JP3207363U - LCD protective film attachment case for mobile devices - Google Patents

Abstract

The process of attaching a liquid crystal protective film to a liquid crystal screen of a mobile terminal can be performed without failure, and the removal of foreign matter on the liquid crystal screen of the mobile terminal and the process of attaching the liquid crystal protective film can be accelerated in a continuous process. Provided is a liquid crystal protective film attachment case for a portable terminal capable of reducing the additional purchase cost of a liquid crystal protective member due to failure to attach the liquid crystal protective film. A liquid crystal protective film adhering case for a portable terminal is separated from the release film and the film containing the liquid crystal protective member including the liquid crystal protective film attached to the liquid crystal of the portable terminal. A film storage member 100 including a space 130; and a liquid crystal protection member 10 that moves along a movement direction parallel to the length direction of the liquid crystal protection member 10, is coupled to and separated from the film storage member 100, and is disposed perpendicular to the movement direction. A moving member including a terminal corresponding part 230 corresponding to the upper end part or the lower end part of the liquid crystal protective film 12 is connected to a part of the moving member around the terminal corresponding part 230. [Selection] Figure 1

Description

  The present invention relates to a liquid crystal protective film adhesion case for a portable terminal. More specifically, the present invention relates to a liquid crystal protective film attachment case for a portable terminal used for attaching a liquid crystal protective film to a liquid crystal screen of the portable terminal quickly and easily.

  Since smartphones and tablet PCs that have been widely used recently are larger and more expensive than ordinary mobile phones, liquid crystal protective films are mainly used to prevent scratches.

  LCD protective film is generally a release film that protects the adhesive part by separating it into a transparent synthetic resin film with an adhesive part on the bottom and a synthetic resin film with an adhesive part. And is attached to smartphones.

  In general mobile phones, the shape of the liquid crystal is square or rectangular, the size is small, the position of the keypad, speaker, camera is not the liquid crystal, but at the end, while separating the release film by folding, A liquid crystal film can be easily attached.

  Smartphones or tablet PCs that have been widely used recently have camera lenses, speakers, home buttons, various sensors, etc. in the LCD screen, and the LCD protective film is cut in the corresponding position. And are perforated and manufactured and marketed for proper attachment.

  When attaching the LCD protective film to a smartphone or tablet PC, it must be attached so that it can be inserted into the incised and perforated part corresponding to the camera lens, speaker, home button and various sensors located in the LCD screen. .

  However, since the liquid crystal screen itself is larger than a general mobile phone and the perforated part and the incised part are positioned vertically, there is a problem that it is difficult to attach exactly once in search of an accurate position.

  In particular, a commercially available LCD protective film has one label attached to the release film attached to the back surface, and the LCD protective film is placed on the LCD screen in one direction with the label held. While pulling, it is not easy to separate the release film and thereby match the positions of the upper and lower portions of the liquid crystal screen.

  If the liquid crystal protective film cannot be attached at a fixed position at a time, the liquid crystal protective film is attached in a shifted manner. When peeling off the LCD protective film that has been attached in a misaligned manner, foreign matter may flow into the adhesive surface, or the adhesive surface may be damaged by fingerprints or after the hand, resulting in decreased transparency and damage to the adhesive surface. In this case, there arises a problem that the adhesive strength is lowered.

  Therefore, it is very difficult to attach the LCD protective film to the portable information terminal at one time, so it is very difficult to attach the LCD protective film. There is a problem that frequently occurs when using a liquid crystal protective film.

Korean Patent Registration No. 10-1149573

  The present invention allows the process of attaching the liquid crystal protective film to the liquid crystal screen of the mobile terminal without failure and the removal of foreign matter attached to the liquid crystal screen of the mobile terminal and the process of attaching the liquid crystal protective film can be accelerated in a continuous process, Provided is a liquid crystal protective film attachment case for a portable terminal capable of reducing the additional purchase cost of a liquid crystal protective member due to failure to attach the liquid crystal protective film.

  According to one aspect of the present invention, the liquid crystal protective film attachment case of the mobile terminal is a film housing that contains a release film and a liquid crystal protective member that is separated from the release film and attached to the liquid crystal of the mobile terminal. A film storage member including a space; and a movement direction parallel to a length direction of the liquid crystal protection member; the film storage member coupled to and separated from the film storage member; and disposed vertically to the movement direction; Or a moving member including a terminal corresponding part corresponding to the lower end part, wherein the moving member has a partial area around the terminal corresponding part connected to the liquid crystal protective film.

  As an example, the terminal corresponding part may include a plate-shaped sliding piece corresponding to the upper end part or the lower end part of the mobile terminal.

  As another example, the terminal-corresponding portion has a shape corresponding to the shape of the upper end portion or the lower end portion of the mobile terminal, and includes a bay entrance portion that accommodates around the upper end portion or the lower end portion of the mobile terminal; A plate-like sliding piece that protrudes vertically from the end and is located at the center of the bay entrance, and corresponds to the upper end or the center of the lower end of the mobile terminal; A pair of plate-like guide pieces that are located on the left side and the right side of the sliding piece and correspond to the upper end part or the lower end part of the mobile terminal may be included.

  As an example, the film storage member includes a plate-like bottom portion in which the film storage space is formed on an inner surface; and a side surface portion perpendicular to the bottom portion, and the moving member is perpendicular to the moving direction. One end includes a plate-like lid having the terminal corresponding portion, and the moving member is configured such that an edge of the lid is placed on an upper end of the side portion and moves along the moving direction. be able to.

  In order for the moving member to be slidably coupled to the film storage member, as an example, the film storage member is disposed adjacent to the short axis side on one side of the bottom, and is separated by a certain distance, and is a pair of guide walls facing each other. The moving member includes a pair of sliding walls that extend from the outer surface of the lid portion by a predetermined length and slide in the length direction of the liquid crystal protection member so as to face the pair of guide walls. Can do.

  The pair of guide walls includes a guide groove formed on a surface that contacts the pair of sliding walls, and the pair of sliding walls are formed on a surface that contacts the pair of guide walls and are fastened to the guide groove. Guide protrusions can be included.

  As an example, the moving member may further include a film pressing surface located between the pair of sliding walls and facing the film receiving space.

  The moving member further includes a stopper that restricts movement of the moving member when the moving member is moved so as to be coupled to the film storage member, and the stopper is disposed on the opposite side of the terminal corresponding portion. Can.

  As an embodiment, the stopper protrudes from the film pressing surface, and the film storage member is formed on the inner side surface of the bottom so as to be positioned between the pair of guide walls, and is fastened to the stopper. A stopper fastening groove may be further included.

  As an example, the film storage member may further include a pair of lid support portions that are disposed adjacent to the film storage space and support the lid portion of the moving member.

  As an example, the apparatus may further include a liquid crystal dust removing member coupled to the film housing member so as to be adjacent to the film housing space.

  In addition, the liquid crystal dust removing member includes a rotating roller having both side ends axially connected to the side surface portion of the film storage member and rotatably installed, and the outer surface of the rotating roller is configured to remove liquid crystal dust. The adhesive sheet can be attached to the surface.

  As an example, the film storage member is disposed to face the liquid crystal dust removing member, and supports the portable terminal when an upper end portion or a lower end portion of the portable terminal corresponds to the terminal corresponding portion. A configured terminal support may further be included.

  As an example, the moving member may further include a receiving part that is recessed in a direction perpendicular to the moving direction.

  As another aspect of the present invention, the film storage member includes a rectangular plate in which the film storage space is formed on an inner surface, and the moving member has the terminal corresponding portion at one end perpendicular to the moving direction. It can consist of a plate.

  According to the LCD protective film attachment case of the mobile terminal according to the present invention, the process of attaching the liquid crystal protective film to the liquid crystal screen of the mobile terminal without failure fails to remove the foreign matter attached to the liquid crystal screen of the mobile terminal and the process of attaching the liquid crystal protective film In this case, the additional purchase cost of the liquid crystal protective member due to the failure to attach the liquid crystal protective film can be reduced.

1 is an exploded perspective view illustrating a configuration of a liquid crystal protective film attachment case of a portable terminal according to an embodiment of the present invention. FIG. 2 is a perspective view illustrating an inner surface of a moving member illustrated in FIG. 1. 1 is a perspective view illustrating a state in which a mobile terminal corresponds to a terminal corresponding part for explaining a process of using a liquid crystal protective film adhesion case of the mobile terminal according to an embodiment of the present invention; FIG. 5 is a perspective view illustrating a state in which a moving member moves and a liquid crystal protective film is separated from a release film for explaining a process of using a liquid crystal protective film adhesion case of a portable terminal according to an embodiment of the present invention.

  Hereinafter, a liquid crystal protective film attachment case of a portable terminal according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. The present invention can be variously modified and can have various forms. Specific examples and the like are illustrated in the drawings, illustrated in the text, and described in detail in the text. However, it should be understood that this invention is not limited to any particular disclosure, but includes all modifications, equivalents or alternatives that fall within the event and scope of the invention. While describing each drawing, like reference numerals have been used in like components. In the accompanying drawings, the dimensions of the structures and the like are shown enlarged from the actual size for the sake of clarity of the present invention.

  The terms such as first and second can be used to describe various components and the like, but the components and the like should not be limited by the terms and the like. The terms and the like are used only for the purpose of distinguishing one component from another component. For example, the first component can be named as the second component without departing from the scope of the present invention, and similarly, the second component can be named as the first component.

  The terms used in the present application are merely used to describe particular embodiments, and are not intended to limit the present invention. An expression used in the singular encompasses the expression of the plural, unless it has a clearly different meaning in the context. In this application, terms such as “comprising” or “having” specify that there is a feature, number, step, action, component, part, or combination thereof described in the specification. It is understood that the existence of one or more other features, numbers, steps, operations, components, parts, or combinations thereof, or addition possibilities are not excluded in advance. It should be.

  Unless defined differently, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. have. The same terms as defined in commonly used dictionaries should be construed as having the same meaning as in the context of the related art, and unless otherwise clearly defined in this application, Not overly or excessively formal meaning.

  FIG. 1 is an exploded perspective view showing a configuration of a liquid crystal protective film adhering case of a portable terminal according to an embodiment of the present invention, and FIG. 2 is a perspective view showing an inner surface of a moving member shown in FIG. It is.

  Referring to FIGS. 1 and 2, a liquid crystal protective film attachment case of a portable terminal according to an embodiment of the present invention includes a film storage member (100) and a moving member (200).

  The film storage member (100) provides a space for storing the liquid crystal protection member (10). Therefore, the film storage member (100) can include a bottom (110), a side surface (120), and a film storage space (130).

  The bottom (110) can be a rectangular plate and the side (120) can extend vertically from the edge of the bottom (110).

  The film accommodating space (130) is formed on the inner surface of the bottom (110). For example, the film receiving space (130) may be formed to be recessed from the inner surface of the bottom (110) so as to be positioned lower than the inner surface of the bottom (110).

  Here, the liquid crystal protective member (10) housed in the film housing space (130) is separated from the release film (11) and the release film (11) and attached to the liquid crystal of the mobile terminal. (12) can be included.

  When such a liquid crystal protective member (10) is accommodated in the film accommodating space (130), the liquid crystal protective film (12) is accommodated so as to be positioned above.

  The moving member (200) includes a lid portion (210) that is coupled to the film storage member (100) and covers the inside of the side surface portion (120) of the film storage member (100).

  The lid part (210) may have a rectangular plate shape having the same size as the bottom part (110) or larger than the bottom part (110).

  The edge of the inner surface of the lid (210) corresponds to the upper end of the side surface (120) of the film storage member (100) when the moving member (200) moves along the moving direction.

  The moving member (200) is coupled to the film storage member (100) so as to allow sliding. Therefore, the film storage member (100) may include a pair of guide walls (140), and the moving member (200) may include a pair of sliding walls (220).

  When the pair of guide walls (140) are viewed with the short axis side on one side of the bottom (110) of the film storage member (100), that is, the inner surface of the bottom (110) facing the front, the upper ends of the bottom (110) Can be placed adjacent to the part.

  In order to form the pair of guide walls (140), a part of the side surface (120) of the film storage member (100) is cut open, the inside of the side surface (120) is opened, and the side surface (120) is opened. A pair of guide walls (140) may be formed on both sides of the portion.

The pair of guide walls (140) are spaced apart from each other by a certain distance, and extend parallel to the length direction of the bottom (110).
The extended length of the pair of guide walls (140) is not particularly limited, and may be extended with a short length as illustrated in FIG.

  Guide grooves (141) may be formed on the inner surfaces of the pair of guide walls (140).

  The pair of sliding walls (220) is vertically extended from the inner surface of the lid portion (210) of the moving member (200) by a predetermined length along the length direction of the lid portion (210).

The pair of sliding walls (220) are separated from each other by a predetermined distance and face each other.
The spaced distance between the pair of guide walls (140) may be equal to the spaced distance between the pair of guide walls (140).

  Guide protrusions (221) may be formed on the inner surfaces of the pair of sliding walls (220).

  The guide protrusions (221) are fastened to guide grooves (141) formed on the inner surfaces of the pair of guide walls (140), and the pair of sliding walls (220) are slid in contact with the pair of guide walls (140). At this time, the pair of sliding walls (220) is prevented from being detached, and can be moved stably.

  Due to the pair of guide walls (140) and the pair of sliding walls (220), the moving member (200) is moved in the length direction of the liquid crystal protection member (10) stored in the film storage member (100) and the film storage member. It slides along a moving direction parallel to the length direction of (100), and is combined with and separated from the film storage member (100).

  On the other hand, when the moving member (200) is moved in a direction separated from the film storage member (100) in a state of being coupled to the film storage member (100), the liquid crystal protection member stored in the film storage space (130). The liquid crystal protective film (12) of (10) is gradually separated from the release film (11), and the gradually separated liquid crystal protective film (12) is attached to the liquid crystal of the mobile terminal (30).

  Therefore, the moving member (200) includes the terminal corresponding part (230), and a partial region around the terminal corresponding part (230) is connected to the liquid crystal protective film (12).

  The terminal corresponding unit (230) corresponds to the upper end or lower end of the mobile terminal (30), and when the mobile terminal (30) is pushed in the direction of the terminal corresponding unit (230), the moving member (200) is moved in the moving direction. It is a part for making it move along.

A terminal corresponding | compatible part (230) is located in the one end part perpendicular | vertical to the moving direction of a moving member (200), ie, the lower end part of the cover part (210) of a moving member (200).
The terminal corresponding part (230) can include a bay part (231), a sliding piece (232), and a pair of guide pieces (233).

A bay part (231) can accommodate the outer periphery of the upper end part or lower end part of a portable terminal (30).
Therefore, the bay entrance (231) can be formed in a shape corresponding to the shape of the upper end of the mobile terminal (30). The bay entrance (231) can be formed by entering from the lower end of the lid (210) of the moving member (200).

  The sliding piece (232) may have a plate shape protruding vertically from the end of the bay entrance (231), and is located at the center of the bay entrance (231).

  When the upper end or the lower end of the mobile terminal (30) enters the inside of the bay portion (231), the sliding piece (232) has the center of the upper end or the lower end of the mobile terminal (30). It can correspond to.

  The pair of guide pieces (233) may have a plate shape protruding vertically from the end of the bay portion (231), and are located on the left and right sides of the sliding piece (232).

  When the upper end or lower end of the portable terminal (30) enters the inside of the bay portion (231), the pair of guide pieces (233) is formed on the upper end or lower end of the portable terminal (30). Corresponding to the corner area, the portable terminal (30) can be guided so that the upper end or the lower end of the portable terminal (30) can easily enter the inside of the bay portion (231).

  The region connected to the liquid crystal protective film (12) may be a region between the sliding piece (232) and each guide piece (233).

  As an example, the liquid crystal protective film (12) is connected to the moving member (200) via a sheet-like tag (Tag) (20) attached to the opposite surface of the attachment surface attached to the release film (11). can do.

In this case, the tip of the tag (20) can be attached to the outer surface of the lid (210) between the sliding piece (232) and each guide piece (233).
As an example, adhesion between the tag (20) and the outer surface of the lid (210) can be made through a double-sided tape.

  When the moving member (200) moves in the direction in which the moving member (200) is separated from the film storage member (100), the release film (11) is pulled by pulling the tag (20). Can be separated from

  Meanwhile, the film storage member (100) may further include a pair of lid support portions (150), and the moving member (200) may further include a film pressing surface (240).

  The pair of lid support portions (150) are disposed adjacent to the film accommodation space (130) of the film accommodation member (100), and when the moving member (200) moves along the movement direction, the lid portion (210). Support.

Therefore, the pair of lid support portions (150) are extended in parallel with the moving direction of the moving member (200).
As an example, each lid support part (150) can extend from the pair of guide walls (140) toward the lower end part of the film storage member (100).

  The extended length of the pair of lid support portions (150) may be a length corresponding to the moving distance of the moving member (200), and is formed to have a predetermined width. The inner surface of the lid part (210) of the moving member (200) is supported by such a lid support part (150).

  The film pressing surface (240) presses the liquid crystal protection member (10) housed in the film housing space (130) when the moving member (200) moves along the moving direction.

The film pushing surface (240) can be located between a pair of sliding walls (220).
As an example, the film pressing surface (240) can be formed as a horizontal surface that can be formed integrally with the pair of sliding walls (220) by connecting the end of each sliding wall (220).

At this time, the film pressing surface (240) is opposed to the film accommodating space (130).
Such a film pressing surface (240) is brought into close contact with the inner side surface of the bottom (110) of the film storage member (100) when the moving member (200) is coupled to the film storage member (100). When the liquid crystal protective member (10) is stored in the storage space (130), the liquid crystal protective member (10) can be in close contact.

  Meanwhile, the moving member (200) may further include a stopper (250) and a receiving portion (260), and the film receiving member (100) may further include a stopper fastening groove (160).

  The stopper (250) restricts the movement of the moving member (200) when the moving member (200) is moved so as to be coupled to the film storage member (100).

The stopper (250) is disposed on the opposite side of the terminal corresponding part (230) of the moving member (200).
As an example, the stopper (250) may be formed to protrude from the film pressing surface (240) on the opposite side of the terminal counterpart (230).

That is, the stopper (250) is disposed adjacent to the upper end of the moving member (200).
The shape of the stopper (250) is not particularly limited. For example, the shape of the cross section of the stopper (250) may be a right triangle.

  When the stopper (250) has a right-angled triangular cross-sectional shape, the perpendicular surface of the right-angled triangle can be formed to face the direction of the terminal counterpart (230). The stopper (250) corresponds to the upper end of the bottom (110) of the film storage member (100) when the moving member (200) is moved so as to be coupled to the film storage member (100). The moving distance of the moving member (200) can be limited.

The accommodating portion (260) is formed to be recessed in a direction perpendicular to the moving direction of the moving member (200).
As an example, the accommodating portion (260) can be formed to be recessed from the film pressing surface (240) toward the outer surface of the lid portion (210).

  The area of the accommodating portion (260) is smaller than the area of the film pressing surface (240). A liquid crystal cleaner or the like can be stored in the storage portion (260).

  The stopper fastening groove (160) is fastened with the stopper (250). Therefore, the stopper fastening groove (160) may have a shape corresponding to the shape of the cross section of the stopper (250).

  For example, if the stopper (250) has a right triangle cross section shape, the stopper fastening groove (160) may also have a right triangle cross section shape.

  The stopper fastening groove (160) is formed on the inner surface of the bottom (110) of the film storage member (100) and can be positioned between the pair of guide walls (140). It can be placed adjacent to the upper end.

  Meanwhile, the liquid crystal protective film attachment case of the mobile terminal according to an embodiment of the present invention may further include a liquid crystal dust removing member (300), and the film storage member (100) further includes a terminal support part (170). be able to.

  The liquid crystal dust removing member (300) removes dust attached to the liquid crystal screen of the portable terminal (30) before the liquid crystal protective film (12) of the liquid crystal protective member (10) stored in the film storage member (100) is attached. It is a means to do.

  The liquid crystal dust removing member (300) is coupled to the film housing member (100), is adjacent to the film housing space (130), and is connected to the terminal corresponding portion (230) of the moving member (200) coupled to the film housing member (100). ).

As an example, the liquid crystal dust removing member (300) may be a rotating roller.
In this case, the rotating roller can be rotatably installed with both end portions being axially connected to the side surface portion (120) of the film storage member (100).
An adhesive sheet (310) may be wound around the outer surface of the rotating roller in order to remove liquid crystal dust.

  The rotating roller moves the moving member (200) by pressing the portable terminal (30) after making the portable terminal (30) correspond to the terminal corresponding part (230) of the moving member (200). The adhesive sheet (310) can remove dust attached to the liquid crystal screen of the portable terminal (30).

  A terminal support part (170) is a part which supports a portable terminal (30), when the upper end part or lower end part of a portable terminal (30) respond | corresponds to a terminal corresponding | compatible part (230).

The terminal support part (170) may be provided on the inner surface of the bottom part (110) of the film storage member (100) so as to face the liquid crystal dust removal member (300).
As an example, the terminal support (170) may have a cross-sectional shape in the form of an “L”.

  In this case, the height of the upper end portion of the terminal support portion (170) may be the same as or lower than the height of the liquid crystal dust removing member (300).

  Hereinafter, a process of attaching the liquid crystal protective film to the liquid crystal screen of the portable terminal using the liquid crystal protective film adhesion case of the portable terminal according to the embodiment of the present invention will be described with reference to FIGS. 3 and 4. .

  FIG. 3 is a perspective view illustrating a state in which the mobile terminal corresponds to the terminal corresponding part for explaining the process of using the liquid crystal protective film adhesion case of the mobile terminal according to an embodiment of the present invention. FIG. 5 is a perspective view illustrating a state in which a moving member moves and a liquid crystal protective film is separated from a release film for explaining a process of using a liquid crystal protective film adhesion case of a portable terminal according to an embodiment of the present invention.

  In order to attach a film to the liquid crystal screen of the portable terminal, first, the moving member (200) is coupled to the film storage member (100), and the film storage space (130) of the film storage member (100) is liquid crystal protected. The member (10) is accommodated, and at this time, the liquid crystal protective film (12) of the liquid crystal protective member (10) is positioned so as to face the inner surface of the lid (210) of the moving member (200), and the liquid crystal protective film The upper end portion of (12) faces the lower end portion of the film storage member (100), and the lower end portion of the liquid crystal protective film (12) is stored so as to face the top of the film storage member (100).

  The upper end part of the liquid crystal protective film (12) is connected around the terminal corresponding part (230) of the moving member (200) via the tag (20).

  In this state, the upper end of the mobile terminal (30) is made to correspond to the terminal corresponding part (230) of the moving member (200) as shown in FIG.

  At this time, the upper end portion of the portable terminal (30) is accommodated in the bay portion (231) of the terminal corresponding portion (230), and the sliding piece (232) and the pair of guide pieces (233) of the terminal corresponding portion (230). Corresponds to the outer periphery of the upper end of the mobile terminal (30).

  At this time, the terminal support portion (170) supports the mobile terminal (30), and the liquid crystal screen of the mobile terminal (30) is positioned to face the liquid crystal dust removing member (300).

  Subsequently, the portable terminal (30) is pushed toward the upper end of the film storage member (100), and the moving member (200) is moved in a direction separated from the film storage member (100).

  Foreign substances such as dust attached to the liquid crystal screen of the portable terminal (30) during the movement of the portable terminal (30) and the moving member (200) are removed by the liquid crystal dust removing member (300), and the liquid crystal protective film (12 ) Is separated from the release film (11) as shown in FIG. 4 and attached to the surface of the liquid crystal screen of the portable terminal (30).

  That is, when the portable terminal (30) is moved, the rotating roller of the liquid crystal dust removing member (300) rotates, and the adhesive sheet (310) wound around the rotating roller is attached to the liquid crystal screen of the portable terminal (30). Foreign matter such as dust is removed, and the liquid crystal protective film (12) is formed by moving the moving member (200) so that the terminal corresponding part (230) gradually moves away from the upper end of the liquid crystal protective film (12). The upper end portion of the protective film (12) is pulled through the tag (20) attached around the terminal corresponding portion (230), whereby the upper end portion of the liquid crystal protective film (12) is released from the mold. Separated from the film (11).

  At this time, the upper end portion of the liquid crystal protective film (12) separated from the release film (11) is bent and covered so that the attachment surface of the liquid crystal protective film (12) faces the portable terminal (30). When the mobile terminal (30) continues to move, the attachment surface of the liquid crystal protective film (12) is attached to the surface of the liquid crystal screen of the mobile terminal (30), and the liquid crystal protective film (12) is attached to the liquid crystal screen of the mobile terminal (30). To be attached to.

  In this process, the moving member (200) moves while the film pressing surface (240) of the moving member (200) presses the liquid crystal protective member (10) accommodated in the film accommodating space (130).

  When the moving member (200) moves to the upper end of the film storage member (100), the entire surface of the liquid crystal protective film (12) is separated from the release film (11), and the entire liquid crystal screen of the portable terminal (30). To be attached to.

  As described above, when the liquid crystal protective film attachment case of the portable terminal according to the embodiment of the present invention is used, there are the following advantages.

  1. After the upper end or lower end of the mobile terminal (30) is made to correspond to the terminal corresponding part (230), the mobile terminal (30) is pushed toward the upper end of the film storage member (100) to move the mobile member (200). Since the liquid crystal protective film (12) adheres to the liquid crystal screen of the mobile terminal (30) only by moving the liquid crystal, the liquid crystal protective film (12) for protecting the liquid crystal screen of the mobile terminal (30) is attached. The process can be performed very easily and quickly, and without failing the process of attaching the liquid crystal protective film (12) to the liquid crystal screen of the mobile terminal (30), the liquid crystal protective film (12) can be attached to the mobile terminal (30). Can adhere to the liquid crystal screen.

  2. Before the liquid crystal protective film (12) is attached to the liquid crystal screen of the portable terminal (30) through the liquid crystal dust removing member (300), the liquid crystal dust removing member (300) causes the liquid crystal screen of the portable terminal (30) to Since foreign matter such as dust is removed, there is no foreign matter between the surface of the liquid crystal screen of the mobile terminal (30) and the liquid crystal protective film (12) attached to the liquid crystal screen. A film (12) can adhere.

  3. While moving the moving member (200), the liquid crystal protective film (12) is positioned inside the film housing space (130) of the film housing member (100) in the process of attaching the liquid crystal protective film (12) to the liquid crystal screen of the portable terminal (30). Since the film pressing surface (240) presses the entire liquid crystal protective member (10) and the moving member (200) moves, the liquid crystal protective member (10) floats or separates from the inside of the film accommodating space (130). It is prevented.

  Therefore, the failure of the attachment process of the liquid crystal protective film (12) due to the floating of the entire liquid crystal protective member (10) or separation is prevented.

  In conclusion, when the liquid crystal protective film adhering case of the mobile terminal according to one embodiment of the present invention is used, the removal process of the foreign matter attached to the liquid crystal screen of the mobile terminal (30) and the adhering process of the liquid crystal protective film are performed quickly in a continuous process. In addition, the process of attaching the liquid crystal protective film to the liquid crystal screen of the portable terminal through this process is simple and quick without failure, and the additional purchase cost of the liquid crystal protective member due to the failure to attach the liquid crystal protective film. Can be saved.

  Meanwhile, the liquid crystal protective film attachment case of the mobile terminal according to an embodiment of the present invention can be provided to the consumer in the form of a package.

  That is, the liquid crystal protective member (10) is accommodated in the film accommodating member (100), and the liquid crystal cleaner is accommodated in the accommodating portion (260) of the moving member (200), and then formed on the moving member (200). When the stopper (250) is fastened to the stopper fastening groove (160) formed in the film storage member (100), the film pressing surface (240) of the moving member (200) presses the liquid crystal protective member (10), and the moving member ( 200) covers the inside of the film storage member (100) without movement.

  In this way, the liquid crystal protective member (10) and the liquid crystal cleaner can be accommodated to the consumer by combining the liquid crystal protective member (10) and the liquid crystal cleaner and the liquid crystal protective film (12) of the liquid crystal protective member (10). Can be provided.

  On the other hand, although not shown in the drawings, the film storage member and the moving member may be composed of only a rectangular plate.

  In this case, a first groove having a predetermined depth is processed on one surface of the plate constituting the film storage member, and a second groove is processed again on the inner surface of the processed first groove to form a film storage space. A guide groove parallel to the length direction of the plate can be processed on the inner wall of one groove, and the guide protrusion is processed along the guide groove at the end of the long axis of the plate constituting the moving member. And can be configured to be capable of sliding coupling.

  In this case, a terminal corresponding portion can be formed at the lower end portion of the plate constituting the moving member.

  The explanation by the presented example etc. is provided so that those having ordinary knowledge in the technical field of any present invention can use or implement the present invention. Various modifications and the like in the embodiments and the like will be apparent to those having ordinary knowledge in the technical field of the present invention, and the general principles and the like defined herein may be used without departing from the scope of the present invention. It can be applied to the embodiments. Thus, the present invention should not be limited to the embodiments and the like presented herein, but should be construed to the maximum extent consistent with the principles and novel features presented herein.

DESCRIPTION OF SYMBOLS 10 Liquid crystal protective member 11 Release film 12 Liquid crystal protective film 20 Tag 100 Film storage member 110 Bottom part 120 Side surface part 130 Film accommodation space 140 Guide wall 141 Guide groove 150 Cover support part 160 Stopper fastening groove 170 Terminal support part 200 Moving member 210 Cover Part 220 Sliding wall 221 Guide protrusion 230 Terminal corresponding part 231 Bay entry part 232 Sliding piece 233 Guide piece 240 Film pressing surface 250 Stopper 260 Housing part 300 Liquid crystal dust removing member 310 Adhesive sheet

Claims (15)

A film storage member including a release film and a film storage space for storing a liquid crystal protection member including the liquid crystal protection film separated from the release film and attached to the liquid crystal of the mobile terminal; and in the length direction of the liquid crystal protection member A moving member that moves along a parallel moving direction, is coupled to and separated from the film storage member, and is arranged perpendicular to the moving direction and includes a terminal corresponding portion corresponding to the upper end portion or the lower end portion of the mobile terminal. Including
The moving member is characterized in that a partial area around the terminal corresponding part is connected to the liquid crystal protective film,
LCD protective film attachment case for mobile devices. The terminal corresponding part includes a plate-shaped sliding piece corresponding to an upper end part or a lower end part of the mobile terminal,
The liquid crystal protective film adhesion case of the portable terminal according to claim 1. The terminal corresponding unit is
A bay portion that is formed in a shape corresponding to the shape of the upper end portion or the lower end portion of the mobile terminal and accommodates the upper end portion of the mobile terminal or the outer periphery of the lower end portion;
A plate-like sliding piece that protrudes vertically from the end of the bay portion, is located at the center of the bay portion, and corresponds to the upper end or the lower end of the portable terminal;
And a pair of plate-like guide pieces that protrude vertically from the end of the bay portion, are located on the left and right sides of the sliding piece, and correspond to the upper end portion or the lower end portion of the mobile terminal. Characterized by the
The liquid crystal protective film adhesion case of the portable terminal according to claim 1. The film storage member is a rectangular plate in which the film storage space is formed on the inner surface,
The moving member is composed of a rectangular plate having the terminal corresponding portion at one end perpendicular to the moving direction.
The liquid crystal protective film adhesion case of the portable terminal according to claim 1. The film storage member includes a plate-shaped bottom portion in which the film storage space is formed on an inner surface; and a side surface portion perpendicular to the bottom portion;
The moving member includes a plate-like lid having the terminal corresponding portion at one end perpendicular to the moving direction,
The moving member is configured such that an edge of the lid portion is placed at an upper end of the side surface portion and moves along the moving direction.
The liquid crystal protective film adhesion case of the portable terminal according to claim 1. The film storage member includes a pair of guide walls disposed adjacent to a short axis side on one side of the bottom portion and spaced apart from each other by a certain distance.
The moving member includes a pair of sliding walls extended by a predetermined length on an outer surface of the lid portion and facing the pair of guide walls and sliding in a length direction of the liquid crystal protection member. And
The liquid crystal protective film adhesion case of the portable terminal of Claim 5. The pair of guide walls includes a guide groove formed on a surface with which the pair of sliding walls contact,
The pair of sliding walls includes guide protrusions formed on surfaces contacting the pair of guide walls and fastened to the guide grooves.
The liquid crystal protective film adhesion case of the portable terminal according to claim 6. The moving member may further include a film pressing surface located between the pair of sliding walls and facing the film accommodating space.
The liquid crystal protective film adhesion case of the portable terminal according to claim 6. The moving member further includes a stopper that restricts movement of the moving member when the moving member is moved to be coupled to the film storage member,
The stopper is disposed on the opposite side of the terminal corresponding part,
The liquid crystal protective film adhesion case of the portable terminal of Claim 5. The stopper protrudes from the film pressing surface,
The film storage member may further include a stopper fastening groove formed on an inner surface of the bottom so as to be positioned between the pair of guide walls and fastened to the stopper.
The liquid crystal protective film adhesion case of the portable terminal according to claim 9. The film storage member further includes a pair of lid support portions that are disposed adjacent to the film storage space and support the lid portion of the moving member.
The liquid crystal protective film adhesion case of the portable terminal of Claim 5. The apparatus further includes a liquid crystal dust removing member coupled to the film housing member so as to be adjacent to the film housing space.
The liquid crystal protective film adhesion case of the portable terminal according to claim 1. The liquid crystal dust removing member includes a rotating roller having both side ends axially connected to the side surface of the film storage member and rotatably installed.
An adhesive sheet is attached to the outer surface of the rotating roller in order to remove liquid crystal dust.
The liquid crystal protective film adhesion case of the portable terminal of Claim 12. The film storage member is disposed to face the liquid crystal dust removing member, and a terminal support configured to support the mobile terminal when an upper end portion or a lower end portion of the mobile terminal corresponds to the terminal corresponding portion. Further comprising:
The liquid crystal protective film adhesion case of the portable terminal of Claim 12. The moving member further includes a receiving portion formed to be recessed in a direction perpendicular to the moving direction.
The liquid crystal protective film adhesion case of the portable terminal according to claim 1.

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