JPH03139233A - Bait buoy of fishing line separation type by cylindrical shape - Google Patents

Abstract

PURPOSE:To obtain a bait buoy of fishing line separation type by cylindrical shape which makes fishes readily swallow a bait, easily catch a bait and lets fishes not be caught by hooks by separating a fishing line side attached to a hook from a fishing line side reaching from a fishing rod to the fish line by a buoy and a column having the built-in buoy. CONSTITUTION:A hollow cylinder 1 which is provided with an air vent hole 2 at the top, a hole 3 to pass a fishing line and a thin rod at the bottom and a hole 6 communicated with a fishing line of a fishing line side reaching from a fishing rod to a fishing line attached to a hook on the top is equipped with a hole 5 to pass a fishing line of a fishing line side attached to the hook and with a buoy 4 which is vertically movable in the hollow part and can not pass through the holes 2 and 3.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention aims to improve fishing results by making it easier for fish to suck up and hold the bait attached to a fishhook, and to make it easier for the fishhook to stick into the fish's mouth. The present invention relates to a fishing line separation type encapsulated bait float.

(Prior Art) Conventionally, there are many different types of fishing methods, even when it comes to the ingenuity of fishing devices. What is common in many fishing methods is that the fishing line (including wire, etc., hereinafter referred to as fishing line) on the hook side is directly connected to the fishing line on the road line side from which the fish is pulled up. . This applies to all fishing techniques such as float fishing, pole fishing, hand fishing, long line fishing, troll fishing, and lure fishing.

For this reason, with the exception of trawling and lure fishing, baits attached to fishing hooks suspended in water are subject to the following forces.

In float fishing, the tension is due to the buoyancy of the float; in rod fishing, the tension is between the rod tip; in hand fishing, the tension is between the hand holding the fishing line; and in longline fishing, the tension is due to the rope, fishing line, etc. In addition, among the forces exerted by the tidal force and the vertical movement of waves, which are not always constant, in (6) and above, in (C) and (2), if the seawater is deep, the force caused by the tidal current (so-called a state in which the line is washed away and becomes dandruff) ), etc.

This tension and acting force acts as a resistance force against the force that sucks in the bait, which is the habit of the fish during feeding and predation, making it difficult for the fish to suck in the bait.

Next, fish have the habit of sucking in food, taking it into their mouths, and holding it in their mouths. Even in this action, the above-mentioned force acts on the mouth as a resistance, which causes the fish to have a warning instinct. I consider this. The reason for this is that there was a small fish hook, and after a while there was no fish hook, so he pulled the bait and hooked it, but the bait that was attached to the hook was in exactly the same state as when the bait was immersed. be. This is something I often experience, and the reason for this is due to the bait.'' Be wary of resistance, such as the horns mentioned in section 1. - If you put it in your mouth or hold it in your mouth, don't spit it out. It makes me think about it. This is noticeable, for example, when the fish is in a state of feeding. It is often observed that fish in aquariums hold food in their mouths and then spit it out again, and when fishing, it is possible to catch fish by changing the type of bait, so when they are in a state of clenching, If the bait attached to the hook is resistant, it is likely that the fish will spit it out immediately.

In addition, when a fish is placed in its mouth, it instantly lunges or changes its posture (a carp lunges at the bait, sucks it in, and at the same time twists its body to return in the same direction as the way it lunged). This action is also subject to the above force, so if we look at the process of the tip of the fishhook being pierced into the oral cavity differentially, the depth of pierce F< R* 61. : v h”Cm
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It turns out that. It is thought that during this slow (albeit differentially) puncturing process, the fish may feel abnormal and spit out the hooked bait. This expulsion is thought to be one of the reasons why when fishing with floats, the floats often disappear and no fish are caught even when the bait is lifted.

(Problems to be Solved by the Invention) As described above, the buoyancy, tension, etc. applied to the bait attached to the fishhook are minimized, so that the fish can easily suck the baited fishhook, easily suck it in and hold it in the mouth, and easily suck it and hold it in its mouth. In addition, the aim is to make it easier for the tip of the fishing hook to penetrate into the I'' cavity of the fish, thereby increasing fishing results.

(Means for solving problems) The fishing line on the hook side and the fishing line on the road line side were separated.

That is, as shown in FIG. 1, a hole 5 for connecting a fishing line on the hook side is provided in the float 4, and a hole 3 for passing the fishing line is provided in the lower part of the hollow object (hereinafter referred to as tube) l. Air vent hole 2 at the top of the cylinder
A hole 6 is provided at the upper end of the tube to connect with the fishing line on the fishing line side. The float 4 is large enough to be able to move up and down within the cylinder, and its buoyancy is slightly greater than the total weight of the fishing hook, bait, etc. connected to the fishing line through the hole 5 in the water. .

The size of the lower hole 3 is such that it does not allow the float 4 to pass through, and it stops at the bottom of the cylinder.

(Function) Since this invention has the above configuration, the fish "sucks" the bait attached to the fishhook into its mouth.
The only resistance to the suction force when the float is sucked in is the buoyancy of the float 4. Therefore, it becomes easier for fish to inhale, hold, and hold the hook mark. Next, most fish have the habit of instantly rushing forward or suddenly changing their posture when they catch bait, but in this behavior, the fish only receives resistance from the float 4, which has a resistance of zero. , it is thought that it is possible to act quickly in a state close to nature.

However, this action continues until the float 4 reaches the bottom of the cylinder, that is, only the distance in the vertical direction of the cylinder, and when the float 4 reaches the bottom of the cylinder, the float 4 stops shockingly. This impact momentarily causes the tip of the fishhook inside the mouth to pierce deeply. (This principle is the same as that used in marlin trolling, which was devised by Mr. Sokichi Ishibashi, who invented high color fishing for mackerel.) (Example) This invention is based on the example shown in Fig. 1. I will explain.

A cylindrical tube! A screw lid 1' is attached to the lower part of the cylinder to form a hollow part inside the cylinder.

An air hole 2 and a hole 6 for connecting to a fishing line on the fishing line side are provided at the mouth and the upper part of the tube 1.

C. A float 4 with a hole 5 connected to the fishing line on the hook side is provided inside the cylinder.

2. A hole 3 through which the float 4 does not pass is provided in the lower part of the stylus, and is used as a hole through which the fishing line on the hook side is passed.

Note that this example is just an example, and the structure of the hole for connecting the fishing line to the fishing hook side and the fishing line side (the fishing line may be fixed without providing a hole), the structure of the tube, and the position of the air vent hole. There are various possibilities such as. For example, if the top and bottom of the tube are screwed, the length of the tube can be adjusted using a threaded socket, or the float can have a hole in the center and connect a fishing line that does not block the hole. There are various possibilities, such as providing a connecting hole.

The feeding and predation methods vary depending on the fish species, as well as the behavioral habits after feeding and predation, and the fishing bait also differs, so the length and size of the tube and the amount of buoyancy of the float vary. shall be selected.

(Effects of the Invention) In this invention, the fishing steel and the line side are separated by the float and the space containing the float. Since the extra force caused by the action of the fish was able to be minimized, it became a device that was easily eaten and preyed upon by fish.

This device utilizes the behavioral power of the fish to impact the tip of the hook, making it easier for the tip of the hook to stick into the mouth.

For this reason, in rod fishing, float fishing, and hand fishing, we have developed a sophisticated approach to fishing, and have simplified the difficult techniques that must be acquired through experience. For example, ``If you get a fish, don't adjust it right away, just feed the rod tip in as is, and then slowly raise the rod tip as if to invite it, it will tighten, so you can adjust it accordingly.'' Uoshin says, but instead of matching this, he captures the moment when it disappears and matches it.J R Uoshin is hesitant at first, but instead of adjusting to this, he calmly sends the device and matches it with the next strong Uoshin. By quickly adjusting to the fish's direction without requiring any skill or technique, it became easier to hook the fish.

In addition, since longline fishing is a fishing method in which the fish are left to their own devices without the process of ``according to fish trends'', the use of this invention is considered to be particularly effective and will improve the catch.

Furthermore, it is considered to be effective for fish that are "biting" (fish that are biting, sucking in food and spitting it out again is often observed in fish in aquariums) .

In addition, the baited fishhook is gently raised by the float after the bait is introduced, which has the effect of attracting fish, and is noticeable in hand fishing.

[Brief explanation of the drawing]

FIG. 1 is a sectional view of the invention, and FIG. 2 is a perspective view. 1 is a hollow object (tube), 2 is an air vent hole, 3 is a hole (a hole for passing a fishing line or thin rod through), 4 is a float, 5 is a hole for connecting the fishing line on the hook side, and 6 is a hole for connecting the fishing line on the side line. The connecting hole, ■′, is a screw lid with a hole.

Claims (1)

[Claims] A. An air vent hole (2) is provided in the upper part of the hollow object (1), and a hole (3) is provided in the lower part. B. A float (4) that cannot pass through the holes (2) and (3) is provided in the hollow object (1). Fishing line separation type encapsulated bait float constructed as described above