KR102609356B1 - The underwater float for fishing - Google Patents

Abstract

The present invention provides a underwater float for fishing that is molded into a stick type, thereby eliminating problems such as the need to replace fishing gear due to the underwater float or a fishing hook connected to the underwater float getting caught in the rock layer of the bottom.
The present invention to implement this is a fishing float that is inserted into the hole of the fishing float and thrown into the sea along with the fishing float to cause the fishing line and fishing hook to sink to the bottom layer. The upper and lower ends are open and there is a space inside. It consists of a body molded into a bar type to have a predetermined length in this prepared state, a tip cap and an end cap that seal the open upper and lower ends of the body, and a weight inserted into the internal space of the body. do.

Description

{The underwater float for fishing}

The present invention relates to a floating float for fishing, and more specifically, to a floating float for fishing that is molded into a rod type to solve problems such as having to replace the fishing tackle when the fishing hook connected to the floating float or floating float gets caught in the rock layer of the bottom. It's about.

Generally, in sea fishing, as shown in Figure 1, a fishing float (fish float) 220 is inserted into the fishing line 210 of a fishing rod equipped with a reel, and the fishing float 220 is connected and fixed using a fishing rod. An underwater float 230 is installed on the fishing line 210 that has passed, and a fishing line is connected again to the underwater float 230 for a predetermined length, and then fishing is carried out by attaching a fishing hook 240 to the fishing line.

On the other hand, the underwater float (230) has an important function of giving liveliness to the bait by flowing in synchronization with the groundbait applied when rigging and facilitating the long-distance dropping and acquisition of the rig. In particular, it suppresses entanglement of the rig and helps the rig float in fast currents. It performs the function of preventing. In other words, if the fishing float 210 acts as a (+) buoyancy to float the entire underwater float 230 and the fishing hook 240, the underwater float 230 acts as a (-) buoyancy so that the fishing hook connected to the fish sinks to the bottom layer. It works.

Typically, the underwater float 230 is constructed by injection molding with synthetic resin or processing wood (i.e., reinforced wood) to make a body, inserting a metal weight (or weight) into this body, and then blocking it with a cap to maintain appropriate buoyancy.

Meanwhile, the basic concept of reel float fishing is to secure the depth of water by attaching a (-)buoyant underwater float that sinks to a buoyant fishing float, and attach bait to a needle connected to a leash below it to send the bait near the bottom of the water to attract the bite of target fish. This is the basics.

Accordingly, in places where the bottom of the water is very complicated, the hook or float often gets caught in the bottom, and if the entire rig is lost, there is a problem of having to make a new rig for fishing.

In addition, among the fishing methods of reel float fishing, in order to more surely target the invisible bottom layer of the water, the water depth is adjusted so that the underwater float is close to the bottom or completely touches the bottom as shown in Figure 2, so that even if the tackle flows in the current, the leash and bait remain at the depth of the water. Even if there is a deviation, fishing is done by adjusting the rig so that it moves completely on the bottom. In this case, almost every time a cast is made, the small and heavy underwater float (230) or fishing hook (240) gets caught in the rock and rough bottom environment, causing 2 out of 3 times. In some cases, the entire rig is lost, making fishing difficult.

Document 1: Republic of Korea Intellectual Property Office Registered Utility Model Publication No. 20-0377386 Document 2: Republic of Korea Intellectual Property Office Public Utility Model Publication No. 20-2020-0002665

Therefore, the purpose of the present invention to solve the above-mentioned problems is to mold the underwater float into a stick type, so that the underwater float or the fishing hook connected to the underwater float becomes caught in the rock layer of the bottom, thereby solving the problem of having to replace the fishing tackle. We provide underwater floats.

Another object of the present invention is to provide a fishing float that can perfectly target the bottom layer by operating the float itself in contact with the bottom.

Another object of the present invention is to provide an underwater float for fishing that can target the bottom layer with the highest probability of being bitten in reel float fishing.

The present invention for achieving the above-described objects is a fishing float that is inserted into the hole of the fishing float and is thrown into the sea along with the fishing float so that the fishing line and fishing hook sink to the bottom layer. The upper and lower ends are open. It consists of a body molded into a bar type to have a predetermined length with a space provided inside, a tip cap and an end cap that seal the open upper and lower sides of the body, and a weight inserted into the internal space of the body. It is characterized by .

The underwater float is preferably inserted into the hole of the fishing float, and when the fishing float is thrown into the sea, it exits from the hole of the fishing float below the water surface and reaches the bottom layer in a standing state.

The weight is preferably inserted movably in the internal space of the body.

The end cap is composed of an insertion part inserted into the end of the body and a stopper part formed with a larger diameter than the insertion part, and the stopper part is preferably caught on the lower periphery of the hole of the fishing float.

The present invention molds the underwater float into a stick type, so that when the tip cap of the underwater float touches the floor, unlike the conventional rig, the fishing line connected to the underwater float of the present invention does not touch the bottom, but floats as long as the underwater float has, thereby touching the bottom. By minimizing the fishing line and hook being caught, fishing loss can be significantly improved. In addition, the operation of the tackle targeting the bottom layer involves repeatedly pulling and releasing the fishing line according to the flowing current after the tackle reaches the bottom. Depending on the current, the underwater float passes as if dragging the bottom, and even in this case, there is a big difference in the bottom catching between the conventional rig and the rig of the present invention, which has the effect of perfectly targeting the bottom layer with the highest probability of being bitten in reel float fishing. have

Figure 1 is a diagram showing a conventional fishing tackle equipped with an underwater float.
Figure 2 is a state diagram of Figure 1 in use.
Figure 3 is a diagram showing a fishing tackle equipped with an underwater float according to a preferred embodiment of the present invention.
Figure 4 is a diagram showing the fishing float and underwater float in Figure 3.
Figure 5 is a combination diagram of Figure 4.
Figures 6 to 9 are diagrams sequentially showing the operation process of the fishing float of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the attached drawings. In the detailed description below, representative embodiments of the present invention will be presented to achieve the above-described technical problem. And other embodiments that can be presented with the present invention are replaced with descriptions in the configuration of the present invention.

Figure 2 is a diagram showing the overall configuration of a fishing tackle equipped with an underwater float for fishing according to a preferred embodiment of the present invention.

As shown in Figure 2, the fishing tackle is inserted into the fishing line 70, the fishing float (fishing float) 10 to which the fishing line 70 is connected, and the hole 12 formed in the center of the fishing float 10. It consists of an underwater float (20) connected to the fishing line (70) and a fishing hook (60) installed at the end of the fishing line (70).

The attached Figure 3 is a diagram illustrating the structure of the fishing float and underwater float among the fishing tackles in Figure 2.

As shown in Figure 2, the fishing float is a float that generates a (+) buoyancy that floats the entire underwater float 230 and the fishing hook 240. It has an oval cross-sectional shape and has a hole 12 in the center for the fishing line 70 to pass through. It is formed through and a weight 14 is mounted inside.

The underwater float 20 includes a rod-shaped body 22, an end cap 30, a distal end cap 40, and a weight 50.

The body 22 constitutes the external shape of the underwater float 20, and is manufactured in the shape of a bar to have a predetermined length. The upper and lower ends are open and there is a space inside so that the weight 50 can be movably inserted. (24) is formed.

The body 22 is preferably injection molded from a synthetic resin material to have a predetermined elasticity, and the length of the body 22 is preferably at least twice that of the fishing float 10. .

The body 22 is thrown into the sea together with the fishing float 10 through a casting operation while being inserted into the hole 12 formed through the center of the fishing float 10 when rigging, and then exits the fishing float 10. It sinks below the surface of the water and can perform the function of an underwater float (20).

The end cap 30 has an insertion part 32 inserted into the open lower part of the body 22, and a stopper part 34 formed at the end of the insertion part 32 with a larger diameter than the insertion part 32. ), and the stopper part 34 is molded so that its diameter gradually narrows from the top to the bottom.

After the body 22 is inserted into the hole 12 of the fishing float 10, the stopper portion 34 of the end cap 30 is caught on the lower peripheral portion of the hole 12 of the fishing float 10 and the body 22 It is fixed so that it does not escape from the outside of the fishing float (10) in one direction (upward direction of the fishing float).

A connecting ring 36 is provided at the end of the stopper portion 34 of the end cap 30, and the fishing line 70 passing through the hole 12 of the fishing float 10 is connected to the connecting ring 36. Let it pass.

The distal end cap 40 is inserted into the open top of the body 22 and seals the internal space 24 of the body 22 to prevent the weight 50 from leaving the outside.

The weight 50 is inserted into the space 24 inside the body 22 sealed with the tip cap 40 and the end cap 30, and the underwater float 20 has (-) buoyancy through its own weight. enable it to occur.

When the body 22 of the underwater float 20 having the above-mentioned configuration is inserted into the hole 12 of the fishing float 10, the stopper portion 34 of the end cap 30 is attached to the lower periphery of the hole 12 of the fishing float 10. When the fishing float (10) is cast into the sea in this state, the fishing float (10) and the underwater float (20) are not thrown separately, but are thrown together in one direction. ) can prevent problems such as being entangled with each other, and also the weight of the fishing float (10) and the weight of the underwater float (20) can be thrown toward one place, allowing the rig to be thrown at a longer distance.

And after the throwing into the sea is completed, the underwater float (20) naturally comes out from under the fishing float (10) by the weight (50) and sinks below the water surface. At this time, when the user pulls the fishing line (70), it is connected. The end cap 30 of the underwater float 20 connected to the ring 36 is lifted upward, and conversely, the distal end cap 40 of the underwater float 20 is directed downward. In this process, the weight 50 is moved to the body. While moving in the space 24 of (22), the tip cap 40 touches the bottom layer with the underwater float 20 rotated 180°. Through this operation, the present invention provides the underwater float 20 or the underwater float 20. It is possible to solve problems such as the fishing hook 60 connected to being caught in the rock layer of the bottom and having to replace the fishing tackle, and a detailed description of the operation of the underwater float 20 will be described below.

Hereinafter, the operation process of the fishing float according to the present invention will be described with reference to FIGS. 6 to 9.

First, as shown in FIG. 6, the underwater float 20 is inserted into the hole 12 of the fishing float 10, and then when casting is prepared, the weight 50 of the underwater float 20 moves down and the fishing float 10 It moves to the same position as the center of gravity, and when a casting operation is performed in this state, the fishing float 10 and the underwater float 20 are thrown into the sea in the same direction without becoming entangled with each other.

Next, as shown in FIG. 7, the moment the rig touches the water surface, the fishing float 10 with the center of gravity at the bottom stands upright, and the underwater float 20 with the center of gravity below comes out of the fishing float 10 and falls below the water surface. Go down towards the floor.

Next, when the user slightly pulls the fishing line 70, the end cap 30 of the underwater float 20, which is connected to the fishing line 70 and the connecting ring 36 as shown in FIG. 8, is pulled. In the process, the underwater float 20 is erected upside down in the water, and at the same time, the weight 50 moves through space toward the tip cap of the body while located on the end cap 30 of the body 22, and the underwater float is turned upside down. Make sure to lower it in the upright position.

Next, as shown in Figure 9, when the tip cap 40 of the underwater float 20 touches the bottom, unlike the conventional rig, the fishing line 70 connected to the underwater float 20 of the present invention does not touch the bottom but floats ( By floating the length of 20), the fishing line 70 and fishing hook 60 can be minimized from being caught on the bottom, thereby significantly improving tackle loss.

In addition, in the operation of a rig targeting the bottom layer, after the rig touches the bottom, the fishing line is repeatedly pulled and released according to the flowing current, and passes like an underwater float dragging the bottom according to the current. In this case, it is different from the conventional rig. There is a big difference in bottom hitching between the rigs of the present invention.

Meanwhile, in the embodiment of the present invention, the weight 50 of the underwater float 20 is representatively described as moving within the space 24 of the body 22 and having a variable center of gravity, but it can be changed as needed. You can also fix the weight at a position at the bottom center of the underwater float that can stand straight.

In addition, the length of the underwater float (20) and the weight of the weight are manufactured in various types according to (-) buoyancy so that an underwater float with the corresponding length and weight can be used as needed.

10: fishing float 12: hole
20: underwater float 22: body
24: space 30: end cap
34: stopper part 40: tip cap
50: Weight 60: Fishing hook
70: fishing line

Claims (4)

In a fishing float (20) that is inserted into the hole (12) of the fishing float (10) and is thrown into the sea together with the fishing float (10) to cause the fishing line (70) and fishing hook (60) to sink to the bottom layer. Because,
A body 22 molded into a bar type to have a predetermined length with the upper and lower ends open and a space 24 provided inside;
A tip cap 40 and an end cap 30 that seal the open upper and lower ends of the body 22;
It consists of a weight 50 inserted into the internal space of the body 22;
When the underwater float 20 is inserted into the hole 12 of the fishing float 10 and the fishing float 10 is thrown into the sea, it comes out from the hole 12 of the fishing float 10 below the water surface and stands on the bottom layer. to reach the state;
The end cap 30 is;
an insertion portion 32 inserted into the open lower end of the body 22;
It consists of a stopper part (34) formed with a larger diameter than the insertion part (32);
The stopper part 34 is caught on the lower periphery of the hole 12 of the fishing float 10 and fixes the body 22 so that it does not deviate in the upward direction of the fishing float 10;
A connecting ring 36 is provided at the end of the stopper portion 34, and the fishing line 70 passing through the hole 12 of the fishing float 10 passes through the connecting ring 36 in a connected state;
The weight 50 is movably inserted into the internal space 24 of the body 22;
After the underwater float (20) is thrown into the sea together with the fishing float (10), an operation of pulling the fishing line (70) while exiting in the downward direction of the fishing float (10) under the weight of the weight (50). Accordingly, the end cap 30 of the underwater float 20 equipped with the connecting ring 36 to which the fishing line 70 is connected is lifted upward and the tip cap 40 of the underwater float 20 is lowered. It is facing, and the weight 50 moves downward in the space 24 of the body 22, and the tip cap 40 of the body 22 is placed on the bottom layer with the underwater float 20 rotated 180°. ) A fishing float characterized in that it touches.



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