KR20180003399U - fishing prepration - Google Patents

Abstract

The present invention relates to a fishing tackle for cephalopods, and is characterized by a structure capable of dynamically activating an artificial bait mainly composed of a film reflector. The bi-directional fishing needle is constructed so that the bait can be installed inside the artificial bait, The sieve can be twisted and twisted by algae, and can be changed to skirt structure by bending if necessary.

Description

Fishing preparation {fishing prepration}

 The present invention relates to a fishing apparatus for catching cephalopods such as octopus, and is a technical field in which artificial bait, bait, and catching needle, which are mainly made up of attractant reflectors, are combined.

 The cephalopod fishing (octopus fishing) throws the fishing gear to the bottom position of the sea, and the fishing gear moves according to the birds. Therefore, when the octopus catches the bait of the fishing needle, the fishing needle It is constructed so that fishing can be harvested.

 Conventional fishing for fishing for octopus fishing is mainly used as artificial bait, such as the 30-08-0899999, the width of 10mm or less and a length of about 100mm of reflective film is arranged in multiple layers, one end of the bundle is bound (or two times And a reflector in the form of a skirt can be formed, which is similar to the shape of a cephalopod, and has been suitably used for omnidablished octopus fishing.

 The reflector-type artificial bait is designed to float in water, and a plurality of fishing needles are separately provided on a fishing line connected to the artificial bait at a certain interval to achieve the object of fishing. However, So that fishing hooks are installed at a certain distance from the upper and lower fishing lines connected to the artificial bait. As a result, it has been pointed out as a problem in effective fishing.

 In addition, fishing needles that are close to the weight of the ground touching the floor are often susceptible to obstacles in the water, so that artificial bait fishing equipment that accommodates a sufficient distance from the weight that directly touches the floor has been considered .

 In addition, the sparkling artificial bait is a visual body, which is effective for convenient use and reuse. However, since the fishing requiring the live bait may sometimes work relatively effectively, a fishing vessel capable of simultaneously having the effects of artificial bait and raw bait Has been required.

 In order to solve the above-mentioned conventional problems, it is proposed that the shape of the skirt of the artificial bait does not adversely affect the fishing needles and that the fishing can be formed with a structure that allows a more dynamic movement as a human body, And shall be configured so as to provide provision.

 In addition, it is possible to apply the fishing needle to the inside of the artificial bait so as to exhibit the effect of fishing, and to be able to apply the raw bait, and to provide fishing preparation as an excellent human body .

In order to solve the above-mentioned problem, the present invention proposes a structure in which a structure for imparting dynamics to the artificial bait is formed so as to constitute a propeller-like blade plate spreading on both sides with respect to the center, One end of the films is gathered and bound so that the wings can be rotated and twisted by algae, thereby enabling the reflection effect and dynamics of the film sufficiently.

When the bird is too strong and there is a fear that the effect of the present invention is reduced by half, the central portion of the wing is formed in a semicircular shape so that both sides of the wing can be folded down to 90 degrees. So that it can be transformed into a glitter artificial bait 50a.

In addition, the present invention provides a bi-directional fishing hook having a structure capable of attaching raw baits so as to be coupled to a central portion of a wing, thereby realizing a fishing arrangement in which a man-made bait and a fishing hook are combined. And is structured so as to be detachably attached to the center hole of the wing plate nearest to the binding portion of the film so as not to cause clogging with the film.

It is a matter of course that the dynamism and the raw bait of the artificial bait, collectively known as the glitter bait, can be mounted at the same time, so that it is possible to raise a better preparation, and the shape of the artificial bait, It is possible to use the bait 50 or the artificial bait 50a, which is a general skirt-like artificial bait 50a, for convenience of use.

1 is a perspective view of the present invention.
2 is a front view of the present invention.
Fig. 3 is a perspective view of a folded rotary wing portion of the present invention. Fig.
4 is a perspective view of the rotary blade of the present invention
5 is a folded state view of the rotary blade portion of the present invention.
6 is a front view of the bi-directional needle of the present invention;
7 is a bi-directional needle perspective view of the present invention.
Fig. 8 is a perspective view of a glitter bait of the present invention. Fig.
Fig. 9 is a front view of the glitter bait of the present invention.
10 is a folded state view of the glitter bait part of the present invention.
Fig. 11 is a conceptual diagram in which the needles are arranged in a double manner.
12 is a perspective view of a double needle.

This design relates to cephalopod fishing, and is mainly designed for octopus fishing. The present invention enhances the effect of the bait in a conventional product which manufactures a man-made film reflector, which is generally referred to as a skirt-type shiny artificial bait such as Patent Registration No. 30-0899999, as artificial bait.

A propeller-shaped rotary vane 10 having a wing portion 13 of a shape that can be rotated on both sides with respect to the center hole 11 is configured to be able to rotate freely on the algae. The center hole 11 formed at the center of the portion 12 serves as a center of rotation and is used as a passing means of a fishing line when used only as the glitter artificial bait 50 or 50a. When the fishing needle 100 is used as the fishing gear 100 or 100a of the fishing needle 30, the elastic shoulder portion 12 formed in a semicircular shape and the bent needle waist 32 of the bidirectional needle 30 ), So that the rotation motion and the shaking effect by the algae can be maximized. The shape and structure of such an elastic clearance portion is easy to deform the glitter artificial bait 50 into the skirt artificial bait 50a by folding the wing portion 13 downwardly, and the material (mainly the metal plate) And the reflection film 20 acts to minimize the phenomenon that the reflection film 20 is tangled with the bidirectional fishing needle 30 by the current and the reflection film 20 is bonded to the film binding hole 14 The two reflective films are bonded to each other through the two film binding holes 14 without joining the reflective films on both sides of the film for convenience of production, When the blade 50 is used as a skirt-type glitter artificial bait 50a, it is possible to bend the wing portion 13 of the rotary blade 10 smoothly at the time of bending.

The needle waist portion 32 of the bi-directional needle 30 is curved like an bow. When the waist portions of both needles are connected to each other, the needle waist portion 32 is connected to the needle neck intersection 34 and the needle waist intersection 35, Which forms a storage space for the raw bait through the needle pointed portions 33 at both ends and prevents the bait from escaping by the needle waist intersection 35, And the like.

The rotating blade 10 of the present invention is configured to accommodate and bind many of the glitter reflection films 20 in the film binding hole 14 and to operate and reflect by the influence of algae. The shape (100a) in which the shape of the crab was imitated and the wing portion (14) was bent downward imitated the shape of the cephalopods. The rotary vane 10 is mainly made of metal so that such deformation and shape maintenance can be firmly established

The shiny artificial bait 50, to which the reflective film 20 is coupled to the rotary vane 10, can exhibit its effect even if it is used separately. The skirt-type glitter artificial bait 50a having a structure in which the wings 13 of the rotary blades 10 are bent can be constructed in such a deformable structure.

The fishing gear 100 of the present invention can be arranged horizontally or vertically by a rhombus-shaped hole of the needle head 31, and this configuration is configured to maintain the weight added form of the lower portion, It is possible to fix each of the cusp points of the rhombus of the portion 31 without detaching the connection position with the fishing line.

The skirt shape 100a having the wings bent in the fishing preparation 100 of the present invention has a structure in which the bidirectional needles are combined with the skirt-type glitter artificial bait 50a, so that the artificial bait fishing is possible without adding a separate fishing needle The double needle structure shown in Fig. 12 can be formed by doubly binding the bi-directional needle 10, and can be combined as shown in Fig. 11 to form a multi-needle skirt type glitter artificial fishing lure As shown in FIG. 6, both the bidirectional fishing needle 30 and the mirror-type bidirectional fishing needle 30a are in the shape of a fishing needle of the present invention. The shape of the needle is the same, but the bending of the wire constituting the needle It is possible to maintain the same function by changing the direction, but it is possible to select an economical manufacturing method by changing the production method according to the material, the diameter of the wire, the size of the needle, and the use of the wire. Fig. 7 shows a needle-neck intersection 34 and a needle-waist intersection 35, which are basic forms of the bidirectional fishing needle 30 of the present invention and which are the intersection of the wire rods. The mirror-type bidirectional fishing needle The difference between the needle neck portion 34a of the hook 30a and the detachment prevention portion 35a of the bait is only the method of bending the wire and is the same design with the same purpose, function and form.

As a result, the present invention can provide a fishing arrangement combining visual and olfactory and tasteful baits, and can be effectively used as a variable fishing arrangement depending on the algae and usage.

10: Rotating blade
10a: a rotating blade in a folded state
11: center hole
12: Elastic clearance
13: wing portion
14: Film binding hole
20: Reflective film
30: Two-way fishing needle
30a: Mirror type bidirectional fishing needle
31: Needle head
32: bent needle back
33: needle point
34: Needle neck intersection
34a: Needle neck
35: needle waist intersection
35a:
40: 2 needles
50: Sparkling artificial bait
50a: Skirt type glitter artificial bait
100: Fishing in the village
100a: Fishing proposal in this article folded state

Claims (4)

A rotary blade 10 including a film coupling hole 14 for coupling a plurality of reflective films and a rotary blade 10 having a needle head 31 penetrating a central hole 11 of a rotary blade and a warped needle- A bi-directional fishing needle (30) located in the inverted semicircular elastic clearance (12) of the wing; and a plurality of reflective films coupled to a film bonding hole formed in the wing (13).
The method according to claim 1,
Characterized in that the rotary vane (10) has a wing (13) of a shape that is turned into a structure rotatable by algae on both sides of the semicircular elastic clearance (12) with the center hole (11). The method according to claim 1,
Characterized in that the wing portion (13) of the rotary vane (10) is bent and deformed into a skirt-like glitter artificial bait (50a).
The method according to claim 1,
The bidirectional hook 30 includes a needle head 31 in the form of a rhombus and needlepoint intersection 34 and needle waist intersection 35 to allow the raw bait to be caught on both bent needlepoints 32 Wherein the fishing line is constituted by an elliptical shape having a sharp top and bottom, and is configured such that the bait is not pulled out by the needle-waist intersection (35).

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