KR102675369B1 - Flexible fishing float - Google Patents

Abstract

The variable fishing float 100 having a plurality of underwater floats according to the present invention consists of a float 10 and a body 12 provided at the lower part of the float 11 and the body 12. ) It includes a plurality of couplers (13) provided at the bottom, and is characterized in that it is used as an underwater float (20) after separating one or two or more couplers (13) among the plurality of couplers (13). do.

Description

Flexible fishing float {Flexible fishing float}

The present invention relates to a variable fishing float, and more specifically, to a variable fishing float that is easy to carry, store and use, and can be variably used to suit the target water depth and fishing environment.

A fishing float is made to float on the water by tying it to a fishing line so that the angler can quickly know when a fish bites the bait and is caught.

Fishing floats are roughly divided into stick floats and hole floats depending on their shape. A stick float is a long stick-shaped float that has good sensitivity, better visibility than a hole float, and has the advantage of being easier to detect even weak bites of fish. However, it has the disadvantage of being difficult to use when the wind is strong or there are waves on the surface of the water.

A hole float has a hole in it to allow the fishing line to pass through the body, and is generally round in shape, which has the advantage of good stability and uprightness, but has the disadvantage of poor visibility and poor sensitivity to detect the bite of a fish.

Additionally, fishing floats are divided into fish floats and underwater floats depending on their function. A fish float is a float made to float on the water with a small specific gravity so that you can quickly detect when a fish bites the bait and is caught. Both stick floats and hole floats are used as fish floats.

An underwater float is a float that has a large specific gravity and sinks into the water. It plays the role of allowing the rig to sink like a boulder, and is also a float that helps in throwing light rigs far away. An underwater float is usually made to have appropriate buoyancy by combining a weight with a predetermined weight to a body made of a material such as synthetic resin.

In general, sea fishing equipment is shown in Figure 1. Figure 1 is a configuration diagram of general sea fishing equipment. As shown, typical sea fishing equipment includes a fishing rod (10'), reel (12'), line (22'), float knot (24'), half-moon bead (26'), hole float (fish float: 28'), It consists of cushion rubber (30'), float stopper (32'), underwater float (34'), dorae (36'), bongdol (38'), leash (40'), and needle (42'). In general, the hole float 28' is designed to have buoyancy (positive buoyancy), which is a force to float on the water, and the underwater float 34' is designed to have a sediment force (negative buoyancy), which is a force to sink in the water, Usually, the underwater float (34') is used in a number corresponding to the basic buoyancy of the hole float (28').

In order to detect the sensitive bite of fish, when using a fish float or underwater float, the sum of the positive buoyancy, which is the nature of the fish float to float in the water, and the negative buoyancy, which is the nature of the underwater float to sink in the water, must be maintained at 0 (zero). It is desirable to do so.

The underwater float mainly contains metal, etc., whose specific gravity is heavier than water, and has negative buoyancy, which is the force that causes it to sink in the water. This underwater float offsets the positive buoyancy of the fish float and makes the rig weightless in the water. At the same time, it plays a role in allowing the equipment to flow with the underwater current. However, the lake of the conventional underwater float is predetermined, so if a different float is used depending on the fishing environment, the underwater float must be replaced with the same lake accordingly. Therefore, from the angler's point of view, he must bring various types of fish float and underwater float with him from time to time. There are problems with carrying, storing and using the fish float and underwater float, such as having to replace them one by one according to the changing fishing environment (referring to the depth of the water, the strength of the wind, the speed of the current, etc.).

Generally, at 3m depth, 0.95g of underwater float 3B, at 5m depth, 1.85g of underwater float 5B, at 8m depth, 3.00g of underwater float No. 0.8, at 10m depth, 3.75g of underwater float No. 1, at 15m depth, 5.62g of underwater float No. 1.5, and at 20m depth, 20g underwater float. At a depth of 25m, an underwater float of No. 2.5 of 9.37g is used, and at a depth of 30m, an underwater float of No. 3 of 11.25g is used. A fish float with positive buoyancy from the same lake is also required. For example, when a fisherman aims to reach a depth of 10m, it is difficult to avoid the inconvenience of having to bring and use 4 types of underwater floats and 4 types of fish floats.

Publication Patent No. 2009-0037241 “Weight moment variable float” (published on April 15, 2009) Public utility model No. 2016-0002384 “Variable load fishing tackle” (published on July 8, 2016) Registered Patent No. 1882086 “Double fishing float that is easy to measure water depth and can finely adjust buoyancy” (registered on July 19, 2018)

The present invention is intended to solve the problems described above, and its purpose is to provide a variable fishing float that is easy to carry, store and use, and can be used variably to suit the target water depth and fishing environment.

The variable fishing float according to the present invention is a bar float (10) consisting of a float portion (11) and a body portion (12) provided in the lower portion of the float portion (11), and a plurality of pieces provided at the bottom of the body portion (12). It includes a coupler 13 and a ring 14 provided at the bottom of the bobbin saw part 11 below the coupler 13, and the plurality of couplers 13 are bobbin saw parts penetrating the body portion 12. (11) The lower end is provided to be coupled and separated by threads to the bottom of the body portion (12) while penetrating its center, and each coupler (13) is also coupled to and separated from each other by threads at the center where the bottom of the bobbin top portion (11) penetrates. It is provided so that the ring 14 is coupled to and separated from the bottom of the bobbin top portion 11 of the lower part of the coupler 13, and the ring 14 is separated, and the coupler 13 is After separating the bottom of the body part 12 of the stick 10, separate the fishing line connected to the fishing line 15, and insert the fishing line 50 so that the coupler 13 is located on the upper part of the fishing line 15. The coupler (13) 13) is slidably positioned between the bobber stopper 18 and the float 15 while the fishing line 50 penetrates it, and serves as an underwater float 20, and the float saw part 11 and the float saw part 11 ) A bar float (10) consisting of a body portion (12) provided at the lower portion of the body portion (12), a plurality of couplers (13) provided at the bottom of the body portion (12), and a bobber top portion (11) at the bottom of the coupler (13). The sum of positive buoyancy, which is the property of the variable fishing float 100 including the hook 14 provided at the bottom, to float in the water, and negative buoyancy, which is the property of the variable fishing float 100 to sink in the water, is maintained at 0. , characterized in that one or two or more couplers (13) are separated from the plurality of couplers (13) coupled to the lower end of the body portion (12) of the stick float (10) and then used as an underwater float (20). Is it possible?

In addition, when one or two or more couplers (13) are separated from the plurality of couplers (13) and used as an underwater float (20), a separate floating float, weight, or bongdol is not used. You can.

The variable fishing float according to the present invention has the advantage of being easy to carry, store, and use, as there is no need to carry fish floats and underwater floats from many lakes, and there is no need to bring separate weights or bongdols.

It also has the effect of being able to be used variably to suit the water depth and fishing environment you are targeting.

Figure 1 is a diagram showing conventional sea fishing equipment;
Figure 2 is a front view of the variable fishing float according to the present invention,
Figure 3 is a view showing the state in which the variable fishing float according to the present invention is used, (a) is a view when one of the plurality of couplers is used as an underwater float, and (b) is a view when two of the plurality of couplers are used as an underwater float. This is a drawing for when it is used.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

Figure 1 is a diagram showing a conventional sea fishing rig, Figure 2 is a front view of a variable fishing float according to the present invention, Figure 3 is a diagram showing a state in which the variable fishing float according to the present invention is used, (a) is a plurality of (b) is a drawing where one of the couplers is used as an underwater float, and (b) is a drawing where two of the multiple couplers are used as an underwater float.

As shown in Figure 2, the variable fishing float 100 according to the present invention consists of a float 10 and a body 12 provided in the lower part of the float 11 and the body 11. It includes a plurality of couplers 13 provided at the bottom of the part 12 and a ring 14 provided at the bottom of the bobbin top part 11 below the coupler 13.

The body portion 12 of the stick 10 may be made in a pepper-shaped shape, but is not necessarily limited thereto.

The plurality of couplers 13 are provided so that the lower end of the float portion 11 penetrating the body portion 12 is threadedly coupled to and separated from the bottom of the body portion 12 while penetrating its center, and each coupler 13 ) are also provided to be coupled and separated by threads at the center through which the lower end of the bobbin saw portion (11) penetrates.

The ring 14 is for connecting a fishing line and a fishing line to which a fishing hook is connected, and is provided to be coupled and separated by a screw thread at the bottom of the floating top portion 11 of the lower part of the coupler 13.

Separate the ring 14, separate the coupler 13 from the bottom of the body 12 of the stick 10, and then separate the fishing line connected to the fishing line 15, so that the coupler 13 comes out ( 15) When the fishing line 50 is inserted at the top, the coupler 13 is slidably positioned between the float stopper 18 and the float 15 while the fishing line 50 penetrates it, thereby serving as an underwater float 20. will do.

The weight and volume of the coupler (13) are made in various types so that the coupler (13) with the corresponding weight and volume can be used as an underwater float (20) as needed. The shape of the coupler 13 may be egg-shaped, but is not necessarily limited thereto.

The coupler (13) made of various weights and volumes is marked as coupler 1 (13-1), coupler 2 (13-2), coupler 3 (13-3), etc., and the underwater float (20) is an underwater float. It is written as 1 (20-1), underwater float 2 (20-2), underwater float 3 (20-3), etc.

In the present invention, the sum of positive buoyancy, which is the property of the variable fishing float 100 to float in the water, and negative buoyancy, which is the property of the variable fishing float 100 to sink in the water, is maintained at 0 (zero), and the Among the plurality of couplers 13 coupled to the bottom of the body 12, one or two or more couplers 13 are separated and used as an underwater float 20 as described above.

Even if one or two or more couplers (13) are separated from the plurality of couplers (13) coupled to the lower end of the body portion (12) of the stick float (10) and used as an underwater float (20) as described above. The sum of positive and negative buoyancy is 0 (zero), so the variable fishing float 100 is aligned with the float and remains upright in the vertical direction on the water surface.

<Example>

In an embodiment of the present invention, a conventional number is attached to a coupler with an underwater weight equivalent to a conventional underwater float or bongdol.

In the embodiment of the present invention, 2 to 4 couplers are used, but the number of couplers is not limited to this, and of course, in addition to the embodiment, various combinations of a plurality of couplers targeting low water depth, deep water depth, and intermediate water depth can be made. .

<Example 1>

Three connectors (13) with negative buoyancy at the bottom of the body (12) of the stick float (10) with a positive buoyancy of 8.60g (equivalent to underwater float No. 1 3.75g, No. 0.8 3.00g, 5B 1.85g, total 8.60g) were combined so that the sum of positive and negative buoyancy was 0 (zero).

Afterwards, one or two of the three coupling spheres were separated and used as underwater floats as follows.

When aiming for a depth of 5m: Separate 1.85g of coupler 5B and use it as an underwater float.

When aiming for a depth of 8m: Separate 3.00g of No. 0.8 joint and use it as an underwater float.

When aiming for a depth of 10m: Separate 3.75g of coupling ball No. 1 and use it as an underwater float.

When aiming for a depth of 15m: Separate 3.75g of coupler No. 1 and 1.85g of 5B (total 5.60g) and use them as underwater floats.

However, when aiming for a depth of 15m, it is also possible to separate the No. 1.5 5.62g coupler out of the two couplers (No. 1.5 5.62g, No. 0.8 3.00g (total 8.62g)) and use it as an underwater float.

<Example 1-1>

Four connectors (13) with negative buoyancy at the bottom of the body (12) of the stick float (10) with a positive buoyancy of 8.65g (underwater float No. 1 3.75g, No. 0.8 3.00g, 3B 0.95g, 3B 0.95g, total (equivalent to 8.65g) were combined and floated so that the sum of positive and negative buoyancy was 0 (zero).

Afterwards, one of the four connectors was separated and used as an underwater float as follows.

When aiming for a depth of 3m: Separate one 0.95g coupler 3B and use it as an underwater float.

When aiming for a depth of 8m: Separate 3.00g of No. 0.8 joint and use it as an underwater float.

When aiming for a depth of 10m: Separate 3.75g of coupling ball No. 1 and use it as an underwater float.

<Example 2>

Positive buoyancy is achieved by combining three connectors (13) with negative buoyancy (corresponding to underwater float No. 0.8 3.00g, 5B 1.85g, and 3B 0.95g) at the bottom of the body (12) of the stick float (10) with positive buoyancy of 5.80g. The float was aligned so that the sum of the and negative buoyancy was 0 (zero).

Afterwards, one of the three connectors (13) was separated and used as an underwater float as follows.

When aiming for a depth of 3m: Separate 0.95g of coupler 3B and use it as an underwater float.

When aiming for a depth of 5m: Separate 1.85g of coupler 5B and use it as an underwater float.

When aiming for a depth of 8m: Separate 3.00g of No. 0.8 joint and use it as an underwater float.

<Example 3>

By combining three connectors (13) with negative buoyancy (equivalent to 7.50 g for underwater float No. 2, 3.75 g for No. 1, and 3.00 g for No. 0.8) at the bottom of the body (12) of the stick float (10) with a positive buoyancy of 14.25 g, The float was adjusted so that the sum of positive and negative buoyancy was 0 (zero).

Afterwards, one or two of the three coupling spheres were separated and used as underwater floats as follows.

When aiming for a depth of 30m: Separate 7.50g of No. 2 coupler and 3.75g of No. 1 (total 11.25g) and use them as underwater floats.

When aiming for a depth of 20m: Separate 7.50g of coupler No. 2 and use it as an underwater float.

When aiming for a depth of 10m: Separate 3.75g of coupling ball No. 1 and use it as an underwater float.

When aiming for a depth of 8m: Separate 3.00g of No. 0.8 joint and use it as an underwater float.

However, when aiming for a depth of 30m, it is also possible to separate the coupler No. 3 11.25g out of the two couplers {No. 3 11.25g, No. 0.8 3.00g (total 14.25g)} and use it as an underwater float.

<Example 3-1>

By combining three connectors (13) with negative buoyancy (underwater float No. 2.5 9.37g, No. 0.8 3.00g, 5B 1.85g equivalent) to the bottom of the body (12) of the stick float (10) with positive buoyancy of 14.22g, a positive buoyancy The float was adjusted so that the sum of the buoyancy and negative buoyancy was 0 (zero).

Afterwards, one of the three connectors was separated and used as an underwater float as follows.

When aiming for a water depth of 25m: Separate 9.37g of joint No. 2.5 and use it as an underwater float.

When aiming for a depth of 8m: Separate 3.00g of No. 0.8 joint and use it as an underwater float.

When aiming for a depth of 5m: Separate 1.85g of coupler 5B and use it as an underwater float.

Looking at Example 1, Example 1-1, and Example 2, the water depth 3, You can make a variable fishing float (100) that can aim for 5, 8, 10, and 15m.

As mentioned above, conventionally, when a fisherman is aiming for a water depth of 5 to 10 m, for example, at a depth of 5 m, he uses an underwater float of 1.85 g, a No. 0.8 float, at 3.00 g, at a depth of 8 m, and at a depth of 10 m, a No. 1 float of 3.75 g. In order to use it, a fish float with positive buoyancy from the same lake was also needed, so it was difficult to avoid the hassle of having to bring and use three underwater floats and three fish floats. However, in the present invention, as shown in Example 1, you can simply bring one variable fishing float equipped with three coupling members, separate one of the coupling apparatuses, and conveniently use it as an underwater float.

Looking at the above embodiment, there are cases where the water depth targeted by the variable fishing float 100 overlaps. For example, when targeting a water depth of 8m, variable fishing floats 100 with positive buoyancy of 8.60g, 5.80g, and 14.22g can be used, respectively.

Fishing floats with high positive buoyancy have a larger volume than those with low positive buoyancy, so they are less sensitive and respond slowly to fish bites, but are less affected by waves or wind.

Fishing floats with small positive buoyancy have a smaller volume than those with large positive buoyancy, so they are more sensitive and respond quickly to fish bites, but are greatly affected by waves or wind.

When targeting the same water depth, the angler can appropriately choose whether to use a fishing float with high positive buoyancy or a fishing float with low positive buoyancy, taking into account the fishing environment.

In the present invention, an underwater float, weight, or bongdol that is separate from the variable fishing float 100 is not used. However, if the fishing hook 60 does not sink well, a millet stone can be hung on the fishing line 50 above the fishing hook 60 in order to sink the fishing hook 60.

The floating top part 11 may be provided with a buoy 16 that penetrates the floating top part 11 and is light so that it does not affect buoyancy or weight. When the buoy 16 is provided, the visibility of the variable fishing float 100 is further improved. When a fish bites, the stick float (10) moves to the lower part, narrowing the gap between the top of the float top part (11) and the buoy (16), and the angler can easily detect the fish's bite by seeing this.

The float 11 may be additionally provided with a playing float 30 that penetrates the upper end of the float 11 (not shown). The playing float 30 is intended to improve the visibility of the float top portion 11. In addition, when the playing float (30) is provided and the fish takes a bite, the stick float (10) moves to the lower part, narrowing the gap between the playing float (30) and the buoy (16), and the person fishing sees this and catches the fish. can be easily detected.

The bobbin saw portion 11 may be additionally provided with a hole bobber 40 that penetrates the upper end of the float saw portion 11 (not shown), and the playing float 30 and the hole bobber 40 ) may be additionally provided. Since the playing float 30 and the hole float 40 are described in the prior art, detailed description is omitted.

Of course, even if the playing float 30 or/and the hole float 40 are additionally provided, the sum of the positive and negative buoyancy of the variable fishing float 100 must be 0.

The top of the float top part 11, the playing float 30, and the hole float 40 may be provided with an electronic float (not shown) so that they can be easily identified at night.

Above, the case where the fishing float according to the present invention is a stick float has been mainly explained, but of course, even if a hole float is used as the fishing float, the effect is the same.

100: Variable fishing float having a plurality of underwater floats according to the present invention
10: Stick float 11: Bobber top part
12: body 13: coupler
13-1: Coupler 1 13-2: Coupler 2
13-3: Coupler 3 14: Ring
15: Arrival 16: Buoy
17: Float Knot 18: Float Stopper
20: underwater float 20-1: underwater float 1
20-2: Underwater float 2 20-3: Underwater float 3
30: Play float 40: Hole float
50: Fishing line 60: Fishing hook

Claims (2)

delete A bar float (10) consisting of a float portion (11) and a body portion (12) provided at a lower portion of the bobbin saw portion (11), a plurality of couplers (13) provided at the bottom of the body portion (12), and the combination. It includes a ring 14 provided at the bottom of the bobbin top portion 11 at the bottom of the sphere 13,
The plurality of couplers 13 are provided so that the lower end of the float portion 11 penetrating the body portion 12 is threadedly coupled to and separated from the bottom of the body portion 12 while penetrating its center, and each coupler 13 ) are also provided to be coupled and separated with threads at the center through which the lower end of the bobbin saw portion (11) penetrates,
The ring 14 is provided to be coupled and separated by a thread at the bottom of the bobbin top portion 11 of the lower part of the coupler 13,
Separate the ring 14, separate the coupler 13 from the bottom of the body 12 of the stick 10, and then separate the fishing line connected to the fishing line 15, so that the coupler 13 comes out ( 15) When the fishing line 50 is inserted to the upper part, the coupler 13 is slidably positioned between the float stopper 18 and the float 15 while the fishing line 50 penetrates it, thereby serving as an underwater float 20. and
A bar float (10) consisting of the float portion (11) and a body portion (12) provided at a lower portion of the bobbin saw portion (11), a plurality of couplers (13) provided at the bottom of the body portion (12), and the Positive buoyancy, which is the property that the variable fishing float (100) including the ring (14) provided at the bottom of the floating top portion (11) below the coupler (13) tends to float in the water, and the tendency of the variable fishing float (100) to sink in the water. The sum of the negative buoyancy properties is maintained at 0, and one or two or more couplers (13) are separated from the plurality of couplers (13) connected to the bottom of the body (12) of the stick (10). Afterwards, it is used as an underwater float (20).
Variable type, characterized in that separate floats, weights, and bongdols are not used when separating one or two or more couplers (13) from among the plurality of couplers (13) and using them as an underwater float (20). bobber.