KR20140125999A - Float for fishing - Google Patents

Abstract

A float for fishing is disclosed. The float for fishing comprises: a through part axially formed in a hollow of a body; a pipe inserted into the through part to perform a guide function of passing a fishing line; space parts arranged to be symmetrical to the outer periphery of the pipe, and being shorter than the length of the body by a predetermined length; first sinkers arranged to be fixed to lower parts of the space parts; and second sinkers arranged on upper parts of the first sinkers to be separated therefrom, and arranged to float on upper parts of the space parts. Therefore, the center of gravity is moved according to a variety of field conditions to tilt the float in a direction where a rig is floating, thereby smoothly dropping the rig and responding to a fine nibble.

Description

{FLOAT FOR FISHING}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a fishing hole, and more particularly, to a fishing hole having a center of a umbrella using a washer-shaped boll.

The generally used fishing hole can be deformed in shape depending on the purpose of use. However, the body is composed of a buoyant agent formed in a generally conical shape, and a bollard attached to the lower portion of the body and having a pushing force corresponding to the buoyant force of the buoyancy agent And a pipe through which the fishing rope passes is formed at the center of the body and the pendulum.

As shown in FIGS. 1 to 4, a conventional fishing hole includes a body 10 to which a buoyancy agent 11 'formed in a conical shape is coupled, a body 10 attached to a lower portion of the body 10, A bollard 14 having a sinking force corresponding to the buoyancy of the fishing rod 11 and 11 'is installed and a tube 13 is formed at the center of the body 10 and the bollard 14, have. A ceramic ring 15 for preventing scratches due to friction between the fishing line 20 and the body 10 is mounted on the upper portion of the pipe tube 13. A fishing line 20 is inserted into the pipe 13 and the fishing line 21 is fixed to the upper portion of the fishing line 20 to fix the crucible. And an impact preventing cushion rubber 23 is fitted between the anchor 24 and the hole 25. The fishing rod 24 is provided with a fishing rod 22, A neckline 20a having a predetermined length to which the needle 26 is fixed is bundled and the buoyancy adjusting middle barrel 25 is fixed at a predetermined position below the neckline 20a. However, the body 10 of the fishing hole 30 as described above is in a state in which it is almost vertically erected by the flow or wave of the tidal current.

As a result, the fishing line 20 located at the upper portion of the body 10 of the fishing hook hole 30 is bent in a right angle with respect to the pipe 13, and at the same time, There is a problem that the fishing line 20 in which the fishing boats 27 are bundled can not be naturally locked into the water because the specific gravity of the middle barrel 23 fixed to the preparation 27 is smaller than the buoyancy acting on the fishing line 20 The fishing gear 27 can not be naturally immersed in the water of the depth desired by the user, and the fishing float can not be used for fishing. As a second conventional technique for solving the above problems, a patent application No. 10-2000-0025606 (registration number: 10-0356278, name of invention: a hole for fishing) filed and filed with the Korean Intellectual Property Office is shown in FIG. 3 .

FIG. 3 is a view showing a preparation operation state of a hole for a middle fishing rod according to the second embodiment of the present invention, and is a structure for facilitating the flow of a fishing line, which is a problem of the above-described first embodiment. The fishing hook hole 30 is provided with a body 10 composed of buoyancy agents 11 and 11 'and a vertical pipe 13 formed at the center thereof so as to penetrate the fishing line. Blowholes 14 having a smaller stiffness than the buoyant force of the body 10 are inserted into the space portions 12 and 12 'formed symmetrically with the buoyancy agents 11 and 11' And an air chamber 16 is formed on an upper portion or a lower portion of the upper portion.

In order to perform fishing using the above-described hole, the fishing line 20 is tied to the fishing line through which the fish can flow, and then the fishing line 20 is tied to the end of the fishing line 20 The fishing rod 20 is inserted into the small ball 22 through the pipe tube 13 of the fishing hook hole 30 and the cushion rubber 23 is inserted through the end of the fishing rod 20, The other end of the neck line 20a to which the fishing line 26 is tied is tied to the other side of the line 24 to which the fishing line 20 is tied, The fishing gear 27 is completed. If necessary, a small barb 25 may be added to the neckline 20a.

Then, when the user throws a fishing hole into a desired point, the fishing hook is placed on the bottom of the water by the flow of the algae while the fishing gear 27 is inclined in the flowing direction of the algae, The entire center of the fishing hook is positioned at the center of the center of gravity by the barb 14 provided in the space portions 12 and 12 'formed symmetrically up and down, The neck line 20a in which the fishing gear 27 is bundled and the fishing line 20 on the fishing hole are maintained substantially in line with the pipe 13 so that the fishing line 20 is held by the weight of the small- So that the fishing gear 27 is naturally lowered from the upper side to the lower side to the crucifixion knot 21 so as to be immersed in the water of the depth desired by the user, .

However, even if the fermented meat designed as a simple center of gravity as mentioned above comes, it is difficult to accurately grasp the quality of the fermented meat or miss the timing of the fermented meat.

In order to solve such a problem, a fishing hole according to a third embodiment of the present invention is applied to a fishing boat for fishing, which is disclosed in Korean Patent Application No. 10-2003-0097684 (registration number: 10-0675493, Hole) is shown in Fig.

Fig. 4 is a cross-sectional view of a conventional eccentric center hole having a body 10a composed of buoyancy members 16a and 16b, a penetration portion 12a through which the fishing line passes, a first boll 13a for controlling buoyancy, And a space portion 14a for receiving the first and second bolls 15a and 15a. In addition, the body 10a is formed of a hollow tube so that the penetration portion 12a is inserted therein, and the upper portion thereof has a trumpet-shaped opening 11a so as to maintain smooth flow of the fishing line. The penetrating portion 12a is configured to perform a guiding function so that the fishing line can pass through the body 10a when the preparation is set. The first boll 13a is inserted into the upper portion of the space portion 14a, The second boll 15a is inserted so that the buoyancy agents 16a and 16b receive the interference between the first boll 13a and the second boll 15a to balance the bollard. The first boll is formed in the same shape as a coil spring, and the second boll is made of a material such as a brass weight made of a material larger than the specific gravity of the first boll, but the length of the first boll is divided into two, Use a second balloon that is heavier than the weight of the part. This is because when the weight of the second boll 15a becomes small, the balance becomes loose. When the second boll 15a becomes large, the center of gravity becomes closer to the center of the lower half of the body 10a . In addition, the second boll 15a is positioned below the first boll 15a so as to allow the first boll 15a to float on the water without self-tilting. That is, a combination of the first and second bolls 13a and 15a is designed to be close to the center of the flute and to constitute a self-standing crucible. The length b of the space 14a is shorter than the length h of the body 10a so that the upper portion of the space 14a coupled with the body 10a functions as waterproof. So that it is possible to leave the jointing ability so that it can be performed.

However, as described above, according to the third embodiment, since the center of gravity of the centering hole of the FIG. 4 is configured to spread only in a limited space where the brass weight and the column spring are mounted, Lack.

In other words, since the conventional hole is composed of a brass weight and a spring-loaded spring, it can be used when throwing a crucible and when starting a water surface. When the pitch is lowered according to the intensity of a bird, There is a problem in that it can not adapt to the varying field conditions due to the fixed center of gravity in the space even though there is a movement of various center of gravity.

Therefore, when the surface of the water is flying, the crucible rotates and becomes unstable, or when the center of gravity moves during the flight, the surface of the crucible is laid down (horizontal and horizontal) There is a problem that it takes a long time to set up and it is difficult to smooth down the preparation.

In addition, since the whole buoyancy agent is interfered with the fixed weight distributed to the brass weight and the spring-loaded spring, the direction of the preparation and the inclination of the crucible vary depending on the bird, A problem arises.

In order to solve such a problem, it is an object of the present invention to provide a hook for fishing having a center of gravity close to the center of gravity by using a fixed first boll and a second boll that flows.

Another object of the present invention is to provide a hook for fishing which can be launched at a constant angle to the water surface during throwing.

It is another object of the present invention to provide a fishing hole having alternating layers of a first bengal in the space and a second bengal of metal and non-metal on the first bengal.

In order to attain the above object, a fishing borehole used by passing through a fishing line of the present invention includes a hollow body formed of a buoyancy material and having an opening formed thereon, a penetrating portion formed in the hollow of the body in an axial direction, A pipe which is inserted into the pipe and guides the fishing line so as to pass through the pipe; a space part symmetrically provided on the outer circumference of the pipe and having a length shorter than the length of the pipe body; And a second bengole installed above the first bengol and separated from the first bengal, the second bengal being installed to flow above the space, wherein the weight of the second bengal is larger than the weight of the first bengal Or less than one-half.

In addition, it is also possible to include two or more first flow boils formed of a nonmetallic material and having a through hole at the center thereof, and a second flow boom made of metal and formed with through holes at the center, And each of the flow bolls is configured to vertically flow the pipe.

It is also preferable that the first flow barrel is made of an ABS material and the second flow barrel is made of a washer made of brass, the first flow bar is stacked on the first bar stones, and the second flow bar is stacked thereon The first flow pellets are stacked alternately in the form of stacking the first flow pellets again, but are stacked in three or more stages.

Therefore, according to the fishing hole of the present invention, since the buoyancy agent is constituted to receive the interference of the second bengal made of the metal material and the non-metal material, the center of gravity is moved according to various site conditions, It is possible not only to smoothly lower the preparation of the gum, but also to respond to the fine grain.

Further, according to the fishing hole of the present invention, by using the brass weights and the washer, the hole center of the center of gravity close to the center of gravity is used, whereby the fish can be launched at a constant angle to the water surface during the throwing operation, have.

According to the fishing hole of the present invention, since the metallic washer and the non-metallic washer are alternately stacked and flowed in the space, the sudden change of the center of gravity during the flow of the crucible according to the unexpected situation is prevented, There is a manageable effect.

Figs. 1 to 4 show a conventional fishing hole,
And,
5 is a cross-sectional view of a fishing hole according to an embodiment of the present invention.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention.

Throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise. Also, the terms " part, "" module, "and" device "Lt; / RTI >

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

5 is a cross-sectional view of a fishing hook according to an embodiment of the present invention. The body 270 includes a buoyancy member 270a and a buoyancy member 270b. A hollow pipe 210 inserted into the penetrating part 220 and penetrating the fishing line, a first boll 240 fixed to the lower part of the body for controlling buoyancy, Second bolls 250 and 260 and a space 230 for storing the first boll 240 and the second boll 250 and 260.

The pipe 210 is inserted into the penetration part 220 and is configured to guide the fishing rod to pass through the body 270 when the preparation is set and the second bolls 250 and 260, When used as an axis.

The first boll 240 is fixedly inserted into the lower part of the space 230 and the second bolls 250 and 260 are inserted into the upper part of the space 230 so as to be able to flow through the pipe 210.

Therefore, the buoyancy agents 270a and 270b are configured to balance the hole with the interference of the first and second bolls 240 and 250 and 260, respectively.

The second bolls 250 and 260 are configured to vertically flow in the remaining space of the space 240 according to an external force applied to the hole 200.

For this, the space 230 is formed to be larger than the combined height of the first and second bolls 250 and 260 so that the second bolls 250 and 260 can move up and down. In order to prevent water from penetrating into the space, The length b of the portion 230 is shorter than the length h of the body 270 by a predetermined length a so that the upper or lower portion of the space 230 coupled with the body 270 functions as a water- It is desirable to be able to leave the joining ability so that it can be performed.

5, the length z of the space portion 230 is longer than the combined length x of the first and second bolls 240 and 250, and the second bengles 250 and 260 are configured to flow in the remaining space.

The first boll 240 uses a metal member such as a brass weight having a larger specific gravity than the second bolls 250 and 260 and the second bolls 250 and 260 are made of a metal having a specific gravity smaller than that of the first boll 240, It is preferable to use a member made of a material but to divide the weight of the first bengal into two halves and use a second halver that is lighter than the weight of the two halves.

This is because when the weight of the second bolls 250 and 260 becomes heavier than 1/2 of the weight of the first boll 240, Therefore, the center of gravity is configured to be close to the center of the wedge along the axial direction of the body 100.

In addition, the first boll 240 is positioned below and the weight of the second boll 250 or 260 is two or more times greater than the weight of the second boll 250 or 260 so that the hole is not tilted at the center of the wav .

In order to smoothly move the center of gravity of the hole according to the change of the external force, the second bolls 250 and 260 are configured to move up and down the pipe 210 in the space 230 in the axial direction.

To this end, the second bolls 250 and 260 are formed of two or more first flow bolls 261 to 265 and a first flow boll 261 to 265, which are made of a non-metallic material and have through holes at the center, And a second pipe (251 to 255) made of metal and formed with a through hole at the center. A pipe (210) is inserted through a through hole of each pipe, and each pipe So as to flow upward and downward.

Preferably, the first flowbars 261 to 265 are made of a non-metallic material such as ABS, and the second flowbars 251 to 255 are made of metal washers.

Therefore, it is possible to solve the problem that the flow of the second bengles 250 and 260 in the remaining space rotates during the flight in the middle of the middle of the conventional technique, and thereby disadvantages the preparation.

That is, even if the center of gravity changes during the flight due to the flow of the first and second flow bolls, the weight of the first boll can cover more than 1/2 of the total weight, It is composed of 2 flow bars and a washer shape so that the weight is dispersed evenly on the trunks so that rotation of the crucible can be prevented.

Further, by constituting the first and second flowbond blocks by a washer of a base metal and a metal respectively and laminating them alternately, it is possible to prevent the sudden center of gravity from being caused by moving the individual washers according to external force.

For example, when the second bongle is composed of a bongle having a single weight, the center of gravity is rapidly changed according to the movement of the bongle, so that it is difficult to disperse the center of gravity according to the movement of the minute bran.

In the present invention, the metallic and non-metallic washers are alternately stacked on each other. In the case of only a metal washer, the individual washer can move as a single bell due to the adhesive force between the metals. It is difficult to do.

That is, the first and second flow washers according to the present invention are constructed of non-metal and metal, and are stacked one upon the other. The washer of each metal moves the center of gravity and the first flow washer, which is relatively light in weight, And to perform the braking function to individually move the second flow washer of the adjacent metal due to the stacked first flow washer to prevent movement.

The first boll 240, which is preferably made of metal, and the closest washer 261 use a washer composed of a non-metal, and then use a method of laminating a metal washer.

Referring to FIG. 5, for example, assuming that the fisherman has suddenly carried out the chamber, the second floating washer 255 first moves upward in the crucible, and then the first floating washer 265 moves.

At this time, since the first flow washer 265 has no weight, the first flow washer 264 will be moved by the weight transferred from the second flow washer 254 or less stacked by performing the predetermined brake function, But it will move by the weight delivered from the second flow washer 253 or less.

In the present invention, the first flow washer 261 to 265 acts as a brake, so that the 255th second flow washer having the greatest weight transmission will move the most in the space, and then the second flow washer 254 So that it will move shorter than the moving distance of the first flow washer of 255 times.

With this principle, the second flow washer 253 will have a shorter travel distance, and the second flow washer 252 will have a shorter travel distance than the second flow washer 253, so that the second flow washer 251 The travel distance will be shortest.

Accordingly, the second flow washers of each metal are operated so as to be closer to the center of gravity, because the center of gravity is not biased by any sudden external force but moves at a constant distance from each other.

Further, since the flow washer is composed of at least one flow washer, the flow washer can be dispersed and moved even by a small external force, so that it is possible to move the center of gravity to a small external force.

Since the buoyant materials 270a and 270b are interfered by the first and second bolls 240 and 250, the slope of the buoyancy varies depending on the influence of the birds, so that the downward flow of the underlaying can be smoothly performed There is a number.

The degree of use for using the hole of the above-described configuration is the same as that of the conventional art, and therefore, a description thereof will be omitted.

In the embodiment of the present invention, the opening (not shown) on the upper part of the body 270 is formed in a flat shape, but it can be formed in a truncated shape to prevent scratches or to smoothly flow the fishing line .

As described above, according to the hole of the present invention, since the first and second flow bolls flow in accordance with the external force in the space, they are able to instantaneously respond to very fine bite, Is applied to the lower portion of the crucible by the first bengal, it is possible to prevent rotation of the throwing crucible.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

200: body 210: pipe
220: penetrating part 230:
240: first bongle 250: second flow bender
260: first flow barrel 270: body

Claims (4)

A fishing tackle used through a fishing line,
A hollow body made of a buoyant material and having an opening formed in the upper portion thereof;
A penetrating portion formed in the hollow of the body in the axial direction;
A pipe inserted in the penetrating portion to perform a guiding function so as to allow the fishing line to pass therethrough;
A space provided symmetrically to an outer circumference of the pipe and a predetermined length shorter than a length of the body;
A first encapsulant fixedly installed on a lower portion of the space portion;
A second bungle installed above the first bengal to be separated from the first bengal and installed to flow above the space;
Wherein the weight of the second benglar is configured not to exceed a half of the weight of the first bengal.
The method according to claim 1,
The second bengal
At least two first flow bundles made of a non-metallic material and having through holes at the center thereof;
A second flow barrel made of a metal and having a through hole formed at a center thereof which is stacked alternately with the first flow barbs respectively;
And each of the flow bolls is configured to flow upward and downward with respect to the pipe.
3. The method of claim 2,
Wherein the first flow barrel is made of an ABS material and the second flow barrel is made of a brass material washer.
The method of claim 3,
The first flow-
Wherein a plurality of the first flow pans are stacked on top of each other and the second flow pans are stacked on top of each other;

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