JP2015073529A - Scattered bait storage type water float for preventing root hooking - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a water float that can prevent root hooking in fishing and can store and discharge scattered baits by solving problems in which a fish hook protective cover in a root hooking prevention implement of the fishing causes the root hooking in the bottom of water due to the fish hook appearing outside the cover, and also causes the root hooking due to a fish hook tip appearing out of the cover bottom when the fish hook is stored in the cover in the water, and the cover of the fish hook having a large opening part causes difficulty in the long throw fishing, and also the root hooking prevention implement having function of the water float and capable of storing the scattered baits has been not present.SOLUTION: A scattered bait storage type water float for preventing root hooking has a shape close to a stream-line type, and is provided with a threading hole in the apex and an opening part where scattered baits or the fish hook get in/out on a bottom face. The water float also has the shape in which a hook tip may not come into contact with outside by providing a tilt to a body outer wall so that a fish hook tip adheres or attaching a fin for guarding the fish hook tip. The water float has the body provided with buoyancy by incorporating polystyrene foam, etc., and provided with a space for easily storing and holding the scattered baits etc. in the inside of the body, and also enables the long throw fishing.

Description

INDUSTRIAL APPLICABILITY The present invention is an instrument for preventing a fishhook from rooting on a reef during fishing, and also has a structure for collecting and collecting fish that has a fish collecting effect and a structure for preventing rooting that can be used for long-distance fishing. Containment type floating underwater.

As an anti-rooting device, a cone-shaped fishing hook and an opening that allows a predetermined fish to feed the bait stored inside the main body have been devised to cover the fishing hook that is used by being submerged in the bottom of the water (see Patent Document 1). ).
In addition, as another rooting prevention device, a fishing hook protection cover for preventing rooting has been devised which is formed in an umbrella shape or a cone shape slightly longer than the entire length of the fishing hook and can accommodate a portion of the fishing hook and bait inside. (See Patent Document 2).

JP-A-2004-159601 (P2004-159601A) Actual application 10-5606

When reading patent document 1, since the cover of a fishing hook has a big opening part, a shape is large, and since it will receive air resistance in long-distance fishing, fishing of a distant point is difficult.
In addition, when reading Patent Document 2, the fishhook or bait may come out of the root prevention cover, and the tip of the fishhook may be in contact with the bottom of the water. When the shark is lifted up, the fishing hook will be rooted in the reef. The same applies to the idea of Patent Document 1. Also, when the fishing hook that is outside is housed inside the anti-rooting cover, the needle tip will get caught on the bottom of the anti-rooting cover and the tip of the needle will stick out of the anti-rooting device. It will cause a hook. The same applies to the idea of Patent Document 1. In addition, there was no rooting prevention device that had a function of floating underwater and could accommodate Komase.
The present invention solves the above problems.

The shape of the main body is close to a streamlined shape, and there is an opening through which the fishing line is passed at the top and an opening through which the komase and the fishhook enter and exit, and the outer wall of the main body is inclined so that the tip of the fishhook sticks tightly or the tip of the fishhook is attached By attaching wings to guard, the needle tip does not touch the outside. The main body incorporates foamed polystyrene or has a sealed air chamber to provide buoyancy, and the main body has a space that can easily accommodate and hold Komase etc. Komase accommodation type underwater floating for prevention.
The main body may be made of polypropylene having a specific gravity lighter than water, rigid polystyrene, or the like without incorporating a foamed polystyrene or air chamber into the main body.
In addition, a plurality of through holes or a net-like through hole may be provided on the outer wall of the main body so that the rice can be easily discharged from the opening on the bottom surface of the main body.

The underwater float of the present invention can be made small in shape and opening, so it is suitable for long throw fishing when it is desired to throw the device to a distant point. Underwater floating can lift the fishhook in the direction of the water surface underwater so that the fishhook does not touch the bottom of the water. Therefore, when the reel is rolled up or when the kite is lifted up, the fishing hook will not get caught on the reef.
As a function to prevent rooting, the fishhook once inside the underwater float comes out of the underwater float and waits for the fish, but when the fishhook rolls up the reel etc. Even if the hook tip of the fishing hook is caught on the bottom of the underwater float and the tip of the fishing hook protrudes outside, the needle tip adheres to the inclined surface of the outer wall of the underwater float so that the tip of the needle does not catch on the aquatic plants.
In the case of floating underwater with wings, the wing guards the tip of the fishhook so that the tip does not get caught in aquatic plants. And since it can be accommodated in the internal space of the main body, even if you want to fish long-distance fishing, you can row the rice and produce a fish collection effect.
In addition, the two fish floats of the present invention are attached, and the fish collection effect is improved by adding rice seeds to both. The two underwater floats are united in the air but separate in the water. By attaching two, you can increase the amount of komase that goes to distant points.

Body perspective view of the present invention AA sectional view of FIG. Front view of the usage state of the present invention FIG. 4 is a cross-sectional view of the main body of FIG. 3. Figure where the tip of the fishhook is in close contact with the outer wall of the main unit The figure which attached the wing | blade to the main body outer wall of FIG. 3, and the figure which the tip of a fishhook has adhered The front view which provided the some through-hole in the main body outer wall of FIG. 1 is a perspective view with a cutout of FIG. 1 with no built-in air chamber or the like.

Embodiments of the present invention will be described below.
(I) The shape of the main body allows the fishing line to pass through the apex, and the threading hole (1) and the bottom (2) are provided with openings (2) through which the komase and fishing hooks go in and out (b) The main body outer wall (5) is the fishing hook (9) The needle tip does not come into contact with the outside by providing an inclination so that the needle tip is in close contact or by attaching a wing (11) to the outer wall (5) of the main body.
(C) Built-in foaming polystyrene (3) in the main body, or providing a sealed air chamber (3) to provide buoyancy, and the main body internal space (4) has a space to accommodate a compass, fishhook, etc. Komase accommodation type underwater floating for prevention.
(E) The main body may be made of polypropylene having a specific gravity lighter than water or rigid foamed polystyrene without incorporating the foamed polystyrene (3) or the air chamber (3) into the main body.
(F) In addition, a plurality of through holes (12) or a net-like through hole may be provided on the outer wall (5) of the main body so that the rice can be easily discharged from the opening (2) on the bottom surface of the main body.
The present invention has the above structure.
When using the present invention, the fishing line (7) of the fishhook (9) with the beads (8) coming out from the threading hole (1) at the top of the main body is attached to the weight extending from the fishing rod. By using the fish hook (9) with the beads (8), the fish hook (9) does not damage the internal threading hole (6) of the main body.
Next, feed (10) is attached to the fishhook (9), and a piece of Komase or food is put into the internal space (4) of the main body with the opening (2) facing up. When the fishing hook (9) and the rice bran are inserted, the fishing line (7) coming out from the threading hole (1) at the top of the main body is pulled, and the fishing hook (9) is inserted into the internal space (4) of the main body. The main body receives air resistance and the fish hook (9) bites into the komase when it is thrown away, so the food (10) attached to the fish hook (9) acts as a lid to prevent the komase from jumping into the air. After the long throw, the main body is pulled by the weight and sinks into the water, but the main body is subjected to water resistance and the fish hook (9) bites into the corns, so the food (10) attached to the fish hook (9) serves as the lid Komase does not pop out. When the weight reaches the bottom of the water, the sinking of the main body also stops, and the fishing hook (9) and the rice shells are released from the opening (2) of the main body due to their own weight and sink. As a result, Komace arrives at the bottom of the water, but because the underwater float lifts the fishing hook (9), the tip of the fishing hook (9) faces the surface of the water and does not contact the bottom of the water.
After that, when the reel is wound up, even if the tip of the fishing hook (9) goes out of the opening (2), it comes into close contact with the outer wall (5) of the main body, and the tip of the fishing hook (9) and the outer wall of the main body (5) Since there are no gaps, it does not take root in aquatic plants. In the case of the main body with the wing (11), the wing guards the tip of the fishing hook, so that the stylus does not take root on the aquatic plants.

1 threading hole, 2 openings, 3 foamed polystyrene, etc. or sealed air chamber, 4 internal space, 5 body outer wall, 6 internal threading hole, 7 fishing line, 8 beads, 9 fishhook, 10 food, 11 wings, 12 through-hole

Claims (4)

A streamlined shape with a threading hole at the apex, an opening on the bottom, a space connecting the apex hole and the opening is provided inside the main unit, and foam is inserted into the main unit, or a sealed air chamber is installed. Provided with an outer wall that is tapered toward the opening, and has a smaller opening than the periphery of the main body. The root-preventing cornase-accommodating underwater float according to claim 1, which is made of a material having a specific gravity lighter than that of water, without the incorporation of foamed polystyrene or the like, or the incorporation of a sealed air chamber. 3. The root-preventing cornase-accommodating underwater float according to claim 1 or 2, wherein a plurality of through-holes or net-like through-holes are provided on the outer wall of the main body. 4. The root-preventing cornase-accommodating underwater float according to claim 1, wherein wings are attached to the outer wall of the main body.

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