JP2006254717A - Container for chum feed and fishing chum - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a container for chum feed, which accurately releases chum to a desired point at a fishing site without making the hands dirty, quickly produces a fish luring effect and yet does not contaminate the environment. <P>SOLUTION: The container for chum feed comprises a bottomed cylindrical female column 1 and a male column 2 that has a bottomed cylindrical form and is rotatably fitted into and combined with the female column 1 from the mouth part 10 of the female column 1 while laying the mouth part 20 of the male column ahead. Both the columns 1 and 2 are composed of gelatin or gelatin as a main material and make their insides form a retention space Y of chum M in the combined state of both the columns 1 and 2. The sides of both the columns 1 and 2 are equipped with discharge ports 11 and 21 of the chum M to communicate with each other by rotation or relative rotation of the male column 2 to a fixed position in a combined state of both the columns 1 and 2. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a feeding container used for accurately feeding a bait used for collecting fish in carp fishing or the like to a desired point, and a fishing bait using the same.

  There is a device in which a bait used for collecting fish in carp fishing or the like is accurately put into a desired point, and a capsule coated with gelatin or the like is ejected by an air gun. (See Patent Document 1)

However, in the case shown in Patent Document 1, since the koma is released only after the capsule is dissolved, it is difficult to quickly produce a fish collecting effect by the kneading depending on the situation.
Japanese Patent Laid-Open No. 7-143836

  The main problem to be solved by the present invention is that, in the field of fishing, it is possible to accurately feed the bait without dirtying the hands at the desired point, it is possible to promptly produce a fish collection effect, The object is to provide a container for feeding bait that does not get dirty, and a fishing bait using the container.

In order to solve the above-described problems, in the present invention, a feeding container is provided with the following configurations (1) to (5).
(1) a bottomed cylindrical female cylinder;
(2) It has a cylindrical shape with a bottom and a male tube that is fitted into the female tube from the tube port of the female tube so as to be rotatable and combined with the tube port first.
(3) Both cylinders are made of gelatin or mainly made of gelatin,
(4) In the combined state of both cylinders, the inside becomes a holding space for the bait,
(5) Moreover, a bait discharge port that communicates by rotating or relatively rotating the male tube to a predetermined position in the combined state of both tubes is formed on the side portions of both tubes.

  Before combining the male and female cylinders in the charging container, after putting the bait into both or one of the cylinders through the male and female cylinder ports, combining the two cylinders It is possible to hold bait. If the male tube is positioned at a position where the male tube discharge port and the female tube discharge port do not communicate with each other (hereinafter referred to as a non-communication position), the bait held as described above is unexpectedly spilled. It is possible to prevent it from coming out. At the time of feeding the feeding using the charging container, the male tube is rotated or relatively rotated to a predetermined position (hereinafter referred to as a communication position) where the discharge port of the male tube and the discharge port of the female tube communicate with each other. From this state, the charging container can be poured into the water, and the held bait can be quickly diffused. The amount of overlap between the discharge port of the male tube and the discharge port of the female tube by adjusting the width of the communication range, that is, the amount of rotation or relative rotation of the male tube from the non-communication state Can be adjusted, and by this adjustment, the dispersal speed of the bait can be varied according to the situation.

  Further, the bait packed in the charging container can be accurately projected far using a projection device using air pressure or the like.

  In addition, since the input container is mainly made of gelatin, the input container itself is finally dissolved, and all the bait packed in the input point is released. On the other hand, the charging container itself dissolved in this way is also decomposed in a short time in the environment like the bait, and the charging container does not pollute the environment.

  Moreover, the fishing bait concerning this invention makes a bait hold | maintain in the holding space of the said container for injection | throwing-in.

  In such fishing bait, it is possible to prevent the bait held as described above from unexpectedly spilling out by positioning the male cylinder at the non-communication position. At the time of injection, the container for injection can be introduced into the water from the state where the male cylinder is rotated or relatively rotated to the communication position, and the held bait can be quickly diffused. The amount of overlap between the discharge port of the male tube and the discharge port of the female tube by adjusting the width of the communication range, that is, the amount of rotation or relative rotation of the male tube from the non-communication state Can be adjusted, and by this adjustment, the dispersal speed of the bait can be varied according to the situation.

  According to the feeding bait container according to the present invention and the fishing bait using the bait, it is possible to accurately feed the bait without contaminating the desired point at the fishing site. An effect can be produced quickly. Moreover, the environment is not polluted because it is made of gelatin or mainly made of gelatin. The remaining bait, that is, the bait held in the loading container that has not been thrown in, can be simply taken home, so there is no situation where the unoccupied bait is dumped around the fishing spot, and the fishing spot It has features that can contribute to the beauty of the environment and environmental preservation of the fishing spot.

  The best mode for carrying out the present invention will be described below with reference to FIGS.

  Here, FIGS. 1 and 2 show a state in which the male tube 2 and the female tube 1 constituting the charging container Y are separated, and FIGS. FIG. 3 to FIG. 5 show a state in which a charging container Y (that is, a fishing bait) is held inside, and FIGS. 3 to 5 show a discharge port 21 of the male tube 2 and a discharge port 11 of the female tube 1, respectively. 6 and 7 show a state in which the discharge port 21 of the male tube 2 and the discharge port 11 of the female tube 1 are in communication with each other, that is, a state immediately before being put into water. ing. FIG. 8 shows a state in which both cylinders 1 and 2 are molded using the male mold C.

  The input container Y according to this embodiment is used to accurately input a feeding bait M used for collecting fish in carp fishing or the like to a desired point. By holding the bait M in the holding space Ya of the charging container Y, a fishing bait including the charging container Y is configured.

The charging container Y is
(1) a female cylinder 1 having a bottomed cylindrical shape;
(2) It has a cylindrical shape with a bottom, and includes a male tube 2 that is fitted into the female tube 1 so as to be rotatable from the tube port 10 of the female tube 1 with the tube port 20 first.
(3) Both cylinders 1 and 2 are made of gelatin or mainly made of gelatin,
(4) In the combined state of both cylinders 1 and 2, the inside becomes a holding space Ya for the bait M,
(5) In addition, the side portions of both cylinders 1 and 2 are arranged in the combined state of both cylinders 1 and 2 so as to communicate the bait M that communicates by rotating or relatively rotating the male cylinder 2 to a predetermined position. The discharge ports 11 and 21 are formed.

  Typically, as shown in FIGS. 1 and 2, the male cylinder 2 and the female cylinder 1 are configured such that one end of the cylinder is opened to form the cylinder ports 10 and 20, and the other end of the cylinder is orthogonal to the cylinder axis. It is constituted as a cylinder closed by bottom plates 12 and 22 in the direction.

  In the illustrated example, both the cylinders 1 and 2 are configured so that the inner diameter is substantially constant at any position in the cylinder axis direction, but both the cylinders 1 and 2 circulate around the edges of the bottom plates 12 and 22. The raised portions 13 and 23 are provided outside the portion, and both the cylinders 1 and 2 have a step toward the cylinder ports 10 and 20 on the outside on the bottom side. In the example shown in the figure, such a step is formed by an inclined surface that gradually decreases toward the tube opening 10 and 20 side. In the illustrated example, the male tube 2 can be fitted into the female tube 1 as described above until the tube port 10 of the female tube 1 is in contact with the stepped surface 23 a of the male tube 2. Yes. In the illustrated example, the length dimension of the male cylinder 2 and the length dimension of the female cylinder 1 are substantially equal. In the state where both the cylinders 1 and 2 are combined, the tube port 20 of the male cylinder 2 is the female cylinder 2. It does not come into contact with the inner surface of the bottom plate 12 of the cylinder 1. In addition, the discharge ports 11 and 21 are formed on the side portions of both the cylinders 1 and 2, respectively, at both diametrical positions. The discharge ports 11 and 21 are each configured to have a long hole shape extending long in the cylinder axis direction. Further, the outer diameter of the male tube 2 excluding its bottom side is made substantially equal to the inner diameter of the female tube 1.

  In the illustrated example, an annular ridge 14 is formed between the inner surface of the bottom plate 12 of the female cylinder 1 and the hole end of the discharge port 21 on the bottom plate 12 side. Further, the male cylinder 2 is combined with the female cylinder 1 as described above while the portion of the male cylinder 2 that corresponds to the annular ridge 14 is deformed. Thus, in the example shown in the figure, after the male tube 2 and the female tube 1 are combined with the bait M as described later, the male tube 2 is formed using the inner surface of the female tube 1 as a guide surface. The male tube 2 is prevented from coming out of the female tube 1 while allowing rotation or relative rotation.

  Both the cylinders 1 and 2 are cooled to have the shape of the cylinder by adding water to gelatin powder or gelatin powder to which an additive material described later is added, and heating and kneading it. -After shaping | molding, it can obtain by drying this. Typically, the wall thickness of the charging container Y is set so that it can be dissolved in 3 to 5 minutes after the charging.

  If the additive material of the charging container Y is used as starch, the charging container Y can have an appropriate hardness. Further, if the additive material of the input container Y is starch and glycerin, the input container Y can be made harder to crack while having an appropriate hardness.

  Typically, 5 parts by weight of starch and 5 parts by weight of glycerin are added to 100 parts by weight of gelatin to constitute the charging container Y.

  Before the male tube 2 and the female tube 1 are combined, the feeding container Y brings the feed M into both the tubes 1 and 2 or one of the tubes 1 and 20 through the tube ports 10 and 20 of the male tube 2 and the female tube 1. After being put in, the bait M can be held by combining both cylinders 1 and 2.

  As the diet M to be held, powdered, granular, crushed lump, or a dry diet M obtained by mixing one or more of these is planned. For example, pupa powder, pupa crushed material alone, various mixed baits M and the like are planned. Since both the tubes 1 and 2 have a bottomed cylindrical shape, the feeding M can be easily put not only by hand but also by mechanical packing. From the viewpoint of facilitating such insertion, the dried food bait M may be added with some water before being introduced by spraying water with a spray bottle or the like.

  The bait kept as described above by positioning the male tube 2 at a position where the discharge port 21 of the male tube 2 and the discharge port 11 of the female tube 1 do not communicate with each other (hereinafter referred to as a non-communication position). It is possible to prevent M from spilling unexpectedly. (FIGS. 3 to 5) At the time of feeding the feeding M using the feeding container Y, a predetermined position where the discharge port 21 of the male tube 2 and the discharge port 11 of the female tube 1 communicate (hereinafter referred to as a communication position). ) Until the male tube 2 is rotated or relatively rotated (that is, the female tube 1 is rotated around the male tube 2 as an axis). It is possible to promptly cause the held food M to be released. (FIG. 6, FIG. 7) By adjusting the amount of rotation of the male cylinder 2 from the non-communication state or the amount of relative rotation, the discharge port 21 of the male cylinder 2 is adjusted. The amount of overlap with the discharge port 11 of the female cylinder 1 can be adjusted, and by this adjustment, the rate at which the feeding M is released can be varied according to the situation.

  The bait M packed in the loading container Y can be thrown into the point by a method such as hand throwing, dropping, or putting into a rice cake bowl.

  Also, the bait M packed in the charging container Y can be accurately projected far using a projection device using air pressure or the like. As such a projection apparatus, the projection apparatus described in Japanese Patent Application No. 2005-53754 previously disclosed by the present applicant can be used.

  Further, since the charging container Y is mainly made of gelatin, the charging container Y itself is finally dissolved, and all of the feeding M packed in the charging point is diffused. On the other hand, the charging container Y itself dissolved in this way is decomposed in a short time in the environment like the bait M, and the charging container Y does not pollute the environment.

 Further, in the illustrated example, both the cylinders 1 and 2 are formed with holes 15 and 24 in the center portions of the bottom plates 12 and 22. This allows the air in the holding space Ya to escape through the holes 15 and 24 when the bait M is inserted into both the cylinders 1 and 2 or the combination of both cylinders 1 and 2 after the insertion. This insertion or combination can be performed smoothly. Moreover, when thrown into the water, the bait M can be diffused into the water from both the discharge ports 11 and 21 and the holes 15 and 24. Further, it is also possible to throw the throwing container Y into a desired point using a fishing rod by hooking a fishing hook into the holes 15 and 24 and suspending the throwing container Y.

  Further, as shown in FIG. 8, the surface of the male mold C following the internal shape of both the cylinders 1 and 2 is mixed with a material that becomes the both cylinders 1 and 2 by drying (that is, the above gelatin is added with water) A layer made of smelted material) is formed by dipping, etc., and dried, and then, at the base position of this male mold C, this layer is subjected to cutting x, and the upper part from there is used as a male cylinder 2 or female cylinder 1 In the case of obtaining, both the tubes 1 and 2 can be easily removed from the male mold C by utilizing the holes 15 and 24. That is, after the cutting x, the tubular body P for forming the holes 15 and 24 is pierced into the bottom plates 12 and 22 of the both cylinders 1 and 2 that have not yet been removed from the male mold C. Can be removed from the male mold C easily.

  The holes 15 and 24 may be 1 mm or so. Moreover, the holes 15 and 24 with the lid | covers 15a and 24a may be sufficient. That is, as shown in FIG. 1, the holes 15 and 24 may be formed by C-shaped grooves 15b and 24b. In this case, it is possible to make it difficult for the bait M to fall out from the holes 15 and 24 before being put into the water. When thrown into the water, the lid 15a, 24a is pushed inward, so that the bait M can be diffused into the water also from the holes 15, 24 side.

  The C-shaped grooves 15b and 24b allow the tubular body P to be formed into an injection needle shape, and when the mold is removed, the tubular body P is still removed from the male mold C beyond the obliquely cut tip. The female tube 1 or the male tube 2 is not pierced into the female tube 1 or the male tube 2, or the cross-sectional shape of the tube body P is formed in a letter shape so that the female tube 1 or the male tube 2 is formed. be able to.

The perspective view of the state which made the male cylinder 2 and the female cylinder 1 isolate | separated Cross section Perspective view of charging container Y Same longitudinal section Cross-sectional configuration diagram A perspective view of a state in which the discharge port 21 of the male tube 2 and the discharge port 11 of the female tube 1 are in communication with each other. Cross-sectional configuration diagram Cross-sectional configuration diagram showing an example of molding method

Explanation of symbols

Y Feeding container Ya Holding space M Feeding 1 Female tube 10 Tube port 11 Release port 2 Male tube 20 Tube port 21 Release port

Claims (2)

A female cylinder having a cylindrical shape with a bottom;
It has a cylindrical shape with a bottom, and consists of a male cylinder that is fitted into the female cylinder so that it can be rotated from the cylindrical mouth of the female cylinder first, and combined.
Both cylinders are made of gelatin or mainly made of gelatin,
In the combined state of both cylinders, the inside becomes a holding space for gathering food,
In addition, the side portions of both cylinders are characterized in that, in the combined state of both cylinders, a feeding bait outlet that communicates by rotating or relatively rotating the male cylinder to a predetermined position is formed. A container for feeding food.   A bait for fishing, wherein the bait is held in the holding space of the charging container according to claim 1.

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