JP2005178258A - Luminous patterned structure on surface of base material - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a luminous patterned structure, which continuously emits light for a long time, on the surface of a base material. <P>SOLUTION: This luminous patterned structure is equipped with a color patterned layer 2 provided on the surface of a base material 1 of an article such as a lamp-shade, the frame of a photograph, a clockface, a religious and civilizational article and a pencil box, a first luminous layer 3 provided on the color patterned layer 2 and a second luminous layer 4 provided on the color patterned layer under the condition that the first and the second luminous layers are arranged so as to produce the luminous effects of a color pattern caused by the emission of colors different from each other from the first and the second luminous layers. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a kind of luminous pattern structure on the surface of a substrate, and in particular, it is manufactured on the surface of a substrate such as a lamp shade, a photo frame, a clock face, a religious article and a pencil case, and is multicolored or colored. The present invention relates to a night light pattern structure on the surface of a base material that reveals a pattern having a night light effect.

  Articles that are most commonly seen and used in daily life include lampsades, photo stands, clockfaces, religious objects, and pencil cases. Trademarks, symbolic patterns or letters are printed on the surface of the product, or patterns are embossed to inspire consumers to purchase.

  Currently, the surface of articles such as speaker-shaped lampsades, photo frames, clock faces, religious objects and pencil cases are drawn with a single color or color pattern, and wood and stone patterns are printed to attract consumers. ing.

  However, when these items are installed indoors, when there is lighting or outdoor light, you can see beautiful patterns on the surface, but at night or when the lights are turned off, you can not see the beautiful surface in the dark, People may hit and fall to the ground. For this reason, some people turn on the night lamp after the lights are turned off so that they can see if it is dark. However, medically, sleeping with a night lamp in the dark has a negative effect on the child's eyes, so it is not preferable to sleep with the night lamp on.

  In addition to this, watches that are currently on the market can display the time when the fluorescent agent is applied to the numbers indicating the time on the dial face, and after the fluorescent agent absorbs light from the outside, the fluorescent agent emits light in the dark. There is something. However, the light emitting part is only a numerical part, and the light emitting time of the fluorescent agent is not durable, and the light emitting effect is lost within a short time.

  The present invention provides a kind of night-light pattern structure on the surface of a substrate in order to solve the above-mentioned drawbacks and eliminate the existence of the disadvantages. The present invention prints luminous ink having multicolor or color night vision effect on articles such as lampsades, photo frames, clock faces, religious objects, and pencil cases, and the luminous ink is used for about 4 to 6 hours. It provides a light emitting effect having endurance. The luminescent ink used in the present invention is formed of an alkaline earth aluminate excited by a rare earth element, and does not have radiation and toxicity by itself. In contrast, when the light is extinguished and dark, this printed ink will produce a multicolor or color night vision effect, as well as provide a lighting effect to prevent people from colliding with the article .

The invention of claim 1 is a nightlight pattern structure on the surface of a substrate that generates a multicolor or color nightlight effect,
A substrate;
A color pattern layer provided on the surface of the substrate;
A first luminescent layer provided on the color pattern layer;
A second luminescent layer provided on the color pattern layer;
The color pattern of the color pattern layer appears under light irradiation, and the night effect of the color pattern is formed by the first luminous layer and the second luminous layer in the dark or when the illumination is turned off. The substrate surface has a night-light pattern structure.
The invention of claim 2 is the night-light pattern structure on the substrate surface according to claim 1, wherein the substrate is one of paper, polyvinyl chloride, or cloth. It has a structure.
According to a third aspect of the present invention, in the night light pattern structure on the substrate surface according to the first aspect, the first night light layer is formed on at least one of the surface local area or the large area portion of the color pattern layer, or the contour line. The substrate has a night-light pattern structure on the surface of the substrate.
According to a fourth aspect of the present invention, in the night light pattern structure of the substrate surface according to the first aspect, the second night light layer is formed on at least one of the surface local area or large area portion of the color pattern layer, or the contour line ridge. The substrate has a night-light pattern structure on the surface of the substrate.
The invention of claim 5 is a night-light pattern structure on the substrate surface according to claim 1, wherein the first night-light layer and the second night-light layer have the same color spectrum. It is said.
The invention of claim 6 is the night-light pattern structure on the substrate surface according to claim 1, wherein the first night-light layer and the second night-light layer have different color spectra. It is said.
The invention of claim 7 is the night light pattern structure on the base material surface according to claim 1, wherein the first night light layer and the second night light layer are superimposed.
The invention of claim 8 is the substrate pattern according to claim 1, wherein the printing thickness of the first luminous layer and the second luminous layer is controlled by a printing device. It has a luminescent pattern structure.
The invention of claim 9 is characterized in that the base material surface according to claim 1, wherein the ink used for the color pattern layer is either a color printing ink or a thermo ink. It has a luminescent pattern structure.

  The present invention provides a kind of night-light pattern structure on the surface of a substrate in order to solve the above-mentioned drawbacks and eliminate the existence of the disadvantages. The present invention prints luminous ink having multicolor or color night vision effect on articles such as lampsades, photo frames, clock faces, religious objects, and pencil cases, and the luminous ink is used for about 4 to 6 hours. It provides a light emitting effect having endurance. The luminescent ink used in the present invention is formed of an alkaline earth aluminate excited by a rare earth element, and does not itself have radiation and toxicity. In contrast, when the light is extinguished and dark, this printed ink provides a multicolor or color night vision effect and also provides a lighting effect to prevent a person from colliding with the article.

  The night light pattern structure on the substrate surface of the present invention includes a substrate, a color pattern layer provided on the substrate surface, a first night light layer provided on the color pattern layer, and the color pattern layer. A color pattern effect of the color pattern layer under light irradiation, and when the darkness or illumination is turned off, the first and second night light layers cause the color pattern An effect can be generated.

  1, 2 and 3 show the printing process of the luminous pattern structure on the surface of the substrate of the present invention. In the night light pattern structure on the surface of the substrate of the present invention, a night light pattern having a night light effect is printed on the surface of the base material 1, and after the night light pattern absorbs external light, the illumination (not shown) is cut or dark. When this happens, this luminescent pattern produces different colors of light emission, revealing multi-color or color luminescent effect, and this luminescent ink has a permanent luminescent effect (about 4 to 6 hours).

  In the printing process of the luminous ink having the luminous effect, first, the base material 1 material is selected. The base material 1 is one of paper, polyvinyl chloride, or cloth used for articles such as a lighting fixture, a photo frame, a clock face, a religious article, a pencil case, and the surface of the base material 1. Perform corona treatment. This corona treatment is a kind of electric shock treatment, and the pores on the surface of the substrate 1 are treated with high-voltage electricity to increase the adhesion force on the surface of the substrate 1.

  After completing the above-described pore pore treatment on the substrate surface, color ink is printed on the substrate 1 surface to form the color pattern layer 2.

  After the printing of the color pattern layer 2 is completed, an adhesive having a weak adhesive force is applied to the surface of the color pattern layer 2, and then a night ink printing is performed. This nocturnal ink is made of alkaline earth aluminate excited with rare earth elements and does not itself have radiation and toxicity, so it does not harm the human body and differs from traditional fluorescent agents. The first luminescent layer 3 is formed by printing the luminescent ink described above on at least one of the surface local area 21, the large area portion 22, or the outline ridge 23 of the color pattern layer 2.

  After the printing of the first luminous layer 3 is completed, the second luminous layer 4 is printed on the first luminous layer 3 to be formed. When printing the second luminous layer 4, it is not necessary to treat the surface of the first luminous layer 3, but a curing agent is added to the luminous ink of the second luminous layer 4, and the second luminous layer 4 After the luminescent ink printing, the robustness and surface flatness of the first luminescent layer 3 and the second luminescent layer 4 are increased. However, when the second luminous layer 4 is printed, printing is performed on at least one kind of another color of the color pattern layer 2 or another surface local area 21 or a large area portion 22 or a contour line 23, and the first luminous layer 3 is printed. It is also possible to partition the pattern of the entire color pattern layer 2. When the printing of each of the above layers is completed, a pattern having a nocturnal effect is completed.

  3 and 4 show a printing process of the night light pattern structure on the substrate surface of the present invention and a pattern having a night light effect after printing. After the completion of the printing of the color pattern having the luminous effect, the first luminous layer 3 is printed on the leaf outline 23 of the pattern, and the second luminous layer 4 is printed on the large area 22 of the leaf. Under irradiation, the color pattern layer 2 reveals a color pattern.

  When the color pattern is irradiated with light for a certain period of time and then turned off or dark, the first luminous layer 3 and the second luminous layer 4 printed on the color pattern layer 2 have the same color. The pattern of the color pattern layer 2 can be displayed. In addition, when the first luminous layer 3 and the second luminous layer 4 are different colors, a multicolor or colored luminous effect can be generated.

  FIG. 5 is a display diagram of another embodiment of the present invention. The first luminous layer 3 and the second luminous layer 4 of the present invention can be formed to generate different colors or spectra, and different first luminous layers 3 and second luminous layers 4 are superimposed on each other to cause different spectra to appear. Can be taken, which allows people to see different luminescent colors.

  The first luminous layer 3 and the second luminous layer 4 can be manufactured to have a light / dark contrast effect, and the light / dark contrast effect can be controlled by the thickness of printing, and the first luminous layer 3 and the second luminous layer 4 can be controlled. The printing thickness of layer 4 can be controlled by a printing device.

  In addition, when the first luminescent layer 3 and the second luminescent layer 4 having different thicknesses are overlapped, different luminescent colors are made to appear.

  Furthermore, different refractive effects can appear when the substrate 1 material is different. For example, a fuzzy polyvinyl chloride substrate can produce a multicolor diffusion effect.

  Further, the ink used for the color pattern layer 2 may be a general color printing ink or a thermo ink, and this thermo ink utilizes a microcapsule technology, and a color former and an electronic reaction catalyst are covered in the microcapsule. When enveloping and encountering heat, it produces a color change or color change effect.

  Furthermore, the present invention can be applied to articles such as lamp shades, photo frames, clock faces, religious objects, and pencil cases.

It is a printing process display figure of the luminous pattern structure of the base-material surface of this invention. It is a printing process display figure of the luminous pattern structure of the base-material surface of this invention. It is a printing process display figure of the luminous pattern structure of the base-material surface of this invention. It is a nightlight pattern display figure of the base-material surface of this invention. It is another Example figure of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Base material 2 Color pattern layer 21 Surface local part 22 Large area part 23 Contour line 條 3 1st nocturnal layer 4 2nd nocturnal layer

Claims (9)

It is a night light pattern structure on the surface of a substrate that generates multicolor or color night light effects
A substrate;
A color pattern layer provided on the surface of the substrate;
A first luminescent layer provided on the color pattern layer;
A second luminescent layer provided on the color pattern layer;
The color pattern of the color pattern layer appears under light irradiation, and the night effect of the color pattern is formed by the first luminous layer and the second luminous layer in the dark or when the illumination is turned off. 、 Luminous pattern structure on the substrate surface.   2. The night-light pattern structure on the substrate surface according to claim 1, wherein the substrate is made of paper, polyvinyl chloride, or cloth.   2. The night-light pattern structure on the substrate surface according to claim 1, wherein the first night-light layer is formed on at least one of a local surface area, a large area portion, or a contour line of the color pattern layer. Luminous pattern structure on the material surface.   2. The night-light pattern structure on the substrate surface according to claim 1, wherein the second night-light layer is formed on at least one of a local surface area, a large-area portion, or a contour line of the color pattern layer. Luminous pattern structure on the material surface.   The night-light pattern structure on the substrate surface according to claim 1, wherein the first night-light layer and the second night-light layer have the same color spectrum.   The night-light pattern structure on the substrate surface according to claim 1, wherein the first night-light layer and the second night-light layer have different color spectra.   The night light pattern structure on the substrate surface according to claim 1, wherein the first night light layer and the second night light layer are superimposed.   2. The night-light pattern structure on the substrate surface according to claim 1, wherein the printing thickness of the first night-light layer and the second night-light layer is controlled by a printing device. The night light pattern structure on the substrate surface according to claim 1, wherein the ink used for the color pattern layer is either a color printing ink or a thermo ink.

Images