In this case, the integrated protective film 1 as shown in FIG. 1 can be used as a member that can provide a comfortable work and the result of the work. As an example, the protective film 17 becomes a single protective film 17, so that it can be used on any screen 84 that needs to be protected, and is a summary of (a) to (c). 1 is provided with a peelable lubricant 25 on one side of the protective film 17, and a separate peeling film on the other side of the protective film 17 via an adhesive 35. An adhesive sheet 123 for removing dust on the screen provided on the film sheet 4 and a release sheet 118 provided on the surface of the adhesive material 123 are integrally laminated. However, the protective film 17 and the member relating to the protective film can be provided on any screen, and the screen covered with the protective film 17 is liquid crystal, plasma, or the like. The range formed by the formation of the protective film 17 which may be provided on any of the screens for visual operation or those for image display and character display, etc. And the point of interest is the small area 44 and the disadvantages of air gun processing and dust removal. It can also be a protective film 17 that can be enjoyed and pasted when it is made into a shaved member. The infinitely described in the above and the full text is supposed to be written in such words because there is an invisible part of the screen 84 etc. To do.

Claims (18)

A peelable lubricant (25) is provided on one side of the protective film (17), and a split release film sheet (4) is provided on the other side of the protective film (17) via an adhesive (35). A display screen characterized in that an adhesive (123) for removing dust on the screen provided on the sheet (4) and a release sheet (118) provided on the surface of the adhesive (123) are integrally laminated. Protective film. The protective film for a display screen according to claim 1, wherein the adhesive material for removing dust on the screen contains a member having elasticity more than that of the adhesive material. The display screen protective film according to claim 2, wherein the elastic member is a foamed body. The protective film for a display screen according to claim 1, wherein the release sheet side of the adhesive material for removing dust on the screen of the film sheet is formed with irregularities. The protective film for display screen according to claim 1, wherein the adhesive for removing dust on the screen contains an antistatic material.     2. The protective film for display screen according to claim 1, wherein the adhesive material for removing dust contains fibers. The protective film for a display screen according to claim 4, wherein a concave portion of an adhesive material for removing dust on the screen can be brought into close contact with the screen. The protective film for display screen according to claim 1, wherein the adhesive material for removing dust on the screen is an adhesive material that can be detached from the screen. The adhesive material on the other side and the adhesive material for removing dust on the screen have different adhesive strengths.
The protective film for a display screen according to claim 1. The protective film for display screen according to claim 1, wherein one piece of the divided release film sheet is formed as a protrusion. The humidity protective material and the lubricant are contained in the protective film.
The protective film for display screens as described. The protective film for display screen according to claim 1, wherein the adhesive material on the other side surface is made of a silicon material. The protective film for display screen according to claim 1, wherein the adhesive material on the other side surface is removable from the screen. The protective film for a display screen according to claim 1, wherein the adhesive surface side of the other side surface is uneven. 15. The protective film for display screen according to claim 14, wherein the total area of the concave portions is smaller than the total area of the convex and concave portions on the side of the adhesive material on the other side surface. The display screen protective film according to claim 14 or 15, wherein a concave portion on the side of the adhesive material on the other side surface is communicated with the outer peripheral end of the protective film. The display screen protective film according to claim 1, wherein the total area of the divided film sheets is larger than the total area of the protective film. 18. The protective film for display screen according to claim 17, wherein a material surface having an increased total area of the divided film sheet is formed of a resin different from the divided film sheet.