JPH10216296A - Snow sliding tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable executing identification at dark night and also to improve design by coating a snow sliding tool through the use of light storing paint. SOLUTION: For example, a diagonal pattern 12 is drawn on the front surface of a snowboard 10 and a hexagonal pattern 12 is on the back surface (sole) of it by light storing paint. The snowboard 10 is constituted of a fiber member, a design coating layer and a top sheet coating layer at a front surface side with a core material as a center. At a back surface side, it is constituted of the fiber material, a design layer and a sole material. The light storing paint is used as the point-state one or an ink-state one where a light storing pigment, the clear one and another one are mixed. It is used as the one where a proper adhesive resin, a resin and a distribution medium, etc., are mixed in addition to point with a zinc sulphide as a main component or paint with a strontium alminate as the main component. By the configuration, sun light, etc., is received so as to execute emission for a long time and recognition is visually executed at dark night.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a snow gliding tool, and more particularly to a snow gliding tool which is coated with a phosphorescent paint and emits light in a dark place.

[0002]

Since skiing equipment such as skis and snowboards are relatively large and are used outdoors, they are stored or temporarily stored outdoors in restaurants such as ski resorts and accommodation facilities. Often. Aside from the daytime bright days, when attempting to move these snow gliding gears in the dark at night, the owners, etc., must be surely identified, but conventional snow gliding gears are marked in the dark. Because there was no mark to be found, it was very difficult to find what I wanted in a dark place. Ski resorts, etc.
There are many places where snow gliding equipment can be used in mountainous areas, and it is particularly dark at night, which is one of the reasons that identification is difficult.
In recent years, accidents involving theft of skiing equipment such as skis have frequently occurred, but since stolen objects cannot be found in dark places,
There were problems such as delay in finding stolen items.

[0003] A skiing tool such as skiing or snowboarding is not only a function of sliding on snow, but also its appearance is important. In other words, as with clothing and accessory accessories, the design of snow gliding equipment is an important product element. For example, the design of the back of a ski or snowboard does not contribute to the gliding function, but a vivid pattern is drawn on the back of a commercially available ski or snowboard. This is to improve the appearance during transportation or storage, rather than during gliding. Similarly, if a design that can be seen not only in a bright place but also in a dark place is designed, the commercial value of the snow skiing tool can be further enhanced.

Heretofore, a sticker coated with a luminous paint has been used in some places as a sign in a dark place. Evaluating it only as a means of identification could have worked well, but it did not solve the problem of theft because the stickers were easily removed and removed. In addition, it could not contribute to the purpose of increasing the commercial value, that is, to improving the design of skis and snowboards.

Therefore, the present inventor can identify even in a dark place,
Moreover, as a result of diligent studies on snow gliding tools having excellent design, the present invention has been achieved.

[0006]

The present invention takes the following means to solve the above-mentioned problems. That is, the snow gliding tool is a snow gliding tool painted with luminous paint.

[0007]

BEST MODE FOR CARRYING OUT THE INVENTION The snow sliding equipment referred to in the present invention is:
Skiing, a kind of skiing equipment such as bigfoot, snowboard, sled, etc. In addition, luminous paint, visible rays, ultraviolet rays and other energy rays, and temporarily store the energy,
It refers to a paint that can gradually emit this as visible light. Furthermore, the term “painting” means that the paint is moved and fixed on the object to be coated by means such as coating, printing, or transferring.

Next, an embodiment of a skiing implement according to the present invention will be described in detail with reference to the drawings.

FIG. 1 shows a snowboard 1 according to the present invention.
0, an oblique pattern 12 is shown on the surface.
However, on the back surface (sole), a hexagonal pattern 12 is drawn with a phosphorescent paint. FIG. 2 is a diagram schematically illustrating a cross section of the snowboard 10. The fiber material 16 and the design coating layer 18 are arranged on the surface side with the core material 14 as the center.
And a top sheet coating layer 20, a fiber material 16 on the back side, a design coating layer 18 and a sole material 22.

The core member 14 is made of a plywood of wood, a cushioning material, and the like, and is a multi-layered multilayer body. The fiber material 16 is made of a resin containing glass fiber or the like, and reinforces the core material 14. Design coating layer 18
According to the present invention, a phosphorescent paint is used at least in part. The top sheet coating layer 20 is
It is made of a transparent paint and protects the design paint layer 18. The sole member 22 is made of an easy-slip material such as polyethylene and improves the slidability on snow.

The luminous paint used in the present invention is defined as described above, but will be described in more detail. The luminous paint is a luminous paint in the narrow sense of mixing a luminous pigment with a clear (adhesive) and the like, and a so-called luminous ink formed by mixing a luminous pigment with a medium and the like to form a kneaded ink. Can be used in the form. Therefore, various paints or inks commercially available under the names of luminous paint, luminous paint, luminous ink, luminous luminous paint, luminous paint and the like can be used as they are. As the luminous pigment, a pigment containing zinc sulfide as a main component or strontium aluminate as a main component is commercially available, so that it can be used as a mixture with an appropriate adhesive, resin, dispersion medium, or the like.

The luminous color of the luminous paint is yellow-green, which is almost the same regardless of the manufacturer. However, color luminous pigments using a special coloring agent or a coloring method are also commercially available. Therefore,
If a multi-color design is required, it is possible to apply a combination of phosphorescent paints by using several types of color phosphorescent paints.However, paint with a combination of phosphorescent paints and other general paints. Can also. In order to enhance the identification function in a dark place, a luminous paint can be applied to the entire surface of the front or back surface of the snow gliding tool, and a basic yellow-green color design of the luminous paint can be adopted.

In the specific implementation of the present invention, partial use of the front and / or back surface of the snow gliding equipment, the entire use of the luminous paint alone, or the combination of the luminous paint with other general paints. Various forms can be freely selected. Therefore, there is no particular limitation on the design of the paint design, and it is preferable to use a design that maximizes the properties of the phosphorescent paint in the same manner as in the related art. The design can take any configuration including various characters, figures, drawings, photographs, and the like.

[0014] In the snow sliding equipment according to the present invention,
Just by receiving sunlight, fluorescent light, incandescent light, etc. for several minutes to several tens of minutes, visible light emission continues for a long time of several hours to about 10 hours. Therefore, it is possible to continue to emit fluorescent light almost all night, just under normal conditions, under normal conditions, just by receiving daylight or nighttime electric light, so in most nighttime, It becomes possible to confirm the pattern by the phosphorescent paint.

Commercially available luminous pigments generally have excellent heat resistance and do not denature even at temperatures above 200 °. Therefore, the process of manufacturing the snow skiing implement of the present invention may be the same as the conventional one and does not require any special process. For example, in the case of manufacturing a snowboard, the performance of the phosphorescent paint is maintained without change even in a step of hot pressing and molding a core material or thermocompression bonding with a sole material made of polyethylene.

When manufacturing snow gliding equipment industrially, the luminous paint is usually applied as follows. First, dust, moisture, oil, etc. attached to the fiber material, which is the surface of the core material, are removed to clean and adjust the application surface. Next, a white paint is applied to a thickness of about 30 μm as an undercoat to make the light emitted from the luminous paint easier to see. The luminous paint is diluted and applied with a thinner or the like, and can be applied by brush or roller, spray coating, or the like, or can be applied several times. The luminous paint prepared in the form of ink is applied by a method such as screen printing. Since the luminance of the coloring light increases as the coating thickness increases, it is preferable that the coating be performed so as to have a thickness of at least 200 μm. After performing a heat treatment step of drying and curing, a top sheet coating is attached to the front side, and a sole material is attached to the back side.

The user can draw a design using the phosphorescent paint on the snow gliding equipment by himself. A luminous paint such as a spray type may be purchased from a retail store, and a desired pattern may be drawn. The undercoating of a white paint can enhance the coloring light, and the overcoating of a clear paint can enhance the durability of the coating film.

In addition, the present invention provides various improvements, revisions, and modifications based on the knowledge of those skilled in the art with respect to the types of snow gliding tools, the types of phosphorescent paints, and the coating methods, without departing from the spirit of the present invention. It can be implemented in.

Embodiments of the present invention will be described in detail below.

First Embodiment As a base coat, Bildick White (manufactured by Dainippon Paint Co., Ltd.) was applied to a thickness of 30 μm, and N luminous phosphorescent ink (manufactured by Teikoku Ink Manufacturing Co., Ltd.) was applied with a brush. Are drawn on both sides of the core material. The coating thickness of the phosphorescent ink was 250 μm. In the same manner as in the conventional method, the snowboard was manufactured by coating the top sheet, laminating with the sole material, and forming. The snowboard in this example only receives sunny sunlight for about 5 minutes,
It was possible to visually confirm that light emission in a dark place at night lasted for about 10 hours. In addition, it took about 30 minutes of irradiation to emit light of the same degree with the light of a home fluorescent lamp.

[0021]

According to the snow gliding tool of the present invention, the pattern drawn with the phosphorescent paint can be seen even in a dark place, so that the snow gliding tool stored in the dark place, temporarily stored, or being searched can be identified. Very convenient to do. Furthermore, since the design that emerges in a dark place is interesting, it has the effect of inviting users to purchase and increasing the product value.

[Brief description of the drawings]

FIG. 1 is an explanatory view showing an example of a snowboard according to the present invention, wherein FIG. 1 (a) is a plan view and FIG. 1 (b) is a rear view.

FIG. 2 is a cross-sectional view schematically illustrating an example of a snowboard structure according to the present invention.

[Explanation of symbols]

 10: Snowboard 12: Pattern 14: Core material 16: Fiber material 18: Design coating layer 20: Top sheet coating layer 22: Sole material

Claims (1)

[Claims] 1. A snow gliding tool coated with a phosphorescent paint.