KR102678072B1 - Frame for fixing live bait that can be attached to artificial bait for fishing - Google Patents

Abstract

An attachment part attached to one side of the body of the artificial bait in a plate structure of a certain length; By providing a frame for fixing live bait in which one or more protruding fixing parts are formed on one side of the attachment part along the longitudinal direction of the attachment part, when the cephalopod catches the artificial bait with its arm, it is possible to contact the live bait without feeling a foreign body. In addition to extending the catch rate and holding time, the installation of a frame for fixing live bait adds little load to the artificial bait, which not only ensures a balanced position in the water but also does not interfere with fishing.

Description

Frame for fixing live bait that can be attached to artificial bait for fishing}

The present invention relates to a frame for fixing live bait, which can more easily fix live bait, such as cold cuts of fish, to the artificial bait and improve bonding force by attaching it to the artificial bait for fishing. In detail, it is for fixing live bait, which includes an attachment part that is in close contact with one side of the body of the artificial bait in a plate structure of a certain length, and one or more protruding fixing parts are formed on one side of the attachment part along the longitudinal direction of the attachment part. It's about the frame.

Cephalopods refer to a group that includes squid, octopuses, nautiluses, etc. They have a structure suitable for swimming and are the most well-developed of all molluscs. The body is symmetrical and is divided into arms, head, and torso. The side with the arms is the upper side, the side with the flesh fins is the lower side, the side with the skeleton is the dorsal side, and the side with the water crown is the ventral side. The head has developed eyes similar to those of vertebrates, and unlike other classes, 8 to 10 arms have been transformed into organs that serve as hands. Among them, the long two became raw eggs. There are many types of pigment cells that develop in the skin and can change body color depending on the environment.

Methods for catching cephalopods include longlines, traps, long-distance fishing, and bare hands. Among them, general fishing enthusiasts prefer to catch a single cephalopod directly using a long-distance fishing method using a fishing hook on board a breakwater or seaside rock. Long-distance fishing involves throwing a rig far away to capture fish species that mainly live in the bottom layer, that is, cephalopods such as cuttlefish, squid, and octopus. The rig usually includes sticks, fishing hooks, bait, etc. Bait includes biological bait, which is small creatures that are actual food, such as earthworms or shrimp, and artificial bait formed in a shape similar to biological bait.

The type of artificial bait used varies depending on the type and size of the target fish, such as freshwater fish or saltwater fish. To catch cephalopods, artificial bait equipped with one or more hooks made of many needles is generally used. These artificial baits include eggs and jigs, and there are insulators that connect them with a lure.

A typical egg and jig structure consists of a body formed in the shape of a typical cephalopod prey, a head formed in the shape of a prey's head at the front end of the body, and a tail shaped like a prey's tail formed at the rear end, and the head part is formed in the shape of a typical cephalopod prey. A link is formed to bind the fishing line, and a needle eye is installed at the tail. At this time, the needle eye is installed with a plurality of hook-shaped needles arranged radially, and the same needle eye is additionally installed to improve the probability of catching cephalopods.

Generally, cephalopods such as cuttlefish, cuttlefish, octopus, squid, octopus, etc. are captured directly using dedicated lures such as Eggi rather than bait such as rice cakes. In order to capture curious cephalopods, the user must manipulate the lure. Therefore, when the cephalopod is caught on the needle formed on the lure, it is captured by pulling it up, that is, by snagging.

However, lures using artificial baits are composed of lures that attract target fish in a shape similar to the real thing, but they do not function as live bait for actual creatures, so it is difficult to expect the same attraction effect as using live bait. , In particular, in the case of cephalopods, their eyes and tentacles are developed and they have a strong tendency to detect and avoid the surrounding environment, so if they do not recognize the egg as food, they are likely to let go of the egg wrapped with their legs.

Therefore, there are cases where a method of combining biological bait with artificial bait is used, and in Domestic Registered Patent No. 10-1889401 and Domestic Published Patent No. 10-2019-0130244, a space for storing biological bait inside the egg is provided. We are providing lures. However, for cephalopods that sense prey with their arms, lures like the above are easy to let go even if they wrap their tentacles because the biological bait does not directly touch their arms.

According to this behavior of cephalopods, anglers are using a method of increasing the capture of cephalopods by wrapping biological bait around artificial bait and fixing it with a rubber band or thin wire. However, in order to stably attach the above bait to a streamlined bait, the amount of rubber band and wire used is proportional, so the artificial bait is heavy and prone to sinking or loss of balance. Accordingly, a device is needed that allows cephalopods to maintain the balance of the bait while directly contacting it with their arms.

Domestic Registered Utility Model Publication No. 20-0492799 includes a head part for inserting live bait; A leg portion that is divided from the head portion into two branch lines to stably support live bait; Disclosed is a cephalopod live bait rig consisting of a hooking part where a hook needle is coupled to the end of the leg part. Domestic Public Utility Model Publication No. 20-2018-0002682 states that live bait is used to effectively prevent live bait from leaving, while allowing cephalopods such as octopuses (hereinafter collectively referred to as octopuses) to be quickly and effectively lured, targeted and caught. It discloses octopus live bait fishing equipment that can be expected to have excellent effects in cephalopod fishing, such as fishing. Domestic registered patent number 10-1889401 has a ring at the top where a fishing line is connected, and on the inside, a receiving part for trapping live bait is made in the form of a lattice frame, so that the live bait trapped in the receiving part is exposed to the outside. a lure body configured to hold; Disclosed is fishing gear for cephalopod fishing including a hook needle coupled to the lower end of the lure body. In Domestic Patent Publication No. 10-2019-0130244, a hollow live bait storage part is formed inside the body of the lure into which live bait and a luminous body can be inserted, and the circumference of the live bait storage part is penetrated inside and out to allow water to enter and exit. The present invention discloses a live bait insertion type lure that is capable of this and is configured to have a mesh-shaped edge so that the live bait inserted into the live bait storage portion and the luminous body can be identified from the outside.

The inventions disclosed in the prior literature provide a storage unit for storing live bait inside an artificial bait, but the disadvantage is that cephalopods cannot directly wrap live bait with tentacles, and when live bait is wrapped around a rubber band or thin wire and mounted on an artificial bait, the artificial bait There were problems such as increased load on the bait and difficulty in fixing it to the streamlined artificial bait. In order to solve this problem, the present invention seeks to provide a frame for fixing live bait that is easy to secure by wrapping live bait around artificial bait through a fixing means and has little load.

The frame for fixing live bait of the present invention has a plate structure of a certain length and includes an attachment portion attached to one side of the body of the artificial bait; One or more protruding fixing parts may be formed on one side of the attachment part along the length of the attachment part.

An attachment surface for attaching to the artificial bait body is formed on one side of the attachment part, a fixation part is formed on the other side, and the attachment surface may be curved to be concave in the direction of forming the fixation part.

In addition, an artificial bait including a body portion formed in the shape of a fishing target; A frame for fixing live bait is mounted on one side of the body; It may be made of artificial bait equipped with a frame for fixing live bait, which consists of fixing means for wrapping and fixing live bait to the frame for fixing the artificial bait and live bait.

The fixing means of the present invention is implemented in the shape of a string made of urethane material and fixes live bait to artificial bait. The urethane material has a lighter specific gravity than water and is elastic, and its durability is improved compared to rubber, allowing for more stable fixation of live bait without increasing the weight of the artificial bait.

In particular, the frame for fixing live bait and the artificial bait equipped with the frame for fixing live bait of the present invention contact the live bait without feeling foreign objects when a cephalopod catches the artificial bait with its arm, thereby increasing the catch rate by extending the contact time and fixing the live bait. Even with the installation of the dragon frame, little load is added to the artificial bait, which not only ensures a balanced position in the water but also does not interfere with fishing.

Figure 1 shows a method of fixing live bait to existing artificial bait.
Figure 2 shows a perspective view of a frame for fixing live bait of the present invention.
Figure 3 shows the front view, bottom view, and left side view of the frame for fixing live bait of the present invention.
Figure 4 shows a side view of an artificial bait with a frame for fixing live bait of the present invention attached.
Figure 5 shows a photograph of attaching the frame for fixing live bait of the present invention to artificial bait.

Hereinafter, the frame for fixing live bait of the present invention will be described in detail with reference to the drawings.

Figure 1 shows a method of fixing live bait to existing artificial bait. Anglers are using a method of increasing the catch of cephalopods by wrapping biological bait around artificial bait with a rubber band or thin wire. However, in order to stably attach bait to a streamlined artificial bait, rubber bands and wires are used to secure it, which has the disadvantage of making the artificial bait heavy and prone to sinking or loss of balance.

Figure 2 shows a perspective view of the frame for fixing live bait of the present invention, and Figure 3 shows the front view, bottom view, and left side view. The frame for fixing live bait of the present invention has a plate structure of a certain length and includes an attachment portion 100 attached to one side of the body of the artificial bait; One or more fixing parts 200 having a protruding shape may be formed on a surface opposite to the attachment part.

The artificial bait referred to in the present invention may be manufactured by adding various shapes and components depending on the fish to be caught, including a body part in the shape of a biological bait that is the food for the fishing target. In addition, the live bait referred to in the present invention is a biological bait that serves as food for fishing targets and may be cold meat made from dried fish flesh, cold meat of terrestrial animals, and processed meat.

The attachment part 100 of the present invention is formed to a length that can be attached to the side of the artificial bait body or the bottom of the artificial bait body, and is formed in a flat plate structure, and the attachment surface is an attachment surface attached to the side of the artificial bait body. It consists of a plurality of fixing parts that can fix strings, etc., are formed on the other side.

The attachment surface of the artificial bait body portion is formed with a curved surface that protrudes concavely in the direction of the other side. This curved surface is usually formed to fit the streamlined structure of the artificial bait body. When the attachment surface is formed as a concave curved surface, the contact surface of the artificial bait attached by contacting the curved surface of the attachment surface increases the attachment area with the body of the artificial bait compared to a flat surface, thereby increasing the fixing force with the artificial bait. In addition, the attachment surface of the frame for fixing live bait, which extends from the front of the artificial bait to the rear surface, is formed with a curved surface that protrudes concavely in the direction of the other side where the fixing part is formed. From this curved surface formation, the fixing frame can be closely adhered to the streamlined artificial bait body in the front, rear, left and right directions along the body.

The attachment part of the present invention may be made of an elastic polymer compound or polymer blend. In an embodiment of the present invention, the attachment portion is made of a material that has elasticity such as acrylonitrile butadiene styrene (ABS), so the frame has flexibility, is resistant to seawater, and has a light specific gravity. In addition, polycarbonate or acrylonitrile butadiene It can be formed from a blend of styrene and polycarbonate, and is not limited to the above materials as long as it is strong against seawater, has elasticity, and is light with a specific gravity of 1 or less.

The material of the attachment part is made of a material with low specific gravity of 1 or less and excellent elasticity, making it easy to attach along the body of the artificial bait. Not only does it improve fixing power by increasing adhesion, but it is also formed so that the specific gravity is smaller than that of water so that it can be attached to the artificial bait after attachment. This is to ensure that the load does not increase even if live bait is attached.

The fixing part 200 is formed at one or more regular intervals along the longitudinal direction of the attachment part. The fixing part has a protruding shape and is implemented in a cylindrical shape according to the embodiment of the present invention. However, in addition, it protrudes like a ring, a locking structure, etc., so that a string-shaped fixing means, which will be described later, is caught and fixed to the fixing part, thereby improving the fixing force. If so, it is not limited to this.

In this way, when the fixing part of the present invention fixes live bait to an existing artificial bait using a fixing means such as a string, the process of wrapping and fixing the live bait is easy because the contact surface is slippery due to the streamlined structure or smooth surface of a typical artificial bait. It is possible to solve the problem that was not done before and increase the binding force of live bait to artificial bait by winding and fixing a single fixing means around a plurality of fixing parts.

Figure 4 shows the body of an artificial bait equipped with a frame for fixing live bait of the present invention. A fishing line is connected to the back of the artificial bait, and a hook for attaching the fishing line is formed in the front. The artificial bait (S) equipped with a frame for fixing live bait of the present invention includes an artificial bait including a body formed in the shape of a prey target, and a frame (A) for fixing live bait is mounted on one side of the body part; The live bait may be wrapped around the left and right sides of the artificial bait through the fixing means (R) on the frame for fixing the artificial bait and the live bait and fixed with a string or the like.

Artificial bait equipped with a frame for fixing live bait is manufactured by forming the artificial bait and the frame for fixing live bait into one piece during mold manufacturing, so it can be completed as an integrated piece by injecting molten casting into the mold. When the artificial bait is completed as one piece, the height of the attachment surface can be eliminated and only the protruding fixing parts can be formed at regular intervals in the length direction of the artificial bait.

Figure 5 shows a photograph of attaching the frame for fixing live bait of the present invention to artificial bait. The artificial bait according to an embodiment of the present invention may be composed of a body formed in the shape of a typical cephalopod prey, a head formed in the shape of a prey's head at the tip of the body, and a tail formed in the shape of a prey's tail at the rear end. there is. Additionally, the frame for fixing the artificial bait and live bait may be mounted by bonding them with an adhesive.

The fixing means according to an embodiment of the present invention is implemented in the shape of a string made of urethane material and fixes live bait to artificial bait. The urethane material has a lighter specific gravity than water and is elastic, and its durability is improved compared to rubber, allowing for more stable fixation of live bait without increasing the weight of the artificial bait.

In particular, the frame for fixing live bait and the artificial bait equipped with the frame for fixing live bait of the present invention contact the live bait attached to the artificial bait without feeling a foreign body when a cephalopod catches the artificial bait with its arm, thereby increasing the catch rate by extending the contact time. Even when the bait is raised and the frame for fixing live bait is installed, almost no load is added to the artificial bait, which not only ensures a balanced position in the water but also does not interfere with fishing.

The present invention provides a frame for fixing live bait that allows users who engage in fishing as a business or have a hobby to more easily increase the catch rate of fish, especially cephalopods, which are the target of fishing, thereby providing workers engaged in the fishing product industry It has the potential for industrial use as it helps in generating profits for anglers.

100: attachment part 200: fixing part
S: Artificial bait A: Frame for fixing live bait
R: Fixing means

Claims (3)

delete At least one attachment part is attached to one side of the body of the artificial bait with a plate structure of a certain length, and one or more protruding fixing parts are formed on the opposite side of the attachment part along the length of the attachment part,
A frame for fixing live bait, wherein an attachment surface is formed on the attachment surface to be attached to the body of the artificial bait, and the attachment surface is curved to be concave in the direction of forming the fixing part.
An artificial bait equipped with a frame for fixing live bait, characterized in that the frame for fixing live bait according to claim 2 is mounted on the body part of the artificial bait made in the shape of prey for fishing.