TWM449698U - Cleaning device for cleaning undesired substance between an article surface and a sheet - Google Patents

Abstract

A cleaning device for cleaning undesired substance between an article surface of an article and a sheet is provided. The sheet has a first width, a second width and a middle line defined at a middle of the first width of the sheet. A cleaning film of the cleaning device has a film body, a first attaching area disposed on a first surface of the film body and a second attaching area disposed on a second surface of the film body. The film body, the first attaching area and the second attaching area each have a first width larger than a half of the first width of the sheet. The cleaning film is disposed between the article surface and the sheet, and the front edges of the film body, the first attaching area and the second attaching area are inserted along an insertion direction from an edge of the sheet parallel to the second width of the sheet toward the middle line of the sheet.

Description

a cleaning device for removing undesired substances adhering to the surface of an article and a piece of the body

The present invention relates to a cleaning device, and more particularly to a cleaning device for removing undesired substances adhering to the surface of an article and an object between one of the articles.

Nowadays, in the process of various articles, it is often necessary to attach a piece of body to the surface of an object, in particular, for an electronic device process such as a screen or a process for a transparent plate body such as a window. For example, in order to prevent the surface of an article from being scratched by foreign objects, or to impart other properties to the surface, a film or sheet is often attached to the surface. For example, users often attach protective films or optical films with special optical properties to the screens of various electronic products, or users often attach thermal insulation films, and anti-UV films are equivalent to windows or residential windows. In various bonding processes, it is often necessary to attach a hard substrate to the surface of the article, such as attaching a layer of glass to a panel.

Referring to FIG. 1A, in the case where the user does not use a special tool, it is often difficult to perfectly attach and align the sheet 9 to the predetermined attachment position of the article surface 11 of the article 1 at one time, and it is necessary to tear off multiple times. The sheet 9 is reattached and aligned with the predetermined attachment position of the sheet 9 to the article surface 11 of the article 1. Moreover, the user generally does not attach the sheet 9 to the article surface 11 of the article 1 in a dust-free environment, and thus the process of attaching and aligning the sheet 9 to the predetermined attachment position of the article surface 11 of the article 1 In the dust, or the stain on the user's hand, the undesired substance 10 is relatively easily adhered to the inner surface of the sheet 9 attachable, and the undesired substance 10 is adhered to the surface of the sheet 9 and the article 1 11 rooms, causing the sheet 9 not to be completely applied to the surface 11 of the article 1 Affect the appearance and function of item 1.

Therefore, a conventional cleaning device 3 is used to remove the undesired substance 10 adhering between the sheet 9 and the surface 11 of the article 1 of the article 1. Referring to FIG. 1A, the conventional cleaning device 3 has a film body 31 and an adhesive layer 32 having an adhesive surface 30. When the conventional cleaning device 3 is used, the outer side surface of the sheet 9 is first adhered by the adhesive surface 30 of the adhesive layer 32, and the sheet 9 is opened and the sheet 9 is opened as shown in Fig. 1B. Partially separated from the surface 11 of the article 1 and thereafter adhered to and removed from the surface 11 of the article 9 of the article 9 and the article 1 by the adherent surface 30 of the adhesive layer 32 of the other cleaning device 3. Undesired substance 10.

However, the conventional cleaning device 3 requires a plurality of undesired substances 10 located at different positions due to the small area of the attachable surface 30 of the adhesive layer 32. Furthermore, the conventional cleaning device 3 may also not clean all of the undesired substances 10 because the user has not noticed all the undesired substances 10.

In view of this, the industry is eager to propose a cleaning device that is easy to remove all undesired substances between the sheet and the surface of the article.

It is an object of the present invention to provide a cleaning apparatus and method that facilitates the removal of all undesired substances adhering to the surface of an article and a piece of an object.

The cleaning device of the present invention is for removing undesired substances between the surface of the article removing device attached to the article and the sheet for attaching to the surface of the article. Wherein the sheet has a first width, a second width and a definition in the sheet A middle line extending in the middle of the first width and parallel to the second width of the sheet. To achieve the above object, the cleaning device of the present invention comprises a cleaning film, and the cleaning film comprises a film body, a first adhesion area and a second adhesion area. The film body has a first width, a second width and a parallel second width front edge, and has a first surface and a second surface. The first adhesion area is disposed on the first surface of the film body and has a first width, a second width, and a parallel second width front edge. The second adhesion area is disposed on the second surface of the film body and has a first width, a second width, and a parallel second width front edge. The first width of the film body, the first width of the first adhesion region, and the first width of the second adhesion region are both greater than one half of the first width of the sheet.

To achieve the above object, the present invention uses the above-described cleaning device to remove undesired substances between the surface of the article attached to the article and the sheet for attachment to the surface of the article, comprising the following steps: (a) self-parallel One edge of the second width of the body splits the sheet to separate a portion of the sheet from the surface of the article; (b) the clearing film is placed between the surface of the article and the sheet, and the leading edge of the film, the first adhering region The leading edge and the leading edge of the second adhering area are inserted into the middle line from the edge of the second width of the parallel piece in an insertion direction to the flush or beyond the middle line of the sheet, so that the first adhering area of the film and the second adhesion are removed. The area adheres to and removes undesired material between the surface of the article and the sheet; and (c) separates the film from the surface of the article and the sheet, and reattaches the sheet to the surface of the article.

By the above steps, the first adhering area and the second adhering area of the scavenging film are adapted to adhere and remove undesired substances located at least half of the area between the surface of the article and the sheet. Then, the above steps are repeated to place the scavenging film between the surface of the article and the sheet from the opposite insertion direction, and the leading edge of the film body, The first edge of the first adhering region and the leading edge of the second adhering region are separated from the other insertion direction from the other edge of the second width of the parallel sheet to the middle line of the sheet, and the first film is removed. The adhering area and the second adhering area are adapted to adhere and remove undesired substances located in the opposite half of the area between the surface of the article and the sheet. Therefore, the cleaning device of the present invention is relatively easy to remove all undesired substances between the surface of the article attached to the article and the sheet.

The embodiments of the present invention are described in detail below with reference to the drawings, in which the thickness of the film or layer is exaggerated and not drawn to scale in order to clearly illustrate the embodiment of the present invention.

Referring to Figures 2 and 3, the cleaning device 5 of the present invention is used to remove the undesired substance 10 between the surface 11 of the article adhered to the article 1 and the sheet 9 for attachment to the surface 11 of the article. The cleaning device 5 includes a cleaning film 51, and the cleaning film 51 includes a film body 510, a first adhesion area 511, and a second adhesion area 512. The film body 510 has a first width w01, a second width w02, and a parallel second width w02 leading edge, and has a first surface and a second surface. The first adhesion area 511 is disposed on the first surface of the film body 510 and has a first width w11, a second width w12, and a front edge of a parallel second width w12. The second adhesion area 512 is disposed on the second surface of the film body 510 and has a first width w21, a second width w22, and a front edge of a parallel second width w22.

Referring to FIG. 4B, the sheet 9 has a first width w91, a second width w92, and a middle line defined by the middle of the first width w91 of the sheet 9 and the second width w92 of the parallel sheet 9. 90. For efficient removal For the purpose of the undesired substance 10, the first width w01 of the film body 510 is greater than one half of the first width w91 of the sheet body 9, and the first width w11 of the first adhering area 511 is greater than one half of the first width w91 of the sheet body 9, And the first width w21 of the second adhering area 512 is larger than one half of the first width w91 of the sheet 9.

Referring to FIG. 4A, when the cleaning film 51 is placed between the article surface 11 and the sheet 9, and the leading edge of the film body 510, the leading edge of the first adhering region 511, and the leading edge of the second adhering region 512 are in an insertion direction (the first) An insertion direction D1) is inserted from the edge (first edge 91) of the second width w92 of the parallel sheet 9 to the intermediate line 90 of the sheet 9, the first adhering area 511 of the cleaning film 51 and the second attachment The region 512 is adapted to adhere and remove the undesired material 10 between the surface 11 of the article and the sheet 9.

Preferably, in order to remove the undesired substance 10 more efficiently, it is avoided that the cleaning film 51 needs to be repeatedly attached between the object surface 11 and the sheet 9 to remove the undesired substance 10, as shown in FIG. 4B. The second width w02, the second width w12 of the first adhering region 511, and the second width w22 of the second adhering region 512 are both greater than the second width w92 of the sheet 9. Thereby, the scavenging film 51 of the present invention can adhere and remove the undesired substance 10 located at least half of the area between the surface 11 of the article and the sheet 9 at a time.

Then, the above steps are repeated. Referring to FIG. 7A, when the cleaning film 51 is placed between the article surface 11 and the sheet 9, and the leading edge of the film body 510, the leading edge of the first adhering region 511, and the second adhering region 512 are The other edge (the second insertion direction D2) whose edge is opposite to the first insertion direction D1 is from the second width w92 of the parallel sheet 9 and the other edge (the second edge 92) opposite to the first edge 91 The intermediate line 90 of the body 9 is inserted to remove the first adhering area of the film 51 The 511 and second adhering regions 512 are adapted to adhere and remove the undesired material 10 located in the opposite half of the area between the article surface 11 and the sheet 9. Thereby, the cleaning device 5 of the present invention can remove all the undesired substances 10 between the surface 11 of the article 1 and the sheet 9 with relatively easy removal by only two times.

Preferably, the first width w01 of the film body 510, the first width w11 of the first adhesion region 511, the first width w21 of the second adhesion region 512, and the first width w91 of the sheet body 9 are respectively larger than the film. The second width w02 of the body 510, the second width w12 of the first adhering region 511, the second width w22 of the second adhering region 512, and the second width w92 of the sheet 9.

As shown in FIG. 2, the cleaning device 5 further includes a separation assisting film 52. The separation assist film 52 has an attachable surface 520. The adhesive surface 520 may be an outer surface of the adhesive layer 521 which is included in the separation assisting film 52. As shown in FIG. 4A, the separation assisting film 52 is used to adhere to one of the outer side surfaces of the sheet body 9 and the edge of the second width w92 of the parallel sheet body 9 by the adhesive-attachable surface 520 (the first edge 91 or the first The two edges 92) open the sheet 9 to separate a portion of the sheet 9 from the article surface 11 to facilitate placement of the clearing film 51 between the article surface 11 and the sheet 9, such that the leading edge of the film body 510, first The leading edge of the adhering region 511 and the leading edge of the second adhering region 512 are directed from the first edge 91 or the second edge 92 of the second width w92 of the parallel sheet 9 in the first insertion direction D1 or the second insertion direction D2. The middle line 90 of the body 9 is inserted.

As shown in FIG. 2, the cleaning device 5 further includes a release film 53 covering at least one of the outer surface of the first adhesion region 511 and the outer surface of the second adhesion region 512 to avoid the first adhesion. Area 511 outside surface and The outer side surface of the second adhering area 512 is adhered to the undesired substance 10 before the use of the cleaning film 51. The first adhesion area 511 and the second adhesion area 512 of the cleaning device 5 of the present invention may be different adhesive layers from the film body 510, and may be an electrostatic film or a viscous film. However, the film body 510 itself may also have adhesiveness, such as an electrostatic film or a viscous film, and in this case, the first adhesion area 511 and the second adhesion area 512 are only the first of the film body 510. a surface and a region on the second surface. Preferably, the first adhering area 511 of the present invention is more viscous than the viscous surface of one of the surfaces 11 of the article 1 to which the sheet 9 is to be attached. Thereby, the first adhering area 511 of the present invention can adhere and remove the undesired substance 10 from the viscous surface of the surface 11 of the article 1 to which the sheet 9 is to be attached.

The film body 510 of the cleaning film 51 may have a different form, for example, the first embodiment of the film body 510 shown in Figs. 2 and 4A is composed of a single film portion 5A. The first surface and the second surface are disposed on the single film portion 5A, that is, the first adhesion region 511 and the second adhesion region 512 are respectively disposed on the opposite outer side surfaces of the single film portion 5A. The cleaning film 51 may further include a pulling portion 513a for the user to pry open the pulling portion 513a of the film body 510 shown in FIG. 4A, and to pull and separate the cleaning film 9 from the article surface 11 and the sheet 9. In one embodiment of the pulling portion 513a, a portion protruding from the edge of the film body 510 and exceeding the first adhering region 511 and the second adhering region 512 may be formed.

The second embodiment of the film body 510 shown in FIGS. 9A and 9B includes a first film portion 5A' and a second film portion 5B'. The first film portion 5A' and the second film portion 5B' are sequentially connected and folded into the film body 510 in parallel with the first insertion direction D1 or the second insertion direction D2. Wherein the first surface and the second surface system are respectively It is defined on one outer side surface of the first film portion 5A' and one outer side surface of the second film portion 5B', that is, the first adhered region 511 and the second adhered region 512 are respectively disposed on the first film portion 5A. The outer side surface is on the outer side surface of the second film portion 5B'.

In the second embodiment of the film body 510, the cleaning film 5 further includes a pulling portion 513b, 513b' to connect and pull the joint of the first film portion 5A' and the second film portion 5B' to facilitate separation. The film 51 is removed from the article surface 11 and the sheet 9. Thereby, when the user pulls the pulling portions 513b, 513b', the clearing film 51 and the article surface 11 and the sheet 9 can be easily separated from the connection between the first film portion 5A' and the second film portion 5B'. At the same time, the sheet 9 is pressed to cause the sheet 9 to be attached to the article surface 11 of the article 1 again. Thereby, it is not necessary to force the sheet 9 to separate the removal film 51 from the article surface 11 and the sheet body 9, and it is possible to further prevent the other undesired substance 10 from being again adhered between the article surface 11 and the sheet body 9 from the environment.

As shown in FIG. 9A, the pulling portion 513b of an embodiment may protrude from the edge of at least one of the first film portion 5A' and the second film portion 5B' of the film body 510 and exceed the first adhesion. A portion of the region 511 and the second adhering region 512. Preferably, the pulling portion 513 as shown in FIG. 9A may protrude from the edge of one of the first film portions 5A' of the film body 510 and exceed the first and second adhering regions 511 and 512. . As shown in FIG. 9B, the pulling portion 513b' of another embodiment may be disposed between the first film portion 5A' and the second film portion 5B' and connected to the first film portion 5A' and the second film. One of the junctions of the portion 5B' is a membrane body.

The third embodiment of the film body 510 shown in FIG. 10 includes a first film portion 5A", a second film portion 5B", a third film portion 5C", and a fourth film. The portion 5D". the first film portion 5A", the second film portion 5B", the third film portion 5C", and the fourth film portion 5D" are sequentially connected in parallel with the first insertion direction D1 or the second insertion direction D2 and The film is folded into a film body 510. The first surface and the second surface system are respectively defined on one outer side surface of the first film portion 5A" and one outer side surface of the fourth film portion 5D", that is, the first adhered region. The 511 and the second adhering area 512 are respectively disposed on the outer side surface of the first film portion 5A" and the outer side surface of the second film portion 5D".

In the third embodiment of the film body 510, the cleaning film 51 may further include a pulling portion 513c for connecting and pulling the joint of the second film portion 5B" with the third film portion 5C" to facilitate separation of the cleaning film. 51 with the object surface 11 and the sheet 9. The pulling portion 513c is preferably formed at a joint thereof by the second film portion 5B" and the third film portion 5C" extending beyond the range of the first film portion 5A" and the fourth film portion 5D". Thereby, when the user pulls the pulling portion 513c, the cleaning film 51 and the article surface 11 and the sheet 9 can be connected from one of the first film portion 5A" and the second film portion 5B" and the third film. While the junction of the portion 5C" and the fourth film portion 5D" is easily separated, the sheet 9 is pressed to cause the sheet 9 to be attached to the article surface 11 of the article 1 again. Thereby, it is not necessary to force the sheet 9 to separate the removal film 51 from the article surface 11 and the sheet body 9, and it is possible to further prevent the other undesired substance 10 from being again adhered between the article surface 11 and the sheet body 9 from the environment.

The film body 510 of the present cleaning film 51 (including the single film portion 5A of the first embodiment, the first film portion 5A' and the second film portion 5B' of the second embodiment, and the first film portion 5A of the third embodiment ", the second film portion 5B", the third film portion 5C", and the fourth film portion 5D") can be processed by various conventional materials, for example The material of the film body 510 such as the clear film 51 may be selected from the group consisting of polypropylene (PP), polyethylene (PE), polyethylene terephthalate (PET), stone paper, pearl paper, A group consisting of kraft paper, copper paper, label paper, polyester, and resin.

The present invention uses the above-described cleaning device 5 to remove the undesired substance 10 adhered between the surface 11 of the article 1 and the sheet 9 for attachment to the surface 11 of the article, including the steps shown in Figures 2-8. , as detailed below. The detailed structure of the cleaning device 5 has been as described above and will not be described herein.

First, as shown in FIG. 2, the release film 53 is separated from the outer surface of the first adhesion region 511 and the outer surface of the second adhesion region 512 to expose the first adhesion region 511 and the second adhesion region 512. Adhesive surface.

As shown in FIG. 3, the sheet 9 is split from one edge (first edge 91) of the second width w92 of the parallel sheet 9 to separate a portion of the sheet 9 from the article surface 11. Wherein, this step can be adhered to the outer side surface of the sheet 9 by the adhesive surface 520 of the separation auxiliary film 52 of the cleaning device 5 and the sheet is opened from the first edge 91 of the second width w92 of the parallel sheet 9. 9, so that the portion of the sheet 9 is separated from the surface 11 of the article.

As shown in FIG. 4A, the cleaning film 51 is placed between the object surface 11 and the sheet 9, and the leading edge of the film body 510, the leading edge of the first adhering region 511, and the leading edge of the second adhering region 512 are inserted in an insertion direction. (The first insertion direction D1) is inserted from the first edge 91 of the second width w92 of the parallel sheet 9 to the intermediate line 10 which is flush or exceeds the sheet 9, so that the first adhering area 511 and the second of the cleaning film 51 are removed. The adhering area 512 adheres and removes the undesired substance 10 located between the surface 11 of the article and the sheet 9.

4B, as described above, for the purpose of efficiently removing the undesired substance 10, the first width w01 of the film body 510 is greater than one half of the first width w91 of the sheet body 9, the first adhesion area 511 The first width w11 is greater than one half of the first width w91 of the sheet 9, and the first width w21 of the second adhering region 512 is greater than one half of the first width w91 of the sheet 9.

Referring to FIG. 4A, the film body 510 is then opened upward, and the cleaning film 51 is separated from the article surface 11 and the sheet body 9, and the sheet body 9 is reattached to the article surface 11, as shown in FIG.

After the above steps are completed, the cleaning step 5 is performed in the other insertion direction (second insertion direction D2), and the following cleaning step is performed again for the other half of the range between the sheet 9 and the object surface 11.

As shown in FIG. 6, the second width w92 of the parallel sheet 9 and the other edge (second edge 92) opposite the first edge 91 split the sheet 9 so that another portion of the sheet 9 and the article surface 11 Separation. Wherein, this step also utilizes the adhesive surface 520 of the separation assisting film 52 to adhere to one of the outer side surfaces of the sheet 9 and from the second width w92 of the parallel sheet 9 and to the second edge 92 opposite to the first edge 91. The sheet 9 is opened to separate another portion of the sheet 9 from the article surface 11.

As shown in FIGS. 7A and 7B, the cleaning film 5 is placed between the article surface 11 and the sheet 9, and the leading edge of the film body 510, the leading edge of the first adhering region 511, and the leading edge of the second adhering region 512 are The first insertion direction D1 is inserted into the flushing or exceeding the sheet 9 from the second width w92 of the parallel sheet 9 and the second edge 92 opposite to the first edge 91 with respect to the other insertion direction (the second insertion direction D2). The intermediate line 90 is such that the first adhering area 511 and the second adhering area 512 of the scavenging film 51 adhere and remove the other half between the object surface 11 and the sheet 9. Undesired substance 10 within the range.

Thereafter, as shown in FIG. 8, the removal film 51 is separated from the article surface 11 and the sheet body 9, and the sheet body 9 is reattached to the article surface 11. Thereby, the entire cleaning operation of the undesired substance 10 located in the entire range between the article surface 11 of the article 1 and the sheet 9 is completed.

As described above, preferably, the undesired substance 10 is removed more efficiently, avoiding the need to repeatedly attach the removal film 51 between the article surface 11 and the sheet 9 to remove the undesired substance 10, the second width of the film body 510. The second width w12 of the first adhesion area 511 and the second width w22 of the second adhesion area 512 are both greater than the second width w92 of the sheet 9. Therefore, in the steps shown in FIGS. 4A and 4B and the steps shown in FIGS. 7A and 7B, the cleaning film 51 is placed between the article surface 11 and the sheet 9 such that the second width w02 of the film body 510 is first. The second width w12 of the adhering region 511 and the second width w22 of the second adhering region 512 cover the second width w92 of the sheet 9. Thereby, the undesired substance 10 located at least half of the area between the surface 11 of the article and the sheet 9 can be adhered and removed at one time by the cleaning film 51 of the present invention.

Preferably, as described above, the first width w01 of the film body 510, the first width w11 of the first adhesion region 511, the first width w21 of the second adhesion region 512, and the first width w91 of the sheet body 9, Both are greater than the second width w02 of the film body 510, the second width w12 of the first adhering region 511, the second width w22 of the second adhering region 512, and the second width w92 of the sheet 9.

When the film body 510 is the first embodiment composed of a single film portion 5A as shown in FIGS. 2 and 4A, the film body 510 shown in FIG. 4A is pulled up in the steps shown in FIGS. 5 and 8. a portion 513a, and pulls the pulling portion 513a of the film body 510 to The cleaning film 51 is separated from the article surface 11 and the sheet 9. The pulling portion 513a may be a portion protruding from the edge of the film body 510 and exceeding the first adhering region 511 and the second adhering region 512.

When the film body 510 is a second embodiment including the first film portion 5A' and the second film portion 5B' as shown in FIGS. 9A and 9B, the film body 510 is pulled in the steps shown in FIGS. 5 and 8. The pulling portions 513b, 513b' are separated to separate the cleaning film 51 from the article surface 11 and the sheet 9. As shown in FIG. 9A, the pulling portion 513b of an embodiment may protrude from the edge of at least one of the first film portion 5A' and the second film portion 5B' of the film body 510 and exceed the first portion. The portion of the area 511 and the second adhering area 512 is adhered. Preferably, the pulling portion 513 as shown in FIG. 9A may protrude from the edge of one of the first film portions 5A' of the film body 510 and exceed the first and second adhering regions 511 and 512. . As shown in FIG. 9B, the pulling portion 513b' of another embodiment may be disposed between the first film portion 5A' and the second film portion 5B' and connected to the first film portion 5A' and the second film. One of the junctions of the portion 5B' is a membrane body.

Thereby, when the user pulls the pulling portions 513b, 513b', the clearing film 51 and the article surface 11 and the sheet 9 can be easily separated from the connection between the first film portion 5A' and the second film portion 5B'. At the same time, the sheet 9 is pressed to cause the sheet 9 to be attached to the article surface 11 of the article 1 again. Thereby, it is not necessary to force the sheet 9 to separate the removal film 51 from the article surface 11 and the sheet body 9, and it is possible to further prevent the other undesired substance 10 from being again adhered between the article surface 11 and the sheet body 9 from the environment.

When the film body 510 is as shown in FIG. 10, it is a third embodiment including the first film portion 5A", the second film portion 5B", the third film portion 5C", and the fourth film portion 5D". For example, in the steps shown in FIGS. 5 and 8, the pulling portion 513c of the film body 510 is pulled to separate the cleaning film 51 from the article surface 11 and the sheet 9. Wherein, the pulling portion 513c as shown in FIG. 10 preferably extends beyond the range of the first film portion 5A" and the fourth film portion 5D" by the second film portion 5B" and the third film portion 5C" It is formed at its junction.

Thereby, when the user pulls the pulling portion 513c, the cleaning film 51 and the article surface 11 and the sheet 9 can be connected from one of the first film portion 5A" and the second film portion 5B" and the third film. While the junction of the portion 5C" and the fourth film portion 5D" is easily separated, the sheet 9 is pressed to cause the sheet 9 to be attached to the article surface 11 of the article 1 again. Thereby, it is not necessary to force the sheet 9 to separate the removal film 51 from the article surface 11 and the sheet body 9, and it is possible to further prevent the other undesired substance 10 from being again adhered between the article surface 11 and the sheet body 9 from the environment.

The cleaning device 5 for removing the undesired substance 10 between the surface 11 of the article of the article 1 and the sheet 9 and the method thereof can be applied to remove the protective film adhered to the surface 11 for protecting the article, or An undesired substance 10 for bonding to a sheet 9 of a hard substrate or the like of the article surface 11 of the article 1. There is no limitation on the type of the sheet 9 here. Further, in order to allow the sheet 9 to be attached to the surface 11 of the article, the sheet 9 may be an electrostatic film or a viscous film. Furthermore, the cleaning device 5 and the method thereof for removing the undesired substance 10 between the surface 11 of the article 1 and the sheet 9 of the article 1 and the method thereof can be applied to remove and adhere to a television screen, a computer screen, Undesired substance on the surface 11 of the article 1 of an item 1 of one of a mobile phone screen, a tablet screen, a camera screen, a multimedia device screen, a window of a window, and a residential window 10. There is no restriction on the type of the item 1 here.

With the cleaning device and method of the present invention, the user can easily remove all the surface 1 and the sheet 9 attached to the article 1 by simply attaching the cleaning film 51 between the surface 1 of the article and the sheet 9. Undesired substance 10 between.

The above embodiments are merely illustrative of a preferred embodiment of the present invention and are not intended to limit the present invention. Those skilled in the art can refer to the above embodiments for easy reference to other embodiments. The patent scope of this case shall be subject to the scope of the patent application.

1‧‧‧ Items

10‧‧‧Unexpected substances

11‧‧‧ Item surface

3‧‧‧Clearing device

30‧‧‧Adhesive surface

31‧‧‧membrane body

32‧‧‧Adhesive layer

5‧‧‧Clearing device

51‧‧‧Clear film

510‧‧‧membrane

511‧‧‧First Dipping Area

512‧‧‧Second attached area

513a‧‧‧ Pulling Department

513b‧‧‧ Pulling Department

513b'‧‧‧ Pulling Department

513c‧‧‧ Pulling Department

52‧‧‧Separation aid film

520‧‧‧Adhesive surface

521‧‧‧Adhesive layer

53‧‧‧ release film

5A‧‧‧ single membrane section

5A'‧‧‧ first membrane section

5B'‧‧‧Second film part

5A"‧‧‧ first film part

5B"‧‧‧Second film part

5C"‧‧‧ third membrane part

5D"‧‧‧4th film section

9‧‧‧Sheet

90‧‧‧ middle line

91‧‧‧ first edge

92‧‧‧ second edge

D1‧‧‧first insertion direction

D2‧‧‧Second insertion direction

W01‧‧‧First width

W02‧‧‧second width

W11‧‧‧first width

W12‧‧‧second width

W21‧‧‧ first width

W22‧‧‧second width

W91‧‧‧first width

W92‧‧‧second width

1A to 1B are schematic views showing the steps of using a cleaning device for removing undesired substances between the sheet and the surface of the article; FIG. 2 is a creation for removing the adhering to the sheet and the article. Schematic diagram of a device for removing undesired substances between the surfaces of articles; FIG. 3 is a schematic view showing a step of separating the sheet and the surface of the article from the edge of the second width of the parallel sheet by the auxiliary separation film of the creation removing device; A schematic diagram of one step of inserting and removing an undesired substance between the sheet and the surface of the article from a direction of insertion of the clearing device of the present cleaning device; FIG. 4B is a step of drawing from the top of the sheet as shown in FIG. 4A FIG. 5 is a schematic view showing a step of removing the cleaning film of the original cleaning device from one edge of the sheet and reattaching the sheet to the surface of the article; FIG. 6 is an auxiliary separation film of the original cleaning device from the parallel sheet. A schematic view of one of the steps of separating the body from the surface of the article by the other edge of the second width of the body; FIG. 7A is the removal film of the creation cleaning device inserted from another insertion direction and A schematic diagram of one step of removing undesired substances between the sheet and the surface of the article; FIG. 7B is a top plan view of the step shown in FIG. 7A from above the sheet; FIG. 8 is a clearing film of the creation removing device A schematic diagram of one step of withdrawing the other edge of the body and reattaching the sheet to the surface of the article; FIG. 9A is a clearing film of the embodiment using a film body having a two-membrane portion for removing the sheet A schematic diagram of one of the steps of the undesired substance between the body and the surface of the article; FIG. 9B is a cleaning film of another embodiment of the film body having a two-membrane portion for removing the non-defective between the sheet and the surface of the article. A schematic diagram of one of the steps of the desired material; and Figure 10 is a schematic illustration of one of the steps of using a clearing film having a four-membrane portion for removing undesired material between the sheet and the surface of the article.

1‧‧‧ Items

11‧‧‧ Item surface

51‧‧‧Clear film

510‧‧‧membrane

511‧‧‧First Dipping Area

512‧‧‧Second attached area

513a‧‧‧ Pulling Department

52‧‧‧Separation aid film

5A‧‧‧ single membrane section

9‧‧‧Sheet

90‧‧‧ middle line

91‧‧‧ first edge

D1‧‧‧first insertion direction

W01‧‧‧First width

W02‧‧‧second width

W11‧‧‧first width

W12‧‧‧second width

W21‧‧‧ first width

W22‧‧‧second width

W91‧‧‧first width

W92‧‧‧second width

Claims (12)

A cleaning device for removing an undesired substance adhered to a surface of an article and attached to a sheet of a surface of the article, the sheet having a first width, a second width and a defined location a middle of the first width of the sheet and parallel to an intermediate line of the second width of the sheet, wherein the cleaning device comprises a cleaning film, the cleaning film comprises: a film body having a first width, a second width and a front edge of the second width, and having a first surface and a second surface, wherein the first width of the film body is greater than one half of the first width of the body; An adhesive region disposed on the first surface of the film body and having a first width, a second width, and a front edge parallel to the second width, wherein the first width of the first adhesion region is greater than the first width One half of the first width of the sheet; and a second adhesive region disposed on the second surface of the film body and having a first width, a second width, and a front edge parallel to the second width, Where the first width of the second adhering region One half of the first width of the sheet; wherein the cleaning film is disposed between the surface of the article and the sheet, and the leading edge of the film body, the leading edge of the first adhering region, and The leading edge of the second adhesive region is inserted into the intermediate line of the sheet from an edge parallel to the second width of the sheet in an insertion direction, the first adhesion region of the cleaning film and The second adhering area is adapted to adhere and remove the undesired material between the surface of the article and the sheet. The cleaning device of claim 1, wherein the second width of the film body, The second width of the first adhesion region and the second width of the second adhesion region are greater than the second width of the sheet. The cleaning device of claim 2, wherein the film system is composed of a single film portion, the first surface and the second surface are disposed on the single film portion, and the cleaning film further comprises a pulling portion. To pull and separate the scavenging film from the surface of the article and the sheet. The cleaning device of claim 2, wherein the film system comprises a first film portion and a second film portion, the first film portion and the second film portion are sequentially connected and folded in parallel with the insertion direction. The film body, the first surface and the second surface system are respectively defined on an outer surface of one of the first film portion and an outer surface of the second film portion, and the cleaning film further comprises a pulling portion. The clearing film and the surface of the article and the sheet are separated by joining and pulling the joint of the first film portion and the second film portion. The cleaning device of claim 2, wherein the film system comprises a first film portion, a second film portion, a third film portion, and a fourth film portion, the first film portion and the second film a portion, the third film portion, and the fourth film portion are sequentially connected in parallel with the insertion direction and folded into the film body, and the first surface and the second surface system are respectively defined in one of the first film portions An outer side surface and an outer side surface of the fourth film portion, and the cleaning film further comprises a pulling portion for connecting and pulling the joint of the second film portion and the third film portion to separate the cleaning film With the surface of the article and the sheet. The cleaning device of claim 2, wherein the cleaning device further comprises a point An auxiliary film having an adhesive surface for adhering to one of the outer side surfaces of the sheet and paralleling the second width of the sheet by the adhesive surface The edge splits the sheet to separate a portion of the sheet from the surface of the article. The cleaning device of claim 2, wherein the first adhesion area and the second adhesion area are an electrostatic film or a viscous film. The cleaning device of claim 2, wherein the cleaning device further comprises a release film covering at least one of the outer surface of the first adhesion region and an outer surface of the second adhesion region to avoid the The outer side surface of the first adhering area and the outer side surface of the second adhering area adhere to the undesired substance before using the scavenging film. A cleaning device according to claim 1, wherein the sheet system is a protective film for protecting the surface of the article or a rigid substrate for bonding the surface of the article to the article. The cleaning device of claim 1, wherein the sheet system is an electrostatic film or a viscous film. The cleaning device of claim 1, wherein the first adhesive region is more viscous than the adhesive surface of the article on the surface of the article to which the sheet is to be attached. The cleaning device of claim 1, wherein the item is a television screen, a computer screen, a mobile phone screen, a tablet screen, a camera screen, a multimedia device screen, a window, and a residential window. one.