KR20120127374A

KR20120127374A - fishing-hook-wheel added that the core helix-coil-type weights

Info

Publication number: KR20120127374A
Application number: KR1020120111626A
Authority: KR
Inventors: 배영호
Original assignee: 배영호
Priority date: 2012-10-09
Filing date: 2012-10-09
Publication date: 2012-11-21

Abstract

The present invention is to improve the above-mentioned problems with the conventional weight added, the hollow tubular coil part of the hollow tubular coil formed by winding the copper wire, and the inner part provided with a ring portion rotated at both ends into the copper coil portion The present invention relates to a spiral coil-type weight having a core adjoining portion which is assembled by inserting an empty core adjoining portion and configured to maintain a state in which both end rings of the core adjoining portion are exposed to both ends of the copper wire coil portion.
Accordingly, it is easy to produce a weight, and can provide a weight that does not violate the [fishing management and nurturing method] without causing secondary environmental pollution by harmful substances eluted even if weight is lost. By simply cutting and removing the copper wire of the copper coil coil by using a tool such as nipper, it is possible to adjust buoyancy of the bobber simply and accurately.It is possible to adjust the buoyancy of the bobber. By connecting the fishing line and the fishing line for the fishing line with the hook in a straight line, the tension transmitted by the strong chamfer of the fishing rod is transmitted directly to the fish caught through the central axis of the core adhering portion, so that the fish resisting can be suppressed at once. It is to prevent the negative ring from opening or breaking.

Description

Fish-hook-wheel added that the core helix-coil-type weights}

The present invention relates to a weight for fishing, a hollow tubular copper coil portion formed by winding a copper wire in a coil shape, and a hollow core auger portion provided with a rotatable loop portion at both ends into the copper coil coil. The present invention relates to a spiral coil weight provided with a core adjoining portion assembled and configured to maintain a state in which both ends of the core adjoining ring are exposed to both ends of the copper coil part.

In general, fishing weights are only a lump of lead attached to a fishing line, but the quality of the meat (fishing) while maintaining the weightless state of balance is almost equal to the buoyancy of the fishing bobing by the invasion (submerged force) corresponding to the buoyancy of the fishing bobber. It plays an important role in delivering the bobber accurately and quickly.

In addition, it carries the fishing lure to the desired bottom point, and when the lure is settled on the ground, it acts as a weighting chamber to quickly sink the lure, and the anchor serves to fix the lure in the water so that it does not move along the stream of water. And the role of fixing the bait where you want, and freely send the bait down to the layer where the meat smacks, and plays a big role in the natural swinging of the bait attached to the hook of the collar and throwing fishing away.

Conventional weights that act as such are easily used for cutting or shearing to maximize weight and to adjust buoyancy, and are manufactured and used with well polished lead to reduce underwater friction.

However, these weights are usually elliptical in shape so that the fishing line can be continuously wound because there is no proper catch on the bottom when the fishing rod is pulled and squeezed to tension the fishing line in order to receive the fishbone (gushing) sharply after throwing. If the weight is difficult to fix, and the weight is caught on the stone or other directional obstacle on the fishing line and waits for the fish while the fishing line is tense, the weight is completely caught between the obstacles such as the stone on the ground. Eventually the hook and weight dropped and fishing was unsuccessful.

Because of this problem, some investigations have linked the weight to a separate collar that is thinner than the main line, throwing and fixing it so that the weight is pinched in the cracks of the rock, and the bait hook is kept floating on the floor. He has developed and enjoyed the fishing method of artificially dropping weights. However, this fishing method causes the environmental pollution caused by the components of lead constituting the weight weight to be discarded, and the price of the weight weight lost is also a burden to the investigations economic situation.

In addition, in order to control the buoyancy of the bobber with the weight based on the existing lead, another environmental pollution is caused by cutting the necessary lead with a knife, and the small weight is not easy to cut with a knife for the buoyancy control. He had another problem, such as a hand injury on the way.

Furthermore, according to the statute of Article 8 (Prohibition on Manufacturing Harmful Fishing Tools, etc.) of the Fishing Management and Upbringing Act, enacted on September 10, 2012 under Act No. 10458, [Everyone is affected by the protection of aquatic ecosystems and aquatic resources. Shall not be manufactured, imported, stored, transported, or displayed for the purpose of using, selling or selling fishing tackle containing harmful substances, such as heavy metals, which may impair or impair the safety of aquatic products. Accordingly, even in the weight weight for fishing, the weight weight (weight weight) using lead, which is used previously, is included in the environmental regulation target and cannot be used because it is in a situation that cannot be used.

The present invention is to improve the above-described problems with the conventional weight added, the hollow tubular copper coil portion formed by winding the copper wire in a coil shape, and the inside is provided with a rotatable ring portion at both ends inside the copper coil portion. Easily fabricate the weight by making a spiral coil-type weight with the core abutment part assembled so that the hollow core abutment part is fitted and the both end rings of the core abutment part are respectively exposed to both ends of the copper coil part. The purpose of the present invention is to provide a weight weight that does not violate the Fishing Management and Development Act because it does not cause secondary environmental pollution by harmful substances that are eluted even when dropped in the water of the sea or river.

In addition, the surface of the copper coil part is coated with enamel so that it does not corrode even if it is used for a long time, and the copper wire of the copper coil part can be easily cut and removed by using a tool such as nipper to adjust the buoyancy of the fishing bobber. Another aim is to be able to adjust the buoyancy of the bobber simply and accurately.

In addition, the inside of the copper wire coil portion that can be flowed is provided with a core diameter of the small diameter form, the fishing line and the fishing line for fishing hooks in a straight line is connected to both ends of the core abutment portion by the strong chamfering of the fishing rod It is another object of the present invention that the transmitted tension is transmitted through the central axis of the core adhering portion, so that the force of the chamfer is transmitted immediately to the fish caught without breaking the loop or breaking the fish. .

In addition, the present invention is composed of a core diameter of the core portion having a small diameter and a large diameter copper-shaped copper wire coil portion surrounding the outside, thereby preventing frequent jamming phenomenon with the addition of conventional elliptical weight, so that the weight can be recovered safely Another object of the present invention is to prevent contamination due to loss of weight and loss of weight.

The present invention is to improve the above-mentioned problems with the conventional weight added, the copper wire is formed by winding the coil, the inside of the tubular copper coil portion having a large inner diameter and a large inner diameter, and rotates in both ends into the copper coil portion The spiral-shaped weight of the core having the core abutment portion configured to maintain a state in which both ends of the core abutment portion are exposed to both ends of the copper wire coil portion are assembled. making. By providing it, all problems with the conventional weight addition can be solved at once.

As described above, the present invention having the above-described configuration includes a hollow cylindrical flow type copper coil part formed by winding a copper wire in a coil shape, and a hollow core-type adjoining part having a rotating ring part at both ends in the copper coil coil part. Spirally-coiled weights with a core abutment part which are fitted and assembled so that both end rings of the core abutment part are respectively exposed to both ends of the copper coil part. By providing the weight, it is easy to manufacture the weight, and it does not cause secondary environmental pollution by harmful substances eluted from the weight lost in the sea or river water during fishing. It is effective to provide weight.

In addition, the surface of the copper coil is coated with enamel to prevent corrosion even after long-term use.The copper wire of the copper coil is easily cut and removed by using tools such as nippers to adjust the buoyancy of the fishing bobber. It is simple and accurate to adjust the buoyancy of the bobber.

And by connecting the fishing line and the fishing line for fishing hooks in a straight line to the both ends of the core of the core coil portion inside the copper coil coil, the tension transmitted by the strong chamfer of the fishing rod is transmitted through the central axis of the core adhering portion, The power of the chamber is transferred directly to the fish caught without being opened or damaged to achieve the effect of quickly suppressing the resistant fish.

In addition, the present invention is configured so that the core diameter of the core portion and the copper wire coil portion of the large inner diameter surrounding the outer portion is flowed, thereby preventing frequent jamming phenomenon with the addition of a conventional elliptical weight, so that the weight can be recovered safely In other words, it is possible to achieve the effect of preventing contamination due to the loss of weight and the weight loss.

1 is a perspective view of a state of use according to the first embodiment of the present invention
2 is an exploded perspective view of a first embodiment of the present invention;
3 is a cross-sectional view of the first embodiment of the present invention.
4 is a perspective view according to a second embodiment of the present invention;
5 is an exploded perspective view according to a second embodiment of the present invention;
6 is a cross-sectional view according to a third embodiment of the present invention.
7 is a cross-sectional view according to a fourth embodiment of the present invention.

The present invention relates to a weight for fishing, a copper wire coil portion configured to form a hollow cylinder formed by winding a copper wire in a coil shape, and a hollow core auger portion provided with a rotatable loop portion at both ends inside the copper coil coil portion. The present invention relates to a spiral-coiled weight having a core adjoining portion fitted to each other and configured to maintain a state in which both ends of the core adjoining ring are exposed to both ends of the copper coil part.

In more detail,

First, the copper wire is densely wound in the form of a spiral coil so as to form a hollow shape, and the core is wound to have an inner diameter such that the core advent portion described later is forcibly fitted therein, so that the side shape forms a hollow shape. A configured copper wire coil unit 20;

Both ends are provided with engaging holes 12 for engaging the engaging projections 13 of the hook portion 15, and a hollow barrel-shaped advent body 11, one end of the locking projections 13, and a closed loop formed at the other end thereof. (14) is composed of a pair of ring portion 15 is provided integrally, the engaging projections 13 of the ring portion 15 in both ends of the through-hole 12 of the adjoining body 11, respectively, in a press fit manner A core coming part 10 configured to freely rotate the ring part 15 in a crimped assembled state;

One end ring portion 15 of the core adhering portion 10 is assembled in a press fit manner at the lowermost opening of the copper wire coil portion 20, the arrival body 11 inside the hollow copper wire coil portion 20 And a spiral coil weight having a core abutment portion positioned at both ends of the copper wire coil portion 20 and configured to maintain an exposed state of both ends of the core abutment portion 10. Doing.

By constructing the fishing weight of the present invention having the technical configuration as described above, it is possible to easily connect the fishing line and the cochlear collar of the fishing hook side at both ends of the core advent, maintaining a free rotation of the fishing line without interference of the weight Of course, if it is necessary to adjust the weight of the weight, one end of the copper wire coil portion can be cut little by little, or a separate copper wire coil portion can be added to easily adjust the weight. In particular, the strong chamfer of the fishing rod transmitted through the fishing line The tension is transmitted to the fish caught on the hook or the bottom obstacle through the core advent, so that the loop is not opened or broken regardless of the copper coil coil wound outwards, and the force of the chamber is immediately transmitted to the fish caught by the resistance. You can subdue the fish.

Hereinafter, the technical configuration of the present invention having the simple configuration as described above will be described in more detail according to each embodiment.

[First Embodiment]

The technical configuration of the first embodiment is shown in Figures 1 to 3, Figure 1 is a perspective view of the use state according to the first embodiment of the present invention, Figure 2 is an exploded perspective view, Figure 3 is a view of the first embodiment The cross section is shown.

First, the characteristics of the copper wire coil unit 20 applied to the first embodiment, the upper end of the coil winding time is a small through-hole 22 such that the ring 14 of the core adjoining portion 10 to be described later is forcibly fitted ), Wound down to the lower end and gradually wound up in the form of a cone, the shape of which increases in diameter to form an inflection point (A), and then wound to have the same diameter to the opening 23 corresponding to the lowest end, the opening of the lower end 23 is configured to have an inner diameter that can be fitted to the body 11, characterized in that the side shape is composed of a copper wire coil portion 20 configured to form a hollow bell shape is a feature of the technical configuration.

In addition, the configuration of the core adjoining part 10 and the coupling relationship between the copper wire coil part 20 and the core advancing part 10 also have the configuration and the coupling relationship as mentioned in the basic technical configuration of the present invention.

However, in the first embodiment of the present invention, the copper coil portion 20 is configured in the form of a hollow bell, and the core abutment portion 10 and the lower end fitted in the lowermost opening of the copper coil portion 20 are provided. The hook portion 15 is configured to maintain a free flowing state inside the large and hollow copper wire coil portion 20, the braided collar 40 and the fishing hook 41 fastened to the lower hook portion 15 By giving more rotational and liquidity to

It is able to induce a sensitive reaction of the fish hook side according to the fish's fish (gushing), and the copper wire coil part with fluidity can actively respond to the bottom hook phenomenon of the bottom, preventing the frequent catching phenomenon with the addition of the conventional elliptical weight. And, by allowing the weight to be recovered safely, it is characterized in that it can effectively prevent contamination due to the loss of the weight weight and the weight weight flow.

Second Embodiment

The technical configuration of the second embodiment is a structure illustrated in Figures 4 to 5, Figure 4 is a perspective view of a second embodiment of the present invention, Figure 5 shows an exploded perspective view to help understand the assembly process of each configuration, respectively have.

The second embodiment includes the configurations of the first embodiment in which the technical configurations of the first embodiment and the technical configurations are combined, but, in the second embodiment, the copper wire coil part applied in the first embodiment. In addition to the 20, a second copper wire coil unit 21 is further provided, and screwed to the outside of the copper wire coil unit 20, and the copper wire coil units 20 and 21 are dually configured to add weight. It is characterized by a configuration that doubles the weight of the weight, this weight doubled weight corresponds to a suitable configuration as a long fishing rod or a long throwing weight.

The second copper wire coil part 21 applied to this second embodiment is an image. It is a shape wound in a coil shape so as to have the same diameter in the downward direction, the inner diameter of the second copper wire coil portion 21 is preferably configured to match the outer diameter of the copper wire coil portion 20 located inside, Accordingly, when the second copper wire coil unit 21 is screwed into the outer side of the copper wire coil unit 20, the two copper wire coils 21 are most preferably made integral with each other in a screwed state.

By constructing the second copper wire coil unit applied to this second embodiment, the weight of the weight is a. If a sense is required, the second copper wire coil unit coupled to the outer side of the copper coil unit is dismantled, and a part thereof is simply cut with a tool such as a nipper. By removing and reassembling, the weight of the weight can be easily adjusted.

Third Embodiment

The technical configuration of the third embodiment has a structure illustrated in the cross-sectional view of FIG. 5, which also has a technical configuration similar to that of the first embodiment.

However, in the copper wire coil unit 20 according to the third embodiment, the upper end portion, which is the point of winding in the form of a coil, maintains a small through hole 22 such that the ring 14 of the core adjoining portion 10 is forcibly fitted. , Wound down to the bottom and wound in a conical shape, the diameter of which is increased in a certain section to form an inflection point (A), and then wound to have the same diameter to the opening 23 of the lowermost end so that its cross-sectional shape forms a longitudinal shape, It is configured so that the adjoining body 11 can be fitted therein,

Correspondingly, the adjoining body 11 of the core adhering portion 10 fitted and assembled therein also has a conical section extending from the through hole 12 for fitting the uppermost protrusion 13 to the inflection point A. After this, the intermediate trunk portion of the predetermined section is formed in a cylindrical shape having the same diameter, and composed of an inverted conical shape that gradually becomes narrower in cross section at the lower end thereof, so that the engaging protrusion 13 of the ring portion 15 is fitted at the conical vertex. Characterized in that it consists of a cross-sectional structure is provided with a through-hole 12 to be.

By implementing the third embodiment having such a structure, it is possible to enhance the closeness and assembling of the adjoining body 11 and the copper wire coil unit 20 fitted thereto, and to form the copper wire coil unit 20. The winding of the copper wire to the coil type is not only convenient, but also the production of the corresponding torso 11 is easy, there is an advantage that can achieve a robust structure.

[Example 4]

The fourth embodiment corresponds to a modification of the above-described third embodiment, which is characterized by consisting of a cross-sectional structure illustrated in FIG.

The body 11 of the core component 10 of the fourth embodiment has the same cross-sectional structure as that of the core component 10 of the third embodiment, but the core body 10 of the core component 10 is similar to that of the core component 10 of the third embodiment. In the inflection point (A) portion of the body 11 is a form further provided with a locking projection (11a) protruding outwardly,

The copper wire coil part 20 is wound around the intermediate trunk portion between the two inflection points A of the adjoining body 11 of the core adjoining part 10, that is, the inner diameter is the intermediate trunk outer diameter of the adjoining body 11. By constructing the hollow cylindrical copper wire coil part 20 having a shape corresponding to the diameter, the coming body part 11 of the core adjoining part 10 and the copper wire coil part 20 can be tightly integrated, Even when the bottom is caught during fishing throwing, the copper wire coil unit 20 is protected by the locking jaw 11a of the core adhering unit 10, thereby preventing the copper wire coil unit 20 or the weight 100 from being lost. You can do it.

The surface of the copper wire coil part applied to the embodiments of the present invention described above has a smooth texture and glossy enamel or self-luminous fluorescent coating, so that it can be safely used without corrosion even after long-term use in contaminated water or seawater. Can attract fish by luminescence by fluorescent coating.

By constructing the fishing weight of the present invention made of such a technical configuration, it is possible to easily connect the fishing line and the cochlear cord of the fishing hook side to both ends of the core advent, maintaining a free rotation of the fishing line without interference of the weight Of course, if it is necessary to adjust the weight of the weight weight, one end of the copper wire coil portion can be cut out little by little, or a separate copper wire coil portion can be added to easily adjust the weight. In particular, the strong chamfer of the fishing rod transmitted through the fishing line The tension is transmitted to the fish or the bottom object caught by the fish hook through the core adhering portion, so that the loop does not open or break regardless of the copper coil coil wound outward, and the force of the chamber is transmitted immediately to the fish caught by the resistance. The effect that can suppress the fish to be achieved, the present invention is fresh water or sea There are features that can be applied to various applications, such as fishing.

The present invention as described above has been described based on the core matters to be protected, and those with ordinary knowledge in the art, such as simple technical configuration change, material change, replacement of component parts with equivalents based on this technology. The technical change of the degree which can be easily created by the said will belong to the same technical category as long as it shares the objective with this invention.

10: core advent part 11: advent body
12: through the hole 13: jamming
14 ring 15: ring
20: copper wire coil section 21: second copper wire coil section
30: fishing line 40: neckline
41: fish hook 100: weight weight

Claims

A core consisting of a copper wire coil part 20 configured to form a hollow tubular shape formed by winding a copper wire, and a hollow adjoining body 11 provided with loop portions 15 at both ends in the copper wire coil part 20. By adhering the adjoining portions 10 to each other, the weights are configured to maintain the state in which both ends of the ring 14 of the core adventuring portion 10 are exposed to both ends of the copper wire coil portion 20, respectively.
Spiral coil type provided with a core auger part, characterized by maintaining the free rotation of the fishing line without interference of the weight weight and easy adjustment of the weight of the weight, and the rod chamfering tension is transmitted directly to the hook through the core auger part Weight weight.

The copper wire coil unit 20 of claim 1,
It is provided with a small through hole 22 at the upper end, wound in the shape of a cone which gradually increases in diameter while being wound at the lower end to form an inflection point A, and then wound to have the same diameter to the lowermost opening 23, and the lowermost opening 23 is configured to have an inner diameter that can be fitted to the body 11, the side shape is composed of a copper wire coil portion 20 configured to form a hollow bell shape,
Spiral coil-type weight with a core auger portion, characterized in that the core auger portion fitted in the lowermost opening is given a great rotatable and fluidity that flows freely inside the copper coil portion.

The method according to claim 1 or 2,
Prize. It has a shape wound in a coil shape to have the same diameter in the downward direction, the inner diameter is provided with a second copper wire coil portion 21 that is the same shape as the outer diameter of the copper coil portion 20, this second copper coil portion By screwing 21 into the outer side of the copper wire coil part 20 and screwing it together, the copper wire coil part of a double structure is comprised,
Spiral-coiled weights with a core advent, characterized in that they can be applied as weight control for weight control and remote throwing weights.

The arrival body of the core adhering part 10 according to claim 1 or 2 is
The cross section extends from the uppermost through hole 12 into a conical section to form an inflection point A, and then the outer diameter of the middle trunk portion of the predetermined section is formed in a cylindrical shape having the same diameter as the inner diameter of the copper wire coil section 20, It is composed of a core abutment portion 10 having an adjoining body 11 formed of a cross-sectional structure having a through-hole 12 at its apex, which is gradually narrowed in cross section at a lower end thereof.
Spiral coil-type weight with a core auger portion, characterized in that it can pursue the closeness, assembling reinforcement of the copper wire coil portion to be assembled to the auger body, and the simplicity and robustness of the copper wire winding and advent body.

The torso of the core adhering part 10 according to claim 4,
By further provided with a ring-shaped locking jaw 11a protruding outward from the inflection point A portion of the adjoining body 11 of the core adhering portion 10,
Spiral coil-type weights provided with a core adventing portion, characterized in that the copper coil portion is protected by the locking jaw to prevent loss of the copper coil portion or the weight weight.