KR20180003191U - multiple hook - Google Patents

Abstract

The present invention relates to a fishing rod for fishing, and is characterized in that three or more fishing needles are folded in a radial direction, and a predetermined section of a straight line portion of the fishing needle is processed by grinding or the like, It is a robust, economical, and non-loosening needle that can hold a strong pressing force even in repetitive rotation, so that it is easy to maintain and manage the desired shape of a fishing needle conveniently during use or when carrying it .

Description

{Multiple hook}

The present invention relates to a rotary folding hull fishing tackle, in which a plurality of individual fishing hooks are combined to form a radial spreading fishing tackle Usually three) are configured to fold the needle in the direction of safety and convenience, and in the folded state, the point of the needle is gathered in one direction, and the stapled state can be maintained at the radial isostatic state And shall maintain its rigidity even during repeated rotation and use in water.

The technical field of the present invention relates to a hull fishing arrangement in which several individual fishing needles are radially unfolded and a relatively large fishing needle having a length and width of 3.2 cm to 4.5 cm is usually used, Technology that enables folding and unfolding for convenience is becoming popular.

Fishing method of fishing is to hang a few needles in a lengthwise direction on a fishing line and to rely on the sense of the fisherman to lower the fishing needle to near the floor according to the depth of the water, The fishing needle is often repeatedly moved and thrown during the fishing, and the fishing needle is often lost or damaged due to the reef underwater. Thus, a relatively cheap and convenient fishing needle has been required.

Because of this demand, the frequency of the use of the rotary folding triple chuck which is conventionally used has been poor due to lack of convenience, and the patent application 1020020034079A has become popular. Is to be constructed so as to be able to maintain a rotatable structure and a strong binding force.

The patent application No. 1020040045137A discloses a method of manufacturing a folding ladle in which the fishing needles 10 are combined inside the tube 56 to press the cylindrical tubes 56, (Fig. 3 (d)) of the method of disposing the needle at the point of folding in the folded state has been found. In order to compensate for the problem, mutual interference of the individual fishing needles has been proposed The application 1020120149646A (FIG. 5B) is presented, and the patent application 1020130017611B1 (FIG. 5C) is presented which compensates for the disadvantage that the maintenance of the state of the individual fishing needles is loosened with respect to the repetitive folding work. Patent application 1020130084524B1 (Fig. 5 (d)) has been proposed in which the cylindrical tube 52 is replaced by a coupling 55 in order to simplify assembly while including all of these technical improvements.

As described above, the rotary folding type main preparation forms the fishing gear for fishing, and this has been improved in accordance with the preference of the angler in portability, safety, workability and the like. As a major technology to meet such a demand, there is a method of rotatable combination of individual fishing hooks, a method of maintaining the state when it is folded or folded, and maintenance of the compression force for repeated opening and closing without dropping or loosening of individual fishing hooks In addition, technical difficulties have been required to accommodate manufacturing methods that are comparatively inexpensive.

Most of the conventional rotary folding fishing lure 900 has been proposed as a relatively simple product in which a general fishing needle 10 is put into the inside of a subsidiary material such as cylindrical metal tubes 56 and 66 and strongly pressed and bonded, There is a problem in that it is loosened due to lack of restitution force during rotation or the needle 11 of the individual fishing needle 10 interferes with the rotation of the needle as shown in Fig.

In addition, the proposed proposal for the improvement of this point is that the number of necessary parts shown in FIG. 5C is increased, or the complexity of the assembling process is implied, so that a product which meets technical requirements is required, Improvement of method, development of subsidiary materials, and economical efficiency of assembling method are required.

The present invention has been proposed for the purpose of manifesting robust and convenient folding and folding fishing tackle. In order to maintain smooth binding of the individual fishing needles 20, the individual needles are brought into close contact with each other, the needle 11 is not formed at the distal end of the straight portion of the conventional needle 10 which can act as a cause of interference between the individual needles and rotation, A needle-like needle 20 of a shape that is processed by grinding or the like is applied to the needles 20 and the needles 20 are arranged in a row as shown in FIG. 9A, 9b, so that the housing 60, which is mainly made of synthetic resin, acts as a secondary banding, so that the individual needles 20 When spinning 1st The relaxation of the load (50) to complement the housing 60, and achieve the resilience to repeat the rotation.

With this design, it is possible to mass-produce a folding-type fishing gear which can maintain an effective shape even in repeated rotation in an economical manner, and can greatly improve the usability and portability.

In addition, the multi-needle type combined with the use of the proposed fishing needles 20 and 30 for the purpose of the present invention is not limited to a triple needle, and can be widely used for octopus fishing needles, squirrel-claw needles, And can be expressed by a folding hook if the size is different.

1 is a perspective view of the present invention
2 is a perspective view of a conventional triple needle
3 is a plan view showing rotation interference of a conventional triple needle.
4 is a rotating radius plan view of a triple needle
5 is a comparative plan view of a rotating triple needle
Fig. 6 is a conceptual diagram showing the combination of rotating triple needles.
Figure 7 is a perspective view of the individual fishing needles in this document;
8 is a conceptual view of a conventional individual fishing needle.
Fig. 9 is a view showing a combination of the present invention.
Figure 10 is a top plan view of the inner band of the present invention;
11 is a plan view of the inner and outer bands of the present invention
Fig. 12 is a diagram illustrating a plurality of combinations.
13 is another example of a plurality of combinations
14 is a rotational state plan view of a plurality of combinations.

In the initial stage (Patent Application No. 1020020034079A) in which a rotary folding triple needle was proposed, a method of manufacturing a wire winding by hand was proposed. Thereafter, a method in which a round tubular body 56 of metal is pressed onto the outside of the individual fishing needle 10 Has come.

This makes it possible to press the outside of the tubular body with a strong force so that the individual fishing needles 20 disposed therein do not fall vertically and can rotate only with a strong force so as not to be loosened even in repeated rotation. When carrying, the spikes of the fishing needle are gathered on one side, and the purpose is to maintain the radial isosceles at the time of use.

 Such a proposal is assembled for the purpose of forming the eye 11 at the end of the straight portion of the individual fishing needle so as to prevent the fishing needle from falling down in the vertical direction. However, as shown in Fig. 3, 11) acts as a mechanical disturbance factor (d in Fig. 3), which interferes with the rotation of the triple needle (Fig. 3 (c)) or due to the problem of the assembly structure, In order to solve the problem of interference between the individual needles, a separate process (Fig. 5 (b)) for changing the shape of the tube 56 as in the patent application 1020120149646A and a patent application 1020130017611B1, 5 (c) of Fig. 5), and the patent application 1020130084524B1 suggests that the binding port 55 replacing the tubular body 56 is made to have a special shape (Fig. 5 (d)), block That requires a mountain, can not but face the problem of affordability for the actual production of the product.

  The patent application 1020120149646A made it possible to easily rotate the needle in one direction by rotating the rotary folding hook fishing gear for carrying, but it has been found that the point of sharpening of the needle is widened. This problem can be explained by the example line 910 of the essential turning radius of the individual needles 10 in the view of FIG. 4, which shows that when the first needle is referred to, it is located outside the exemplary line 910 in the vertical direction The need to position the needles 2 and 3 may serve the purpose of gathering the sharp points of the needle. By applying this criterion, the proposals of the prior patents denoted by b, c, d in FIG. Using a triangular tube can solve these problems simply. The shape of the tubular body as shown in Fig. 5 (b) for maintaining the arrangement of the individual needles 10 and the inner filling material 52 as shown in Fig. 5 (c) are unnecessary. When the triangular tube of Fig. 5 There is no need to fill the empty space inside the cylindrical tube 56, which is an improvement over the original patent. Further, by simplifying the triangular arrangement, the center tube 70 can be omitted, the first needle can be applied as the needle 30 having the hook 39, and the needle tip can be arranged in the same straight line as the second and third needles 6A, it is constituted by the fishing gear preparation of the present invention in the case of a single row hull.

 FIG. 6 (c) is a view in which FIG. 4 is arranged in a basic concept. As shown in FIG. 5 (c), the internal space 51 of the tube can be eliminated, It is effective to tightly bind the needles by arranging the needles in a row. It is effective to bind the needles in a state in which the inner space 51 is arranged in a row rather than applying the large cylindrical tubular body 56 as shown in FIG. 6B. For such a configuration, the conventional needle 10 of Fig. 8 can not achieve the present invention of the one-row arrangement (Fig. 9) due to the rotational interference phenomenon of Fig. 3, Respectively.

 Fig. 7A, which is characterized in that the straight portion of the needle is composed of the needle head 21, the needle point 22 and the needle waist 23, does not proceed with the step of forming the eye 11 of the ordinary needle 10 Fig. 7B shows another shape of the present invention in which the ring 39 is formed on the needle head.

 The dotted line 22 inside the radius of the needle 20 in Figure 11 represents the needlepoint 22. After the individual needles 20 are arranged in a row, , And the band 50 at this time can be used either by using the metal tube shown in Fig. 10B or by using a metal band as shown in Fig. 10C, Strong bending takes place in the shape of 10 a.

 Figs. 9 and 11 illustrate a manufacturing procedure of the present invention. Fig. 9B and Fig. 11B show the inner band 50, Figs. 9C and 11C show the outer housing 60, The housing can be made of a metal material, but a synthetic resin material mainly for injection molding suitable for mass production is applied to closely fill the inner space 51 of the band so that the inner band relaxes So as to cope with the repeated rotation of the individual needles 20.

 The loop needle 30 having the loop 39 in the needle head 21 does not require the center member 70 in the conventional triple needle 900 and thus is arranged at the center or one side of the triple needle, Fig. 12 is a diagram illustrating another configuration of the present invention; Fig. Fig. 13 shows a configuration in which a plurality of one-row arrays of Fig. 12 are arranged, and another arrangement of the present invention is shown. These combinations of a plurality of arrays based on the single row arrays of the present invention are the state diagrams shown in Fig. 14 It can be seen that the same combination is designed to achieve the same purpose as the present invention.

10: Conventional needle
11: Conventional eye
12: Conventional needle neck
13: Conventional needle waist
14: Conventional needle bend
15: Conventional needle tip
16: barb
20: Needles that make up this design
21: needle hair
22: Needle neck
23: Needle waist
30: Construction needle of the present invention with a loop
39: Ring
50: inner band
51: Space inside the band
52: Space filling member
55: The bond
56: Internal modulation tube
60: outer housing
66: External modulation tube
70: central tube
200: Triple needle of this invention
900: Conventional triple needle
910: Rotational width of triple needle example line

Claims (4)

In a rotary folding and overhanging fishing gear formed by combining a plurality of fishing needles,
A fishing needle having a straight portion composed of a needle head (21), a needle neck (22), and a needle waist (23);
Forming fishing needles 20 in a row;
A band binding the needle neck (22) of needles arranged in a row;
And an outer housing for binding the outside of the band portion (50).
The method according to claim 1,
Characterized in that the straight portion of the fishing needle is constituted by the needle head (21), the needle neck (22), and the needle waist (23).
The method according to claim 1,
Wherein the fishing needles (20) are arranged in a row as shown in Fig. 12.
The method of claim 3,
And the fishing needles 20 are arranged in a single row as shown in FIG. 13,

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