JP2013000117A - Natural shellfish lure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a natural shellfish lure allowing a shellfish blank to be directly and easily colored in the natural shellfish lure using the shellfish blank of a natural shellfish.SOLUTION: The natural shellfish lure using the shellfish blank 1 of the natural shellfish includes recesses 2 partially provided in the surface of the shellfish blank 1, and paint 3 is filled in the recesses 2 and solidified.

Description

Technical field to which the invention belongs

  The present invention relates to a natural shell lure using a shell blank of natural shell, and more particularly to a natural shell lure capable of easily coloring the surface (including the back surface) of the shell blank.

  Shells with pearly luster, such as abalone, luminescent shellfish, and white butterfly shells, scrape off the opaque outer shell and expose the pearly luster layer to form a natural shellfish blank, which is then used as a spoon-type lure. Or by sticking a plurality of shellfish blanks to form a cylindrical trolling head.

  These innocuous natural shellfish lures are known to exert their power on trouts in lake rolling, for example, due to the prismatic action of the shell light, and fishermen who target lake char, cherry salmon, etc. Among them, it is extremely popular as an effective lure especially for threading fish.

  By the way, in this kind of shellfish blank, abalone shell blanks have patterns of tiger eyes and waves, and these patterns reflect the shell light with the movement of the lure, and the fish eyes are very Can be effectively dazzled.

  On the other hand, white plain shell blanks such as luminous shellfish and white butterfly shells have a very strong appeal with pearl white shell light, but the shell light flash is monotonous as much as there is no pattern on the shell blank. Tend to be.

  Therefore, even if it is intended to be colored and patterned, the paint is difficult to apply directly to the surface of the shell blank because of the shell material, and it is very easily peeled off.

  As a method to deal with such problems, it is possible to coat shellfish blank with a transparent synthetic resin and color this coating layer with paint, but it is very laborious and the lure is used for a long time in water Then, the problem that the coating film is released from the shellfish blank occurs.

  An object of the present invention is to provide a natural shell lure capable of easily coloring a shell blank in view of the problems of the conventional natural shell lure.

  In order to achieve the above object, the natural shell lure of the present invention is a natural shell lure using a shell blank of a natural shell having a predetermined thickness, and a concave portion is partially provided on the surface of the shell blank, and a paint is directly applied to the concave portion. It is characterized by being filled and solidified.

  In this case, the concave portion of the shell blank can be formed by grinding.

  Further, the solidified coating layer can be formed in a circular arc shape that is high at the edge of the recess and low at the center of the recess.

According to the natural shell lure of the present invention, a recess is partially provided on the surface of the shell blank, and the recess is directly filled with the paint and solidified, so that the paint can be held and protected in the recess of the shell blank. As a result, the shell blank can be directly and easily colored without peeling off the paint.
In addition, even if the paint filled in the concave portion of the shellfish blank protrudes from the concave portion at the time of application, the protruding portion can be easily removed by polishing the surface of the shell blank with sandpaper after solidification. Thus, a beautiful color pattern in the form of a recess can be easily provided.

  In this case, by forming the concave portion of the shell blank by grinding, a fine grinding flaw can be made in the concave portion to make it rough, and thereby the adhesion of the paint can be improved.

  In addition, by forming the solidified coating layer in a circular arc shape having a high section at the edge of the recess and a low center at the center of the recess, the center of the coating layer may be recessed so that the coating layer is not easily damaged or peeled off. it can.

Hereinafter, embodiments of the natural shell lure of the present invention will be described with reference to the drawings.
1 to 2 show an embodiment of the present invention as a natural shell spoon.

  This natural shell spoon is a natural shell with a pearly luster layer mainly composed of calcium carbonate, for example, shells such as luminous shellfish and white butterfly shells are cut into strips, and the outer shape is formed into a predetermined elongated spoon-shaped spoon shape. And the outer brown skin part is scraped off to expose a layer with a unique pearly luster inside.

  And this natural shell spoon is a natural shell spoon using such a curved plate-shaped shell shell 1 of natural shell, and a recess 2 is partially provided on the outer surface of the shell blank 1, and the recess 2 The paint 3 is directly filled in and solidified.

The concave portion 2 of the shell blank 1 can be easily ground and engraved, for example, by pressing a diamond bit of a router having a spherical tip on the shell blank 1.
The shape of the engraved recess 2 is a circular bowl-shaped recess, but it can also be formed into a groove, for example, by changing the shape of the tip of the bit.
The concave portion 2 formed by grinding in this way has fine grinding flaws inside and is in a rough state, so that the adhesion of the paint 3 is improved.

The thickness of the shell blank 1 is preferably 1 mm or more from the viewpoint of securing the strength of the shell blank 1 and the point of engraving the recess 2.
As shown in FIG. 2, the coating material 3 filled and solidified in the concave portion 2 of the shell blank 1 forms a coating layer in a circular arc shape that is high at the edge of the concave portion 2 and low at the center of the concave portion 2.
This utilizes surface tension, and when the recess 2 is filled with paint, a paint layer is naturally formed in such a cross-sectional arc shape.
This cross-section arc-shaped paint layer is recessed at the center, so that it is hard to be damaged and peeled off.

In addition, by using a white shellfish species such as a luminous shellfish or a white butterfly as the natural shellfish blank 1, it is not necessary to have a white undercoat, and the coloring paint 3 is filled as it is so that the color can be reflected. Can do.
This is advantageous when filling with transparent colored paints.
That is, the shell blank 1 such as a night shell can transmit light, but since the transparent colored paint can transmit light together with the shell blank 1, it can be more dazzling.

The filling of the paint 3 can be easily applied without dropping a tool such as an air brush so that the paint is dropped into the recess 2 of the shell blank 1 with a thin brush or the like.
A transparent primer (paint) can be applied as a base of the paint 3, and further, this primer can be further applied as a protective layer on the solidified paint 3.
In this case, even if the paint 3 or the primer protrudes from the concave portion 2, the protruding portion can be easily removed by polishing the surface of the shell blank 1 with sandpaper or the like after solidification.
Thereby, a beautiful color pattern according to the shape of the concave portion 2, that is, a true circular color pattern can be easily provided in this embodiment.
Further, the polishing with the sandpaper is essential before the final polishing buffing in the manufacturing process of the natural shell spoon, and the number of processes is not particularly increased.

In addition, the surface of the shellfish blank 1 after coloring can also be coat | covered with a transparent protective layer according to a user preference.
This is for preventing oxidation and white turbidity due to lake water on the entire surface of the shell blank 1 by coating with, for example, urethane resin.
This coating film may be released from the shell blank 1 when the lure is used in water for a long time. In this case, it is removed by polishing with sandpaper in maintenance after use.
In this case, since the paint 3 in the recess 2 of the shell blank 1 is embedded in the recess 2, the sandpaper does not reach and does not change at all.

In many cases, the lure is used as it is without coating the shell blank 1. In this case, as described above, the surface of the shell blank 1 may be oxidized and become cloudy due to the acidic component of the lake water.
As maintenance in this case, the entire surface of the shell blank 1 is buffed, but the paint 3 in the recess 2 of the shell blank 1 is embedded in the recess 2, so that the buff does not reach and changes at all. There is no.

  Thus, the natural shell spoon of the present embodiment is provided with the recess 2 partially on the surface of the shell blank 1 and directly filling the recess 2 with the paint 3 to solidify, so that the paint 3 is placed in the recess 2 of the shell blank 1. The shell blank 1 can be easily and directly colored without the paint 3 being peeled off.

  Moreover, even if the coating material 3 filled in the concave portion 2 of the shell blank 1 protrudes from the concave portion 2 at the time of application, the protruding portion is easily removed by polishing the surface of the shell blank 1 with sandpaper or the like after solidification. This makes it possible to easily provide a beautiful color pattern in the shape of the recess 2.

  In this case, by forming the concave portion 2 of the shell blank 1 by grinding, a fine grinding scratch can be made in the concave portion 2 to make it rough, thereby improving the adhesion of the paint 3. it can.

Pure white plain nocturnal shellfish and white butterfly shells have a very strong appeal with pearl white shelllight, but the shelllight flash tends to be monotonous as much as there is no pattern on the shell blank 1.
Therefore, as in this embodiment, by applying a color pattern to the pure white plain shell blank 1 with the paint 3, a color pattern of the shell blank 1 is produced in the background, and a lure pattern is produced. Coloring that changes with movement can be given to natural shellfish lures.

  As mentioned above, although the Example of this invention was demonstrated to the example of the spoon, the natural shellfish lure of this invention is not limited to description of this Example, For example, other trolling heads etc. which stuck the shellfish blank It is also possible to apply to form lures.

  As mentioned above, since the natural shellfish lure of the present invention holds and protects the paint in the recess of the shell blank, it has the property that the shell blank can be easily colored without peeling off the paint, It can be suitably used for coloring natural shell lures using shellfish blanks.

It is a perspective view which shows one Example of the natural shellfish lure of this invention. It is an expanded sectional view of the natural shellfish lure.

1 Shell blank 2 Recess 3 Paint (paint layer)

Claims (3)

  A natural shell lure using a natural shell shell blank having a predetermined thickness, wherein a concave portion is partially provided on the surface of the shell blank, and the concave portion is directly filled with a paint and solidified.   The natural shell lure according to claim 1, wherein the concave portion of the shell blank is formed by grinding.   The natural shellfish lure according to claim 1 or 2, wherein the solidified coating layer is formed in an arc shape having a high section at the edge of the recess and a low section at the center of the recess.

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