KR102597535B1 - Fresh water fishing float optimized in the water plant - Google Patents

Abstract

The present invention relates to a freshwater fishing float, and more specifically, to a float body connected to a fishing rod by a raw line so as to position a fishing hook at the bottom of the water plants or between the water plants without getting caught in the water plants in order to catch fish passing between the water plants; A splint line once connected to the float body and positioned at the desired water depth for fishing with a bongdol provided at the other end; A fishing leash having one end connected to the bongdol and a fishing hook at the other end; wherein the float body is formed in a shape where the inside is empty and the lower surface is open, and the bongdol, fishing leash, and fishing hook are therein. It relates to a freshwater fishing float that is fixed by rice cakes and descends as the rice cakes are released.

Description

Fresh water fishing float optimized in the water plant {Fresh water fishing float optimized in the water plant}

The present invention relates to a freshwater fishing float, and more specifically, in order to catch fish passing between the water plants, the user places the fishing float at a desired location between the water plants, and vertically lowers the fish hook so that it does not get caught in the water plants, thereby lowering the fish hook into the water plants. It relates to a freshwater fishing float that is placed on the bottom or between water plants and has a fishing function that can attract target fish.

In general, freshwater fishing is enjoyed in freshwater bodies of water such as rivers, reservoirs, lakes, etc. Among freshwater fishing, the target fish species in freshwater fishing are crucian carp, carp, and perch, and the target fish species are omnivorous fish species that are sensitive to environmental changes and are highly alert, so they hunt for food. Rather, it is a species of fish that engages in feeding activities by picking up food when it finds it in the waterweed area where it is hiding, and fishing by organizing several fishing rods according to length and depth of water and releasing various vegetable and animal rice cakes to attract them.

In such freshwater fishing, target fish, which are sensitive and wary, do not approach water plants close to the ground because they sense subtle vibrations from small sounds or human movements, so to catch large fish, they must be kept at a certain distance from the ground. The probability of catching a big fish increases when you place the fishing hook between the existing water plants or on the bottom of the water plants while loosening the rice cakes.

However, when using a general fishing float in freshwater fishing, as shown in Figure 1, even if the float is thrown near water plants that are suitable for large fish species to inhabit, the fishing hook sinks into the water in a semicircle around the float, so it may fall into the water adjacent to the water plants. There may be a problem that it is very difficult to position the fishing float in the area.

In addition, when using a water weeding or aquatic weaving method that allows the float to be placed near the aquatic plants, the fishing float can be positioned so that the fishing hook is positioned vertically between the aquatic plants at a close distance from the ground or in the aquatic weed hole; however, the fishing float can be placed at the desired position artificially. In order to access the aquatic weed area, the line must be very short, so there is a problem in that aquatic weeding or aquatic weaving methods cannot be used in aquatic weed areas that are farther than the maximum acceptable distance of the fishing rod.

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Republic of Korea Patent No. 10-0559105 ‘Multifunctional fishing float’

The present invention is intended to solve the above problems, and allows the fishing float to be placed at a fishing point between water plants while being separated by a certain distance equal to the maximum accommodation distance of the fishing rod, and minimizes the fishing hook getting caught in the water plants so that it can be placed at the bottom of the water plants. Alternatively, the purpose is to provide a freshwater fishing float that can catch large fish by positioning the fishing hook between water plants.

The present invention for achieving the above object includes a float body connected to a fishing rod by a raw line; A splint line once connected to the float body and positioned at the desired water depth for fishing with a bongdol provided at the other end; A fishing leash having one end connected to the bongdol and a fishing hook at the other end; wherein the float body is formed in a shape where the inside is empty and the lower surface is open, and the bongdol, fishing leash, and fishing hook are therein. It is fixed by rice cakes and can descend as the rice cakes are released.

In addition, the splint line is provided inside the float body and one end is connected to a fixing ring connected to the main line, and the float body is formed with a splint entrance that is open from the bottom to a predetermined height, so that the splint line is The splint line can exit through the entrance and wrap around the outside of the float body.

In addition, the float body is formed with a line groove having a predetermined depth in the vertical direction and a line inlet communicating with the line groove on one side of the upper end of the float body, a buoyancy body having buoyancy, and a fish provided on the lower side of the buoyancy body. It includes a body, wherein the picking body may be provided with a fixing ring inside which is fixed to an area adjacent to the circular groove and to which the circular string is connected.

In addition, the float body has an adjustment protrusion formed at the bottom adjacent to the splint line entrance and exit, and the length of the splint line can be adjusted by wrapping a part of the splint line around the adjustment protrusion and inserting a length adjustment ring.

In addition, the bobber body may be provided with a stopping member for adjusting the length of the line at the inlet of the line.

According to the present invention, the rig is fixed by rice cakes in the inner space of the float body, which has an empty shape inside, and a freshwater fishing float is thrown onto the water surface at the point where the fishing hook is to be sent, and when it sinks in the water, it is fixed inside by rice cakes. The rig is released in the water and lowered vertically by gravity, preventing it from getting caught in the water weeds. The rig is positioned between the water weeds or at the bottom of the water weeds, and the rice cake that holds the fishing hook floats around the fishing hook and functions as a catch to collect fish. You can increase your chances of catching a big fish.

In addition, the user can accurately throw the rig near the water plants at a certain distance through a stop member that can adjust the length of the main line connected to the fishing rod.

Figure 1 is a diagram showing problems with conventional freshwater fishing floats.
Figure 2 is a front view showing the front structure of a freshwater fishing float according to an embodiment of the present invention.
Figure 3 is an exemplary view showing the front structure of the float body according to an embodiment of the present invention.
Figures 4 to 6 are illustrations showing a method of using a freshwater fishing float according to an embodiment of the present invention.
Figure 7 is an exemplary diagram showing adjusting a splint line through a length adjustment ring provided on a freshwater fishing float, according to an embodiment of the present invention.
Figure 8 is an exemplary diagram showing a detachable float top of a freshwater fishing float, according to an embodiment of the present invention.
Figure 9 is an illustration of the use of a freshwater fishing float according to an embodiment of the present invention.

In the present invention, a float body connected to a fishing rod by a raw line is once connected to the float body so that the fishing float is located in an area adjacent to the aquatic plants desired by the user and the fishing line, fishing hook, and fishing line are located at the bottom of the aquatic plants or between the aquatic plants. and a fishing leash with one end connected to the splint line and the bongdol and equipped with a fishing hook at the other end so that the bongdol provided at the other end is located at the desired depth of water for fishing; a shape that is open on the lower side and hollow on the inside. We propose a freshwater fishing float in which a bongdol, fishing leash, and fishing hook are fixed inside the float body by rice cakes and descend as the rice cakes are released.

The scope of the present invention is not limited to the embodiments described below, and various modifications may be made by those skilled in the art without departing from the technical gist of the present invention.

The freshwater fishing float 10 of the present invention is basically a float body 100 formed of a buoyancy body 110 and a fishing body 120, as shown in FIGS. 2 to 6, and a float body 100 that connects the float body 100 with a fishing rod. It may include a splint line 200 that is provided inside the original line 140 and the float body 100 and is connected to the bongdol 210.

In general, gear is an item used on a fishing rod and can mainly refer to fishing supplies including fishing hooks (310), rods (210), fishing lines, and floats.

As shown in Figures 2 to 6, the float body 100 has a cylindrical shape with the upper end rounded downward and may be formed in a bell-like shape, and the inside is The space is provided in an empty form, and the lower surface may be formed in an open shape.

The float body 100 is formed with a line groove 111 having a predetermined depth in the vertical direction on the upper side and a line inlet 112 communicating with the line groove 111 on one side of the upper end of the float body 100, and has a buoyancy inside. The buoyancy body 110 may be formed to have, and the float body 100 is provided with a fixing ring 130 fixed to the area adjacent to the circular groove 111 on the lower side of the buoyancy body 110, and is provided with a predetermined amount from the bottom. A picking body 120 may be formed in which a splint rope entrance 121 having an open shape along the length is formed.

The buoyancy body 110 is formed on the upper side of the float body 100 as shown in FIG. 3, and the outer side is formed in a round shape from the top downward, and has a circular groove penetrating the vertical direction of the buoyancy body 110. (111) is in communication with the line inlet 112 formed on one side of the buoyancy body 110, so that the line 140 connected to the fishing rod can be inserted into the interior of the float body 100.

As shown in FIGS. 2 to 7, the buoyancy body 110 is configured to adjust the length of the line 140 starting from the fishing rod when the line 140 is inserted into the interior of the float body 100 through the line inlet 112. For adjustment, a stopping member 150 connected to the line 140 may be provided at a position adjacent to the line inlet 112.

At this time, the stopping member 150 has an outer diameter larger than the inner diameter of the line inlet 112, so that when the user prepares, the stopping member 150 connected to the line 140 is hung on the line inlet 112 and the user wants it. You can throw the rig without exceeding the distance.

Through this, when the user throws the rig and the raw line 140 reaches the length adjusted by the user, it is possible to throw the bobber at the user's desired location while preventing it from flying further by the stopping member 150.

The picking body 120 provided on the lower side of the float body 100 has a space formed therein, is fixed to an area adjacent to the circular groove 111, is inserted through the circular groove 112, and is inserted into the circular groove 111. Accordingly, a fixing ring 130 to which the rope 140 entering the inside of the float body 100 is connected may be provided, and a splint rope entrance 121 that is open from the bottom to a predetermined height may be formed.

At this time, the splint line entrance 121 formed in the picking body 120 serves as an entrance through which the splint line provided inside the float body 100 goes out or comes in, as shown in Figure 4. The splint line 200 to which the bongdol 210 is connected exits from the inside of the float body 100 to the outside, wraps around the outside of the float body 100, and then again passes through the splint rope entrance 121 of the float body 100. You can make it come inside.

In addition, the picking body 120 includes a bongdol 210, a fishing hook 310, and a bongdol connected to one end of the splint line 200 entered inside through the splint line entrance 121, as shown in FIGS. 4 to 5. The fishing leash (300) connecting the fishing hook (210) and the fishing hook (310) is placed in the empty space formed inside the picking body (120) and has viscosity or adhesive force through the open lower surface of the picking body (120). A fishing leash that connects the bongdol 210, the fishing hook 310, and the bongdol 210 and the fishing hook 310 to the inside of the picking body 120 by pressing and inserting it into the space formed inside the picking body 120. (300) can be fixed.

As shown in FIG. 7, the picking body 120 is provided with an adjusting protrusion 122 that can adjust the length by wrapping a portion of the splint rope 200 at the lower end adjacent to the splint rope entrance 121, and the adjusting protrusion 122 ) In order to prevent the splint cord (200) wrapped around from being released, it may include a length adjustment ring (400) fitted to the adjustment protrusion (122).

In order to adjust the length of the splint line 200 according to the water depth, the user wraps the splint line 200 around the control projection 122 and then inserts the length adjustment ring 400 into the adjustment projection 122. The length of the splint line 200 can be adjusted by fixing it, and the length of the splint line 200 can be adjusted according to the number of times the user picks up the splint line 200 and winds it around the control protrusion 122 provided on the body 120. It can be adjusted.

As a further embodiment of the present invention, the control protrusion 122 can be used to zero the buoyancy of the freshwater fishing float 10 and the center of the bongdol 210. The fishing line connected to the rod 210 can be fixed to the adjustment protrusion 122 through the length adjustment ring 400 and then set to zero. By setting the zero point, when the target fish consumes the bait hung on the fishing hook 310 of the fishing leash 300 connected to the bongdol 210, the buoyancy of the float and the center of the bongdol 210 are balanced during the process of lifting the bait. As this collapses, the float moves, allowing you to check the timing of the fishing rod.

In a further embodiment of the present invention, a raw line (140) of sufficient length to reach the aquatic plant area to be sent is wound around the float body (100) and then fixed to the adjustment protrusion (122) through a length adjustment ring (400). Afterwards, the length of the rope 140 can be adjusted to accurately reach the water plant area by continuously adjusting the length of the rope 140.

When explaining an embodiment of the freshwater fishing float 10 of the present invention through the above description, the freshwater fishing float 10 is used to position a fishing hook on a water plant a certain distance away from the ground, as shown in FIG. 9. , the freshwater fishing float 10 has a main line groove 111 formed in the buoyancy body 110 by inserting the main line 140 connected to the fishing rod into the float body 100 through the main line inlet 112, as shown in FIG. By being connected to the fixing ring 130 provided on the fishing body 120, the freshwater fishing float 10 can be positioned at a location desired by the user.

In addition, the splint line 200, one end of which is connected to the bongdol 210 and the other end connected to the fixing ring 130, exits to the outside through the splint line entrance 121 formed in the picking body 120 and buoyancy body 110. ) and returns to the fishing body 120, and is mixed with the rice cake along with the bongdol 210, fishing leash 300, and fishing hook 310 in the space formed inside, and is pressed and fixed inside, allowing the user to use freshwater fishing. When the float (10) is thrown onto the surface of the water with aquatic plants and sinks in the water, the float is loosened by the water and the fixed splint line (200), bongdol (210), fishing leash (300), and fishing hook (310) naturally fall. Thus, the fishing hook 310 can be positioned at the bottom of the water plants or between the water plants.

At this time, as the rice cake is released downward of the freshwater fishing float (10), the rice cake floats around the fishing hook (310) and can catch fish that feed on it while passing between water plants or the bottom of water plants.

As a further embodiment of the present invention, the freshwater fishing float 10 may be provided with a float assembly 710 to prevent the float top 700 from breaking as shown in Figure 8.

The float saw 700, which is formed in a long straight shape, may be caught in water weeds and broken or may break when stored. At this time, the float saw (700) is mounted on the freshwater fishing float (10) through the float assembly port (710) formed to assemble a plurality of floats at the center of the float (700), and when used and stored after fishing, the float ( 700) can be prevented from breaking.

10: Freshwater fishing float
100: float body 110: buoyancy body
111: One-line groove 112: One-line entrance
113: Bobbin fixing hole
120: Pickup body 121: Splint rope entrance
122: Adjusting protrusion 130: Fixing ring
140: original line 150: stopping member
200: Splint 210: Bongdol
300: Fishing leash 310: Fishing hook
400: Length adjustment ring 500: Chemistry
600: Buoyancy float 700: Float top
710: Float assembly section

Claims (5)

A float body (100) connected to the fishing rod by a main line (140);
A splint line (200) connected to the float body (100) at one end and allowing the bongdol (210) provided at the other end to be located at the desired depth of water for fishing;
Includes a fishing leash 300, one end of which is connected to the bongdol 210 and a fishing hook 310 at the other end,
The float body 100 is formed in a shape where the inside is empty and the lower surface is open, and the bongdol 210, fishing leash 300, and fishing hook 310 are fixed therein by rice cakes and are released as the rice cakes are released. Descending,
The splint rope 200 is provided inside the float body 100 and the other end is connected to the fixing ring 130 connected to the raw rope 140, and the float body 100 is opened from the bottom to a predetermined height. A freshwater fishing float, characterized in that a splint line entrance 121 is formed, so that the splint line 200 passes through the splint line entrance 121 and wraps around the outside of the float body 100. In paragraph 1
The float body 100 is formed with a line groove 111 having a predetermined depth in the vertical direction and a line inlet 112 communicating with the line groove 111 on one side of the upper end of the float body 100, and buoyancy. It includes a buoyancy body 110 and a picking body 120 provided on the lower side of the buoyancy body 110,
The fishing body 120 is a freshwater fishing float, characterized in that it is provided with a fixing ring 130 inside which is fixed to an area adjacent to the line groove 111 and to which the line 140 is connected. In paragraph 1.
The float body 100 has an adjusting protrusion 122 formed at the bottom adjacent to the entrance 121, and a part of the splint 200 is wound around the adjusting protrusion 122 and a length adjusting ring 400 is inserted. A freshwater fishing float characterized by adjusting the length of the splint line (200). According to paragraph 2,
The float body 100 is a freshwater fishing float, characterized in that the stop member 150 for adjusting the length of the line 140 is provided at the line inlet 112. delete

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