JPH072082U - Index for displaying material classification - Google Patents

Abstract

(57) [Summary] [Purpose] It is intended to provide a material classification display index in which users in need of classification can selectively and easily perform a wide variety of classifications according to their tastes. It is designed to be easy and quick to sort and sort according to type. A base member (10) that is molded to have a thin plate shape and an index shape, and a color band (such as different hues) at regular intervals on at least one surface of the base member (10). 21) and the like, and a color code (20) in which the color is arranged and the surface of the color code (20) is covered with an opaque or translucent material and the corresponding color band (21).
Any kind of material storage stationery including a card, a file, a material case, an envelope, a jacket, etc. Even in the class, various classifications are displayed by a simple color identification method.

Description

[Detailed description of the device]

[0001]

[Fields of industrial application]

 The present invention relates to an index for displaying material classifications, and is particularly designed for easy and quick classification and organization according to the classification and type of material.

[0002]

[Prior art]

 In general, as a method of separating and storing materials, materials of the same size are filed and separated and stored using cards, binders, etc. At this time, the classification display is displayed on the card as a means to enable the contents of various incidents to be quickly grasped according to the purpose of describing the progress matters.

As a conventionally known classification display means for files and the like, a classification board for displaying a classification is projected and formed so that it can be easily confirmed from the outside. It is usual to classify by entering each one, or purchase another heading paper etc. and put it on one side of the card and enter the desired symbol or number so that the classification can be done. It was

However, in such a classification method, it is needless to say that another writing instrument, a heading paper, a label, etc. are prepared separately, and that the classification plates are formed separately at desired positions. It was uneconomical because it required steps and the required cost was increased. Also, it is already known that classification is performed by a color classification method instead of the method of writing characters in this way.

This color classification and display method is performed by selecting a desired hue from a plurality of labels colored in different hues and attaching it to a file as shown in FIG. There was also a method of coloring the display board one by one to make it visible.

However, when the conventional method described above is used, it is inconvenient to always prepare the number of hue display members whose number of colored portions corresponds to the number of kinds of classification, and if there is no corresponding hue, it may be displayed. There is a constraint that you cannot do it.

When producing sticker labels in which each hue is printed according to the type of classification, a large number of sticker labels should be included in one set, and unused sticker labels may be discarded as they are or unnecessary. Not only will it be a burden on the stock, but the manufacturing cost will be increased.

An object of the present invention is to provide a material classification display index in which a user who needs classification can selectively and easily perform various classifications according to his or her own taste. Another object of the present invention is to allow a user to classify a large class, a middle class, and each of the contents belonging to a subclass into a wide variety according to a classification method desired by a user. The purpose is that the classification method is simple, and anyone can classify into a wide variety of classification numbers, including infants and people without specialized knowledge. Sometimes the color label is integrally molded so that it can be easily manufactured and handled, and it can be manufactured at low cost and easily used.

[0009]

【Example】

 Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. The present invention is a thin plate-shaped base member (10) molded from a paper material or a synthetic resin material, and a color band (21) having different hues at regular intervals on at least one surface of the base member (10). ) Are arranged and colored, and the surface of the color code (20) is covered with an opaque or semi-transparent material, and the color band (21) is forcibly peeled off at the position of the corresponding color band (21). ) Is exposed, the concealing cover layer (30) is formed.

The above-mentioned base member (10) is attached so that it is exposed to the outside at a necessary position when storing collected materials such as files, cards, binders, etc. so that the corresponding classification can be recognized. It is the index member. The surface of the base member (10) can be colored, and a thin plate-like paper material and synthetic resin are used, and the external form is determined in consideration of the position to be attached.

The color code (20) is a group of hues formed by uniformly arranging color bands (21) having different hues in order to classify materials and the like into hues. The color bands (21) have different hues and have constant widths and intervals, and are arranged by printing on the surface of the support that is the mount of the color code. A group color code (20) is constructed.

The color code (20) is well distinguished, and when a certain hue is selected by configuring the color band (21) or the like to a size where the chromaticity and the brightness difference can be easily selected. It is preferable that the classification can be easily grasped even from a long distance. Further, the color code (20) is, for example, a case in which ten groups are arranged in a group and a bundle of ten, such as the color bands (21) having different hues as described above. In some cases, the color code (20) may be formed in another position in series or in parallel with two or more multi-stages.

That is, for a use that requires less than 10 classifications depending on the use, one group in which the 10 color bands (21) of the color code (20) are arranged is displayed. In the case of being manufactured and used in a state, and when it is required to classify inside and outside about 20 pieces, the color band (21) uses a unit color code (20) which is relatively divided into 20 to 30 pieces. can do.

When a relatively large number of classifications of 100 or less is required, the color code (20) formed with 10 color bands (21) is displayed on the base member (10) in two stages. By doing so, it is possible to select 100 kinds of classifications depending on the number of cases located at the top and the number of cases located at the bottom. In the above case, when the color code (20) is arranged in three rows as an example, 10 × 10 × 10 = 1,000, that is, 1,000 kinds of classification can be selected, and 10 pieces are one group. When the number of the color codes (20) is increased, the number becomes 10 ⁴ = 10,000 in the case of forming into 4 groups, and it is possible to classify into extremely various subdivided types depending on the arrangement.

Then, in addition to the color band (21), characters (including symbols and figures) are additionally written on the color code (20) at an example of the color band (21) formed or a position of a blank space provided separately. Therefore, it is possible to display a large number of subcategories, or to make it possible to enter a memo or the like desired by the user. At this time, it is preferable to enable writing on the surface of the base member (10) using a writing instrument.

The concealment coating layer (30) is coated on the surface of the color code (20) in an opaque or semi-transparent state, so that only the color band (21) at a required position is exposed by a user. The structure of the present invention is such that the color can be peeled off and the user can classify the colors by the exposed color band (21).

The concealment cover layer (30) is composed of a material having a semi-transparent or opaque property, which is forcibly peeled off only a necessary portion or removed and a color band positioned below the portion. The user can observe (21) for classification recognition, and the thin plate-shaped synthetic resin material film (31) is colored with the screen ink (32) that can be peeled off by external force. The synthetic resin film (31) is separated from each color band (21) by adhering it to the surface of the color code (20).

When the screen ink (32) is printed on the hiding coating layer (30) as described above, the color band (21) is prevented from being peeled together when the screen ink (32) is forcibly peeled off. As a means for doing so, it is preferable to form a transparent resin coating layer (23) between the color code (20) and the hiding coating layer (30), but the screen ink (32) is particularly opaque and dried. Even in the state, the surface is not hard, and a paint having a relatively flexible connecting structure is selected so that the paint can be peeled off as much as necessary when forcedly peeled off.

When a film (31) whose main component is a synthetic resin or paper having adhesiveness on one side of the color code (20) is adhered to the color code, the color code (20) is adhered to the surface. Even when the film (31) is separated in this state, the film (31) and the color code are formed in the same manner as when the screen ink (32) is formed in order to prevent the color band (21) from being damaged. It is preferable to form a transparent resin coating layer (23) between (20).

At this time, since the resin coating layer (23) is generally not writable, a substantially color code (20) is formed so as not to obstruct the description of necessary contents. Coat to a thin thickness possible only at the location. Then, it is preferable to form a dividing line (35) at each boundary so that the film (31) can be easily cut out between the respective color bands (21) and the like which are uniformly arranged by one unit size. .

Therefore, when the desired color classification is designated and the film (31) is separated to expose the color band (21) at that position, only the film (31) at the corresponding position is neat and easy. The color band (21) of the hidden hue separated by the above is exposed, and the one selected by peeling off the cover layer (30) is used for the classification display.

The hiding coating layer (30) keeps the upper surface of the color code (20) hidden, and scratches it with a slight force from the state of closely contacting the surface with a nail or a simple tool. The color band (21) located underneath is exposed and the classification is determined. In the case where the concealment coating layer (30) which is covered by the surface of the color code (20) including the color bands (21) of various hues as described above is completely hidden. Since it is difficult to select a required hue, the color code (20) is partially exposed on at least one side surface of the obstruction coating layer (30).

However, when a character or a symbol for displaying the hue classification is also written on one side of each color band (21), the cover layer (3) is always exposed so that a part of the color code (20) is exposed. 0) may not be formed but may be entirely covered and hidden. Further, when the concealing coating layer (30) is formed semi-transparently, the color code (20) hidden in the inside can be seen to the outside to enable color classification, so that it is inevitable that the above-mentioned hiding covering layer (30) has the same color. There is no problem even if it is not formed so that the color band (21) is exposed.

Since the film (31) of the hiding coating layer (30) has an adhesive force or an adhesive force to cover and hide the surface of the color code (20), the adhesive force or the adhesive force By adjusting the degree of peeling so that the color band (21) is exposed only when necessary, the peeled film (31) is attached again at the separating position, so that the surface is hidden in the same manner as before peeling. So that the covered state can be restored. Therefore, if necessary, the classification and correction work is performed so that the color bands (21) of other hues are exposed.

Hereinafter, another embodiment of the present invention will be described in detail with reference to the drawings. Example 1 (when it is fitted into a pocket for installing an index) As shown in FIGS. 5 to 8, a band-shaped base member (10) is provided with a color code (20) and a cover layer (30) on its surface. This is a case in which the index is provided by a method in which the pocket (2) is separately formed at the substantially central boundary position of the file (1) or the like in the state of being formed as described above, and the pocket (2) is inserted into the pocket (2).

FIG. 5 is an envelope type in which a pocket (2) is formed on the side of a file (1) made of a transparent body with an upper part (one side) opened, and the pocket (2) is colored. After the code (20) and the hiding coating layer (30) are located on the outer peripheral surface of the base member (10), the center thereof is folded in the longitudinal direction to remove the hiding coating layer (30) from both sides. It shows that the classification was decided by making it possible to identify.

FIG. 6 is a notebook or book, and a cover cover (8) of a material such as a card having a long length and folding in the middle, a pocket (2) is formed for classification and a cover and a pocket are formed. After the hiding coating layer (30) was peeled off between the two (2) and the hue was exposed from the outer peripheral surface of the base member (10), it was inserted and the classification could be determined. This is illustrated as an example.

FIG. 8 shows that a mold cap (6) made of a transparent material is fitted in the bent position at the center of the file (1) and is distributed. Has a recessed mold groove (7) so that an index is fitted in the lengthwise direction, and a color code (20) and a cover layer (30) are provided at the position of the mold groove (7) on the base member. After arranging it on the outer peripheral surface of (10), fold the center at a substantially right angle in the longitudinal direction and identify the state where the concealing coating layer (30) has been peeled off on both the front and side surfaces. It is illustrated so that the classification can be determined by making it possible.

Embodiment 2 (when using an adhesive sticker) FIGS. 9 to 14 show a protective paper (40) for protecting the base member (10) by applying an adhesive (41) to the back surface thereof. After forming this, the protective paper (40) is separated at the desired position and then adhered so that the classification display is made.

FIG. 9 shows a state in which the partial hiding covering layer (30) is classified with the folding line (11) formed at the center in the longitudinal direction. It is provided by adhering it to one side of the card (5) that can be folded and used on both sides and can be used on both sides. By selecting the hue of the required classification and peeling off the concealing coating layer (30), the corresponding classification work is performed. Is illustrated.

FIG. 11 shows an embodiment in which a large number of color classification indexes are attached to the central position of the file, and it is suitable for a file, a card, an envelope, etc. which is not provided with a pocket or the like. At this time, as shown in the drawing, color classification indexes having the same structure are set in multiple stages, for example, the leftmost color band (21) is classified into a large classification and the middle color band (21) is classified into a middle classification. The color bands (21) shown on the rightmost side can also represent the sub-classes.

Also, in the case of an envelope-type file (1) not shown, the adhesive (41) is attached in contact with the boundary of the fold substantially symmetrically and is exposed when the concealment coating layer (30) is peeled off. The color bands (21) can be identified on both sides of the color band, but they can be provided in multiple rows above and below when many subclassifications are required. FIG. 12 shows a state in which the index of the present invention is provided on the card (5) in a sticker type, and the character display section (24) for entering desired characters or symbols is further provided. It has been formed, and it is shown that this character classification is also used to perform the display function of the inventory card.

Example 3 (when provided in a sticker adhesive pocket) FIG. 7 shows another transparent pocket (3) having a color code index therein, and an adhesive and an adhesive on the back surface of the pocket (3). It is shown that a protective paper (4) for protecting this adhesive is formed and attached to a desired position such as a required file.

Example 4 (When Providing Protruding Heading Paper) As shown in FIG. 13 or 14, when the adhesive is formed together with the sticker on the back surface, the adhesive is attached to one side of the card (5) or the like. Forming cut lines (12) for cutting to the base member (10) at the boundaries of the respective color bands (21) and bending the back surface with the required hue protruding from the side of the card (5). When the agents are attached to each other, the function of a heading label that is projected can be exerted.

The present invention is not limited to the above-mentioned embodiment, and the design can be changed and carried out within a range not changing the gist thereof. The effects of the present invention are as follows: First, a large number of hues are formed on the color code (20), which makes it easier and faster for the user to perform various classification operations, and convenient for organizing materials. become. Secondly, the work of exposing the color band (21) of the color code (20) can be done by scratching with a finger and using simple tools around the machine such as coins without any restrictions in any environment. Classification work becomes smooth. Thirdly, it is economical because it can be mass-produced easily, cheaply, and easily replenished.

Fourth, it is possible to subdivide into various classifications by combining characters or various symbols together with the classification display by the color band (21). Fifth, in this manufacturing industry, the stationery file can be provided with the classification display means as a unit, and the production cost can be reduced, which is economical and convenient for the user. Sixth, it is a very useful device, such as making various kinds of classification information by simple color display, for any kind of material storage stationery such as cards, files, material cases or envelopes.

[Brief description of drawings]

FIG. 1 is a perspective view of a file illustrating conventional classification display means.

FIG. 2 is an exploded perspective view of a material classification display index of the present invention.

FIG. 3 is an enlarged cross-sectional view of a material classification display index showing another embodiment.

FIG. 4 is an enlarged cross-sectional view of a material classification display index showing another embodiment.

FIG. 5 is a perspective view of a material classification display index showing another embodiment.

FIG. 6 is a perspective view of a material classification display index showing another embodiment, and a part of the index is enlarged.

FIG. 7 is a perspective view of a material classification display index showing another embodiment, in which a part is cut away.

FIG. 8 is a perspective view of a material classification display index showing another embodiment, in which a part is cut away.

FIG. 9 is a perspective view of a material classification display index showing another embodiment, in which a part is cut away.

FIG. 10 is a perspective view of a material classification display index according to another embodiment, in which a part is cut away.

11 is a front view of the material classification display index showing the embodiment of FIG. 10 with a part thereof removed.

FIG. 12 is a perspective view showing a state where the recording card is provided and classified and displayed, a part of which is cut away.

FIG. 13 is an exploded perspective view of a material classification display index used as a heading index.

FIG. 14 is a perspective view showing an example of a usage state installed in the material classification display index of FIG.

[Explanation of symbols]

 10 Base Member 11 Folding Line 12 Cutoff Line 20 Color Code 21 Color Band 23 Transparent Coating Layer 30 Concealment Coating Layer 31 Film 32 Screen Ink 40 Protective Paper

Claims (8)

[Scope of utility model registration request] 1. A base member (10) molded into a thin plate shape having an index shape, and a color band () having different hues at regular intervals on at least one surface of the base member (10). 21) are arranged and colored, and the surface of the color code (20) is covered with an opaque or translucent material, and the color band (21) is forcibly peeled off at the position of the corresponding color band (21). 21) A material classification display index, which is constituted by a concealing coating layer (30) which is exposed. 2. An adhesive (41) on the back surface of the base member (10) and a protective paper (4) for protecting the adhesive (41).
0) is attached to the index for displaying the material classification according to item 1 above. 3. The color code (20) and a cover layer (3)
Between 0), the color band (21) of this color code (20)
The index for displaying the material classification according to the above item 1, wherein the resin coating layer (23) for protection is formed transparent. 4. The first cover coating layer (30) is formed of a screen ink (32).
The index for displaying the material classification described in paragraphs 3 to 3. 5. The material according to any one of claims 1 to 3, wherein the cover-up coating layer (30) is formed of a synthetic resin material or a paper material film (31) having an adhesive layer on one surface thereof. Index for classification display. 6. The fold line (11) is formed in the length direction on the base member (10) and the concealing coating layer (30) coated on the surface of the base member (10). The index for displaying the material classification described in item 3. 7. A color having a required hue by forming a cut line (12) or the like at the boundary of each color band (21) on the base member (10) and the hiding coating layer (30) coated on the surface thereof. The index for displaying the material classification according to the above item 2, wherein the band (21) is projected from the side of the card (5) to be displayed. 8. The fifth feature of the present invention is that the concealment coating layer (30) formed of the film (31) has a dividing line (35) formed at a boundary position of the color band (21). Index for displaying the classification of the listed materials.