KR200442560Y1 - Top float for fishing - Google Patents

Abstract

Fishing tackle according to the present invention, a bobbin saw having a long rod structure; A flow hole inserted around the bobbin and coupled to free movement in a predetermined section of the bobbin to ensure a flying distance during throwing; Stoppers provided on both sides of the bobbin to prevent the flow port from being separated from the bobbin; It is provided at the tip of the bobbin and is configured to include a connecting ring for connecting the main line, so as to meet the three major performances of the bobber, namely the throwing performance, visibility performance, sensitive performance, by the heavy weight of the conventional It will provide an effect that can improve the detection of discarded fish.

Bobber saw, flow ball, stopper, fishery, visibility, one-two

Description

Top float for fishing}

1 is a configuration diagram showing a rod of a conventional fishing bobber,

2 is a configuration diagram showing a hole bob in the conventional fishing bobber,

Figure 3 is a state of alignment of the submerged water when the algae speed is slow when using conventional punching,

4 is a state diagram of the arrangement of the water under the water when the algae rate is faster when using conventional holes,

5 is a configuration diagram showing a fishing bobbin according to the present invention,

6 is an exploded view showing a fishing bobbin according to the present invention,

7 is an exploded view showing the flow port of the fishing bobbin according to the present invention,

8 is a flow chart showing the operating state of the fishing bobbin according to the present invention.

<Explanation of symbols for the main parts of the drawings>

31: Bobber Top 31a: Ring Groove

33: stopper 35: hook

37: Chemie rack 40: flow ball

41: body 42: through hole

44: groove 46: adjustment lid

48: rubber ring

The present invention relates to a fishing bobber, one of the fishing gears, and more particularly, to a fishing bobber which is configured to separate the functions from the functions of the throwing bobber and the fishery detection bobber as a set.

In general, throwing (one-throw) bobs in sea fishing refers to a function of securing a distance for throwing to a place where a target fish stays, and a fish fish detection function signals that a target fish has been asked to settle after being thrown. As a signaler to inform the angler, it means the ability to deliver fishery continuously without interruption quickly and accurately when receiving the mouth.

There are two types of bobbers that are used most frequently. One of them is a stick-shaped stick 10 as shown in Figure 1, the other is a pore (including a ring) 20 made of an egg-shaped as shown in FIG.

1, the bobbin 10, the bobbin saw 11, the bobbin body 13, the buoyancy weight balance weight 15, the connecting ring 17 and the like are assembled in order, the hole bob Referring to FIG. 2, a hole 23 penetrating a main line is formed in the body 21, and a weight balance weight 25 for adjusting buoyancy is formed.

The trunk 13 and the trunk 21 of the rod 10 are made of a paulownia-based light material having high buoyancy and excellent stability, and the buoyancy control is made of lead or brass at the bottom of the bobber. The back is used as a weight balance weight (15, 25) for adjustment.

The problem of the conventional sea fishing bobber configured as described above will be described with reference to FIGS. 3 and 4.

Figure 3 shows the alignment of the sub-water gears when the algae speed is slow, Figure 4 is a view showing the alignment of the sub-water gears when the algae speed is fast. For reference, in FIGS. 3 and 4, (a) shows water and (b) shows the floor.

 In the case of Fig. 3, assuming that the fish is moving slowly with the bait 위해서는 in order for the fish to appear in the poke, the poke will be submerged below the surface until 되어야 is in a straight line. Finally, the angler finds out. In this case, the weight of the underwater bobbin and the bondol will be felt until the underwater bobbin and the bondol are moved close to the line. The fish that was biting must be moved a certain distance, which leads to fishery problems.

Next, in the case of FIG. 4, the arrangement of the preparation is performed by a fast tide moving speed. At this time, since the difference between the total length and the length from ⒜ to ⒝, ⒞, 지 is not large, it is easy to grasp fishery, leading to a good condition.

Therefore, the conventional fishing bobber as described above has a problem that, first, in the part connected to the fishery as described above, firstly, the weight of the underwater float + the weight of the bondol acts as a foreign body in the fish mouth, and secondly, as shown in FIG. 3. There is a problem that leads to fishery only by moving the bait over a certain distance.

Here, we will look specifically at the problem that the fish is dull due to the weight of the bobber itself.

Conventional bobbins put a heavy weight on the bottom of the bobber to ensure the distance, the rod is usually 12.0g ~ 21g weight, the hole is 6.0g ~ 15g. In addition, depending on the depth of attack, the lake is applied differently, and the one used in the deep depth of the lake uses the higher one, and the heavy weight of these high lakes has a disadvantage of slowing the detection of fish.

For reference, the lake notation indicates the residual buoyancy, not the weight of the float, and the hole float is "000" to No. 5 based on the residual buoyancy, and is used differently depending on the attack depth. 0.5 lake for 8m, 0.8 lake for 8m and 1.0 lake for 10m are used together with submersible bobbers of the same lake.

When constructing the field on the field, the remaining buoyancy is eliminated and the batons are usually filled with lead in order to settle down. The unit of weight is B, which is derived from the weight of lead coal in the shotgun that held the deer. ), 2B (0.75 g), 3B (0.95 g), 4B (1.20 g), 5B (1.85 g), 6B (2.65 g), and the like.

The 'Ho' unit is derived from Korean traditional chemotube method, and 3.75 grams is '1 penny', 1/10 of it is 0.375 grams, '1 penny', and this 1 penny is 0.1, and the 'Ho' unit is 1 +1 = 2 is indicated.

In order to examine the fishery detection function, the weights of conventional punches and sticks were measured directly, and the punches ranged from 5.48g to 13.03g from the short distance casting to the long distance casting type, and the weights of the sticks ranged from 14.92g to 21.85g. .

Here, the weight of the whole gear is further increased by combining the weight of the float itself and the weight of the sticks on the neck and the underwater float to reduce residual buoyancy.

For example, in case of No. 1, the total weight is 19.22g (14.92g + 3.75g + 0.55g). In order for this total weight to lead to fishery, the instantaneous pulling force must be more than 19.22g.

This is only possible if the needle is completely caught in the mouth of the fish species and runs at a certain speed or more, and the fish will spit the bait with foreign bodies because of the heavy inertia.

If the performance of the bob is not sensitive, the fisherman looking at the bob above the surface of the water will continue to fish without knowing how the target fish is 3 to 20 meters deep and when they came and went.

Therefore, among the conventional bobbins used for sea fishing as described above, the rod bobbins had to make their own weight more than 12.0g, the hole bobs 6.0g or more in order to secure a distance, there is a problem that does not lead to fishery.

The present invention has been devised to solve the above problems, by configuring the throwing function and the action of the fishery to be separated from each other to prevent the phenomenon that the meat eaten the bait again spit out as a foreign body, while the throwing is easy to throw, It is an object of the present invention to provide a fishing bobbin that can improve the three main elements of the float, such as circularity, sensitivity, and visibility, such as improving the poor visibility due to the buoyancy reduction.

Fishing tackle according to the present invention for realizing the above object is a bobbin saw having a long rod structure; A flow hole inserted around the bobbin and coupled to free movement in a predetermined section of the bobbin to ensure a flying distance during throwing; Stoppers provided on both sides of the bobbin to prevent the flow port from being separated from the bobbin; It is provided at the end of the bobbin saw, characterized in that it comprises a connecting ring for connecting the main line.

The flow port is preferably provided with a buoyancy control device that can finely adjust the buoyancy for synchronization with the sea water.

Here, the buoyancy control device, a groove in which a linear member such as an enameled copper wire is wound to adjust the buoyancy in the center of the lower body of the flow port, and an adjustment lid coupled to the lower part of the body to block the groove, and provided in the adjustment lid It may be provided to include a waterproof rubber ring to prevent water from flowing into the groove.

It is preferable that the said stopper consists of a rubber ring. In addition, the bobbin is preferably formed with a ring groove so that the rubber ring is fitted well.

The bobbin is preferably provided with a free space so that the chemistry can be plugged into the top.

The fishing bobber according to the present invention configured as described above has a property in which the self-weight and fishing performance of the conventional one-piece rod and the hole bob are mutually opposite, so if one of the functions is increased, the other functions are reversed. It can solve all three factors, one-to-one function, fish detection function and recognition function. Accordingly, it can be suitably applied not only to freshwater fishing, but also to sea fishing on the east coast where the tide speed is low, the water depth is relatively low, and the quality is sensitive.

For reference, the tower bobber of the present invention should be configured to satisfy the following two conditions. The first saw blade to be used for fish detection should be a material of low weight and high buoyancy. Second, solid wood with heavy gravity should be suitable for the flow port to be used for securing one throw, and the specific gravity correlation should be satisfied so that the specific gravity of sea surface water <flow rate <50 cm under sea water is satisfied.

When described with reference to the accompanying drawings a preferred embodiment of the present invention based on the establishment of these two conditions are as follows.

5 is a configuration diagram showing a fishing bobbin according to the present invention, Figure 6 is an exploded view showing a fishing bobbin according to the present invention, Figure 7 is an exploded view showing a flow port of the fishing bobbin according to the present invention, Figure 8 Is a flow chart showing the operating state of the fishing bobbin according to the present invention.

Fishing top bobbin 30 according to the present invention, bobbin saw 31, the flow hole for securing the distance 40, the upper and lower stopper 33 for stopping the free movement section, the linkage 35 for connecting with the main line , Night chemistry rack 37 is composed.

This will be described in detail with respect to the main components of the present invention.

First, the bobbin saw 31 is preferably made of PE material, the lower portion is suitable to use the transparent state of the raw material without painting the fluorescent paint for the viewer to reduce the weight of the material, as shown in FIG. The upper portion is preferably formed by coating with a fluorescent fluorescent paint in order to enhance the visual effect.

Since the thickness of the bobbin saw 31 is correlated with the residual buoyancy, the use of only the pedestal without using the underwater bobber is 3mm outside diameter and 4mm, 4B, 5B, 0.5, and 0.6mm for the underwater bobbin B, 2B, and 3B. It is preferable to use the outer diameter of 4.5mm, 0.7, 0.8, No. 1, 1.5 for the outer diameter of 5mm, more than 6mm in the outer diameter, the remaining buoyancy control is adjusted to the appropriate length in consideration of visibility and the like. .

The weight of the bobbin 31 is 3.16g in 4mm / 40cm, 3.22g in 5mm / 50cm is preferably configured to lightly 1/4 or less than the weight of the conventional bobber.

In particular, when the stopper 33 is made of a rubber ring, the ring top 31a is formed in the bobbin 31 so that the rubber ring is fitted as shown in FIG. 6.

The bobbin saw 31 flies to the desired point with the aid of the flow hole 40 during throwing, and is seated in the order of (A), (B), (C), and (D) of FIG. Irrespective of (40), the bobbin saw (31) is aligned with the gear and wait for the fisherman.

Next, the flow port 40 is settled and tuned to the sea water within the free movement section of the bobber saw 31 in the state in which the bobbin saw 31 is directly thrown into the sea water, and only moves up and down. Is configured not to interfere. Meaning no interference means that the sea water surface specific gravity is 1.025 (depending on the seawater concentration, but is usually 1.01 ~ 1.05), and it sinks at the surface water and floats at a specific gravity higher than 1.088 due to water pressure over 50 cm. It is synchronized at a specific gravity of less than 1.088 due to water pressure of 30cm ~ 50cm depth. Therefore, the adjustment of the tuning specific gravity of the flow port 40 requires considerable precision.

The weight and size of the flow port 40 can be applied differently according to the distance of the throw, and the sea salt concentration can be different depending on the region and can be different depending on the temperature, so that the buoyancy can be adjusted inside the flow port 40 for fine specific gravity control. It is preferred that a device is provided.

In order to configure the flow distance securing hole 40 in this way, as shown in Figure 7, the center of the body 41, the bobber to freely move in the section between the upper and lower stopper 33 of the bobbin 31 A through hole 42 having an inner diameter larger than the outer diameter of the saw 31 is formed. In addition, a buoyancy control device is provided to give negative (-) buoyancy to be tuned to the specific gravity of seawater. The buoyancy control device is a structure that enables fine buoyancy control by winding or unrolling a linear member such as an enameled copper wire. If the seawater has a high specific gravity, the enameled copper wire will be wrapped to sink the flow port. If the seawater is low, the enameled copper wire will be released to loosen the flow port.
The buoyancy control device is formed with a groove 44 in which a linear member such as an enameled copper wire is wound around the lower center of the body 41, and is coupled to the lower portion of the body to block the groove at the lower portion of the groove 44. An adjustment lid 46 is provided.

An inner cylinder 43 is formed in the groove 44 to be connected to the through hole 42 and to enamel an enameled copper wire, and the adjustment lid 46 is fitted to the inner cylinder 43. At the same time, the fitting can 47 penetrates up and down. In addition, the fitting tube 47 is equipped with a waterproof rubber ring 48 to prevent water from flowing into the groove 44.

Although the linear member is exemplified as a member used in the buoyancy control device, the linear member is not necessarily limited thereto, and the linear member may be inserted into the groove 44 to control fine buoyancy (for example, a small weight body). It is also possible to use a member having a shape and structure other than.

On the other hand, the size of the flow hole 40 per one throw distance is usually 20g 4g, 30m may be 5g, 40m 6g, 50m may be different, such as 7g.

In addition, since the production material such as the body 41 in the flow port 40 should receive less wind resistance when throwing, the specific gravity of the material should be used as much as possible. Suitable materials for this can be configured using wood such as jujube, ash, birch, crape myrtle.

Next, the stopper 33 is for preventing separation of the flow port 40 from the bobbin 31, and is preferably composed of a rubber ring fitted into the ring groove 31a of the bobbin 31, respectively. .

The stopper 33 serves to determine the free movement section of the flow port 40 and also prevents departure from the bobbin saw 31. In addition, the upper and lower free movement section by the stopper 33 can perform the fishing function more reliably and accurately, and also acts to increase the fishing fish recognition effect.

Next, the connection ring 35 as a function to connect between the bobbin saw 31 and the main line, the material is preferably made of stainless steel or brass, such as salt resistant, the diameter of the ring is about 3mm It can be configured to the size of.

Next, the night Chemie rack 37 may be made of rubber, as in a conventional structure. Such a chemistry rack 37 is not necessary during the day, but is provided to insert a luminous chemistry light or an electronic chemistry in the case of night fishing.

Fishing tackle according to the present invention as described above, while satisfying the three major performance of the bobber, namely the performance of the throwing, the performance of the sensitization, sensitivity, dull by the heavy own weight of the conventional float has been discarded fishery detection function There is an effect that can be improved.

In other words, in order to increase the detection performance of the fishery, it is necessary to minimize the self weight of the bobber and configure the water resistance to be submerged into the water. However, if the weight is too small, it is impossible to throw the equipment to the desired place. Will occur.

Therefore, the top bobber of the present invention is configured to separate the action of the throwing function and the fishery bob to solve these conflicting problems.

That is, since the flow port mounted on the bobbin is free to move in the section between both stoppers and the weight of the flow port required for throwing is offset by sinking and tuning the sea water during fish detection, it does not interfere with the fish tail.

Due to this action, the bobbin saw used in the present invention can be lightly configured with a self-weight of 3.16g ~ 3.22g, and at this time, its self-weight is only 1/4 compared to the conventional bobbin, so that the sensitivity performance can be improved by four times or more. Will be.

As a result, the top steaming of the present invention can be easily detected even in the minute situation changes under the water and can be expected to reduce the burden on the bait foreign body by light preparation. In addition, as the sensitivity performance is improved, the saw can be sufficiently raised above the water surface, thereby contributing to the improvement of visibility.

As described above, the configuration and operation of the top bobber according to the present invention have been described. However, as a result of field experiments by the applicant of the present invention, the following additional effects were confirmed.

First, the top bobber of the present invention showed a sharpness phenomenon that the bobber disappeared under the water due to the improved fishery performance.

Secondly, since the top bobs, which act as fisheries, were completely non-independent, they responded sensitively to the topography, making it easier to read the operational status of the farm.

Third, the stopper was caught in the weight of the flow ball when the top was lowered by the fishery, and the needle was hooked to the mouth automatically.

Fourth, because the flow port is settled in the water and the main line is submerged in water, the phenomenon of the main line push by the wind or the wave is significantly reduced.

Fifth, the tower bobber of the present invention is not immersed in the water in sync with the waves, but the conventional fishing bobber was unable to synchronize with the waves due to its own weight, and was immersed in the water surface, but the tower steam of the present invention had a light weight There is a much less chance of being locked in sync with.

Sixth, the top bobber of the present invention is thrown to a longer distance with a lighter weight than the conventional bobber. The conventional bobbin center of gravity is close to the original line, so when the fly flies, the main line and the bottom of the bobber fly together, It appears to be from the top of the bobbin, which is why the bobbin flies first and the file flies back.

Claims (7)

A bobbin saw having a long rod structure; It is fitted around the bobbin and coupled so as to freely move in a certain section of the bobbin, and the bobbin is thrown to the surface and settles according to the negative buoyancy according to the specific gravity of the sea in the freewheel section of the bobbin in the straight state. A flow port to be tuned; Stoppers provided on both sides of the bobbin to prevent the flow port from being separated from the bobbin; Fishing bobbin characterized in that it is provided at the end of the bobbin, including a connecting ring for connecting a circle. The method according to claim 1, The flow port is a fishing bobbin, characterized in that the buoyancy control device that can finely adjust the voice buoyancy for tuning with the sea water. The method according to claim 2, The buoyancy control device for fishing tackle, characterized in that to adjust the voice buoyancy by winding or unwinding a linear member such as enameled copper wire. The method according to claim 2, The buoyancy control device, a groove in which a member for buoyancy adjustment is wound or inserted in the center of the lower body of the flow port, an adjustment lid which is coupled to the lower portion of the body to block the groove, and is provided in the adjustment lid to the inside of the groove Fishing tackle, characterized in that it contains a waterproof rubber ring to prevent water from entering. The method according to any one of claims 1 to 4, The stopper is a fishing bobbin, characterized in that consisting of a rubber ring. The method according to claim 5, The bobbin saw for fishing, characterized in that the ring groove is formed so that the rubber ring is fitted. The method according to claim 1, The bobbin saw for fishing, characterized in that the top is equipped with a chemistry stand.

Images