JP2016071314A - Poster device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make it possible to easily fix an IC tag at the predetermined position of a poster and a bulletin board to skillfully utilize it as information provision means.SOLUTION: A poster device includes a poster and a mount that overlaps with the poster to hold it. In the mount, an IC tag is attached to a part overlapping with a reading position (touch point) of the poster. It is preferable that the IC tag is provided at the intersection of grid-like coordinates or inside of a frame provided on the mount. It is also preferable that the poster and the mount are overlapped to be provided in a single frame.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a poster apparatus using an IC tag (also called an RFID tag, an electronic tag, an RF tag, etc.).

  For example, various data can be read simply by holding a mobile phone or a smartphone over an IC tag attached to a poster. This uses an existing method of reading information by activation of a browser or mailer using a mobile phone or smart phone with a built-in IC tag reader in a non-contact type IC tag.

  This method is effective because it is possible to convey abundant information to the user, but there is a problem that it is expensive to attach an IC tag to all posters. In other words, since IC tags are not suitable for printing, after printing, each poster must be accurately positioned and pasted, and the cost of the IC tag itself is also high, so compared with existing posters accordingly. There is a problem that the cost is significantly increased. This is different from two-dimensional barcodes that only require inexpensive printing.

  In addition, there exists a thing described in patent documents as what tries to utilize an IC tag for the identification of goods. This is a management server that acquires the IC tag position information by holding it over an IC tag that is attached to a fixed position with a poster displaying a predetermined product, and corresponds to the position information of the IC tag. The display image to be displayed is displayed.

  However, although the documents described in the prior art use the position information of the IC tag, the positions of the IC tag and the poster are not determined accurately and easily. That is, the problem to be solved is different from the present invention.

JP 2013-161097 A

  An object of the present invention is to make it possible to easily fix an IC tag to a predetermined position on a poster or a bulletin board so that it can be used effectively as an information providing means.

  In order to solve the above problems, the present invention employs the following configuration. That is, a poster device according to the present invention includes a poster and a mount that holds the poster so as to overlap the poster, and an IC tag is attached to a portion of the mount that overlaps the reading position (touch point) of the poster. It is characterized by being.

  The IC tag is preferably provided at the intersection of grid-like coordinate axes provided on the mount or inside the frame. Further, it is preferable that the poster and the mount are overlapped and provided in one frame.

  The IC tag mounting board is required to have functions such as being water-resistant, not easily torn, and light, but materials such as sheets and non-woven fabrics can be used in addition to paper.

It is an external view of a poster. It is explanatory drawing of an IC tag. It is explanatory drawing of a mount. It is a top view of the mount which illustrates arrangement | positioning of an IC tag. It is sectional drawing showing an attachment state.

  Hereinafter, embodiments of the present invention will be described. As shown in FIGS. 1 and 3, the poster device 1 has a poster 5 and a mount 7 held inside a frame 2. The poster 5 and the mount 7 are held in the frame 2 with the same dimensions and just overlapping. Since posters affixed to stations and the like are mostly fixed, it is convenient to use both the mount 7 and the poster with the same size and the same size. A back plate 9 is provided on the back side of the mount 7 for reinforcement. The back plate is not necessarily provided.

  An IC tag 10 as illustrated in FIG. 2 is attached to the mount 7. As shown in FIG. 4, the IC tag is preferably arranged at a position displayed in advance (for example, at the intersection or frame of a grid-like Kay wire). Although there are a large number of grid-like intersections in the vertical and horizontal directions, IC tags may be provided at all the intersections, or in some cases, they may be provided at appropriate plural places. Instead of being arranged at the grid-like intersections, they may be arranged respectively in the grid. In short, an IC tag may be attached to an appropriate position on the poster.

  When the number of IC tags is larger, the reading position 11 of the IC tag can be selected in various ways on the paper surface of the poster, and the degree of freedom in designing the poster is increased. Therefore, it is basically arranged at all intersections or at all grids, but may be provided at an appropriate number of places predicted to be frequently used in some cases for cost reduction. However, depending on circumstances, only a few, for example, one may be provided at a specific location. In either case, it is convenient if a third party can easily know the position where the IC tag is fixed. The position of the IC tag and the touch position (reading touch mark position) 11 of the poster need to overlap when the poster is printed, but this is not a problem if the IC tag mounting position is informed to the poster designer or the like in advance. .

  For this purpose, it is convenient to coordinate the IC tag mounting position and to express the coordinates. FIG. 5 shows this. If the vertical lines provided in a grid pattern are 1, 2, 3,... And the horizontal lines are a, b, c,. , 3-b is preferable. The type of poster can be prevented from being mistaken if it is called, for example, 3-b depending on the effective position where the IC tag is attached. In addition, it is preferable that the attachment position of the poster is expressed in 1 cm intervals both vertically and horizontally because it is standardized in units of cm.

  The poster design is infinite, and the poster displays a style number and a number (coordinate) for displaying the IC installation position. For example, P-13B15-d. Among these, P-13 is a number representing the type of poster, for example, a poster on the island-wide seaway, B15 is the standard size of the poster, 15-d is an effective position necessary for IC detection (determined by the poster design) ) Respectively. Once the poster design is determined, the appropriate IC position is also determined, so the poster is designed so that it overlaps the position of the chitin and the mount.

  As shown in FIG. 5, the frame 2 has a notch on the back side, and a step portion is formed. The peripheral portion of the mount 7 and the poster 5 is overlapped and fixed on this stepped portion. Since the mount 7 and the poster are standard products and have the same dimensions, selecting the poster inevitably causes the effective attachment position of the IC tag and the reading position of the poster to overlap. The peripheral edge portion may be fixed with a thumbtack or an adhesive, but depending on circumstances, it may be simply clamped and fixed between the frame 2 and the back plate 9. If there is no frame, it may be just aligned and fixed with a thumbtack or the like.

  In this fixed state, as described above, the effective IC reading position (mark) of the poster 5 and the IC tag of the mount 7 overlap each other. Therefore, the information on the IC tag can be read by a reader such as a mobile phone. Depending on the poster design, the IC reading position can be located at another position on the paper.

  When the poster device 1 is completed, the administrator sets the guidance destination of the personal computer so that the Web that is guided by the IC becomes the target URL. It is preferable to turn off unused IC tags other than the applicable ones.

  The IC tag Web guide destination (URL) changing method of the position corresponding to a different poster can be performed by existing means. For example, all the IC tags pasted on the poster stand are guided to the administrator's personal computer, and the IC tag Web address is changed in the administrator's personal computer. If the poster number, the poster device number, the IC tag position number in each poster device, and the Web guide destination address for each poster design are clarified, the administrator can easily switch the Web corresponding to the poster on a personal computer. Description of this system and program is omitted because it is already publicly available.

  The poster 5 has various mark positions depending on the design. This is the reason why the mounting position of the IC tag is increased in the present invention. Even if the design of the poster changes and the mounting position of the IC tag changes, the IC tag near the touch mark can cope well. The attachment position of the IC tag is not limited to this and may be selected in a wide range.

  Since this poster only needs to be printed in the same manner as the two-dimensional barcode, printing can be performed as usual, and since the IC tag setting position is disclosed, even a small and medium-sized printer can handle it without problems.

  Various methods for arranging IC tags are conceivable. In one embodiment, IC tags are provided on a concentric circle at predetermined intervals. The arrangement method of the IC tags is not limited to this, and other methods can be adopted. Also in this case, there is no problem as long as the mounting position of the IC tag is known.

  This poster device can be used for various guidance by designing the poster itself. In addition to this, information provided separately, for example, directions and inn information, is read by an IC tag with a reader 12 such as a mobile phone. Can be read through. This operation is simple because it is only necessary to hold the reader 12 over the mark. For example, this poster device is a vertical type, but can also be used as a horizontal display device so that the paper surface is horizontal. For example, a map spread on a table can be used as a disaster prevention map.

  The disaster prevention map is used by the disaster prevention headquarters, municipalities, the Self-Defense Forces, the police, and fire departments in the event of an emergency (referred to as “N code”). If you place the base sheet with the label on the bottom, you can easily touch the drawing mesh area of the disaster prevention diagram with a reader to display the designated area on the personal computer screen and easily input or rewrite disaster information on the personal computer.

  According to the present invention, when the poster is printed, the IC tag is designed so that the mark indicating the reading position of the poster is positioned at a predetermined fixed position of the IC tag, so that no special consideration is required. And poster marks can be superimposed. Therefore, information can be obtained using an IC tag without special consideration. Further, since only printing is required as in the case of the two-dimensional barcode, even a small and medium-sized printer can respond without problems.

  As described above, the poster device according to the present invention can easily and accurately prepare a poster with an IC tag attached to a predetermined position. It goes without saying that this poster can be used for poster bulletin boards and advertisements.

1 Poster device 2 Frame 5 Poster 9 Back plate 10 IC tag 12 Reader

Claims (2)

  A poster device comprising: a poster; and a mount for holding the poster so as to overlap the poster, and an IC tag is attached to the mount at a portion overlapping the reading position of the poster.   2. The poster apparatus according to claim 1, wherein the IC tag is provided at an intersection of grid-like coordinate axes provided on the mount or inside a frame.

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