JP2001159866A - Display system for identification display - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display system for an identification display body for attaching the identification display, such as color coded braille, to a sheet body or merchandise, etc., including printing, etc. SOLUTION: The display is formed by plural dots such as braille/one or plural continuous frames/plural continuous lines or by combining the dots, frames and lines and thereafter, the respective dots/frames/lines of the display are arranged with >=1 colors, by which the identifiable display may be obtained.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a display system of an identification display body for attaching an identification display body such as a colored braille to a product or the like, including a sheet, a three-dimensional body, or a print.

[0002]

2. Description of the Related Art An identification display according to the present invention includes a sheet (seal) body provided with Braille, a plate-like body, a bar code display body provided on a product (by printing or the like), and a bar code display body provided on a product (by printing or the like). ) It mainly defines the character mark provided for the provided character trademark or various product names.

[0003] That is, a bar code consisting of a plurality of vertical lines having different widths is printed or attached to a product placed in a store such as a supermarket. This barcode is displayed in a single black color. This is because black is apt to react when reading by a machine.

[0004] Braille for visually impaired people, especially seen in public facilities and the like, is a protruding point composed of a combination of three vertical rows and two horizontal rows. It is displayed in an inorganic color or colorless.

[0005] Further, when a user's belongings and the like are distinguished from others, it is common to identify them by displaying their own names or symbols on a display body such as a kanji or an alphabet.

[0006]

However, each of the above-mentioned conventional identification displays has the following problems. First, in the case of bar codes, various types can be expressed by the width of the line, etc., but since the color of the line is black, the design of the product must be attached or printed on the back of the product as much as possible. In addition to the drawback that the effect is impaired, when performing product management at a store (reading a barcode with a mobile device), the product must be turned over and the barcode must be read each time, which is complicated. There was a disadvantage that it was.

[0007] In the case of Braille, it is good if it is described in a book. However, when teaching the position of Braille to a visually impaired person at a public facility such as a station, a healthy person can immediately find out where Braille is described. In many cases, it is inconvenient in terms of guiding a visually impaired person or the like. further,
Even when one's belongings are distinguished from others, writing characters such as general kanji may impair the design of the belongings, etc., and it is not always satisfactory.

Therefore, the present invention has been made in view of the above points, and has been made in view of workability such as merchandise management without impairing the design effect, and has a visual (aesthetic appearance) that can be easily identified by anyone. It is an object of the present invention to provide a display system which is an identification display such as Braille which is rich in ().

[0009]

According to the present invention, in order to solve the above-mentioned problems, a plurality of points such as Braille, / one or a plurality of continuous frames, / a plurality of continuous lines are provided. Or a combination of points, frames, and lines to form a display body, and thereafter, by arranging at least one or more colors on each point, / frame, / line of the display body, It is characterized by doing.

Further, according to the second aspect, the display body is formed by laminating a plurality of points such as Braille, / one or a plurality of continuous frames, / a plurality of continuous lines, or a combination of the points, the frames, and the lines. Is created, and then each point, / frame, /
It is characterized in that a display body that can be identified by arranging at least one color on each line is provided.

Another object of the present invention is to form a display body in which dots, frames, and lines are concavely formed, and thereafter, colors are arranged in the concave portions of the points, frames, and lines.

[0012]

Next, a display system for an identification display having the above configuration will be described. By assigning colors to multiple points such as Braille, it is possible to more clearly identify the point part, and when using it for Braille, it is possible to more clearly judge where it is located in public facilities etc. it can.

[0013] In addition, by displaying colors on one or a plurality of continuous frames, a display body having a design value (for example,
Various marks). It can be used as a barcode or the like.

Further, by arranging colors on a plurality of continuous lines, for example, when used for a bar code, the bar code display can be expressed in a wider variety of ways, and the product can be displayed without impairing the design of the product. Since a barcode can be displayed on the surface of the device, the efficiency of various operations such as product management can be improved.

[0015] Further, by combining points, frames, and lines, a display body rich in change is created, and thereafter, at least one or more colors can be arranged on each point, each frame, and each line of the display body to be identifiable. It can be created as a simple display body and used according to various uses.

Further, a plurality of points such as Braille are stacked to form a protruding display body, and thereafter, at least one color is applied to each point of the protruding display body, so that the display is more varied. You can create a display object. For example, in Braille, the identification can be performed more reliably.

Further, one or a plurality of continuous frames are stacked to form a projecting display body, and thereafter, at least one color is applied to each frame of the projecting display body to further change. A rich display body can be created. For example, it is also possible to change the position of the protrusion of the frame.

[0018] Further, a display body having a plurality of continuous lines is laminated to form a protruding display body, and then at least one or more colors are arranged on the lines of the protruding display body, thereby providing a more varied display. Can create a body. For example, a three-dimensional bar code is created.

In addition, each of the points, frames, and lines is combined with each other, and a stacked display body is formed. Then, at least one color is assigned to each of the points, frames, and lines of the projected display body. By displaying the colors, a more varied display can be created.

Further, by forming a point, a frame, and a line in a concave shape, and then coloring the concave portions of the point, the frame, and the line, a discriminating body having a depth can be created. As a result, it is possible to create a display body with more variety.

[0021]

[Embodiment 1] Hereinafter, an embodiment of the identification display of the present invention will be described with reference to the drawings. FIG. 1 shows a sheet-shaped Braille identification display 1 composed of a combination of three vertically and two rows of projected points 2a. The color of each point (for example, in the case of one color, red at point A, yellow at point B, green at point C, blue at point D, white at point E, dark blue at point F, and two colors In the case, red and yellow at point A, B
It is also possible to arrange three or more colors, such as yellow and green at point and green and blue at point C. ) By color scheme,
Braille with color scheme can be represented.

When this is used, for example, when a public facility (station, school, library, public hall, gymnasium, etc.) is provided with colored Braille, a healthy person searches for a position with Braille as before. Since the position of Braille can be confirmed immediately without taking time, appropriate guidance to a visually impaired person can be made possible. In addition, there is an advantage that the identification display for Braille can be arranged without impairing the aesthetics of the facility by applying a color scheme suitable for the facility.

At this time, with respect to the points which are frequently used, by assigning a color having high brightness, the identification display body 1 can have a bright color tone, and it is easy to achieve harmony with the whole building.
Furthermore, the coloring effect of Braille (that is, the interpretation of Braille by coloring, etc.) makes it easier for healthy people to be interested in Braille and facilitates communication with visually impaired people.

In the above embodiment, the combination of points is composed of a combination of three points vertically and two rows horizontally. However, the arrangement of the points is not limited to this, and may be provided on the identification display 1. If possible, various combinations may be used. For example, a combination of points having different sizes, or a rectangular point may be formed, or a plurality of points may be arranged in a circle, and the points may be arranged in a cross shape or the like. Is also possible.

A method of providing a point by projecting on the identification display 1 is, for example, to form a plurality of holes in the identification display 1 and insert a colored sphere or pin into this hole. It can also be expressed as a raised point.

Further, for example, a small identification display body 1 provided with dots is attached or pasted to the corners of various cards to clarify the selection from other cards and prevent false cards. And can be used to facilitate discovery.
It can also be used as various expressions that are incorporated into a photograph as colored characters by being attached to the photograph or the like. Furthermore, by attaching an identification indicator 1 (creating an identification indicator for distinguishing Doremi and attaching it to the position of each keyboard) on the piano keyboard,
It can also be used for visually impaired people.

[0027]

Embodiment 2 FIG. 2A shows an identification code body 1 provided with a plurality of continuous substantially rectangular frames 2b. Each frame 2b is colored (for example, red at point A, point B at point B). Yellow at point C, green at point C, blue at point D. For two colors, point A is red and yellow, point B is yellow and green, point C is green and blue, point D is blue and red, etc. Of course, it is also possible to arrange three or more colors.) By coloring, various expressions (for example, symbols such as letters and patterns such as alphabets and hiragana) can be made.

In this case, the shape of the frame 2b is not limited to a substantially rectangular shape, and may be, for example, a plurality of overlapping circles as shown in FIG. It may be formed in a straight frame shape as shown, or may be formed in a streamlined or alphabetical character. In addition, by using various colors, it is possible to provide a more varied display.

In the above-described embodiment, various expressions are made by limiting the identification display 1 to a plane. For example, the identification display 1 is considered as a set of ring bodies, and a colored ring is set. It is also possible to express the identification. further,
Instead of a ring body, it may be represented by colored beads, and it is also possible to consider a set of colored strings.

Further, as a method of producing the identification display body 1, a method of taking out a desired color from a sheet on which a multicolored seal obtained by punching out a large number of seals and arranging them and using the same is also possible. In this case, it is also possible to make the shape and color of the frame with a seal printing machine.

[0031]

Embodiment 3 FIG. 3 shows an identification display 1 provided with a plurality of continuous lines 2c. Each of the lines 2c is colored (for example, red at point A, yellow at point B, green at point C, and point D). In the case of two colors, red and yellow are assigned to point A, yellow and green are assigned to point B, green and blue are assigned to point C, and blue and red are assigned to point D. It is also possible to arrange three or more colors.) By arranging the colors, it is possible to display various characters and symbols such as numbers.

[0032] For this reason, when used as a barcode of a product, it can be attached to or displayed on the front product without deteriorating the design of the product, so that it can be described on the surface of the product. Therefore, it is possible to save the trouble of managing products in a supermarket or the like (in the case of managing products by reading a barcode, the products can be read one by one without turning over). When a colored bar code table is used, a reading device using the corresponding color is required. Also,
When the color brightness is high, it is possible to cope with a conventional bar code reading device.

Further, in this case, there are various advantages such that various expressions can be made only by colors without changing the line width, and more expressions (displays) can be made. Moreover,
Since the line can be freely created, there is an advantage that the line can be easily created.

Incidentally, as a producing method, it is also possible to produce a colored identification display 1 by cutting a plurality of sheets of colored paper one on another with an adhesive or the like and cutting out in the vertical direction. Of course, as shown in FIG. 2B, it is also possible to provide a line 2c having a different width on the identification code body 1 to arrange colors.

The points of the first embodiment, the frames of the second embodiment, and the lines of the third embodiment are respectively combined (for example, a combination of a point and a frame, a combination of a frame and a line, a combination of a point and a line, a point, A combination of a frame and a line), and a more complicated identification mark can be made.

Further, the points of the first embodiment, the frame of the second embodiment, and the line of the third embodiment are respectively laminated, and the colors are arranged by projecting to provide a three-dimensional expression. Also,
The points of the first embodiment, the frame of the second embodiment, and the lines of the third embodiment are respectively provided by being recessed in a plane to provide a different color from the plane or the projection. is there.

The points of the first embodiment, the frame of the second embodiment,
By displaying the line of the third embodiment on a liquid crystal screen of a personal computer, it is possible to use the line as an identification display for the Internet.

As a practice machine for decoding the identification display 1 of each of the above-described embodiments, a colored identification display 1 is displayed on a liquid crystal display unit by pressing an illuminated color push button, and the meaning of each identification, character conversion, and the like are changed. It can be used for decryption, and can display various characters / symbols by attaching colors to multiple windows,
It is also possible to practice each meaning for decoding. After performing various displays, it is also possible to prepare an identification display table by aligning a plurality of the same or different identification display bodies 1 and to perform various expressions in the identification display table. As described above, according to the present invention, it is possible to clarify the identification and improve the design by arranging colors on the display body such as a braille and a bar code, which is described in a tasteless dry state.

Further, the identification display 1 can display more complicated identification display by displaying the points, lines, frames, and the like in a three-dimensional manner as a combination or a single laminated sheet. Become.

[0040]

As described above, according to the present invention, by providing a display system of an identification display body with a good design, the present invention can be applied to a display body that is actually used such as Braille and a bar code. In addition to enabling many complicated displays, in the case of Braille, a healthy person can immediately check the position of Braille without having to spend time searching for the position of Braille as before, Communication with a visually impaired person, such as enabling appropriate guidance to a person, is facilitated. In addition, there is an advantage that the identification display for Braille can be arranged without impairing the aesthetics of the facility by applying a color scheme suitable for the facility.

Further, with respect to frequently used points, there is an advantage that the color of the identification display body 1 can be made bright by assigning a color having high lightness, so that harmony with the whole building can be easily achieved. .

In addition, when used for barcodes, it can be attached to or displayed on a table without impairing the design of the product, and can be described on the surface of the product. (In the case of merchandise management by reading a bar code, the merchandise can be read without turning over the products one by one).

Further, by producing various complicated identification display bodies, the identification display can be freely expressed, and furthermore, there is an advantage that a display having a high design quality can be realized. In addition, there is an advantage that it can be easily used, can be widely used, and can be used for various purposes.

[Brief description of the drawings]

FIG. 1 is a schematic plan view showing an embodiment of the present invention.

FIG. 2 shows another embodiment (a), (b) and (c) are schematic plan views thereof.

FIG. 3 is a schematic plan view showing another embodiment.

[Explanation of symbols]

 1. Identification body

Claims (3)

[Claims] 1. A display body is created by a plurality of points such as Braille, / one or a plurality of continuous frames, / a plurality of continuous lines, or by combining dots, frames, and lines, respectively, and thereafter, the display body A display system for an identification display, characterized in that the display is identifiable by assigning at least one color to each point, / each frame, and / each line. 2. A stacked display body is created by a plurality of points such as Braille, / one or a plurality of continuous frames, / a plurality of continuous lines, or a combination of points, frames, and lines. A display system for an identification display, characterized in that the display is identifiable by arranging at least one color on each point, each frame, and each line of the display. 3. The display body according to claim 1, wherein the point, the frame, and the line are formed in a recessed manner, and thereafter, the point, the frame, and the line are colored by coloring the recessed portion. Display system of identification display body.