KR102486227B1 - all-floor levelling baby luer - Google Patents

Abstract

The present invention relates to a baby lure for fishing that can be horizontal in all layers, and conventional baby lures have a problem in that they cannot produce a desired result because they are not properly leveled in all layers of seawater, so they cannot produce a shape like a living shrimp.
Therefore, in the present invention, in configuring the baby lure for fishing, it has the shape of a shrimp as a whole, the inside is formed of an air chamber 110, and the eyes 130 and fin feathers 140 are formed on both sides of the front part 120 A lure body 100; A lead 160 provided at the front end of the front part 120 of the lure body 100 and into which the fishing line is inserted; A fishing hook 170 installed at the rear of the rear part 150 of the lure body 100 to catch octopuses and cephalopods; A lead weight 180 for balance installed in the lead weight mounting groove 122 on the bottom of the front part 120 with a weight that balances the weight of the fishing hook 170 so that the lure body 100 is horizontal in seawater. So that the lure body 100 is in a horizontal state in all layers of the upper, middle, and lower layers so that the cephalopods can recognize it as a living shrimp, it can create a shape as if the shrimp are alive, so that the cephalopods recognize the baby lure as a living shrimp and attack it Therefore, it is a very useful invention that can increase the probability of capture.

Description

All-floor leveling baby luer for fishing {all-floor leveling baby luer}

The present invention relates to a baby lure for fishing capable of being horizontal in all layers, and more particularly, a lead weight for balance that balances the weight of a fishing hook in the rear portion is mounted on the lower surface of the front portion of the lure body, and the lure body thrown into the seawater is installed in the upper and middle layers. ,It is about a baby lure for fishing that can be leveled across the entire floor to increase the probability of catching by keeping it horizontal without turning over or tilting at any position on the lower layer

In general, lure fishing is a method of catching fish using bait artificially made of wood or synthetic resin rather than live bait, and is composed of a lure fishing needle, lure (artificial bait), and fishing rod. Or it has the function of attracting nocturnal fish.

In addition, lure fishing is made in various shapes such as small fish, worms, insects, and crustaceans in consideration of the ecological characteristics of fish.

The fish of lure fishing are mainly carnivorous fish that eat other fish, such as rockfish and rockfish, and migratory fish, such as sea bass, yellowtail, and bonito.

It also includes cephalopods such as squid, octopus, cuttlefish, webfoot octopus, and squid, and these fish have the advantage of being simple to prepare.

There are various types of lures used for lure fishing, that is, spoon-shaped spoons, minnows resembling various fish, soft baits resembling worms, and baby resembling shrimps. The basic premise of lures is to fish Lures are usually shiny and brightly colored to reflect light, to make them more attractive and visible to fish as the purpose is to be easily seen and attract fish to the lure.

The baby lure, which is one type of the lure, is mainly used for catching cephalopods such as squid, cutlassfish, octopus, and webfoot octopus. It is provided with a connecting ring that can be inserted, a fishing hook is configured on the tail side, and feathers such as fins are configured on both sides of the body as necessary.

Looking at an example of a fishing method using a baby lure, the cephalopod sees the baby lure by the process of repeating the action of raising the fishing rod in the water as if slamming the fishing rod high, causing the baby lure to jump, and then sinking again. In fact, it is necessary to adjust and change the sinking speed or sinking posture of the baby lure according to conditions such as water depth, water temperature, and activity of cephalopods.

The prior art of the baby lure is disclosed in Patent Registration No. 10-2137250 of the Korean Intellectual Property Office.

In the prior art, when the cephalopod wraps the main body, it induces the main fishing hook to be recognized as part of the main body, and the body or legs of the cephalopod wrapped around the main body enters the space formed by the separation between the point and the body, so that when the fishing rod is pulled, the cephalopod It is designed to improve the probability of capture by allowing the torso or legs to be caught.

Republic of Korea Intellectual Property Office Registration Patent No. 10-2137250 (registered on July 17, 2020) (Egi for cephalopod capture)

However, in baby lure fishing, when the lure is thrown into seawater, the main body of the lure must be kept horizontal under any circumstances, that is, only when cephalopods mistake it for a living shrimp to achieve the desired result. Due to this severe lure loss, there was a problem that the desired result could not be achieved because it could not produce a shape like a living shrimp because it was not leveled properly.

delete

Accordingly, the present invention has been proposed to solve various problems occurring in the prior art as described above, and an object of the present invention is to make the lure body horizontal under any circumstances by simply throwing a baby lure, that is, the upper, middle, and upper layers of seawater. Regardless of the lower layer, the entire layer is leveled to produce a shape like a living shrimp, so it is to provide a baby lure for fishing that can be leveled across the entire layer to catch a large amount of cephalopods.

The object of the present invention as described above is formed in the form of a shrimp as a whole, the interior is formed of an air chamber, and the lure body has eyes and fin feathers on both sides of the front part; A hook provided at the tip of the front part of the lure body and into which the fishing line is inserted; A fishing hook formed to catch cephalopods and installed at the rear end of the lure body; It can be achieved by constructing a baby lure for fishing with a lead weight for balance installed in the lead weight mounting groove on the bottom of the front part with a weight that balances the weight of the fishing hook so that the lure body is horizontal in the seawater.

In the present invention, when a baby lure is thrown into seawater, the lure body can be quickly leveled in all layers regardless of the upper, middle, or lower layer of seawater by the balance lead weight installed in balance with the weight of the fishing hook at the rear. There is an effect of increasing the probability of capture because cephalopods recognize the baby lure as a living shrimp and rush at it.

1 is a cross-sectional view illustrating an agile lure according to the present invention.
Figure 2 is a cross-sectional view of the main part of the baby lure according to the present invention.
3 is a view illustrating a state in which the baby lure according to the present invention is leveled in the upper, middle, and lower layers of seawater.
4 is a state diagram in which the baby lure product according to the present invention is leveled when immersed in water

Hereinafter, as a preferred embodiment capable of effectively achieving the object of the present invention, its technical configuration and operational effects will be described in detail with reference to the accompanying drawings.

1 is a cross-sectional view illustrating a baby lure according to the present invention, FIG. 2 is a cross-sectional view of a main part of the baby lure according to the present invention, and FIG. It is a drawing illustrating a state, and FIG. 4 is a state diagram in which the baby lure product according to the present invention is leveled when immersed in water.

In the construction of the baby lure for fishing, the present invention has the shape of a shrimp as a whole, the interior is formed of an air chamber 110, and the eyes 130 and fin feathers 140 are formed on both sides of the front part 120 It consists of a lure body 100 with a.

In addition, a pulley 160 into which fishing line is inserted is provided at the tip of the front part of the lure body 100, and a fishing hook 170 formed to catch cephalopods is installed at the rear end of the rear part 150 of the lure body 100. The lead weight 180 for balance is mounted in the lead weight mounting groove 122 provided on the bottom of the front part 120. Here, the lead weight 180 for balance is installed with a weight that balances the weight of the fishing hook 170 so that the lure body 100 is horizontal in the seawater.

In the drawing, reference numeral 200 is a fishing line inserted into the lure body, 300 is a main weight for positioning the lure body in the upper, middle, or lower layer, and 400 is the bottom of the seawater.

In the present invention, it is a common technical configuration to fish cephalopods such as squid, octopus, cuttlefish, and webfoot octopus using a baby lure such as a shrimp shape.

However, the feature of the present invention is that when the baby lure is thrown into seawater, the lure body 100 can be leveled in all layers regardless of the upper, middle, and lower layers of seawater with different current speeds, so that the lure body 100 ), regardless of the position of the cephalopods, it gives the cephalopods the recognition that they are living shrimp, so that they can increase the probability of capture.

In the baby lure of the present invention, the lure body 100, which is divided into a front part 120 and a rear part 150 while forming a shrimp shape, has an air chamber 110 inside and an eye 130 and an eye 130 on both sides of the outer surface. Fin feathers 140 were provided.

That is, due to the air of the air chamber 110, the lure body 100 does not sink to the bottom and can be kept at a desired position such as an upper layer, a middle layer, or a lower layer.

In addition, eyes 130 and fin feathers 140 are provided on both sides of the front part 120 of the lure body 100, and a pulley 160 into which the fishing line 200 can be inserted is provided at the tip, and the lure In the lead weight mounting groove 122 on the bottom of the front part 120 of the main body 100, a lead weight 180 for balance of a predetermined size is installed with a weight that balances the weight of the fishing hook 170, so that the lure body 100 All floors are leveled.

That is, when the lure body 100 is thrown into seawater, the lure body 100 enters the seawater, and the lead weight 180 for balance and the rear portion 150 mounted on the bottom of the front part 120 of the lure body 100 are fishing Since the weights of the needles 170 are balanced with each other, the lure body 100 is placed horizontally.

In this way, when the fin feathers 140 are moved by algae in the seawater while the lure body 100 is kept horizontal, the cephalopod recognizes the lure body 100 as a living shrimp and rushes at it, so it is easily caught on the hook 170.

The lure body 100 can be located in the upper or middle layer of seawater or in the lower layer. ) has the advantage of being able to capture more cephalopods because it is leveled regardless of which layer due to the balance of ).

Here, the luer body 100 can be positioned by selecting an upper layer, a middle layer, or a lower layer according to the weight of the main weight 300.

In addition, the fin feather 140 can be easily detached, that is, the front part 120 of the lure body 100 is provided with a pinhole 123 into which a fixing pin 190 is inserted, and a fin feather (140) is provided with a ring 141 fixed by a fixing pin (190) on one side.

That is, when attaching the fin feather 140 to the lure body 100, insert the fixing pin 190 into the ring 141 of the fin feather 140 so that the tip protrudes, and then attach the tip to the lure body 100. When the fixing pin 190 is fixed by inserting it into the pinhole 123 of the fin feather 140 is firmly fixed to the lure body 100.

In contrast, when the fin feather 140 is to be separated from the lure body 100, the fixing pin 190 is separated from the pinhole 123 of the lure body 100, and then the fixing pin 190 is inserted into the fin feather 140. You just need to subtract it from the ring 141 of.

100: Luer body 110: Air seal
120: front part 122: lead weight mounting groove
123: pinhole 130: eye
140: fin feathers 141: ring
150: rear part 160: coming
170: fishing hook 180: lead weight for balance
190: fixing pin 200: fishing line
300: main weight 400: floor

Claims (2)

In constructing a baby lure for fishing,
It is provided at the front end of the front part 120 of the lure body 100 to form a shrimp shape as a whole, and the inside is formed with an air chamber 110, and eyes 130 and fin feathers 140 are formed on both sides of the front part 120. ) Luer body 100 with;
A pulley 160 installed at the front end of the lure body 100 and into which the fishing line is inserted;
A fishing hook 170 installed at the rear of the rear part 150 of the lure body 100 to catch octopuses and cephalopods;
Lead weight 180 for balance installed in the lead weight mounting groove 122 on the bottom of the front part 120 with a weight that balances the weight of the fishing hook 170 so that the lure body 100 is horizontal in seawater;
A baby lure for fishing that can be horizontal across all floors, characterized in that the lure body 100 is horizontal in all layers of the upper, middle, and lower layers so that cephalopods are well recognized as living shrimp.
According to claim 1,
The front part 120 has pinholes 123 into which fixing pins 190 are inserted on both sides,
The fin feather 140 has a ring 141 fixed to one side by a fixing pin 190,
A baby lure for fishing that can be leveled across all floors, characterized in that the fin feathers 140 can be detached and attached to the pinhole 123 of the front part 120 at any time with a fixing pin 190.

Images