JP2004045529A - Illuminating display unit - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an illuminating display unit giving a strong impact and having a superior display function in coloration, unexpectedness, dramatic effects, portability, etc. <P>SOLUTION: The illuminating display unit is composed of a transparent base board (B) and a laminated body including a layer of desired characters and patterns. The laminated body is structured with (1) a layer solid-printed with an arbitrarily selected color pigment having a luminosity of 1-9.5 in Munsell color system, (2) a layer solid-printed with a white pigment blended with a medium, and (3) a layer offprinted with the desired characters and patterns using a silver metallic pigment. In the display unit, a light source L is arranged on the (3) layer side while the (1) layer side is made to be a visible side E. In the manner that the characters and patterns are hidden or displayed when the light source is off or on, respectively, the ratio of blending the medium relative to the white pigment in the (2) layer is set in accordance with the selected color of the (1) layer in the illuminating display unit (S). A light guiding plate system can be adopted for the light source L. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to an illuminated display, and more particularly to various displays such as, for example, advertisement display, decoration display, guidance display, sign display, warning display, intention display, traffic display, etc., which are intended when illuminated from inside. The present invention relates to an illuminated display configured so that a display can be viewed.
[0002]
[Prior art]
Many kinds of various display objects are installed on streets, buildings, vehicles, etc. for the purpose of advertisement display, decoration display, guidance display, sign display, warning display, intention display, traffic display, etc. Various ideas have been devised to increase the appeal. As a display medium, a type using a light source such as lightning is most widely used so that display can be performed even at night. This light source display is divided into a type in which the display itself is made of a light source, such as a neon sign, and a type in which a display made by printing or the like is irradiated with a light source to enhance displayability.
[0003]
As a type of light source irradiation, there are a type in which display contents created on the material surface are simply irradiated from the outside with a light source, and a type in which display contents created by printing or the like on a light transmissive material are irradiated from the inside with a light source. Examples of the latter light source display include, for example, display of an instrument panel in an emergency exit in a building or a driver's seat of a car. The present invention relates to a novel display body belonging to the latter type.
In the case of the conventional type in which the light source is irradiated from the inside, even if the light is not irradiated, the display contents can be visually recognized to some extent by daylight or ordinary illumination from the outside, even if it is not clear. Irradiation of the light source from the inside is usually performed for nighttime illumination or illuminance enhancement in the daytime.
[0004]
By the way, in everyday life, it is often the case that a message is desirably transmitted to the other party by means other than words and attitudes. For example, while driving a car, it is very convenient if there is a display means for surely indicating the intention of interrupting or overtaking another convoy. Then, if there is a means for transmitting a message indicating appreciation to the subsequent cooperative vehicle after the driving has been granted, good communication can be achieved between the drivers. At present, it is often done using hazards and turn signals, but the way of expressing it differs depending on the region, etc., and it has not been a smooth communication. In today's world, it is not uncommon for serious alarm to occur due to a horn sounding a warning, and there is a need for an appropriate means of communication.
[0005]
Also, when riding a motorcycle or bicycle in the flow of cars, you may be constantly nervous for safety, but in such a situation, you want to surely inform the driver of the intention to turn right or left. Many. However, at present, an easy-to-use display (display) capable of communicating in a timely manner under the above-mentioned situation has not been developed.
[0006]
[Problems to be solved by the invention]
As described above, the conventional light-illuminated display body is always visible to some extent even without light irradiation from the inside. It is often the case that the degree of impression of a person is extremely weak. For example, in the case of an emergency warning display, if the user is familiar with the display, the degree of appeal when actually required is weakened. On the other hand, if it is not normally visible, but can be displayed in a timely manner in the event of an emergency, the degree of impact on the viewer is strong and the display purpose is easily achieved. At present, no functional in-vehicle or portable display has been developed. An object of the present invention is to provide an illuminated display that meets the above-mentioned object.
[0007]
[Means for Solving the Problems]
The inventor of the present invention has made various studies on the means for forming the display body in order to solve the above-mentioned problems, and as a result, has completed the illuminated display body of the present invention.
That is, the present invention relates to the following illuminated display.
1) having a laminate including a transparent substrate and a desired character pattern layer,
(1) a solid printed layer of an arbitrarily selected color pigment having a Munsell display system lightness of 1 to 9.5, (2) a solid printed layer of a white pigment containing medium, and A) a layer in which a desired character pattern is printed in a solid color with a silver metallic pigment, and a light source is arranged on the (3) layer side, and the (2) layer side is a viewing side. ,
When the light source is turned off, the character pattern is hidden, and when illuminated, the character pattern is displayed. An illuminated display, comprising:
[0008]
2) An acrylic plate is used as the transparent substrate, and the light source is a surface light source of a light guide plate type that introduces light from an end surface of the acrylic plate, and the (1) layer, (1) The illuminated display according to the above (1), wherein the (2) layer and the (3) layer are laminated, and a light diffusion sheet is laminated on the (1) layer and a light reflection sheet is laminated on the back of the acrylic plate. body.
3) The layer (1) is a solid printed layer of a black pigment, and the layer (2) is a layer solid-printed with a pigment obtained by blending a medium with 1 to 8 parts by weight of 1 part by weight of a white pigment. The illuminated display according to the above item 1), wherein:
[0009]
4) The layer (1) is a solid printed layer of a white pigment, and the layer (2) is a layer solid-printed with a pigment comprising 1 to 8 parts by weight of a medium mixed with 1 part by weight of a white pigment. The illuminated display according to the above item 1), wherein:
5) The layer (1) is a solid printed layer of a red pigment, and the layer (2) is a layer solid-printed with a pigment obtained by blending 1 to 8 parts by weight of a medium with respect to 1 part by weight of a white pigment. The illuminated display according to the above item 1), wherein:
[0010]
6) The layer (1) is a solid printing layer of a yellow pigment, and the layer (2) is solid-printed with a pigment obtained by blending 1 to 4 parts by weight of a medium with 1 part by weight of a white pigment. The illuminated display according to the above item 1), which is a layer.
7) The layer (1) is a solid printing layer of a blue pigment, and the layer (2) is a pigment formed by blending a medium at a ratio of 1 to 3 parts by weight with respect to 1 part by weight of a white pigment. The illuminated display according to the above 1), which is a solid printed layer.
[0011]
8) The layer (1) is a solid printing layer of a green pigment, and the layer (2) is a pigment formed by blending a medium with 1 to 2.6 parts by weight of a medium based on 1 part by weight of a white pigment. The illuminated display according to the above item 1), wherein the illuminated display is a layer in which a pattern is solid printed.
The illuminated display of the present invention comprises the above-mentioned layers (1), (2) and (3) in the order of lamination, and (3) switches the light source arranged on the layer side between on and off, thereby turning off the light, ie, extinguishing. Under (light off), the character design of layer (3) is concealed, but when switched on, that is, when illuminated (lit), it is displayed so as to be visible only when illuminated (lit), and exhibits a display function. The character design at that time is displayed by being colored with the color pigment selected in the layer (1).
[0012]
As described above, the character pattern can be switched between display and concealment in accordance with the on / off switching of the light source. (1) According to the color pigment (color type) selected in the layer, (2) This can be achieved by setting the mixing ratio of the medium to the white pigment in the layer. The relationship between the selected color and the mixing ratio of the medium to the white pigment is shown in the embodiments described in the above items 3) to 8).
The illuminated display according to the above item 2) is a mode in which a transparent substrate is used and a surface light source of a light guide plate type is employed therein, and can be finished into a compact display. Suitable for carrying.
[0013]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described in detail.
A configuration example of the illuminated display body S of the present invention will be described with reference to the schematic cross-sectional views of FIGS.
FIG. 1A shows an example of the configuration, E is a side on which a character pattern is visually recognized, B is a transparent substrate, and (1) a layer is an arbitrary coloring pigment having a Munsell display system brightness of 1 to 9.5. , The layer (2) is a layer printed solid with a white pigment containing a medium, the layer (3) is a layer printed solidly with a desired character pattern with a silver metallic pigment, and L is a light source. . This example shows a mode in which the light source L is disposed on the rear surface of the layer (3) and directly backlights. The transparent substrate B is an example located outside the layer (1) in this figure, and is advantageous because the printed layers (1) to (3) can be protected from the outside environment (rain, sunshine, etc.). It is. However, the transparent substrate B is not limited to this position, and the display function is not hindered even if it is positioned between the (1) and (2) layers or between the (2) and (3) layers.
[0014]
FIG. 1B shows another example of the structure of the illuminated display body S of the present invention, which uses an acrylic plate (A) as a transparent substrate B, and adopts a light guide plate system in which light is introduced from an end surface of the acrylic plate. An example in which a surface light source is employed will be described. Here, the order of lamination of the layers (1), (2) and (3) when viewed from the viewing side is the same as that in FIG. The light source L is a cold-cathode tube. When the light source L is turned on, the light is reflected by reflection dots provided on the acrylic plate to become a surface light source, and passes through the layers (3), (2) and (1). , A desired character pattern is displayed. A light-reflecting sheet R is attached or set on the back surface to efficiently illuminate by the light guide plate system, and a light-diffusing sheet D is attached or set on the front surface so that the reflection dots cannot be seen.
[0015]
[Transparent substrate B]
The transparent substrate is a printing medium in the illuminated display of the present invention, and at the same time, has a functional surface as a support, and also has a function as a light guide plate when a light guide plate method is used for illumination. The material is basically light transmissive and includes a material that is colorless and transparent to a matte state. Generally, a substrate made of a synthetic resin having excellent printability, heat resistance, and water resistance is preferable.Thickness of a transparent substrate, such as a polycarbonate film or a substrate made of an acrylic resin, is different depending on a target display body. However, it is usually selected from a range of about 0.1 to 8 mm. For example, when a light guide plate method is used, a transparent substrate whose thickness is slightly larger than the thickness of the light source is used because of illuminating from the end face, but an acrylic (resin) plate having a thickness of about 5 mm is usually used. Appropriate. On the other hand, when the light guide plate method is not adopted, a polycarbonate film is frequently used, and a specific example thereof is a Lexan Film (trade name) developed by General Electric Company, USA.
[0016]
[Light source L and illumination method]
In the illuminated display of the present invention, when the light source L is off, the character pattern is hidden, and when the display is required, the light source L is turned on and the backlight is turned on, so that the desired character pattern can be displayed on the Munsell display. It is displayed by being colored in an arbitrary color having a brightness of 1 to 9.5. As the light source L, a tungsten light bulb, a fluorescent tube (hot cathode tube, cold cathode tube), or a red, yellow or green light emitting diode (LED) is appropriately determined depending on an illumination system to be used.
[0017]
In the method of illuminating from the rear surface as shown in FIG. 1A, in principle, any light source may be used, and a conventionally known illuminating device itself can be used. This illuminating method is more suitable for a large fixed type all-display body than the light guide plate method using the transparent substrate B as the light guide plate.
Next, for the illumination by the light guide plate method, light is introduced from this end face (edge) using an acry plate as a light guide plate, and is processed into an acrylic plate while the light proceeds while being totally reflected inside the acrylic plate. This phenomenon uses a phenomenon in which the direction of the reflected light is changed by hitting the reflected dot, and light having a component smaller than the total reflection angle emerges on the surface of the acrylic resin (see FIG. 4). When the light guide plate method is adopted in the illuminated display of the present invention, as shown in FIG. 1B, the layers (3), (2) and (1) are provided on the opposite surface on which the reflection dots are provided. The layers are sequentially laminated.
As the light source L of the light guide plate, a special fluorescent tube having a small diameter, a cold cathode tube, an LED, a light bulb, or the like is used. At this time, if the size of the light source L is selected so as to fall within the range of the thickness of the light guide plate, it is possible to obtain a planarly integrated display body.
[0018]
The light guide plate is formed by integrally forming the acrylic body and the reflective dots with the reflective dots processed into a mold when applying the reflective dots to the acrylic plate (transparent substrate B) by screen printing or during the injection molding of the acrylic plate. The light guide plate having the function of the light guide plate is used. The reflection dots are produced according to a gradation pattern so that the entire surface emits light uniformly. The light reflecting sheet is used to increase the light use efficiency, and is set on the rear surface (inner surface) of the light guide plate (transparent substrate B) and on the end surface other than the light introducing surface. The light diffusing sheet is set for more uniform surface light emission and for the purpose of diffusing the reflection dots and making them invisible when viewed from the front (front) of the light guide plate. The illuminated display of the present invention can be made small and suitable for carrying by carrying a light guide plate.
[0019]
[(1) layer]
This layer is selected according to its purpose in order to display a character pattern to be displayed in the layer (3) in an arbitrary colored state on the premise that the lightness of the Munsell display system is 1 to 9.5. This is a layer obtained by solid printing of a colored pigment. The type of color can be selected according to the display purpose, such as black, white, or a mixed color obtained by arbitrarily adjusting the three primary colors, including the three primary colors of red, yellow, and blue. In the specific selection, if a desired color chart number is selected from a “standard color sample book for paint” issued by the Japan Paint Manufacturers Association, a correspondingly toned pigment can be obtained. . In this case, the selected color is displayed with three attributes of lightness (1 to 9.5), hue, and purity of the Munsell display value, and various color tones can be selected. The lightness 0 in the Munsell display value is a one-point color, and there is no room for changing the hue and the purity.
[0020]
[(2) layer]
This layer is a layer obtained by solid printing a white pigment containing a medium, and the mixing ratio is set so that the layer (3) does not appear in the layer (1) under quenching. The relationship between the color pigment selected in the layer (1) and the blending amount of the medium with respect to the white pigment in the layer (2) is exemplified below.
When the layer (1) is a solid printing layer of a red pigment, the layer (2) is solid-printed with a pigment containing 1 to 8 parts by weight of a medium with respect to 1 part by weight of a white pigment.
[0021]
When the layer (1) is a solid printing layer of a yellow pigment, the layer (2) is solid-printed with a pigment obtained by blending a medium in an amount of 1 to 4 parts by weight with respect to 1 part by weight of a white pigment.
When the layer (1) is a solid printing layer of a blue pigment, the layer (2) is solid-printed with a pigment in which a medium is blended in an amount of 1 to 3 parts by weight with respect to 1 part by weight of a white pigment.
[0022]
When the (1) layer is a solid printing layer of a green pigment, the (2) layer is solid-printed with a pigment in which 1 to 2.6 parts by weight of a medium is mixed with 1 part by weight of a white pigment. .
When the layer (1) is a solid printing layer of a black pigment, the layer (2) is solid-printed with a pigment obtained by mixing a medium with 1 to 8 parts by weight of 1 part by weight of a white pigment. When the layer (1) is a solid printing layer of a white pigment, the layer (2) is solid-printed with a pigment comprising 1 to 8 parts by weight of a medium with 1 part by weight of a white pigment.
[0023]
When the amount of medium is smaller than the above range, the intended character pattern is not displayed even when illuminated, and conversely, when the amount of medium is increased beyond this range, the character pattern can be visually recognized even under extinction. That is, the display object intended in the present invention cannot be obtained. For selected colors other than the above, the range of the blending amount of the medium with respect to the white pigment can be set while observing the state of illumination and extinction.
[(3) layer]
This layer is a layer in which a desired character pattern portion for display purpose is printed with a silver metallic pigment on the background of layer (2). Here, the desired character design is intended for any display content such as advertisement display, decoration display, guidance display, sign display or warning display, and includes characters, numbers, symbols, marks, patterns, pictures or illustrations. Arbitrarily represented by
[0024]
This character pattern layer can be formed by using a silver metallic pigment, for example, by screen printing or offset printing, by printing a desired character pattern portion with a blank print, and then printing the other portions with a silver metallic pigment solid print. The silver metallic pigment is not particularly limited as long as it is a pigment for printing ink, but an organic pigment is generally preferred. The medium is prepared by blending aluminum powder pigment with a medium, and the amount of the medium at this time is selected so that light transmission can be prevented and the medium does not peel off during printing. For example, it is often appropriate to set the medium amount to about 10 parts by weight with respect to 3 parts by weight of the aluminum powder pigment.
[0025]
[Formation of laminated body]
The illuminated display body of the present invention is one in which a desired colored pigment layer (1), a white pigment layer (2) containing a medium, and a character pattern layer (3) are laminated and printed in this order from the viewing side. is there. Here, when the light guide plate method is adopted, the (3), (2) and (1) layers are laminated and printed in this order on the surface of the transparent substrate B (light guide plate) opposite to the surface on which the reflection dots are formed. From the side, the order is (1), (2) and (3)]. On the other hand, when the light guide plate method is not adopted, either the layer (1) or the layer (3) is located outside, or in some cases, between the layers (1) and (2) or between the layers (2) and (3). ) Can be arranged between the layers. Usually, for the above-mentioned reason, it is advantageous to arrange the printed laminate at the position closest to the viewing side so as to be protected, and to perform lamination printing in the order of (1), (2) and (3) on the inner side. is there. In this case, the solid printing of the layer (3) is back printing.
[0026]
The lamination printing can be screen printing or offset printing according to a conventionally known method, but screen printing is particularly preferable.
As described above, the illuminated display laminate of the present invention can be manufactured.
[Use as display body]
As described above, the illuminated display of the present invention has the effect of strongly appealing the character design to the viewer since the character design can be visually recognized only by the illumination. Therefore, it can be used as any panel display such as advertisement display, decoration display, guidance display, sign display, warning display, intention display traffic display, and the like. Hereinafter, specific usage forms will be exemplified, but are not limited thereto.
[0027]
(Traffic display)
It can be used as a display to inform other vehicles when driving a car, when the driver wants to overtake the preceding vehicle or when he enters a priority road from a side road. An example is shown in FIG. 2 (see Example 2). As shown in the front view of FIG. 2 (a), this illuminated display body is composed of upper and lower tiers, and in the display body constituting the upper tier, the (3) layer has the words "Please enter". An exclamation mark illustration is printed in a blank, and in the display constituting the lower part, the (3) layer is printed with a word "thank you" and a heart mark illustration, and an illuminated display for transmitting them as a message. I do.
[0028]
This display is provided at an appropriate place in the vehicle, and in a situation where an interrupting drive is desired, the display of "Please enter" is first turned on to communicate the intention to the target vehicle. Then, when the concession of the interruption is made, the display of "Thank you" is turned on to convey the gratitude. In this way, communication between the drivers becomes extremely smooth, which can contribute to safety.
In the same way, a car for beginners with a driver's license and "Please go ahead", and a car with an infant carrying a "Baby is on board" or "Go ahead", people with physical disabilities Some vehicles may have indicators such as "I have a physical disability" or "Please go ahead", and broken object carriers may have "I am carrying things" or "Please go ahead".
[0029]
Similarly, when driving on a motorcycle or a bicycle, a traffic-related display can be used as a display that mainly conveys intentions such as “turn right”, “left turn”, and “stop” to a driver of a nearby automobile. If such a display is attached to, for example, a helmet or an outer garment and displayed when necessary, it is useful for safe running of a motorcycle or a bicycle.
(Warning and guidance display)
For example, when used for an emergency display for announcing the arrival of a typhoon, heavy rain, or heavy snow, a display with a high appeal can be obtained.
[0030]
(Other display objects)
-Optometry table: In the conventional optometry table, the inspection symbol is created on the panel surface, and the examinee can see it before the inspection. Therefore, it is possible to store the inspection symbol at the time of the inspection or to intentionally store it. By using the present invention to make the character symbol layer a test symbol, it is possible to eliminate the need to memorize the character before the test (before illumination), and to perform an accurate visual acuity test.
[0031]
-Character learning table: When a child learns a character, if the function of non-visibility at the time of extinction and visual recognition at the time of illumination according to the present invention is used, it is convenient for repetitive learning and the impression of the character is enhanced.
・ Game table: By operating illumination and extinction, it can be used for hitting games and the like.
[0032]
【Example】
Example 1
(Example of making a warning sign for "Beware of Fire")
As the transparent substrate, a polycarbonate film (manufactured by General Electric Company, trade name: Lexan film 8010, thickness 0.18 mm) was used. On this film surface, (1) a red pigment [a color pigment number of a paint standard color sample issued by the Japan Paint Manufacturers Association: 7.5R4 / 14, a red pigment corresponding to a lightness of 4] is screen-printed as a first layer. (Model: Mino MHP type), all solid printing was performed. On top of that, as a (2) -th layer, a solid pigment was prepared by blending 1 part by weight of white pigment and 1 part by weight of medium with total weight by screen printing. Next, on the layer (2), letters of "Beware of Fire" and a fire illustration were printed in a solid color using silver metallic pigment as the layer (3) (FIG. 3).
[0033]
In this example, the following commercially available products were used as the ink pigment, the medium and the matting agent.
Red pigment: No. No. manufactured by Jujo Chemical Co., Ltd. 807 was used.
White pigment: No. manufactured by Jujo Chemical Co., Ltd. 801 was used.
Medium: No. manufactured by Jujo Chemical Co., Ltd. 800 were used.
Silver metallic pigment: Aluminum paste fine manufactured by Jujo Chemical Co., Ltd. was used.
[0034]
By illuminating from the (3) layer side, each of the above printed laminates was able to clearly display (project) the letters “Beware of Fire” in red with illustrations. On the other hand, when there is no illumination from the lamination side, the entire panel is red even when illumination is being performed from the outside, and the words "Beware of Fire" and illustrations are hidden and visible. Could not.
Example 2
On one surface of the acrylic plate (A) (length 60 mm, width 22 mm, thickness 5 mm), reflection dots (diameter 6 mm) are printed at about 2 mm intervals by screen printing using titanium white (TiO ₂ ), and the dots are printed. A light reflecting sheet R ("KIMOTO Reflex White Ra188") was set on the printing surface to form a light guide plate.
[0035]
Next, using the silver metallic pigment (3 parts by weight of aluminum powder and 10 parts by weight of medium) on the other side of the acrylic plate, as shown in FIG. The pattern was printed by screen printing with a solid printing [layer (3)]. After drying, a solid pigment (1 part by weight of white pigment (“PAS No. 801” manufactured by Jujo Chemical)) mixed with 1 part by weight of medium (“PAS No. 800” manufactured by Jujo Chemical) was solid-printed thereon. 2) Layer]. Further, a white pigment ("PAS No. 801" manufactured by Jujo Chemical) was solid-printed thereon ([1) layer]. On this (1) layer, a light diffusion sheet D (KIMOTO light-up 100LSE) was set to produce an illuminated display.
[0036]
In the same manner as described above, an illuminated display having a layer (3) as a layer printed with letters of "Thank you" and a heart mark pattern as shown in the lower part of FIG. .
As shown in FIG. 2 (b), these two display bodies are combined in two upper and lower stages, and as shown in FIG. Was produced. In the figure, Rc indicates a light reflection plate of a cold cathode tube. In this display, when the light source L is turned off, the front surface of the panel shows the color of the color pigment printed in the (1) layer, and the character pattern is concealed. If you turn on the display, the character pattern will be clearly displayed. Next, after the interruption, the character design is displayed by switching on the light source L of the display body of the second stage.
[0037]
【The invention's effect】
The illuminated display of the present invention is a variety of displays utilizing the function of being able to project a desired character pattern on a panel in a desired colored state in a timely manner, for example, advertisement display, decoration display, guidance display, and sign. In display, warning display, intention display, traffic display, etc., a display effect with a higher impact than the conventional display body is exhibited.
[Brief description of the drawings]
FIG. 1 is a schematic cross-sectional view of an illuminated display according to the present invention. FIG. 1 (a) shows an example of backlighting from the back, and FIG. 1 (b) shows an example of backlighting using a light guide plate method. Shown respectively.
FIGS. 2A and 2B show examples of an illuminated display of the present invention employing illumination by a light guide plate system, wherein FIG. 2A shows a front view and FIG. 2B shows a cross-sectional side view, respectively.
FIG. 3 shows an example of a character pattern in the illuminated display of the present invention.
FIG. 4 shows the principle and structure of a surface light source using a light guide plate method.
[Explanation of symbols]
S: Illuminated display laminate B: Transparent substrate A: Acrylic plate L: Light source E: Viewing side (1): Munsell display system Lightness 1 to 9.5, solid printed layer of colored pigment (2): Medium Layer (3) solid printed with the blended white pigment: Layer printed with the desired character pattern with silver metallic pigment

Claims (8)

Having a printed laminate including a transparent substrate and a desired character pattern layer,
(1) a solid printed layer of an arbitrarily selected color pigment having a Munsell display system lightness of 1 to 9.5, (2) a solid printed layer of a white pigment containing medium, and A) a layer in which a desired character pattern is printed in a solid color with a silver metallic pigment, and a light source is arranged on the (3) layer side, and the (1) layer side is a viewing side,
When the light source is turned off, the character pattern is hidden, and when illuminated, the character pattern is displayed. An illuminated display, comprising: An acrylic plate is used as the transparent substrate, and the light source is a surface light source of a light guide plate type in which light is introduced from an end surface of the acrylic plate. The (1) layer, (2) 2. The illuminated display according to claim 1, wherein a light diffusion sheet is laminated on the (1) layer, and a light reflection sheet is laminated on the back surface of the acrylic plate. The layer (1) is a solid printing layer of a black pigment, and the layer (2) is a layer solid-printed with a pigment obtained by mixing 1 to 8 parts by weight of a medium with respect to 1 part by weight of a white pigment. The illuminated display according to claim 1, wherein: The layer (1) is a solid printed layer of a white pigment, and the layer (2) is a layer solid-printed with a pigment obtained by blending 1 to 8 parts by weight of a medium with respect to 1 part by weight of a white pigment. The illuminated display according to claim 1, wherein: The layer (1) is a solid printed layer of a red pigment, and the layer (2) is a layer solid-printed with a pigment obtained by blending 1 to 8 parts by weight of a medium with respect to 1 part by weight of a white pigment. The illuminated display according to claim 1, wherein: The layer (1) is a solid printed layer of a yellow pigment, and the layer (2) is a layer solid-printed with a pigment obtained by blending 1 to 4 parts by weight of a medium with respect to 1 part by weight of a white pigment. 2. The illuminated display according to claim 1, wherein: The (1) layer is a solid printing layer of a blue pigment, and the (2) layer is a solid printing of a character pattern with a pigment obtained by mixing medium with 1 to 3 parts by weight of 1 part by weight of a white pigment. The illuminated display body according to claim 1, wherein the illuminated display body is a layer formed. The (1) layer is a solid printing layer of a green pigment, and the (2) layer is a character pattern with a pigment obtained by blending a medium in an amount of 1 to 2.6 parts by weight with respect to 1 part by weight of a white pigment. The illuminated display according to claim 1, wherein the illuminated display is a solid printed layer.

Images