JP3138413U - Posting tool - Google Patents

Abstract

Provided is a small-sized but effectively decorated display tool that attracts attention to the post itself through visual stimulation and serves as a guide for the post.
In a posting tool 1 having a mounting portion for mounting a post such as paper on a surface to be mounted and having a surface portion 5 that can be seen, a design layer 6 having a design on the surface portion is provided. This is a posting tool characterized in that a top coat layer 7 made of a transparent material is laminated on the surface of the layer.
[Selection] Figure 1

Description

  The present invention relates to a display tool such as a thumbtack for attaching a post such as paper or a magnetic attachment.

  Conventionally, posting tools for attaching postings such as papers to walls or bulletin boards are used to make the postings inconspicuous from the original functions, to keep the postings hidden as much as possible, and for mounting For example, a small-sized display device with no decorativeness is provided for the purpose of preventing the volume of the posting tool from getting in the way. For example, the thumbtack is particularly small, and its visual element is minimally easy to find when removed, so that the body that is the base of the needle has a metal surface that easily reflects light, or the body is made of resin. It is limited to the range where the case is colored.

  On the other hand, a magnetized fixture is generally larger than a thumbtack due to the necessity of magnetic force necessary for attachment, and the surface portion is molded and colored with a resin molded product. Simple.

  In general, the appearance of a conventional display device such as a thumbtack or a magnetized fixture is inorganic, and the display device is generally used indoors, particularly in offices. There is one aspect that has added minerality to the visual side of.

  Therefore, in the present invention, while maintaining the original function with respect to the display tool of inorganic appearance in the prior art, on the other hand, sometimes it adds glare to the visual surface of an inorganic room etc., has its own beauty, I was thinking of giving a structure that could complement. As a result, a small but effective decoration that is inconspicuous when you are away, but can approach the visuals of the postings and appeal to the aesthetics visually when you pay attention to them. Then, it was made into the subject to provide the display tool which attracts attention also to the posting itself through the visual stimulus, and plays the role of the guide to the posting.

  In order to solve the above problem, the posting tool according to the present invention employs the following means.

  That is, in the posting tool according to claim 1, in the posting tool having a mounting portion for mounting a posting such as paper on the mounted surface and having a visible surface portion, a design layer in which the surface portion is designed And a top coat layer made of a transparent material is laminated on the surface of the design layer.

  In this posting tool, the design layer mainly provides a decorative property, and the top coat layer firmly adheres to and protects the surface layer while the design layer is visible. These layers are applied only to a portion of the surface of the posting tool in the prior art, and do not stand out from the posting or obstruct the visual inspection of the posting more than the conventional posting tool.

  The posting tool according to claim 2, wherein the posting tool has a mounting portion for mounting a posting such as paper on the mounting surface, and has a surface portion that can be seen, and the N portion made of a phosphorescent fluorescent material on the surface portion. And a design layer having a design on the surface of the N layer, and a top coat layer made of an ultraviolet curable material is laminated on the surface of the design layer.

  And in this posting tool, the phosphorescent fluorescent material of the N layer accumulates during the daytime or under illumination, and then emits light and amplifies the decorativeness when placed under nighttime or under non-illumination, Make it easier to check the location at night or under non-lighting.

  The posting tool according to claim 3 is characterized in that a pressed flower is provided as a design layer.

  And in this posting tool, in the posting tool that is often used mainly in indoor artificial sights, when using a pressed flower that is a natural material, even when decoration is applied to a small area, A strong appeal to the aesthetic sense.

  The posting tool according to claim 4 is characterized in that a material having an excitation peak wavelength of 320 to 370 nm is used as the phosphorescent fluorescent material.

  And in this posting tool, by using the phosphorescent fluorescent material having an excitation wavelength of 320 to 370 nm for the N layer, including the wavelength at which the ultraviolet curable coating is cured, along with the curing of the top coat layer cured by the same ultraviolet rays Thus, phosphorescence of the N layer can be caused.

  The posting tool according to claim 5 is characterized in that a material curable by irradiation with a wavelength of 350 to 380 nm is used for the ultraviolet curable material used for the top coat layer.

  And in this posting tool, it is possible to apply these apparatuses to the manufacturing process by using an ultraviolet curable material having a curing wavelength of 350 to 380 nm close to the wavelength irradiated by a general industrial ultraviolet irradiation apparatus. it can.

  From the above, according to the posting tool according to claim 1 of the present invention, when the design layer provided to cover a small area of the surface portion is away or not gazing, the conventional posting is provided. It is not as noticeable as tools, but when approaching closely, it appeals visually to the design, and as a decorative item that itself is posted, it is also a point in the posting, an opportunity to attract attention to the contents of the posting Has the effect of becoming.

  In addition, the top coat layer firmly attaches and protects the design layer, so it is possible to use technologies that are easily damaged, such as soft materials such as plant materials, paints that peel easily, and delicate engravings that are sensitive to external pressure. And a wide variety of designs can be applied. In addition, the design layer is three-dimensionally covered with a transparent material of the top coat layer, and the shadow appears to be strong. In addition, the top coat layer itself can be decorated with coloring and other effects that have a synergistic effect with the design layer.

  Further, according to the posting tool according to claim 2 of the present invention, the design layer and the top coat layer are illuminated from the surface layer side by the light emitted from the N layer under non-illumination. The visible effect appears prominently. In addition, by using a phosphorescent fluorescent material instead of a fluorescent paint that only emits weak fluorescence immediately after light is applied to the N layer, a strong luminous intensity and a long afterglow time are maintained by short-time irradiation, and light emission of Make the effect even higher.

  Furthermore, the fact that the light emission of the N layer highlights the position of the posting tool under non-illumination has the effect of attracting attention to the posting and making it noticeable. This is an unprecedented advantage over the posting tool in the prior art in terms of the function as the posting tool. On the other hand, the body color of the N layer is not too conspicuous to the surrounding scenes and postings in the daytime and under lighting, and has an effect as a base coat for the material of the surface layer. In addition, it is close in color and texture to the posted items, especially papers, and can be blended into the sight even compared to conventional posting tools.

  Further, in this posting tool, both the phosphorescence of the N layer and the curing of the topcoat layer are promoted by ultraviolet rays, so that the topcoat layer can be quickly and uniformly cured by irradiating ultraviolet rays at the time of manufacture, and the process can be simplified. It is also suitable for mass production. Even when in use, the hardening of the top coat layer is caused by the N layer light storage by sunlight or illumination, and also by the light emission of the N layer under non-illumination. On the other hand, a material that does not contain a volatile solvent or the like as a curing agent can be used for the ultraviolet curable material, and there is no residual solvent at the time of manufacturing and after manufacturing, and it is also excellent in safety.

Embodiments of a posting tool according to the present invention will be described below with reference to the drawings.
FIG. 1 shows a perspective view of an embodiment (1) of a posting tool according to the present invention, and FIG. 2 shows a sectional view taken along the line AA of FIG.

  A thumbtack 1 will be described as an example of the posting tool. This thumbtack 1 has a surface part 5 of a commercially available thumbtack as a mounting part 4 on one side of a disk-like body 2 having a needle 3 and visible on the other plane. And it comprises the design layer 6 provided in the surface part 5 in the form arrange | positioned on a disk, and the topcoat layer 7 laminated | stacked on it.

  The design layer 6 is a layer that has been designed, and provides a decorative effect that is effective only when gazes. The paint layer 8 is easy to adhere the design layer to the metal surface, and it also has the design effect itself that gives the display and surrounding sight a color that doesn't feel uncomfortable. It can also be applied. The design layer 6 is bonded onto the paint layer 8 by an adhesive layer 9.

  In the example shown in this figure, the paint layer 8 is coated with a paint paint for tall and stencil on the entire surface of the thumbtack surface portion 5, and the pressed flower of the design layer 6 is a flower obtained by growing a commercially available seedling. A dry mat for pressed flowers, then put on a wrap and placed on a weight of about 5 kg and pressed for about a week, cut into a size that can be stacked is used. The adhesive layer 9 uses only a minimum amount of a wood bond that becomes transparent after drying so as not to impair the color of the pressed flower of the design layer 6.

  Next, the top coat layer 7 is a layer made of a material that can be seen through, and in order to protect the design layer 6 with a sufficient thickness, the surface of the top coat layer 7 has a curved surface for the purpose of enhancing the three-dimensional effect when seen through. It is laminated so that.

  In the example shown in this figure, the top coat layer 7 is UV curable resin that can be cured in several tens of minutes to about 2 hours by being exposed to sunlight, and liquid polyethylene resin “New Sun Crystal UV” (Konishi) for pressed flowers. Co., Ltd.). In addition, if it does not damage the design layer 6 in the process, it can be used regardless of the material, and is transparent acrylic resin for coating surface coating that is cured by natural drying at room temperature, or cured at about 60 ° C. Transparent thermosetting resin can also be selected.

  The thumbtack 1 may be a thumbtack made of metal for both the body 2 and the needle 3, but a thumbtack having a colored resin body may also be used.

  As shown in FIG. 3, when the thumbtack 1 is close enough to view the letters and details of the posting B, the design of the pressed flower can be visually observed as shown in the enlarged view. . On the other hand, it also has an effect of causing the viewer who has approached the decoration of the thumbtack 1 to pay attention to the content of the posting B.

  According to this embodiment (1), especially in an artificial sight such as a room, the design of a flower that is a natural object, and further, a pressed flower that is made using a real plant as it is is fresh. Gives an impression and demonstrates the effect of appealing not only to aesthetics but also to a sense of security. In addition, pressed flowers are inherently fragile and require a long-term storage. Also, when used as decorations, the surface portion is simply fixed to the surface portion by means such as adhesive and a limited bonding location. However, in the present posting tool, the design layer 6 is fixed and protected by the top coat layer 7 and has an effect of being protected from physical damage and further deterioration due to time. The effect of making the design layer of the top coat layer 7 appear three-dimensionally is particularly effective for delicate designs of flowers that are natural materials. For these reasons, pressed flowers are a material that can make the most of the advantages of the presenting tool.

  In addition, this embodiment (1) uses handmade materials, easily available materials, and manufacturing methods that do not require special equipment, and can be easily implemented without preparing them. And In particular, pressed flowers have different shapes and colors depending on the stock, and can be made into various and diverse products by examining and producing according to each delicate design. It is particularly effective to select this embodiment.

  Next, FIG. 4 shows a sectional view of the embodiment (2) according to the present invention. Since the same reference numerals as those in FIG. 1 and FIG.

  In this embodiment (2), a thumbtack 1 will be described as an example of a posting tool. The thumbtack 1 includes a paint layer 8 provided so as to cover the surface portion 5, an N layer 10 laminated thereon, a design layer 6 provided thereon, and an ultraviolet curable topcoat layer 11 laminated thereon. Has been.

  The N layer 10 is a layer made of a phosphorescent fluorescent material and has a thickness of, for example, about 0.5 to 1 mm so that the paint can be sufficiently stored for light irradiation. Applied to the entire surface 5.

In the example shown in the figure, the N layer 10 has SrAl ₂ O ₄ as a main component, an excitation peak wavelength of 365 nm, and an emission wavelength of 520 nm, a commercially available product name “N Yakko” (Nemoto Special Chemical Industries) G- 300 series brick resin pellets are stacked. In addition, since the N layer 10 also serves as a base coating on the metal surface of the surface portion 5, the paint layer 8 may be omitted.

  The ultraviolet curable topcoat layer 11 is a see-through layer made of an ultraviolet curable material, and is laminated in the same configuration as the topcoat layer 7 of FIG.

  In the example shown in the figure, for the ultraviolet curable top coat layer 11, a commercial product name “New Sun Crystal UV” (Konishi Co., Ltd.) that is cured in about 5 minutes by irradiation with ultraviolet rays of around 365 nm is used. It is cured using an irradiation device.

  In this embodiment (2), since the excitation wavelength of the phosphorescent fluorescent paint of the N layer 10 and the cure wavelength of the ultraviolet curable paint of the ultraviolet curable topcoat layer 11 are both 365 nm, the ultraviolet curable topcoat layer in the production process As 11 is cured, phosphorescence of the N layer can occur. Further, the N layer 10 can be manufactured not in a special facility but in a daily environment by using a non-radioactive phosphorescent fluorescent paint instead of a radioactive luminescent pigment.

  In the daytime or under illumination, light 12 having a wavelength corresponding to ultraviolet light out of light irradiated from the outside has an effect of enhancing the curing of the ultraviolet curing top coat layer 11. Moreover, since the ultraviolet curing topcoat layer 11 is transparent, the ultraviolet rays 12 that have passed through the ultraviolet curing topcoat layer 11 and reached the N layer 10 cause the phosphorescent fluorescent material to accumulate. Further, at night or under non-lighting, the light emission wavelength of the phosphorescent fluorescent paint used in this example is mainly 520 nm. Therefore, the radiation of light emitted from the N layer 10 includes the ultraviolet wavelength 12, and the ultraviolet curable top coat. The effect of hardening the ultraviolet curable material of the layer 11 little by little is exerted.

  Accordingly, the curing of the UV-curing topcoat layer 11 occurs from the outside by daylight or illumination during the daytime and from the inside by light emission from the N layer 10 at night, and the UV-curing topcoat layer 11 is more uniform on the surface and inside. Cured.

  In this embodiment (2), as the structure in which the action of light is considered to be most effective, both the luminous wavelength of the N layer 10 and the curing wavelength of the ultraviolet curable topcoat layer 11 are irradiated by an industrial device or the like. Although 365 nm, which is the main wavelength of the ultraviolet wavelength, is selected, since there is a range in the wavelength of the ultraviolet ray in general, the stored wavelength of the N layer 10 and the cured wavelength of the ultraviolet curable topcoat layer 11 are not 365 nm. The effect can be obtained even if the two wavelengths do not match. For example, the N layer 10 can be sufficiently manufactured using a material having an excitation peak wavelength close to 325 nm.

  Next, FIG. 5 shows sectional drawing of Embodiment (3) of the posting tool which concerns on this invention. Since the same reference numerals as those in FIG. 1 and FIG.

  In this embodiment (3), the magnetized fixture 13 will be described as an example of the posting tool. This magnetized fixture 13 has a mounting portion 15 made of a magnet on one plane of a disc-like fixture, and a bead design layer 16 provided so as to cover the surface portion 5 with the other surface portion 5. The colored top coat layer 17 is laminated thereon.

  The bead design layer 16 is a layer mainly providing decoration made of beads. On the undercoat of the paint layer 8, the adhesive layer 9 is stacked so as to have a thickness of about 1-2 mm, for example, and beads are embedded and fixed therein.

  In the example shown in FIG. 5, the bead design layer 16 is uniformly arranged on the adhesive layer 9 with a dozen or so resin beads having a diameter of several millimeters of various shapes and molding colors such as spherical and polyhedral. Glued and fixed. The adhesive layer 9 is made of a colorless and transparent epoxy adhesive so as to make use of the entire color, and is laminated so as to cover the entire surface of the paint layer 8.

  The colored top coat layer 17 is a layer made of a translucent resin having a color that matches the bead design layer 16, and is laminated in the same configuration as the top coat layer 7 of FIG.

    In the example shown in FIG. 5, the colored topcoat layer 17 is a transparent acrylic resin for coating, and a colored translucent layer is used.

  The mounting portion 15 using a magnet has a structure in which a disk-shaped magnet 15 is covered with a magnetic yoke 19 having a large diameter of about 1 mm and a resin cover 20 while leaving one flat surface. Each component is bonded with an adhesive 9.

  In this embodiment (3), the magnet can be attached to a surface to be attached of a magnetic material, that is, a metal bulletin board or wall surface. Since the magnetized fixture is generally larger than the thumbtack used in the embodiments (1) and (2), a wider range of designs can be selected. The beads in the example shown in the figure can be designed such that they are arranged in a pattern, and the beads appear more three-dimensional due to the wide spacing between the beads. For the design layer, a simple manufacturing method can be adopted in which beads are applied to the design layer 16 and the adhesive layer 9 is applied on one side, and a large number of them are arranged. The translucent material of the colored top coat layer 17 is used. By using it to enhance the color of the beads, the decoration effect is easily amplified. Compared to the method of selecting and bonding parts one by one from these structures, manufacturing is simple and suitable for mass production.

  Next, FIG. 6: shows sectional drawing of Embodiment (4) of the posting tool which concerns on this invention. Since the same reference numerals as those in FIG. 1 and FIG.

  In this embodiment (4), the magnetized fixture 12 will be described as an example of the posting tool. The magnetized fixture 13 has a flat surface on one side and a magnet 18 having a flat surface or a gently curved surface on another surface, and the flat surface as a mounting portion 15 and another flat surface or curved surface as a surface portion 5. And it is comprised from the purple N layer 21 provided in the surface, the film-made design layer 22 provided on it, and the ultraviolet curing topcoat layer 11 laminated | stacked on it.

  The purple N layer 21 is also intended to change the color of the translucent film design layer 22 by light emission, and is applied to the surface portion 5 with the same configuration as the N layer 10 in FIG. It uses paints with vivid colors such as purple.

  The film design layer 22 is a translucent thin layer on which a design is drawn. A corner or the like is used as a bonding site, and the purple N layer 21 is bonded with an adhesive layer 9 using a minimum amount of adhesive.

In the example shown in the figure, the purple N layer 21 has a commercial product name “N Nightlight” (root special light) having CaAl ₂ O ₄ as a main component, an excitation peak wavelength of 325 nm, a body color of white, and a fluorescence of 440 nm and purple. Chemical industry) V-300 series brick resin pellets are laminated. A printed material on which a design is drawn with a translucent film is attached to the film design layer 22 with an adhesive 9.

  According to this embodiment, since the purple N layer 21 is provided directly under the film of the film design layer 22, a translucent film design emerges by fluorescence under non-illumination. In addition, since the purple N layer 21 is white in color and purple in fluorescence, the color of the film is the same as the original material in the daytime, but the color is greatly different because it is illuminated with fluorescence at night. Visible and unique decoration effect is obtained. The film design layer 22 can be made in various shapes and sizes and is easily created because it is manufactured using a magnet 18 having an arbitrary shape and size, instead of laminating an existing posting tool. be able to.

  Next, FIG. 7 shows sectional drawing of Embodiment (5) of the posting tool which concerns on this invention. Since the same reference numerals as those in FIG. 1 and FIG.

  This embodiment is carried out in the same manner as the embodiment (3) shown in FIG. 5, and the surface of the top coat layer is formed to be a flat surface. By making the surface flat, it becomes easy to perform operations such as attaching and pushing the posting tool. Further, since the top coat layer is flat, there is little light refraction when the design layer is viewed from the outside or when fluorescence from the N layer is emitted, and the design layer looks close to the design without the top coat layer. This is especially suitable when you want to make the most of the design layer design, such as precise design or flat character design.

It is a perspective view which shows embodiment (1) of the posting tool which concerns on this invention. It is sectional drawing of the AA line of FIG. It is an example of use of Embodiment (1) of the posting tool which concerns on this invention. It is sectional drawing which shows embodiment (2) of the posting tool which concerns on this invention. It is sectional drawing which shows embodiment (3) of the posting tool which concerns on this invention. It is sectional drawing which shows embodiment (4) of the posting tool which concerns on this invention. It is sectional drawing which shows embodiment (5) of the posting tool which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Thumbtack 2 Body 3 Needle 4 Attachment part 5 Surface part 6 Design layer 7 Topcoat layer 8 Paint layer 9 Adhesive layer 10 N layer 11 UV hardening topcoat layer 12 Ultraviolet ray 13 Magnetization fixture 15 Magnet attachment part 16 Bead design Layer 17 Colored top coat layer 18 Magnet 19 York 20 Cover 21 Purple N layer 22 Design layer B made of film

Claims (5)

In a posting tool having a mounting portion for attaching a posting such as paper on the mounted surface, and having a surface portion that can be visually observed,
A display tool, wherein a design layer having a design is provided on the surface portion, and a top coat layer made of a transparent material is laminated on the surface of the design layer. In a posting tool having a mounting portion for attaching a posting such as paper on the mounted surface, and having a surface portion that can be visually observed,
An N layer made of a phosphorescent fluorescent material is provided on the surface portion, a design layer having a design is provided on the surface of the N layer, and a top coat layer made of a transparent ultraviolet curable material is laminated on the surface of the design layer. A posting tool characterized by that.   The posting tool according to claim 1, wherein a pressed flower is provided as a design layer.   4. The posting tool according to claim 2, wherein a material having an excitation peak wavelength of 320 to 370 nm is used as the phosphorescent fluorescent material.   5. The posting tool according to claim 2, wherein the ultraviolet curable material is a material that cures at a wavelength of 350 to 380 nm.

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