KR20100124124A - Sinker - Google Patents

Abstract

PURPOSE: A fishing sink is provided to be rapidly escaped for a hooked state by deforming and detaching a weight part in order to increase the available deformed amount of a capsule. CONSTITUTION: A capsule with an opening(104) is made of soft materials. A weight part(110) is contained in the capsule. One end of the weight part is fixed to the inner side of the capsule, and the other end of the weight part is expanded to the outside of the capsule. The weight part on the outside of the capsule includes the flexibility. A escape-preventive ball(130) is combined with the other end of the weight part. The weight part includes a plurality of weighs(114).

Description

Fishing Rods {SINKER}

The present invention relates to a fishing rod, and more specifically, a lead weight, that is, used in connection with a fishing rod for fishing in a sea, a sea rock fishing, a breakwater fishing, or other rivers, lakes, reservoirs, etc. It's about a boulder.

Bongdol is used to connect a fishing line or net so that the fishing line or net quickly sinks in the water, stays in the desired position, does not get swept away by the flow of water, and points upwards so that the tip of the needle does not get caught. . Bongdol also plays a role in sending the bait to the core and subtracting the bait in the big fishing, and in the water, by adjusting the buoyancy and weight balance of the bobber, the bobbin fishing rod that stirs when the fish bites the bait The reaction to the bobber correctly. Therefore, the boulders should be as heavy as possible with small volume, and are generally made of lead, cement, stone, etc., but usually a lot of lead is used.

When the waves or the water flow is strong, heavier rods are used.However, when fishing, the rods are caught by hooks or rods on the seabed or on the bottom of riverbeds, seaweed, rocks, or reefs. It is unusual to lose. If the fishing line is broken in this way, in addition to the economic loss caused by the loss of the bongdol, there is a hassle to reset the fishing line device.

In addition, when the fishing line is broken, the bondol remains on the riverbed or the seabed, which causes the leadstone of the lead to be deposited on the seabed. These boulders will dissolve over long periods of time, contaminating rivers or seawater with heavy metals.

Therefore, various attempts have been made to solve such a problem in the past, and they are generally plastic or metal, and when the cover is deformed by covering an outer cover such as a net or capsule form on the outside of the bumper, the outer shape of the cover is deformed. It is configured to escape from the jammed state.

In the case of the improved type of bumper, it is true that the probability of occurrence of a jam is lower than in the prior art. However, since there is a fixed type of bumper inside the cover, it is the same as the conventional case. have. In addition, in such improved products, compared to the case of using only one bumper, the volume is inevitably increased, which may cause more jams.

The present invention has been made to overcome the disadvantages of the prior art as described above, not only can prevent the occurrence of the jam while maintaining the performance as a bumper can be easily released even in the state of the jam occurs Providing fishing rods is a technical challenge.

According to the present invention for achieving the above technical problem, a capsule made of a flexible material having an opening at one end; A weight portion having one end fixed to an inner side of the capsule, the other end extending outward of the capsule through the opening, and being accommodated inside the capsule through the opening or having a flexibility to the outside; And it is fixed to the other end of the weight portion, there is provided a fishing rod including a release prevention port is inserted into the opening of the capsule to prevent the weight portion accommodated in the capsule to be separated to the outside.

In the above aspect of the present invention, a weight part serving as a conventional bumper is accommodated inside the capsule, so that the weight part has flexibility so that the weight part can be easily released even when a jam occurs during use. Specifically, since the weight part is flexible, the state in which the weight part is accommodated in the capsule by the external force applied by the fishing line may be deformed, or the weight part may come out through the opening, thereby deforming the capsule. Since the possible amount is large, even if a jam occurs, it can be easily released from the jam state.

In addition, if the external force is continuously applied, since the weight portion is fixed to the inside of the capsule, the inner surface of the capsule comes out through the opening, and as a result, the capsule is turned over (the inner surface of the capsule comes out, the outer surface is It can be released from the jammed state.

Preferably, the weight part may include a wire and a plurality of weights fixed side by side to the wire. In addition, the weight part may include a metal chain, a part may be composed of the wire and a weight, and the other part may be composed of the metal chain.

In addition, the opening is provided with a rubber ring, the separation prevention port may be a ball having a diameter larger than the inner diameter of the rubber ring.

In addition, the capsule is formed with a plurality of through-holes, so that the capsule quickly sinks into the water, and after use, the water accumulated therein is quickly drained.

In addition, the outer side of the end opposite to the opening of the capsule is provided with a handle portion longer than the length of the capsule can be easily returned to its original state through the handle portion when the capsule is turned over.

According to the present invention having the configuration as described above, not only can lower the probability of the occurrence of the jam due to the elasticity of the capsule, but also in the locked state by increasing the available deformation amount of the capsule while the weight portion deforms or escapes even when the jam occurs. This allows for quicker and easier exits.

This reduces the economic and environmental losses due to breaking the fishing line and reduces the hassle of preparing again.

Hereinafter, with reference to the accompanying drawings will be described in detail an embodiment of a fishing rod according to the present invention.

Referring to Figure 1, the embodiment includes a capsule 100 in the form of a bag made of a material such as soft rubber or silicone rubber at the bottom. The capsule 100 is empty inside, and a plurality of through holes 102 communicating with the internal space are formed on the surface thereof. In addition, an opening 104 communicating with the inner space is formed at one end of the capsule 100, and a rubber ring 106 is attached to the opening 104.

The inside of the capsule 100, the weight portion 110 is accommodated in a state in which one end is fixed to the interior of the capsule (100). In FIG. 1, the weight part 110 has a shape in which a plurality of weights 114 are fixed to the wire 112, and one end of the wire 112 penetrates the end of the capsule 100 to fix the ball 120. It is fixed to). Here, the weight is made of a lead material, but may be made of another material. In addition to the weight parts composed of the wire and weight as shown, a weight part composed of a metal chain is also applicable, and an example in which both are used in combination is also possible.

On the other hand, at the other end of the wire 112, the escape prevention opening 130 having a diameter larger than the inner diameter of the rubber ring 106 of the opening 104 is fixed. The other end of the separation prevention 130 is connected to a fishing line or an upper steel wire (not shown).

Referring to FIG. 2, there is shown a form in which the above embodiment is used as a stick. The weight part 110 described above in FIG. 2 is completely accommodated in the capsule 100, and the separation prevention part 130 is inserted into the rubber ring 106 to use the weight part 110 in use. Is prevented from being released to the outside through the opening 104. In addition, water is introduced into the capsule 100 through the through hole 102 to prevent the capsule 100 from floating without being buoyant due to buoyancy. The through hole 102 also serves to drain water remaining in the capsule after use.

Referring to Fig. 3, a cross section in the Fig. 2 state is shown. A wire inserting hole 104 is formed at the bottom of the capsule 100, and the wire 112 passing through the wire inserting hole 104 passes through a hole 122 formed in the fixing unit 120. A knot is formed on the surface 120 so that the fixture 120 is not separated. In addition, a hole 132 is formed inside the release preventing device 130 and is fixed to the wire through a wire knot.

Here, an example of using a bar-shaped fastener extending in one direction instead of the fastener 120 may be considered. Wherein the bar may be formed longer than the length of the capsule, through which it can serve as a handle for turning the capsule to its original position when the capsule is inverted as described below. Of course, an example having both the fixture 120 and the bar can be considered.

Referring now to Figures 3 and 4, the operation of this embodiment will be described. When the embodiment is caught between any object as shown in Figure 3, when the user pulls up the fishing line, because the capsule 100 is in the caught state, the release prevention device 130 is outward from the rubber ring 106 Departure. Then, the weight part 110 starts to be drawn out through the opening 104, and when the weight part 110 is completely drawn out, the inside of the capsule 100 is emptied, so that the amount of deformation is large. Therefore, the capsule 100 is deformed and released from the locked state.

If the capsule 100 is deformed even when it is deformed, the fixture 120 pulls the bottom of the capsule 100 upward by the external force continuously applied through the fishing line to the opening 104 side. Will move. If this process continues, the capsule 100 is turned upside down and the inner surface is moved to the outside, the outer surface is moved to the inside, the capsule 100 is greatly deformed and in this process the capsule 100 in the locked state Can be released.

When the capsule 100 is turned upside down, since the fixture 120 is located inside the capsule 100, it may not be easy to turn the capsule 100 again for reuse. To this end, when the bar as described above is installed in the fastener 120, the tip of the bar protrudes out of the opening so that the bar can be easily pulled back to the original state of the capsule.

1 is a side view showing an embodiment of a fishing rod according to the present invention.

FIG. 2 is a side view illustrating a state in which the weight part is accommodated in the capsule in the example shown in FIG. 1.

3 is a cross-sectional view showing the inside of the capsule in the state shown in FIG.

4 is a cross-sectional view showing a state in which the capsule is in an intermediate process of inverting in the embodiment shown in FIG.

Claims (6)

Capsule made of a soft material having an opening at one end; A weight portion having one end fixed to an inner side of the capsule, the other end extending outward of the capsule through the opening, and being accommodated inside the capsule through the opening or having a flexibility to the outside; And Fishing rods are fixed to the other end of the weight portion, including a release prevention port that is inserted into the opening of the capsule to prevent the weight portion accommodated in the capsule to escape to the outside. The method of claim 1, The weight portion fishing rod, characterized in that it comprises a wire and a plurality of weights fixed side by side to the wire. The method of claim 1, The weight portion fishing rods, characterized in that it comprises a metal chain. The method of claim 1, The opening is provided with a rubber ring, The separation prevention port is a fishing rod, characterized in that the ball having a diameter larger than the inner diameter of the rubber ring. The method of claim 1, Fishing rods, characterized in that a plurality of through-holes are formed in the capsule. The method of claim 1, Fishing rods, characterized in that the handle portion longer than the length of the capsule is provided on the outer side of the end facing the opening of the capsule.

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