JP2000025376A - Color developing thin piece article, color developing unit and color developing thin piece article system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a color developing card adapted to provide a lot or a game according to the number of times of visiting a store or a purchasing amount by a client in the store. SOLUTION: First color developing regions C1 and second color developing regions C2 are formed on a surface of a card base 3a of a color developing card 3 to form a bingo pattern of a measure of 3×3. The regions C1 are printed by a thermal color developing material becoming a red color after the developing. In this example, the regions C1 are aligned obliquely from an upper left side to a lower right side. The regions C2 are printed by a thermal color developing material becoming a black color after the developing. Print columns 3a for printing information (date, store name and the like) at the time of color developing (giving a heat) are formed in the vicinities of lower sides of the respective regions. A user visits nine stores with the card 3, inserts the card 3 into color developing units installed in the respective stores, and sequentially develops the regions at predetermined one place.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a colored flake having a lottery function and a game function, a coloring apparatus suitable for use with the colored flake, and a colored flake system comprising the colored flake and a coloring device.

[0002]

2. Description of the Related Art Hitherto, it has been proposed that a prepaid card be provided with a function of displaying the degree of use, a lottery function, or a game function. For example, a coloring layer which develops color by heat is provided on a card base having a magnetic recording portion, and a part of a design or a character pattern is displayed at a time when the prepaid card is in use, and a pattern or a character is formed on the coloring layer at the time of use. There is one in which the entire character pattern is displayed (see Japanese Utility Model Laid-Open No. 2-121284).
IPC B42D 15/10).

[0003]

However, in the above-mentioned conventional technology, although there is an advantage of increasing the willingness to purchase goods and services, mainly the prepaid card is a prepaid card, and the lottery function and the game function are not provided. It is positioned as a secondary one, and is not very attractive as a lottery or game card. Also, for example, a prepaid card is difficult to use between a private store such as a grocery store and its customer, and a card having the conventional game function described above cannot be used. Providing lotteries and games was not easy.

In view of the above circumstances, the present invention is attractive as a lottery or a card for a game, and is suitable for a store or the like to provide a lottery or a game to a customer according to the number of visits or the purchase price. It is an object of the present invention to provide a colored flake, a colored device and a colored flake system.

[0005]

According to the present invention, there is provided a color flake having a color region formed on at least one surface of a lamella substrate by a physical or chemical action. It has a second coloring region formed so as to surround all or a part of this, and the first and second coloring regions are different or identical in color after coloring. It is characterized by being formed.

Here, in the case of the prior art in which the characters "hit" and "outside" are raised in a color different from the ground color of the flake base, a printing tool (silk) for printing a color development area of the character "hit" is used. Screen and the like, and a printing tool for printing the color-developed area of the character "outside". On the other hand, in the above configuration, there is only one printing tool that prints the first color forming area and the second color forming area. In the case where the colors after the color development in the area are different from each other and the colors are out of alignment, it is possible to cope with the same color after the color development in the first color development area and the second color development area. Also, in the case of a hit, the color is developed in two colors, so that the appearance can be improved.

A color flake according to the present invention is a color flake having at least one surface of a lamella substrate provided with a color region which develops a color by a physical or chemical action, wherein the first and second lamellas have different colors after coloring. The color forming region and the second color forming region are formed in a predetermined pattern, and a print column for printing information at the time of color forming is formed near each color forming region.

With the above arrangement, for example, when the first color region and the second color region are formed in the form of a bingo game, and the same color is vertically, horizontally, and diagonally arranged after the color is formed. It becomes possible to play bingo. In addition, since the print section for printing information is provided, it is possible to prevent a person who has obtained the colored flakes from unintentionally applying heat or the like to the colored area to form a color.
For example, when a predetermined amount of merchandise is purchased at a store, if a predetermined color region is to be colored by a coloring device installed at the store, information on color development near the color region (for example, (E.g., date and store name), it is not easy for the user to imitate the print, so it is possible to judge whether the user has developed the color without permission, and as a result Color development can be suppressed.

Further, the color flakes according to the present invention are provided in a color flake having a color region on at least one surface of a lamella substrate which is colored by physical or chemical action, wherein the color region is formed on the lamella substrate. It is characterized in that it is formed on a scratched layer which is easily peeled off and has a light shielding property.

With the above arrangement, even if bingo is not established in, for example, a bingo game based on the coloring area, it is possible to enjoy bingo in the notation below the scratch layer. It is possible to enjoy two lotteries and games. Here, in this specification, the scratch layer includes not only a resin in which metal powder such as aluminum is mixed in a resin but also a foil layer such as a metal foil.

Further, the color flake according to the present invention is a color flake having at least one surface of a lamella substrate having a color region which develops a color by a physical or chemical action. And a second light-emitting area formed on the scratch layer, which is easy to peel off and has a light-shielding property.

With the above arrangement, even if bingo is not established in, for example, a bingo game using the second color-forming region, bingo can be enjoyed in a bingo game using the first color-forming region. It is possible to enjoy two lotteries and games with one colored flake.

The colored flakes according to the present invention are characterized in that, in a colored flake having at least one surface of a lamella substrate having a chromogenic region which develops a color by a physical or chemical action, if all of the lamellas are colored in the same color, it becomes "8 The present invention is characterized in that one or two or more segment coloring regions which form a character "" are provided, and the segment coloring regions are formed of coloring materials having different colors at the time of coloring to represent an arbitrary character.

With the above arrangement, characters and numerals can appear at the time of coloring in each segment coloring area. Here, in the case where the coloring material is formed in the form of a numeral by coating or the like, the shape of the numeral may be known before coloring in relation to the ground color, gloss, etc. of the flake base, but as described above, If all the segments are colored with the same color, a segment coloring region is formed which becomes the character "8". Even if the character "8" is known before the coloring, it is not "8" at the time of actual coloring. It is possible to make numbers and characters appear, which is suitable when the coloring card is used for games or lottery.

Further, the colored flakes according to the present invention are characterized in that the flakes having at least one surface of a lamella substrate provided with a chromogenic region which develops a color by a physical or chemical action, if all of the lamellas are colored in the same color, "8 In addition, the segment color-developing area which is a character of "" is provided in the shape of a bingo, and the segment color-producing area is formed of color-forming materials having different colors at the time of color development to represent an arbitrary number.

According to the above-described structure, in addition to the above-described operation, the segment coloring area is provided in the form of a bingo cell, so that the numbers and characters appearing by coloring are aligned in the same number vertically and horizontally and diagonally. You can enjoy the bingo game depending on whether it is warm or not.

Further, the colored flake according to the present invention is a colored flake having at least one surface of a lamella substrate having a chromogenic region which develops a color by a physical or chemical action, wherein a part of a predetermined pattern is a predetermined lamella. It is characterized by being drawn with color ink, and other portions of the predetermined design are drawn with a coloring material.

With the above configuration, a part of the design is missing before the color is developed, and the viewer can be interested in what the original design is. The user of the colored flakes can use the iron or a hair dryer to develop the color by himself, or enjoy the completed design, or the store can provide the coloring service to increase the number of visitors to the store. .

Further, the color forming apparatus of the present invention is characterized in that a lamella loading section is provided, on at least one surface of a lamella substrate, with a lamella having a chromogenic region which develops a color by a physical or chemical action; Color processing means for applying the physical or chemical action to the predetermined area, and setting means for setting the size of the area or the number of areas to which the physical or chemical action is applied in the color processing means. It is characterized by having.

With the above configuration, for example, in a bingo game with nine meshes (colored areas), when shopping is performed nine times at a store, the colors (colors) of nine meshes can be determined one by one. Various modes are selected on the store side, such as a mode in which the colors (coloring) of a total of nine meshes can be recognized by three when three purchases are made in the store. There is an advantage that it becomes possible.

Further, according to the present invention, there is provided a color developing apparatus comprising: a lamella loading section in which at least one surface of a lamella substrate is loaded with a coloring lamella having a color developing region which develops a color by a physical or chemical action; Color processing means for applying the physical or chemical action to a predetermined area, and printing means for printing information at the time of coloring near the place where the physical or chemical action is applied, I do.

According to this structure, the date is printed on the coloring flakes by the coloring device, and as described above, it is easy to determine whether or not the user has made the coloring without permission. Color can be suppressed.

Further, the coloring flakes system of the present invention comprises:
It comprises a colored flake having at least one surface of a flaky substrate having a color developing region for coloring by a physical or chemical action, and a color developing device for imparting a physical or chemical action for coloring to the colored flake. A color developing flake system, wherein a plurality of the color developing devices are installed in a predetermined area, and a location where the physical or chemical action is applied to the color developing flakes is different between the color developing devices. It is characterized by the following.

Here, for example, in nine or more shops or amusement parks in one or more shopping malls or nine or more events, a total of nine or more coloring devices are installed one by one. On the other hand, it is assumed that nine squares (colored areas) forming a bingo game are formed on the colored flakes. In order to make all nine meshes color, it is necessary to go to nine or more shops or nine or more events, and the like. Or equalizing the number of customers between events in the amusement park.

[0025]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1A is a plan view showing a coloring card 1, and FIG. 1B is a plan view showing a coloring card 2. Card bases 1a, 2 in each of the coloring cards 1, 2
a is made of paper, a resin such as PET (polyethylene terephthalate), or the like, and is formed hard or soft. When an adhesive layer is formed on the back surface, it can be used as a seal.

The color card 1 has two first color regions A 1, A 1 on one surface of the card base 1 a which are colored by heat.
And a second coloring area A2. The first coloring area A1 on the left side of the figure is printed so as to form a character "L", and the first coloring area A1 on the right side is printed so as to form a character "M". These first coloring areas A1 are formed by printing a thermosensitive coloring material whose color after coloring becomes red. On the other hand, the second coloring area A
Reference numeral 2 is formed by printing a thermosensitive coloring material which surrounds the two first coloring regions A1, A1 and has a square shape as a whole, and the color after coloring is black.

The color card 2 has two first color regions B1, B1 on one surface of the card base 2a, which are colored by heat.
And a second coloring area B2. The first colored area B1 on the left side of the figure is printed so as to form a character "L", and the first colored area B1 on the right side is printed so as to form a character "M". These first coloring regions B1 are formed by printing a thermosensitive coloring material whose color after coloring is black. Also, the second coloring area B
Numeral 2 is formed by printing a thermosensitive coloring material which surrounds the two first coloring regions B1 and B1 and has a square shape as a whole, and the color after coloring is also black.

The presence of the coloring areas A1, A2, B1, and B2 in the coloring cards 1 and 2 before heating is not recognized before the heating, and the two cards 1 and 2 appear to look like exactly the same card. On the other hand, after the coloring, if the coloring card 1 is used, the characters "L" and "M" can be read because the first coloring region A1 is red and the second coloring region A2 is black. In addition, if it is coloring card 2,
Since both the first coloring region B1 and the second coloring region B2 are black, characters "L" and "M" cannot be read. Therefore, the coloring card 1 can be used as a winning card, and the coloring card 2 can be provided as a detached card to have a lottery function. Here, in the case of the related art in which the characters “hit” and “outside” are simply raised with a color different from the ground color of the card base, a printing tool (such as a silk screen) for printing the color development area of the character “hit” ) And a printing tool for printing the color-developed area of the character "outside". On the other hand, in the case of the above-described coloring cards 1 and 2, since the shapes of the first coloring region and the second coloring region can be made completely the same, there is only one printing tool for printing these regions. As a result, the production of the coloring card can be performed at low cost. Also,
In the case of a hit, the color is developed in two colors, so that the appearance can be improved.

In the case where both the first and second color forming regions are black, it can be said that it is only necessary to print with a thermosensitive coloring material which becomes black after forming the color without dividing the region. The following can be achieved by providing the color-forming region and the second color-forming region. For example, "L", "U", "C", "K"
A character string “Y” is formed, and a color card that can recognize characters other than “L” after coloring, a color card that can recognize characters other than “U” after coloring, and characters other than “L” and “U” It is conceivable to prepare a plurality of types of cards, such as a coloring card that can be recognized after coloring, and play a word guessing game called LUCKY (the more characters that can be recognized, the easier the words are guessed). In this case, if the entirety of the unrecognized character portion is printed with a thermosensitive coloring material that becomes black after coloring without performing region division, a printing tool for each coloring card is required. If the colors after coloring are the same as each other, it is possible to deal with any of the coloring cards with one printing tool.

FIG. 2 is a plan view showing a color card of another embodiment. FIG. 2A shows a state before coloring, and FIG.
Indicates the state after color development. On the surface of the card base 3a of the coloring card 3, the first coloring region C1 and the second coloring region C2 are formed so as to form a 3 × 3 square bingo pattern. The first coloring region C1 is printed with a thermosensitive coloring material whose color after coloring is red. In this example,
They are arranged diagonally from the upper left to the lower right. The second coloring area C2 is printed with a thermosensitive coloring material whose color after coloring is black. A print column 3a for printing information (date, shop name, etc.) at the time of coloring (when heat is applied) is formed near the lower side of each coloring area. This print column 3
a may be a white background area as long as it is for ink or the like, and if it is to be printed by a thermal head, it is a color development area that develops, for example, black by heat.

FIG. 3 shows that a user goes to the stores a to i with the coloring card 3 and inserts the coloring card 3 into a coloring device (to be described in detail later) installed in each store to determine a predetermined color. FIG. 5 is an explanatory diagram showing a state in which one color developing region is sequentially colored. By going around the nine stores a to i, all the coloring areas are colored, and if the coloring card 3 shown in FIG.
Rows of the same color (red) are formed diagonally and a bingo is established. In addition, the coloring device installed in each store stores a date and a store symbol (FIG. 2) in a print column below the colored region.
(B) A and B) are printed. In the case of the system shown in FIG. 3, the color-developing devices are installed in nine shops in a shopping street, respectively.
In addition, since the location at which heat is applied to the coloring card 3 is different from each other between the coloring devices, the coloring card 3
In order to color all nine squares, the shop goes to all nine shops, and it is possible to equalize the number of customers among the shops in the shopping street. In addition, since the coloring card 3 is provided with a printing column for printing information, it is possible to prevent a person who has obtained the coloring card from applying heat or the like to the coloring area without permission to cause coloring.

FIG. 4 is a sectional view of a color card 4 of another embodiment. The coloring card 4 has a first coloring area D1 and one surface of the card base 4a, which covers the first coloring area D1 and is easy to peel off, has a light shielding property, and is melted by heat at the time of coloring. And a second coloring region D2 formed on the scratch layer 4b. Further, a magnetic recording layer 4c is formed on the other surface of the card base 4a. The first coloring area D1 and the scratch layer 4
The laminate composed of b and the second coloring region D2 is formed so as to form, for example, a 3 × 3 bingo pattern. The second coloring area D2 on the scratch layer 4b has the bingo game function as described above. On the other hand, in the first coloring area D1 below the scratch layer 4b, for example, a thermosensitive coloring material is printed so that any three of the 3 × 3 squares emit the character “1”. The thermosensitive coloring material is printed so as to color the character “2” for the other three optional colors, and the thermosensitive coloring material is printed so as to color the character “3” for the remaining three colors. I have.

With the above arrangement, the user can enjoy the bingo game using the second coloring area D2 by going around the store and inserting the coloring card 4 into the heating device.
Here, when the coloring card 4 is heated by the coloring device of each store, the first coloring region D1 below the scratch layer 4b is also colored at the same time. However, since the scratch layer 4b is present, its coloring state is not visible. Even if bingo is not established in the bingo game using the second coloring area D2, for example, a user is given a chance to peel off three scratch layers, and if the same number is aligned in three of them, a lottery that wins It becomes possible to enjoy.
That is, it is possible to enjoy two lotteries and games with one coloring card 4. It should be noted that, instead of the first color forming area D2, a structure in which characters "1" and "2" are written with ordinary ink may be used.

Next, an example of the color forming apparatus will be described with reference to FIG. The color developing device 5 is operated by an operator (shop), a card loading unit 51 into which the color developing card 3 (4) is loaded, a color developing means 52 for applying heat to a predetermined area of the color developing area of the color developing card 3 (4). An operation panel 53 is provided, and a control unit 54 controls the color processing unit 52 by setting the number of the heat application areas in the color processing unit 52 based on a command from the operation of the operation panel 53.
Note that a magnetic reading / recording unit is provided in order to be compatible with the coloring card 4 having a magnetic recording layer (see FIG. 4). Further, a card transport mechanism that draws the coloring card 3 (4) into the card loading unit 51 and discharges the coloring card 3 (4) after heating may be provided.

The coloring processing means 52 has a heating resistance element (not shown) having a size corresponding to one coloring area.
And a support 52a for supporting the
A pressing mechanism (not shown) that moves in the -B direction and the CD direction and presses the support 52a against the color card when the color card is heated. The energization of the heating resistance element is performed by the control unit 54. The print head 6 is attached to the side of the support 52a and moves together with the support 52a. The print head may be a simple one using a stamp structure that can be used continuously, or may be a thermal head or an ink jet head. Further, the information content may be fixed, or the information content may correspond to printing of information such as a date that changes.

On the operation panel 53, numeral keys in which characters 1 to 9 are written, keys in which "fixed" characters are written,
There are a key in which the character "time" is written, a key in which the character "vertical" is written, a key in which the character "horizontal" is written, and a start key. The operation panel 53 enables various operations as described below.

(1) If the number key, for example, the key of "1" is pressed and then the start key is pressed, the leftmost color-forming area at the top of the nine color-forming areas (see FIG. 6 (f)) Is heated. With such an operation, an arbitrary coloring area can be colored by the store or the user's free will.

(2) If a number key, for example, a key of "2" is pressed and a key on which "fixed" character is written is pressed, then only by pressing a start key, the nine color areas are displayed. The heat can be fixedly applied to the middle color-developing area (see FIG. 6F) at the uppermost stage. By performing such an operation in the coloring devices of nine stores, it is possible to make different heating portions for coloring in the coloring devices of each store.

(3) By pressing a numeric key, for example, a predetermined key, and then pressing a "vertical" or "horizontal" key, three color regions arranged in the vertical or horizontal direction can be colored. it can. For example, when the "2" key is pressed and then the "vertical" key is pressed, the middle column of the nine color regions (see FIG. 6 (f)) can be colored. With such an operation, if the store does not use the store nine times, all the nine color regions will not be colored,
It is possible to freely select a method or the like in which all of the individual color regions are colored. In addition, when the three coloring areas are colored in the next round after the three coloring areas are colored, the store side can use a manual method of specifying the three coloring areas by themselves, or for each shop. A fixed system in which three coloring regions to be colored are different may be used, or a history of coloring operation is recorded in a magnetic recording layer (see a magnetic recording layer 4c in FIG. 4) of the coloring card and provided in the coloring device 5. It is also possible to use an automatic method of automatically coloring the next three coloring regions by reading / recording information by a magnetic reading / recording unit (not shown) and information processing by the control unit 54.

(4) When the number key, for example, the key of "4" is pressed and then the key of "times" is pressed, as shown in FIG. In the magnetic recording layer (see the magnetic recording layer 4c in FIG. 4), the mode in which the four color regions at the four corners of the individual color regions are heated one by one in a predetermined order is recorded on the magnetic card. Will be issued. When a coloring card in which this mode is recorded is used, for example, as shown in FIG. 6 (g), heat is applied to the coloring region at the first visit (store A, March 12). Then, in the second visit (store B, March 15), heat is applied to the color-developing area to develop the color, and the third visit (store C, 3)
On the 20th of the month), heat is applied to the color-developing region to develop the color, and in the fourth visit (store D, March 25), the heat is applied to the color-developing region to develop the color. . Such processing is performed by, for example, the data of the total number “4” recorded on the magnetic recording layer of the coloring card and the magnetic reading / recording unit (not shown) provided in the coloring device 5 at the time of coloring (heating). This can be performed based on data relating to the number of colors recorded on the magnetic recording layer and data relating to the coloring position pattern with respect to the total number of colors held by the coloring device.

Similarly, if the keys "5", "6", "7" and "8" are pressed and then the key "times" is pressed, as shown in FIGS. 6 (b) to 6 (e). The mode for heating the total number of specific coloring regions corresponding to the number in a predetermined order is selected. Here, if a thermosensitive coloring material is printed so that an arbitrary number appears in each coloring area, a game in which the larger the sum of the numbers appearing by heating four to eight times and appearing, the higher the price of the product can be obtained. It can be performed. In addition, not only the automatic heating operation based on the data recorded on the magnetic recording layer, but also a method of manually performing each store side can be used. It may be used.

Next, another example of the color forming apparatus will be described with reference to FIG. The coloring device 5 ′ includes a card loading unit 51 into which the coloring card 3 (4) is loaded, a coloring processing unit 55 for applying heat to a predetermined region of the coloring region of the coloring card 3 (4), and an operator (store). An operation panel 53 to be operated and a control unit 54 'are provided. The coloring processing means 55 includes a heating resistor portion 55a having a size corresponding to one coloring region.
There are nine. The control unit 54 'is provided with the operation panel 5
On the basis of the instruction by the operation of No. 3, energization control is performed so that one or a plurality of heat generating resistance portions 55a in the color forming processing means 55 generate heat. In addition, the heating resistor portion 55a is formed to have a size obtained by adding the coloring area and the printing field, and in the energization, the coloring area is colored and predetermined information is printed in the printing field (in this case, the heat-sensitive coloring is performed in the printing field). (A material is applied). Other configurations are the same as those of the color forming device 5 of FIG.

FIGS. 8A and 8B are plan views showing the coloring card 6, wherein FIG. 8A shows a state before coloring and FIG. 8B shows a state after coloring. The coloring card 6 includes four segment coloring areas 6b on one surface of a card base 6a, which are all characters of the character "8" if all are colored in the same color. Here, in this example, the color at the time of coloring is red (shaded in the figure) and orange (dotted area in the figure) so as to represent the number "5" in the segment coloring area 6b located on the leftmost side. ), And the other three segment coloring regions 6b.
Is formed of two types of coloring materials whose colors at the time of coloring are red and orange so as to represent the number “0”. Therefore, in the coloring card 6, "500"
The number "0" appears. For example, on the side of the store where the coloring card is presented, 5,000 yen discount or 5
It is conceivable to provide a service such as a 0% discount. In addition, about such a coloring card 6, 4 visits a plurality of times
It is desirable to color all in one visit, rather than to color all of the segment coloring regions 6b.

FIG. 9 is a plan view showing a state of the coloring card 7 at the time of coloring. This coloring card 7 includes nine segment coloring areas 7b in the form of bingo on one surface of a card base 7a, each of which has a character "8" if all of them are colored in the same color. Here, in this example, in the three obliquely segmented color regions 7b from the upper left to the lower right, the colors at the time of coloring are red (shaded in the figure) and orange (the figure is shown) so as to represent the number “7”. Are formed of two types of color developing materials (point area portions), and the other three segment color developing regions 7b are two types of colors of red and orange at the time of color development to represent other numbers. It is formed of a coloring material. Therefore, in the coloring card 7, a diagonal bingo consisting of the number "7" is established at the time of coloring. For example, the store presented with the coloring card can provide a service of delivering a predetermined premium. Conceivable.

FIG. 10 is a plan view showing the coloring card 8. This coloring card 8 is a modified example of the coloring card 7, and has a comment display area 8c which is long in a direction perpendicular to the card insertion direction.
b. There are a total of three on each left side. This comment display area 8c is a print field 3a in the coloring card 3 of FIG.
It is configured and used in the same manner as. Note that FIG.
Also, for the coloring card of FIG. 10, rather than coloring all nine segment coloring areas 6b in one visit,
It is desirable that all colors be developed in nine visits.

Here, when a coloring material is formed in the form of a numeral on the card base by coating or the like, there is a risk that the shape of the numeral may be known before coloring due to the ground color, gloss, etc. of the card base. is there. In the case of the coloring cards shown in FIGS. 8, 9, and 10 described above, even if the character "8" is known before coloring, a number other than "8" appears in actual coloring. This is suitable when the coloring card is used for a game or a lottery.

FIGS. 11A and 11B are plan views showing the coloring card 9, wherein FIG. 11A shows a state before coloring and FIG. 11B shows a state after coloring. FIGS. 12A and 12B are plan views showing the coloring card 10, in which FIG. 12A shows a state before coloring, and FIG. 12B shows a state after coloring. The coloring cards 9 and 10 are provided with card bases 9a and 1
0a, a portion 9b, 10 of a predetermined symbol
b is drawn with a predetermined color ink, and the other portions 9c and 10c of the predetermined pattern are drawn with a coloring material. In FIG. 11, the Japanese flag is exemplified,
FIG. 12 illustrates a baseball and a bat. Of course, the present invention is not limited to the above-described flag and the like, and a part of a photograph of an anime character, a talent, a sports player, or the like may be drawn with normal ink, and the other part may be drawn with a coloring material. Such coloring cards 9 and 10
In the state before coloring, a part of the design is missing, and it is possible to give the viewer an interest in what the original design is like, and the person who obtains the coloring card For example, the color can be developed using an iron or a hair dryer to enjoy the completed design, or the store can increase the number of visitors by providing the store with a color development service.

In the above description, the colored area is colored by heat, but is not limited to this.
It may be colored by a physical action such as light or pressure, or may be colored by a chemical action. Needless to say, the coloring device is also configured to perform such a physical action or a chemical action.

A coloring card is an example of a coloring flake. The flake in the coloring flake includes a card (including a point card and a trading card), a bromide, a sticker, a sticker, an entrance ticket, a flyer, a leaflet,
The concept includes a cover (jacket) paper piece, postcard, stamp, and the like to be loaded in a package of a music medium (cassette tape, disk, or the like). In addition, the method of providing the color developing region on the flake base is not limited to the case of forming (coating or the like) on the flake base itself, but also includes a form in which a seal having the color developing region is stuck on the flake base. Therefore, for example, the corner rectangular area of the flyer folded into the newspaper as the cutout area,
The present invention is not limited to the case where the cut-out area itself is provided with the above-described color-forming form of the color-forming card, but also includes the case where a color-forming sticker having the above-described color-forming form of the color-forming card is affixed within the cut-out area.

[0051]

According to the first aspect of the present invention, the color flakes are formed so that the first and second color regions have different or identical colors after color development. There is an advantage that even when providing a plurality of types of flakes, such as the "off" and "off", a single printing tool can be used. Further, since the color is developed in two colors, the appearance can be improved.

Since the colored flakes according to the second aspect of the present invention have a print column for printing information at the time of coloring in the vicinity of each colored region, it is easy to determine whether or not the user has made the coloring without permission. There are advantages such as becoming.

According to the third aspect of the present invention, the colored flakes have a color forming region formed on the scratch layer, and the fourth aspect of the present invention has a first colored region formed on the scratch layer. In addition, since the second coloring region is formed below the scratch layer, it is possible to enjoy the lottery and the game twice with one coloring flake.

The colored flakes according to the fifth aspect of the present invention are provided with a segment coloring area which becomes a character "8" if all of them are colored in the same color, and the segment coloring area is colored to represent an arbitrary character. Since the colors at the time are formed of different coloring materials, even if the character of "8" is known before coloring, it is possible to make a number other than "8" appear in actual coloring. Yes, it is suitable when the coloring card is used for a game or a lottery. Claim 6
Since the colored flakes of the invention of the present invention have the segment colored areas in a bingo square shape, a bingo game can be enjoyed depending on whether or not the numbers appearing by coloring are aligned in the same number vertically and horizontally.

The colored flakes according to the invention of claim 7 are in a state in which a part of the design is missing before coloring.
The viewer can be interested in what the original design is like, and the user of the colored flakes can enjoy the completed design by coloring himself using, for example, an iron or hair dryer. .

The color-forming apparatus according to the eighth aspect of the present invention is provided with setting means for setting the size of the region or the number of regions to which the physical or chemical action is applied for color development. If you shop for a total of 9
In a mode in which the colors (coloring) of two meshes can be understood, or when three times of shopping are performed in a store, a total of nine for each three is obtained.
There is an advantage that various modes can be selected on the shop side, such as a mode in which the color (coloring) of two cells can be recognized.

According to the ninth aspect of the present invention, since the information at the time of coloring is printed in the vicinity of the location where the physical or chemical action has been applied, the user makes the coloring without permission as described above. This makes it easy to determine whether or not the color is correct, and it is possible to suppress unintentional coloring by the user.

According to a tenth aspect of the present invention, there is provided a color flakes system in which a plurality of color forming devices are installed in a predetermined area, and the location where the physical or chemical action is applied to the color flakes is mutually different between the color forming devices. Since it is configured differently, for example, in order to color all nine color areas, it is necessary to go to all nine stores or nine events. Alternatively, it becomes possible to equalize the number of customers among the events in the amusement park.

[Brief description of the drawings]

FIGS. 1A and 1B are plan views showing a coloring card according to the present invention, wherein FIG. 1A shows a case where there is a coloring region which develops a different color, and FIG. 1B shows a case where there is a coloring region which develops the same color. Are respectively shown.

FIG. 2 is a plan view showing a color card according to another embodiment of the present invention, wherein FIG. 2 (a) shows a state before coloring and FIG. 2 (b) shows a state after coloring and printing. .

FIG. 3 is an explanatory diagram illustrating a state in which a predetermined coloring area of a coloring card is sequentially colored by a coloring device installed in each store.

FIG. 4 is a cross-sectional view showing a color card according to another example of the present invention.

FIG. 5 is a perspective view showing the internal structure of the color forming device of the present invention.

FIG. 6 is an explanatory diagram illustrating modes such as the number of colors and the order of coloring by the coloring device of the present invention.

FIG. 7 is a perspective view showing an internal structure of a color forming apparatus according to another example of the present invention.

8A and 8B are plan views showing a color card according to another embodiment of the present invention, wherein FIG. 8A shows a state before coloring and FIG. 8B shows a state after coloring.

FIG. 9 is a plan view showing a state when a color card of another example of the present invention is colored.

FIG. 10 is a plan view showing a color card according to another example of the present invention.

FIG. 11 is a plan view showing a coloring card according to another example of the present invention, wherein FIG. 11A shows a state before coloring, and FIG. 11B shows a state after coloring.

FIG. 12 is a plan view showing a coloring card according to another example of the present invention, wherein FIG. 12A shows a state before coloring and FIG. 12B shows a state after coloring.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Coloring card 1a Card base A1 1st coloring area A2 2nd coloring area 2 Coloring card 2a Card base B1 1st coloring area B2 2nd coloring area 3 Coloring card 3a Printing column C1 1st coloring area C2 2nd coloring area 4 Coloring card 4a Card base 4b Scratch layer D1 1st coloring area D2 2nd coloring area 5 Coloring device 5 'Coloring device 51 Card loading unit 52 Coloring processing means 53 Operation panel 54 Control unit 54 'Control unit 55 Coloring processing means 6 Coloring card 6a Card base 6b Segment coloring area 7 Coloring card 7a Card base 7b Segment coloring area 8 Coloring card 8a Card base 8b Segment coloring area 9 Coloring card 9a Card base 10 Coloring card 10a Card base

Claims (10)

[Claims] 1. A color flake having a color region formed by physical or chemical action on at least one surface of a lamella substrate, formed to surround the first color region and all or a part of the first color region. Having a second colored region,
A color flake, wherein the first and second color regions are formed so that colors after color development are different from each other or the same. 2. A color lamella having a color gamut on at least one surface of a lamella substrate by a physical or chemical action, wherein a first color gamut and a second color gamut having different colors after color development. Are formed in a predetermined pattern, and a printing column for printing information at the time of coloring is formed in the vicinity of each coloring area. 3. A color flake having at least one surface of a flaky substrate provided with a color developing region that develops a color by a physical or chemical action, wherein the color developing region is formed on the flake base and is easily peeled off and has a light-shielding property. A colored flake formed on a scratch layer having the following. 4. A color flake having a color developing region on at least one surface of a lamella substrate that develops color by a physical or chemical action, wherein the first color forming region and the first color forming region are covered and peeled. What is claimed is: 1. A colored flake comprising an easy and light-shielding scratch layer and a second colored region formed on the scratch layer. 5. A color flake having at least one surface of a lamella substrate having a color region that develops a color by physical or chemical action, if all of the lamella are colored in the same color, “8” is obtained.
A color flake, comprising one or two or more segment color-developing regions, and the segment color-developing regions formed of color-forming materials having different colors at the time of coloring to represent an arbitrary character. object. 6. In a color flake having at least one surface of a lamella substrate having a color region which develops a color by physical or chemical action, if all of the lamella are colored in the same color, "8" is obtained.
A color flake having a segmented color forming area in the shape of a bingo, and wherein the segmented color forming areas are formed of coloring materials having different colors at the time of coloring to represent an arbitrary character. 7. A color-forming flake having a color-forming region on at least one surface of a lamella substrate which develops a color by a physical or chemical action, wherein a part of a predetermined symbol is drawn with ink of a predetermined color. A colored flake, wherein other parts of the predetermined pattern are drawn with a coloring material. 8. A flake loading section in which at least one surface of the lamella substrate is loaded with a coloring lamella having a coloring area that develops a color by a physical or chemical action, and a physical area is provided in a predetermined area of the coloring area. Alternatively, there is provided a color developing device comprising: a color developing means for performing a chemical action; and a setting means for setting the size of the physical or chemical action imparting area or the number of the imparting areas in the color developing means. apparatus. 9. A flake loading section in which at least one surface of a lamella substrate is loaded with a coloring lamella having a coloring region that develops a color by a physical or chemical action, and a lamella loading portion is provided in a predetermined region of the coloring region. Alternatively, there is provided a color developing apparatus comprising: a color developing means for applying a chemical action; and a printing means for printing information at the time of coloring near the place where the physical or chemical action is given. 10. A color-forming flake having a color-forming region on at least one surface of a lamella substrate that develops a color by a physical or chemical action, and imparting a physical or chemical action for coloring to the color-forming flake. A color developing device comprising a color forming device, wherein a plurality of the color forming devices are installed in a predetermined area, and a location where the physical or chemical action is applied to the color forming material is different between the color forming devices. A coloring flake object system characterized by comprising: