JPH09121737A - Float with fishing bait container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain the subject float causing no fishline entanglement during flying in the air and in landing in the water and no detachment of a bait from the fishhook and also capable of attaching a living fish, by unifying a float and a fishbait container and housing the fishhook, a snell, sinker, etc., in the fishbait chamber in the container. SOLUTION: A float 2 and a cylindrical fishbait container 13 are integrated, and a fishhook, snell, sinker, etc., together with fishbait are housed in the fishbait chamber 14 in the container 13, thereby reducing the air resistance as a whole. The fishbait blowing port 5 is made larger, serving as a gap for living fish. The main seawater inflow port 17 is provided with a meshed bottom closure 16, an auxiliary seawater inflow port 7 is opened slantly, and the blowing port 5 is equipped with a water flow changer 4. The side of the fishbait container is provided with recesses 12 and striated grooves 20, the hole 19 of a fishline threading fitment 18 is threaded with a free-to-move thread 9 to which rings 6, 8 are attached, and hooks 3, 10 are attached to the tip corner of the float portion.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a float with a comass device for throwing fishing used for fishing.

[0002]

2. Description of the Related Art Conventionally, in sea fishing such as rocks, breakwaters and beaches,
If you want to cast a long distance from your fishing location to a point or a distant root (a rocky area far from the shore) using your float and a comass basket (Fig. 7 or 8)
Such a device is widely known and used (see Japanese Utility Model Publication No. 3-6217 and Japanese Utility Model Publication No. 4-55513).

[0003]

The first problem caused by the nature of conventional devices is that a fisherman suffers from a bait that does not come off or tear off the hook even when cast long distances. I had to select in advance.

The second problem is that the tackler should take weight with a weight, a basket and a float, and make them as thin and small as possible so that they do not receive air resistance. At present, it is necessary to make the wire as thin as possible in order to reduce air resistance and fly well, but then there was a risk of cutting the thread when the root was caught or the device was thrown.

As a third problem, a set of such devices (float, comass basket or underwater float, weight, Harris, fishhook, etc.)
Was unbalanced during flight and caused irregular rotation, which resulted in a decrease in flight distance due to an increase in air resistance.

The fourth problem is that the most important tricks for fishing are entangled during flight,
At the time of landing, there was a problem of resistance of water and entanglement of the whole device due to its impact and rotation.

The fifth problem is that the series of phenomena causes a deviation from the target point.

As a sixth problem, after the conventional product has landed on the water, after the water has come in contact with it, it cannot be confirmed with the naked eye. There were also problems such as the entanglement of.

As a seventh problem, depending on the nature of the comase, the comase remains in the comase device (car).

As the eighth problem, when the point after the long cast is Araiso, the visibility of floating is a problem.

As a ninth problem, in the case of long-distance fishing, live fish could not be used as a bait.

[0012]

[Means for Solving the Problems] In order to solve the above nine problems, the float and the komase device are integrated, and the komase device is formed into a tubular shape, and the main seawater inlet, the auxiliary seawater inlet, and the comase outlet are provided. The main seawater inlet uses a mesh bottom lid instead of a fixed threading metal fitting and bottom lid, a water flow changer is attached to the outlet of the comase, and a hollow and rail type machined on the side of the cylindrical comase. Or make a line-shaped groove, attach a hook to the tip angle of the floating part, and use it together with the ring on the thread side of the floating part.Set the base of the floating part to the same thickness according to the diameter of the comass device, and A light emitting device mounting hole for night fishing is provided in the center, and the position of the Komase chamber is installed as close to the main seawater inlet as possible from the center viewed from the overall balance,
The auxiliary seawater inlet will be installed at the corner of the depression on the outer side of the auxiliary seawater inlet so as to be inclined toward the inside of the comase chamber.

Then, the hook is fixed again by further winding a fluorescent reflection tape or the like. At this time, the hook b may be used together to adjust the inclination when the float floats on water.

The material used for the cylindrical type coma container is a plastic material such as vinyl chloride or a metal such as stainless steel which does not easily rust in order to secure a necessary weight in place of the weight for making the floating portion stand up from the sea surface. Use a material that is heavier than the specific gravity.The material used for the float and the water flow changer is balsa material, hard compressed polystyrene foam, or hollow plastic, and the hook, fixed threader, and floating part are used. Stainless steel is used for the ring, and thick threads for fishing are used for the mesh bottom lid and the floating part.

The floating portion is coated with a red fluorescent color to improve the visibility from a long distance.

[0016]

BEST MODE FOR CARRYING OUT THE INVENTION Air caused by a rotation phenomenon due to an imbalance of their weights, which is common in throw fishing using a float and a comass basket (see FIGS. 7 and 8) by integrating the float and the comass device. The reduction in the flight distance caused by the increase in resistance is eliminated, and the main parts of the fishing hook, Harris, weight, etc. are stored in the comase chamber 14 of the comass device 13 together with the comase (Figs. 9 and 10). Air resistance is reduced by doing so, and the floating portion 9, the rings 6, 8 and the hooks 3, 10
With this combination, the tackle thread 24 and the road thread 22 are sandwiched between the main body, and the positional relationship between them causes the thread to fly while keeping the distance between the threads, which is troublesome for anglers. All the floats in flight and the entanglement of the basket and the yarn thread were eliminated.

Further, by using the weight of the comase in the comase chamber 14 instead of the weight, the weight part of the device, the Harris 24, the fishing hook 25 and the bait etc. 26 are used for long-distance casting.
Since it is housed in the composing chamber 14 and made into a single unit, it can be blown farther than a conventional one even if a thick thread is used.

Further, during the flight, the floating portion 2 is always at the rear,
The hook 3, 10 attached to the floating portion 2 is hooked with the yarn side ring 8 of the floating portion so that the comass device 13 side always faces the traveling direction, whereby the hook 3, 10 resists the yarn 22 from the reel 33. It is pulled by and is flying while the floating part 2 side is rearward.

With this arrangement, when the water comes in, the water is always landed from the main seawater inlet 17 side of the Komase device 13, and at that time, a repulsive pressure due to a shock is generated between the sea surface and the part of the Komase device 13 where the water has landed. However, when seawater penetrates the comase chamber 14, the contents 24, 25, 27, 36 in the comase chamber 14 as shown in FIG.
Utilizing the piston effect of pushing out 37 to the side of the comase outlet 5, the comace 2 housed in the comase chamber 14
7, the fishing hook 25, the Harris 24, the weight 30 and the like are discharged at the same time when they land, without being entangled with the arrangement of the fishing hook 25, Harris 24, weight 30 and the like when they are stored in the comass chamber 14.

Further, when the contents of the comase chamber 14 are discharged, the water flow modifier 4 prevents the device from being entangled with the yarn.

Further, when the tackle is blown off using a fishing rod, the ring 8 on the line side of the floating portion is hooked on the hooks 3 and 10, and the hooked ring 8 is disengaged by the action of inertia and attraction when landing on water.

Further, the hooks 3 and 10 are fixed so as to be positioned at the tip angle of the floating portion on the opposite side of the comass outlet 5 (see FIG. 1).
However, depending on the direction and position of the threading hole 19 of the fixed type threading metal fitting 18 (see FIGS. 1 and 3), when the thread 9 of the floating portion and a tackle in the comase chamber are blown out, the hooks 3 and 10 are attached. Is a mechanism that never gets involved.

However, in relation to the speed of collision with the sea surface,
At the same time as landing, the contents inside the Komase room are 5
If they do not release into the sea from the water and they remain in the Komase chamber 14, put one breath after landing and then put the fishing rod in front of you.
All contents are completely released in a single stroke of 0 cm. This phenomenon is caused by the depression 12
This is because the auxiliary seawater inlet 7 is attached to the hard seam and the hard seam is replenished with water, so that the soft seam becomes soft.

Further, on the side surface of the main body of the comass device, a recess 12 for receiving the flow of the tide and a groove 20 having a rail shape or a stripe shape are formed.
Turn on. As a result, the bait 26 and the float 2 are
It can be placed on the tide with 7.

The mesh of the mesh bottom cover 16 (see FIG. 6)
Can be freely re-knit according to the viscosity or hardness of Komase 27 used at the time of use. By this work, the seawater penetration ability in the comase chamber 14 is adjusted.

When the live fish 36 is used for bait, the comass outlet 5 is made wide 35, and the net bottom 16 is provided to prevent the live fish 36 from being weakened by the impact when landing and the pressure of seawater. Adjust the mesh (see Figure 6) of the
First, insert a little Comase 27 as a cushion into 4, and set the head of the live fish 36 to the water flow changer 4 side and store the Comase 27 and Harris 24 together in the Comasé chamber 14 (FIG. 10).
reference).

[0027]

Since the present invention is configured as described above, it has the following effects.

The entanglement of the yarn during the flight of the tackle and at the time of landing on the water was eliminated.

Even if the bait is soft or easy to tear, it does not come off from the hook when throwing, so the type of bait can be freely selected.

In throwing fishing using a float and a comass device, it was possible to use live fish as a bait.

The comase no longer remains in the comasse.

[Brief description of the drawings]

FIG. 1 is an overall vertical sectional view.

FIG. 2 is a side view of the whole.

FIG. 3 is a front view in which the whole is turned sideways.

FIG. 4 is a rear view of the vicinity of the coma outlet in FIG.

FIG. 5 is a front view of the upper end of the floating portion.

FIG. 6 is a bottom front view of a floating portion.

FIG. 7 shows a conventional comass device (car) and its embodiment.

FIG. 8 is a conventional comer device (car) and its embodiment.

9A and 9B are a schematic view and an example of a case where a light source for night fishing is actually attached.

FIG. 10 is a schematic view of an example in which a main body of live fish feed specifications and live fish are used, and an example thereof.

[Explanation of symbols]

 1 Light emitting device mounting hole 2 Floating part 3 Hook b (screw type) 4 Water flow changer 5 Komase outlet 6 Device side ring 7 Auxiliary seawater inlet 8 Road thread side ring 9 Floating thread 10 Hook a 11 Hook fixing hole 12 Recess 13 tube type comase device 14 comase chamber 15 mesh hole 16 mesh bottom lid 17 main seawater inlet 18 fixed type threading metal fitting 19 threading hole 20 rail-shaped or streak-like groove 21 fluorescent reflection tape 22 road thread 23 twisted wire 24 Harris Or gimmick thread 25 Fishing hook 26 Bait 27 Komase 28 Weight (Comasses device included) 29 Tenbin 30 Beetle weight 31 Bottom lid 32 Fishing rod 33 Reel 34 Light emitter 35 Gap for live fish 36 Live fish 37 Nose or hook

Claims (2)

[Claims] 1. A combination of a tubular type composing device (13) and a floating part (2), and a main seawater inlet part (1) of the tubular type composing device (13).
7) The mesh bottom cover (16), auxiliary seawater inlet (7) diagonally opened in the depression on the side of the body of the Komase device, and water flow changer (4) attached to the Komase outlet (5)
, A hollow formed on the side surface of the cylindrical coma device and a rail-shaped or streak-shaped groove (20), a fixed threading metal fitting (18), a ring (6, 8) of a floating portion, and a tip of a floating portion. A float with a comass device by combining hooks (a (10), b (3)) attached to the corners. 2. A gap (35) for live fish according to the above (claim 1).
A float with a comass device that can be used as a bait for live fish (36) by providing.