KR102206738B1 - Egi with improved reflection structure - Google Patents

Abstract

Disclosed is a reflective structure-enhancing type Egi. The reflective structure-enhancing Egi of the present invention includes a body wrapped with a jacket after the inlay is attached to the outer surface; And it is coupled to the body, and includes a hook on which squid is caught, and the left and right side of the body is characterized in that long strip-shaped grooves are formed respectively in the longitudinal direction so that the reflected light of the inlay is reflected at a different angle from the outer surface. Advantageous Effects of Invention According to the present invention, it is possible to provide a reflective structure-enhancing ego that improves visibility due to light reflected on the inlay and improves the effect of attracting squid even without using wild boar hair or bird feathers.

Description

EGI WITH IMPROVED REFLECTION STRUCTURE}

The present invention relates to a reflective structure-enhancing type egi, and more particularly, to a reflective structure-enhancing type egi made to be used as a fake bait by connecting to a fishing line in egg fishing, a fishing method for catching squid.

Egi refers to a squid horn for white squid (patterned squid) originated in Japan. Overall, it has the same shape as shrimp or fish, but hook needles are attached at the back.

The color of the outer shell is varied and the choice is wide. All colors such as pink, orange, red, yellow, brown, gray, black, and white are applied to the outer shell, but the most common colors used are fluorescent pink and fluorescent orange, which are more visible, and blue that resembles a real food. Also used a lot.

It is reported that squid's eyes have the structure most similar to human eyes, and can see objects almost identically to humans. In the past, there was a tendency to judge that the outer shell was more important than the inner shell, but when the egg was acquired underwater, the color of the inner shell was expressed, so the color of the inner shell when selecting an egg was recognized that the color of the inner shell had a significant effect on the squid. Being cautious about it.

In this regard, the Republic of Korea Utility Model Publication No. 2017-0001827 discloses an Egi equipped with a luminous body. Published Utility Model Publication No. 2017-0001827 has a structure that can be assembled into the groove of the luminous body fixing device located in the center of the egg by fastening a luminous body that emits light to the luminous body fixing device on the body of an egg made of a hard transparent plastic material. And, it characterized in that it comprises an annular connection ring for fixing the fishing line to the front end, a weight located below the front end, and a fishing needle located at the rear end.

Published Utility Model Publication No. 2017-0001827 has the advantage that cephalopods such as squid and zucchini can secure sight, stimulate, and attract light by emitting light from the body of the body by the light-emitting body inserted in the body of the body. However, if the Egi radiates more light unconditionally, it does not make it easier to capture squid, so careful use is required depending on the situation.

Therefore, rather than a type that emits light as a whole, such as in Public Utility Model Publication No. 2017-0001827, the general type of Egi with an inlay attached to a smooth body is most commonly used. However, since the normal type of Egi has a smooth body surface, the light reflected on the inlay can only be displayed in one row in the length direction of the body, so the visibility by the light reflected on the inlay is inferior to that of Public Utility Model Publication No. 2017-0001827. .

On the other hand, in general, the body of Egi has a fin-shaped feather. The feather is an important part that determines the fruit of the squid, and the movement of the fins in the water allows the squid to know it as food and attack it. Without the feathers, when the Egi freely settles, it rotates to one side and wriggles, reducing the effect of attracting squid.

Materials for feathers include expensive wild boar feathers and inexpensive bird feathers. However, wild boar hair is used only for a small number of high-end eggs by raising the price of eggs, and bird feathers are at risk of bird flu and allergies.

And Egi's torso has eyes. The eyes belong to the foremost part of the Egi, and play a role in greatly stimulating the squid. It is an important part that it is said that the squid condiment varies greatly depending on the color of the eyes. However, if the body is made of a flexible material such as soft urethane foam, there is a problem that the body is easily destroyed around the hole where the eye is inserted.

When the squid takes the Egi to its tentacles, a resonance sound is transmitted to the angler's hand. When the squid's tentacles take on the body of the Egi, the resonance sound from the body is transmitted to the angler's hand through the hook, fishing line, and fishing rod, and it can be seen that the squid was known as prey and attacked by the resonance sound. However, if the resonance sound is weak, it is difficult to notice and it is easy to miss the squid.

There is a weight under the body of Egi. The movement of the Egi depends on the size and weight of the weight. In addition, the weight also functions to hold the center of the ego. While the weight is inserted into the lower groove of the body, it is fixed to the body by a pin or the like, and there is a problem that the weight is easily shaken by the shell inserted together with the weight into the lower groove. When the weight is shaken, the energy is distorted and the effect of attracting squid is reduced.

When you cast an Egi, the Egi flies at an average distance of 50 meters. At this time, the Egi flies with the initial hook positioned in the front, and then rotates and flies with the ring positioned in the front due to air resistance. However, the rotation of the egg during casting causes the casting distance to decrease due to air resistance.

Republic of Korea Public Utility Model Publication No. 2017-0001827 (Published: 2017.05.25)

An object of the present invention is to improve the visibility by the light reflected in the inlay, the effect of attracting squid is improved even if the feathers of wild boar or bird feathers are not used, and even if the body is made of a flexible material, the hole in which the eyes are inserted is improved. It is to provide a reflective structure-enhanced ego that prevents damage to the center of the body, allows the angler to easily recognize weak resonance sounds, prevents shaking of the weight, and prevents rotation during casting, thereby improving the flying distance.

The object is, according to the present invention, a body wrapped with a jacket after the inlay is attached to the outer surface; And it is coupled to the body, including a hook that catches squid, so that the reflected light of the inlay is reflected at a different angle from the outer surface, the left and right side of the body, each longitudinally long strip-shaped grooves are formed intaglio It is achieved by the characteristic reflective structure-enhancing type.

In order that the reflected light of the inlay may be reflected at a different angle from the outer surface, a concave groove having a long shape in a length direction may be formed in the upper and lower sides of the body, respectively.

Feathers are coupled to the left and right sides of the body, respectively, and the feathers may be made of silicon in which a phosphorescent pigment, color pigment, and glitter pearl are mixed.

A feather is coupled to the left and right sides of the body, respectively, and the feather is a coupling part coupled to the body; An upper extension part and a lower extension part respectively extending from the coupling part and connected to each other on the opposite side of the hook; And a brace portion connecting the upper extension portion and the lower extension portion to maintain a gap.

A through hole is formed in the body so that both eyes are inserted and coupled from opposite sides of each other, and a fishing line connection ring is coupled to the body, and the ring includes a ring portion to which the fishing line is connected; An upper reinforcement part extending from the ring part and passing above the through hole in the body; And a lower reinforcing part extending from the ring part and passing under the through hole in the body, and the ring may be configured to reinforce the strength of the body at the top and bottom of the through hole.

A feather is coupled to the left and right sides of the body by a coupling member, respectively, an insertion groove into which an upper part of the weight is inserted is formed in the lower portion of the body, and the upper reinforcing part is in contact with the coupling member inside the body, The lower reinforcement part is in contact with the upper part of the weight inside the body, and the ring may be configured to transmit a resonance sound due to impact of squid and sea floor from the coupling member and the weight to the fishing line.

In the insertion groove, the jacket and the upper part of the weight are inserted together, a long key is formed in the longitudinal direction of the body on the upper part of the weight, and a key groove into which the key is forcibly inserted is formed in the lower part of the body. Can be done.

A fishing line connection ring is coupled to the body, a direction key member is coupled to the opposite side of the ring, and the direction key member includes: a hub coupled to the hook; And a plurality of blades each extending in a radial direction from the hub, and the direction key member may be made of a resin mixed with a phosphorescent pigment.

The direction key member includes a fitting portion protruding from the hub in a radial direction and into which the fishing line is fitted before casting, and in the fitting portion, a passage hole through which the fishing line passes, and a fishing line passing through the passage hole are located. A seating hole is formed, and the fishing line may pass through the through hole and be removed from the fitting portion when being struck.

The direction key member includes a rim that connects an end of the wing around the hub in a circumferential direction, so that the fishing line is prevented from being caught on the hook, and the radius of the rim is formed larger than the radius of the hook. Can be done.

According to the present invention, a long-shaped belt-shaped groove and an intaglio groove are formed in the body in the longitudinal direction, so that the reflected light of the inlay is reflected at a different angle from the outer surface, thereby improving the visibility by the light reflected in the inlay. You will be able to provide energy.

In addition, the feather is made of silicon mixed with a phosphorescent pigment, and the brace part connects the upper extension part and the lower extension part to maintain the gap, so that the effect of attracting squid is improved even if the feather does not use wild boar hair or bird feathers. It is possible to provide a reflective structure improved energy.

In addition, by reinforcing the strength of the body at the top and bottom of the through hole, it is possible to provide a reflective structure-enhancing ego that prevents damage to the body centering on the hole where the eye is inserted, even if the body is made of a flexible material. .

In addition, it is possible to provide a reflective structure-enhancing Egi in which the ring transmits the resonance sound due to the impact of the squid and the seabed to the fishing line from the coupling member and the weight, so that the angler can easily recognize the weak resonance sound.

In addition, by forming a key groove in which the key is forcibly fitted in the lower portion of the body, it is possible to provide a reflective structure-enhancing ego that is configured to prevent shaking of the weight.

In addition, the fishing line is inserted into the fitting portion before casting, and the fishing line passes through the through hole when being struck, and is removed from the fitting portion, so that rotation is prevented during casting and thus the flying distance is improved.

1 is a perspective view of a reflective structure-enhancing eggplant according to an embodiment of the present invention.
2 is a side view of the reflective structure-enhancing egg of FIG. 1;
3 is a cross-sectional view of the reflective structure-enhancing Egi of FIG. 1;
4 is a partial perspective view showing the head of the reflective structure-enhancing Egi of FIG. 1;
5 and 6 are partial perspective views showing the tail of the reflective structure-enhancing egg of FIG. 1;
7 is a partial perspective view showing the tail of a reflective structure-enhancing egg according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, in describing the present invention, a description of a function or configuration that is already known will be omitted in order to clarify the gist of the present invention.

The reflective structure-enhancing Egi of the present invention improves visibility due to light reflected on the inlay, improves the effect of attracting squid even if the feathers of wild boar or bird feathers are not used, and even if the body is made of a flexible material, Damage to the body centered on the inserted hole is prevented, the angler can easily recognize a weak resonance sound, the shaking of the weight is prevented, rotation is prevented during casting, and the flying distance is improved.

1 is a perspective view of a reflective structure-enhanced eggplant according to an embodiment of the present invention, FIG. 2 is a side view of the reflective structure-enhanced eggplant of FIG. 1, and FIG. 3 is a cross-sectional view of the reflective structure-enhanced eggplant of FIG. 4 is a partial perspective view showing the head of the reflective structure-enhancing egg of FIG. 1, and FIGS. 5 and 6 are partial perspective views showing the tail of the reflective structure-enhancing egg of FIG. 1.

As shown in Figs. 1 and 2, the reflective structure-enhancing egg 10 according to an embodiment of the present invention is connected to the fishing line FL in egg fishing, a fishing method for catching squid, so that it is used as a fake bait. It is made, and is configured to include a body 100, a ring 200 and a hook 300.

The body 100 is a configuration to form a shrimp or small fish, and is made of a material having buoyancy. The body 100 may be made of a foamed plastic material. In more detail, the body 100 may be manufactured by injection molding of rigid foamed urethane (8 to 10 times the foaming rate).

As shown in Figure 3, the body 100 is wrapped with a jacket 120 after the inlay 110 is attached to the outer surface. The inlay 110 is a component that forms reflected light in water, and is attached to the outer surface of the body 100 over the entire area. The inlay 110 may exhibit reflected light such as gold, silver, red, rainbow, luminous, and orange in water.

The jacket 120 is a component that forms the basic color of the egg 10, and wraps the body 100 on the inlay 110. The outer skin is made of a cloth material through which light passes. The reflected light of the inlay 110 is exposed to the outside through the fabric of the outer skin.

The jacket 120 may represent orange, pink, olive, red, purple, gold, silver, blue, and the like. In FIGS. 1, 2 and 5, the jacket 120 is not shown to indicate the belt-shaped groove 101 and the concave groove 102.

1 to 3, a belt-shaped groove 101 and a concave groove 102 are formed in the body 100. The belt-shaped groove 101 is a part that forms reflected light in the form of diffuse reflection or diffuse reflection, and is formed on the left side and the right side of the body 100 in a lengthwise manner, respectively.

The belt-shaped groove 101 forms a fine shape in a belt shape on the left and right sides of the circular body 100. That is, the belt-shaped groove 101 forms one curved surface similar to the side surface of the body 100, and two planes connecting the side surface and the curved surface of the body 100 respectively above and below the curved surface.

Light incident on the strip-shaped groove 101 is reflected in a direction different from the smooth side of the body 100 on each of the three surfaces described above. Due to this, reflected light in the form of diffuse or diffuse reflection is formed. When viewed from the outside, the curved surface and the band-shaped groove 101 form a line-shaped reflected light, respectively.

As shown in FIG. 3, the concave groove 102 is also a part that forms reflected light in the form of diffuse or diffuse reflection, and is formed on the upper side and the lower side of the body 100 in a longitudinal direction, respectively.

Light incident on the concave groove 102 is reflected in a direction different from the smooth curved surface of the body 100 on the three surfaces described above. Due to this, reflected light in the form of diffuse or diffuse reflection is formed. The concave groove 102 forms a small width. When viewed from the outside, the reflected light of the concave groove 102 is observed in the form of a single line.

As shown in Figure 3, the jacket 120 forms a shape surrounding the body 100 in a taut state. The jacket 120 covers the outer surface of the body 100 without being inserted into the belt-shaped groove 101 and the concave groove 102. In the lower concave groove 102, the jacket 120 may be inserted into the concave groove 102 and attached to the inner surface of the concave groove 102.

Currently, the most common type of Egi with an inlay attached to a smooth body is being used. However, since the normal type of Egi has a smooth body surface, the light reflected on the inlay can only be displayed in one row in the length direction of the body, so the visibility by the light reflected on the inlay is inferior to that of Public Utility Model Publication No. 2017-0001827. .

As shown in FIGS. 1 to 3, the reflective structure-enhancing egg 10 according to an embodiment of the present invention includes a belt-shaped groove 101 and a concave groove 102 in the upper and lower left and right sides of the body 100. By forming the long reflected light (in the form of diffusely reflected light or diffusely reflected light) in the form of a strip or line along the length direction of (100), the above-described problems of the prior art are solved.

That is, the reflective structure-enhancing egg 10 according to an embodiment of the present invention includes one upper (lower) and two side surfaces of the body 100 in the upper and lower gaze directions of the body 100. Diffuse reflective lines are formed, and in the front and rear gaze directions of the body 100, one upper part of the body 100, one lower part of the body 100, and three sides (1 curved surface and Diffuse reflection line of 2 planes) is formed.

As shown in FIGS. 1 and 4, a feather 130 is coupled to the left and right sides of the body 100, respectively. The feather 130 maintains the straightness of the body 100 and forms a left and right balance, and is made of silicon mixed with a phosphorescent pigment to emit light in water.

Conventional feather materials include expensive wild boar hair and low-cost bird feathers. However, wild boar hair is used only for a small number of high-end eggs by raising the price of eggs, and bird feathers are at risk of bird flu and allergies.

In the reflective structure-enhancing egg 10 according to an embodiment of the present invention, the blade 130 is made of silicon mixed with a phosphorescent pigment, thereby solving the problems of the prior art described above. The feather 130 may be manufactured by mixing a sky blue phosphorescent pigment (30% by weight) with silicon (hardness 30).

As shown in FIG. 4, the feather 130 includes a coupling part 131, an upper extension part 132, a lower extension part 133 and a brace part 134.

The coupling portion 131 is a portion that is coupled to the body 100 and is coupled to the body 100 by a pin-shaped coupling member P1. A groove into which the coupling member P1 is inserted is formed in the body 100.

The upper extension part 132 and the lower extension part 133 extend from the coupling part 131 and are connected to each other on the opposite side of the hook 300. The brace part 134 connects the upper extension part 132 and the lower extension part 133 to maintain a gap. In addition, the brace portion 134 prevents the upper extension portion 132 and the lower extension portion 133 from being bent.

The reflective structure-enhancing egg 10 according to an embodiment of the present invention includes a collar 130, a coupling portion 131, an upper extension portion 132, a lower extension portion 133, and a brace portion 134 By configuring this, while forming the minimum strength that does not break by the drag of the water, the collar 130 reduces the weight (152) and minimizes the drag to prevent a strain on the wrist when being struck.

As shown in FIG. 2, through holes 103 are formed in the body 100 so that both eyes 140 are inserted and coupled from opposite sides. Although not shown, connecting portions (not shown) that are inserted and coupled to the through holes 103 are formed in the pair of eyes 140, respectively. The pair of connecting portions are coupled by ultrasonic welding in the state of being inserted into the through hole 103.

As shown in FIG. 2, an insertion groove into which the upper portion of the weight 150 (hereinafter,'insertion portion') is inserted is formed in the lower portion of the body 100. The jacket 120 and the insertion part 151 are inserted into the insertion groove together.

A long key 152 in the longitudinal direction of the body 100 is formed on the upper portion of the weight 150, and a key groove into which the key 152 is forcibly fitted is formed at the lower portion of the body 100. Although the insertion groove and the key groove are not indicated with reference numerals, it should be understood as a groove into which the insertion portion 151 and the key 152 are inserted.

Conventional weights are fixed to the body by pins or the like in a state inserted into the lower groove of the body, but there is a problem that the weight is easily shaken by the shell inserted together with the weight in the lower groove. When the weight is shaken, the energy is distorted and the effect of attracting squid is reduced.

The reflective structure-enhancing egg 10 according to an embodiment of the present invention forms a long key 152 in the longitudinal direction of the body 100 on the upper portion of the weight 150, and at the lower portion of the body 100 By forming a key groove in which the key 152 is forcibly fitted, the shaking of the weight 150 is blocked, thereby solving the problems of the prior art described above.

As shown in FIGS. 1 to 3, a fishing line connection ring 200 is coupled to the front of the body 100. The ring 200 includes a ring portion 210, an upper reinforcing portion 220, and a lower reinforcing portion 230.

The ring part 210 is a part to which the fishing line FL is connected, and forms a ring 200 shape at the front end of the body 100. The upper reinforcing part 220 and the lower reinforcing part 230 are respectively extended from the ring part 210 and disposed inside the body 100. The upper reinforcement part 220 and the lower reinforcement part 230 are inserted into the mold when the body 100 is injected and disposed inside the body 100.

The upper reinforcement part 220 is in contact with the coupling member P1 through the upper part of the through hole 103 in the body 100, and the lower reinforcement part 230 is formed of the through hole 103 in the body 100. Passes below and contacts the insertion part 151 in the coupling member P1.

The conventional body is made of a hard plastic material to suppress damage. If the body is made of a flexible material such as soft urethane foam, there is a problem that the body is easily destroyed around the hole where the eye is inserted.

In the reflective structure-enhancing egg 10 according to an embodiment of the present invention, the ring 200 reinforces the strength of the body 100 at the top and bottom of the through hole 103, so that the eye 140 is inserted. It solves the problem of the prior art in which the body 100 is easily destroyed.

2 and 4, the upper reinforcing part 220 is in contact with the coupling member P1 through the top of the through hole 103 in the body 100, and the lower reinforcing part 230 is From the inside (100), the through hole (103) passes through the lower portion and is in contact with the insertion part (151) in the coupling member (P1).

As shown in FIG. 4, the upper reinforcing part 220 may be inserted in the connection part R to form a groove in close contact with the inner surface. In addition, a lower reinforcing part 230 may be inserted into the insertion part 151 to form a groove in close contact with the inner surface.

When the squid takes the Egi to its tentacles, a resonance sound is transmitted to the angler's hand. When the squid's tentacles take on the body of the Egi, the resonance sound from the body is transmitted to the angler's hand through the hook, fishing line, and fishing rod, and it can be seen that the squid was known as prey and attacked by the resonance sound. However, if the resonance sound is weak, it is difficult to notice and it is easy to miss the squid.

In the reflective structure-enhancing egg 10 according to an embodiment of the present invention, the ring 200 is a fishing line FL from the coupling member P1 and the weight 150 to resonate sound due to the impact of the squid and the sea floor. By transferring to, the resonance sound is not transferred to the ring 200 after passing through the plastic body 100, but is directly transferred to the metal ring 200, so that if the resonance sound is weak, it is difficult to recognize and place the squid. It solves the problems of the prior art that are easy to get rid of.

As shown in FIGS. 1, 2, and 5, a hook 300 on which squid is caught is coupled to the rear end of the body 100. The hook 300 is made of a plurality of wires with a sharp tip. A plurality of wires are radially opened in a state coupled to the rear end of the body 100 to form a structure to catch squids. A plurality of wires are coupled in a circumferential direction to the rear end of the body 100 to form a hole in the center.

The directional key member 160 is coupled to the opposite side of the ring 200. The directional key member 160 is a configuration that suppresses shaking of the body 100 in water as well as during casting, and is made of a resin material mixed with a phosphorescent pigment to emit light in water. The feather 130 may be manufactured by mixing a resin (soft plastic, silicone or rubber) with a sky blue phosphorescent pigment (20 to 40% by weight).

As shown in Figure 5, the direction key member 160 is configured to include a hub 161, a plurality of blades 162 and fittings 163.

The hub 161 is a portion coupled to the end of the hook 300 and is formed in a cylindrical shape. Although not shown, a pin or the like is inserted into the hole portion of the hub 161 and the hole of the hook 300 to form a coupling force between the hub 161 and the hook 300.

The plurality of blades 162 extend from the hub 161 in the radial direction, respectively. The plurality of wings 162 form a shape similar to the wing 162 of a rocket. The plurality of wings 162 form drag and lift in the air and water to suppress the shaking of the body 100 and improve the straightness.

2 and 5, the fitting portion 163 is a portion to which the fishing line FL is fitted before casting, and forms a shape protruding from the hub 161 in the radial direction. In the fitting portion 163, a passage hole H1 through which the fishing line FL passes, and a seating hole H2 in which the fishing line FL passing through the passage hole H1 is located are formed. That is, before casting, the fishing line FL passes through the through hole H1 and is fitted into the seating hole H2.

When you cast an Egi, the Egi flies at an average distance of 50 meters. At this time, the Egi flies with the initial hook positioned in the front, and then rotates and flies with the ring positioned in the front due to air resistance. However, the rotation of the egg during casting causes the casting distance to decrease due to air resistance.

The reflective structure-enhanced angular 10 according to an embodiment of the present invention has a problem of the prior art as described above by forming a fitting portion 163 into which the fishing line FL is fitted before casting on the directional key member 160 Will solve.

That is, when casting is performed while the fishing line FL is inserted into the fitting part 163, the body 100 is not rotated by the fishing line FL inserted in the fitting part 163, and the ring 200 is located in the front. By flying away from, it prevents a reduction in casting distance due to air resistance during casting.

The fishing line FL is pulled out of the fitting part 163 when being struck. The casted egg 10 is settled in water by gravity. At this time, when the chamfer is performed, the head portion with the hook 200 is raised by the fishing line FL, while a drag force not to rotate is applied to the tail portion with the hook 300.

In this process, the fishing line FL in the mounting hole H2 passes through the through hole H1 and is separated from the fitting part 163. As shown in Figure 6, the fishing line (FL) may be fitted into the seating hole (H2) by the elastic member (E).

7 is a partial perspective view showing the tail of a reflective structure-enhancing egg according to another embodiment of the present invention.

As shown in FIG. 7, the direction key member 160 may be configured to include a hub 161, a plurality of wings 162 and a rim 164.

The hub 161 is a portion coupled to the end of the hook 300 and is formed in a cylindrical shape. Although not shown, a pin or the like is inserted into the hole portion of the hub 161 and the hole of the hook 300 to form a coupling force between the hub 161 and the hook 300.

The plurality of blades 162 extend from the hub 161 in the radial direction, respectively. The plurality of wings 162 form a shape similar to the wing 162 of a rocket. The plurality of wings 162 form drag and lift in the air and water to suppress the shaking of the body 100 and improve the straightness.

As shown in FIG. 7, the rim 164 is a configuration that prevents the fishing line FL from being caught on the hook 300, and connects the ends of the blades 162 in the circumferential direction around the hub 161 Form the shape. The radius of the rim 164 is formed larger than the radius of the hook 300.

Therefore, the fishing line FL is located outside the hook 300 due to the interference of the rim 164 when the egg sinks. The directional key member 160 shown in FIG. 7 is used for preventing the fishing line FL from being caught on the hook 300 in vertical fishing in which the aegis 10 sinks to a depth of 20-50 meters for a relatively long time. I can.

According to the present invention, the body is formed with a long strip groove and a concave groove in the longitudinal direction, so that the reflected light of the inlay is reflected at a different angle from the outer surface, thereby improving the visibility by the light reflected in the inlay. You will be able to provide energy.

In addition, the feather is made of silicon mixed with a phosphorescent pigment, and the brace part connects the upper extension part and the lower extension part to maintain the gap, so that the effect of attracting squid is improved even if the feather does not use wild boar hair or bird feathers. It is possible to provide a reflective structure-enhancing type of energy.

In addition, by reinforcing the strength of the body at the top and bottom of the through hole, it is possible to provide a reflective structure-enhancing ego that prevents damage to the body centering on the hole where the eye is inserted, even if the body is made of a flexible material. .

In addition, it is possible to provide a reflective structure-enhancing Egi in which the ring transmits the resonance sound due to the impact of the squid and the seabed to the fishing line from the coupling member and the weight, so that the angler can easily recognize the weak resonance sound.

In addition, by forming a key groove in which the key is forcibly fitted in the lower portion of the body, it is possible to provide a reflective structure-enhancing ego that is configured to prevent shaking of the weight.

In addition, the fishing line is inserted into the fitting portion before casting, and the fishing line passes through the through hole when being struck, and is removed from the fitting portion, so that rotation is prevented during casting and thus the flying distance is improved.

In the above, although specific embodiments of the present invention have been described and illustrated, the present invention is not limited to the described embodiments, and various modifications and variations can be made without departing from the spirit and scope of the present invention. It is self-evident to those who have. Accordingly, such modifications or variations should not be individually understood from the technical spirit or viewpoint of the present invention, and the modified embodiments should be said to belong to the claims of the present invention.

10: Egi
100: body 140: eyes
110: inlay 150: weight
120: jacket 151: insert
101: belt groove 152: key
102: concave groove 160: direction key member
130: feather 161: hub
131: coupling portion 162: wing
132: upper extension part 163: fitting part
133: lower extension 164: rim
134: brace part H1: through hole
P1: coupling member H2: mounting hole
R: connection part E: elastic member
103: through hole FL: fishing line
200: hook 300: hook
210: ring portion
220: upper reinforcement part
230: lower reinforcement part

Claims (10)

A body with an inlay attached to the outer surface and then wrapped with a jacket; And
It is coupled to the body and includes a hook on which squid is caught,
In order for the reflected light of the inlay to be reflected at a different angle from the outer surface, long strip-shaped grooves are formed on the left and right sides of the body, respectively, in a longitudinal direction,
A through hole is formed in the body so that both eyes are inserted and coupled from opposite sides of each other, and a fishing line connection ring is coupled to the body, and the ring includes a ring portion to which the fishing line is connected; An upper reinforcement part extending from the ring part and passing above the through hole in the body; And a lower reinforcement part extending from the ring part and passing below the through hole in the body, wherein the ring reinforces the strength of the body above and below the through hole. . The method of claim 1,
A reflective structure-enhanced egg, characterized in that long concave grooves are formed on the upper and lower sides of the body, respectively, in a longitudinal direction so that the reflected light of the inlay is reflected at a different angle from the outer surface. The method of claim 1,
Feathers are coupled to the left and right sides of the body, respectively,
The blade is a reflective structure-enhancing egg, characterized in that made of silicon mixed with a phosphorescent pigment. The method of claim 1,
Feathers are coupled to the left and right sides of the body, respectively,
The feather,
A coupling part coupled to the body;
An upper extension part and a lower extension part respectively extending from the coupling part and connected to each other on the opposite side of the hook; And
And a brace portion connecting the upper extension portion and the lower extension portion to maintain a gap. delete The method of claim 1,
The feathers are respectively coupled to the left and right sides of the body by a coupling member,
An insertion groove into which the upper part of the weight is inserted is formed in the lower part of the body,
The upper reinforcement part is in contact with the coupling member inside the body,
The lower reinforcement part is in contact with the upper part of the weight inside the body,
The ring is a reflective structure-enhanced ego, characterized in that the resonant sound due to the impact of the squid and the sea floor is transmitted from the coupling member and the weight to the fishing line. The method of claim 6,
The jacket and the upper portion of the weight are inserted together in the insertion groove,
A long key is formed on the upper part of the weight in the longitudinal direction of the body,
A reflective structure-enhancing type egi, characterized in that a key groove into which the key is forcibly fitted is formed at a lower portion of the body. The method of claim 1,
A hook for connecting a fishing line is coupled to the body,
A direction key member is coupled to the opposite side of the ring,
The direction key member,
A hub coupled to the hook; And
It includes a plurality of wings each extending radially from the hub,
The directional key member is a reflective structure-enhanced egg, characterized in that made of a resin mixed with a phosphorescent pigment. The method of claim 8,
The direction key member,
It protrudes from the hub in the radial direction, and includes a fitting portion into which the fishing line is fitted before casting,
In the fitting portion, a through hole through which the fishing line passes, and a seating hole in which the fishing line through the through hole is located is formed,
The fishing line is improved reflective structure, characterized in that the fishing line passes through the through hole and is removed from the fitting portion when being struck. The method of claim 8,
The direction key member,
It includes a rim for connecting the end of the wing in the circumferential direction around the hub,
The reflective structure-enhanced ego, characterized in that the radius of the rim is larger than the radius of the hook so that the fishing line is prevented from being caught on the hook.

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