KR102698483B1 - Fishing hook assembly for catching squid and assembly method therefor - Google Patents

Abstract

The present invention has been proposed in consideration of the above-mentioned problems, and aims to provide an environmentally friendly squid fishing hook assembly and an assembly method thereof, which minimizes the need for parts and has a simple assembly structure, thereby greatly reducing the number of man-hours and lowering the manufacturing cost, is easy to disassemble, making it easy to replace parts, and is easy to separate and recover resources when discarded. To this end, the squid fishing hook assembly of the present invention comprises: an attracting tube for attracting squid; a connecting member connected to the attracting tube; a fishing hook silencer for catching squid; and a fixing tying pin member that penetrates the fishing hook bundle and is connected to the connecting member to support the fishing hook silencer by binding it. An isolated knot-receiving space is provided inside the attracting tube when the connecting member is connected, and a knot is formed in a fishing line that penetrates the entire upper and lower portion from the attracting tube to the fixing tying pin member, but the knot is trapped in the isolated knot-receiving space.

Description

{Fishing hook assembly for catching squid and assembly method therefor}

The present invention relates to an environmentally friendly squid fishing hook assembly and an assembly method thereof, which can prevent the phenomenon of a fishing hook and a fishing line becoming separated during squid fishing, while reducing the number of assembly parts of a fishing hook assembly, making it easy to assemble the parts, thereby greatly increasing productivity, and making it easy to disassemble so that parts can be easily replaced, and making it easy to disassemble when discarding so that resources can be easily separated and recovered by material.

Generally, when fishing using an automatic squid fishing line winder, 80 to 100 hook assemblies are usually tied to the fishing line at regular intervals (approximately 80 cm or less). These squid hook assemblies tied to the fishing line (light core) at regular intervals include fluorescent lures, which cause the squid hook assemblies to shake back and forth depending on the flow of the current and waves. This allows the fluorescent lures to reflect light in a diffuse manner, luring squids that like light and causing them to get caught on the hooks, thereby capturing the squid.

The inventor of the present invention has proposed squid fishing hook assemblies having various assembly structures through Republic of Korea Utility Model Publication No. 20-1998-0067040 (Patent Document 1), Registered Utility Model Publication No. 20-0153615 (Patent Document 2), and Registered Patent Publication No. 10-0353237 (Patent Document 3).

The squid fishing hook assembly of the prior art disclosed in the above patent document 1, as shown in the examples of FIGS. 1 and 2, comprises a streamlined body lure tube (1) injection-molded using synthetic resin mixed with a fluorescent material, and at least one, preferably two, fishhooks (4,4) are laminated in two stages at the lower end thereof, and upper and lower connecting rings (6)(7) whose middle portions are bent into a U shape are structured such that the lure tube (1) and two fishhooks (4,4) are assembled in a state where the middle portions of the upper and lower connecting rings are connected to each other at the bent portions.

And among the upper and lower connecting rings (6)(7), the lower connecting ring (7) located at the center hole (4a) of the fishhook (4,4) is wrapped with a synthetic resin protective tube (72), and the connecting portion of the upper and lower connecting rings is located near the metal body (3) assembled between the lower part of the lure tube (1) and the fishhook (4) laminated on the upper side, so that the lure tube (1) and the fishhook (4) can be slightly bent, and the upper and lower ends of the upper and lower connecting rings (6)(7) are both bent into a U shape to connect the ring ring (9)(8) to the U-shaped ring (6a, 6b)(71), and the upper ring ring (9) is tightly fitted by the upper end of the lure tube (1) and the U-shaped ring (6a, 6b), and also the lower The ring hook (8) is assembled so that it is tightly fitted by the washer (5) and U-shaped ring (71) assembled on the lower fishing hook (4), and a fishing hook assembly is manufactured by tying a fishing line (omitted) to each of the ring hooks (8)(9) on both sides.

However, the conventional squid fishing hook assembly manufactured and assembled as described above had the following problems in terms of manufacturing.

In the conventional fishing hook assembly, the connection and fastening work with the connecting ring (6)(7) must be done so that the ring (8)(9) at both ends can be strongly pressed with a strong tensile force, and a protective tube (72) is required to prevent the connecting ring (6)(7) having a complex U-shaped bend structure from being spread out and becoming loose, and also, a ring (8)(9) and a washer (5) for tying the fishing line (10)(10) are required, etc., and many parts are required, and the complex processing of the parts and the work of tying the fishing line (10) by tying it by tying a knot at both ends of each fishing hook assembly are required, resulting in a very low productivity and a very high cost burden due to the complex and difficult assembly process.

Meanwhile, in the process of repeatedly winding and unwinding the fishhook assembly, if the lure tube (1) made of synthetic resin is scratched by the sharp fishhook (4) and the surface is damaged, the light-reflecting function is reduced, so that it cannot attract the attention of squid that likes light, and thus the catch is bound to decrease. In addition, if a problem such as the fishhook (4) bending occurs, the lure tube (1) and/or the fishhook (4) parts need to be replaced. However, in the case of the conventional fishhook assembly, since it is difficult to disassemble after assembly is completed due to its assembly structure, the entire fishhook assembly must be discarded instead of replacing the parts. In addition, if it is discarded, it is difficult to disassemble the parts, and it takes time, so it is difficult to separate the plastic and metal parts and collect them, so it is disposed of as waste, and there is a problem that the recycling rate of resources is low and environmental pollution occurs.

Republic of Korea Public Utility Model Publication No. 20-1998-0067040 Republic of Korea Utility Model Registration No. 20-0153615 Republic of Korea Patent Publication No. 10-0353237

The present invention has been proposed in consideration of the above-mentioned problems, and aims to provide an environmentally friendly squid fishing hook assembly and an assembly method thereof, in which the number of parts required is minimized, the assembly structure is simple, the man-hours are greatly reduced, and the manufacturing cost is lowered, the disassembly is easy, so that the parts can be easily replaced, and the separation and recovery of resources are easy when discarded.

In order to achieve the above object, the squid fishing hook assembly of the present invention comprises: an attracting tube for attracting squid; a connecting member connected to the attracting tube; a fishing hook bundle for catching squid; and a fixing tying pin member connected to the connecting member by penetrating the fishing hook bundle to support and tie the fishing hook bundle, wherein an isolated knot-accommodating space is provided within the attracting tube when the connecting member is connected, and a knot is formed in a fishing line passing vertically from the attracting tube to the fixing tying pin member so that the knot is trapped within the isolated knot-accommodating space.

According to a preferred embodiment of the present invention, the isolated knot receiving space is characterized by being designed to have a size that allows the upper and lower movement of the inducing body in a state in which the knot is received.

According to a preferred embodiment of the present invention, the lure body has a first through-hole through which a fishing line passes axially in the center, and a knot receiving space which is expanded more than the first through-hole and has an open end; the connecting member has a second through-hole through which a fishing line passes axially in the center, a connecting body which is connected within the knot receiving space to make a part of the receiving space into an isolated receiving space and receives and isolates a knot formed in the middle of the fishing line, a plurality of elastic pieces which protrude and extend integrally from the connecting body, and an inwardly engaging piece member which protrudes and extends inwardly from the ends of the elastic pieces; the fixing fastening pin member has a third through-hole through which a fishing line passes axially in the center, and an outwardly engaging piece member which is inserted through the central hole of the fishhook bundle and is hooked onto the inwardly engaging piece member of the connecting member to be fastened, and is configured to include a flange which is fastened to prevent the fishhook bundle from being detached in a fastened state.

According to a preferred embodiment of the present invention, the connection structure of the inducing body and the connecting member is characterized by a separable male-female screw connection structure.

In addition, according to the present invention, the fixed fastening pin member is characterized by having a tapered portion whose diameter gradually increases from the neck portion, which is a small diameter portion of the outwardly engaging member, to the main body.

In addition, according to the present invention, the fishhook bundle is formed by binding a plurality of fishhooks, which are arranged radially with a central hole, by a cylindrical binding tube, and when the fixing binding pin member is separated from the connecting member, the connecting member is moved toward the fishhook bundle, and at this time, the inwardly engaging member of the elastic piece slides along the tapered portion to spread outward, and continues to contact the cylindrical binding tube so that the width between the inner ends of the inwardly engaging member is wider than the outer diameter of the lower end of the outwardly engaging member, thereby enabling the fixing binding pin member to be separated.

The method for assembling a squid fishing hook assembly of the present invention comprises the steps of: inserting a lure tube for luring squid into a fishing line; forming a knot in the middle of the fishing line penetrating the lure tube so that the outer diameter thereof is greater than that of the fishing line; inserting a connecting member into the fishing line and connecting one end of the connecting member through an opening of a knot-accommodating space of the lure tube to form an isolated knot-accommodating space, and assembling the knot so that it is isolated within the isolated knot-accommodating space provided in the lure tube; inserting one or more fishhook bundles into the fishing line through a central hole; inserting a fixing fastening pin member into the fishing line to prevent the fishhook bundles from detaching, and then assembling the same by penetrating the central hole of the fishhook bundle; and completing a fastening step of connecting an end of the fixing fastening pin member protruding from the fishhook bundle to an end of the connecting member protruding outward from the lure tube.

According to a preferred embodiment of the present invention, the knot is characterized in that it is a knot selected from an overhand knot, a figure-of-eight knot, a figure-of-eight link knot, a cross knot, a fisherman's knot, and a square knot.

The present invention is configured such that a knot-accommodating space for accommodating a knot formed on a fishing line is provided inside a lure tube for luring squid, a connecting member is detachably connected to the lure tube so that the knot is trapped in the knot-accommodating space, and the lure tube is hung in a fixed position in the middle of the fishing line, and further, a fixing fastening pin member for fixing and binding a bundle of fishing hooks is detachably connected to the connecting member, so that parts are minimized and the number of assembly processes is greatly reduced, so that a squid fishing hook assembly can be manufactured by only a simple assembly process, thereby greatly reducing the manufacturing cost, resulting in very high productivity and economic efficiency.

In addition, when the lure tube or hook bundle is damaged, the fishing line can be cut, the relevant part replaced, reassembled, and the broken fishing lines tied together to form a knot bundle before reassembling the parts. This makes maintenance easy and reduces costs.

In addition, when the fishhook assembly made of metal and plastic parts is disposed of, the three main parts that are simply connected to each other can be easily separated with a simple operation, so that the recovery work for recycling resources can be done much more easily than before. Accordingly, it has the advantage of being environmentally friendly compared to the existing technology where the parts were difficult to disassemble and were simply thrown away, thus causing environmental destruction.

In particular, since the knot accommodation space that accommodates the knot bundle is formed with a large amount of space greater than the length of the knot bundle, the fishhook assembly is not fixed to a fixed point on the fishing line as in the past, so that the lure tube moves up and down according to the current within the range of the space (the size of the isolated knot accommodation space is designed to allow up and down movement of approximately 5 to 25 mm), the lure effect that attracts the attention of squid is greatly enhanced, so that the catch of squid can be greatly increased. In addition, since the lure tube rises within the range of the accommodation space by the tidal force or buoyancy, the tensile force (gravity) load applied to the fishing line by many squid fishhook assemblies can be reduced, which helps extend the life of the fishing line.

Figures 1 and 2 are exploded perspective views and assembled cross-sectional views of parts showing a squid fishing hook assembly according to the prior art.
Figure 3 is a cross-sectional view of the squid fishing hook assembly of the present invention.
Figure 4 is an exploded perspective view of the parts of the squid fishing hook assembly of the present invention.
Figure 5 is a cross-sectional view of a connecting member of a squid fishing hook assembly of the present invention.
Figure 6 is a cross-sectional side view of a connecting member of a squid fishing hook assembly of the present invention.
Figure 7 is a drawing showing the shape of the right or left side of the connecting member of the squid fishing hook assembly of the present invention.
Figure 8 is a bottom view of the connecting member of the squid fishing hook assembly of the present invention.
Figure 9 is a longitudinal cross-sectional view showing a fixing pin member of the squid fishing hook assembly of the present invention.
FIG. 10 is a drawing showing in sequence a method of forming an overhand knot bundle in the middle of a fishing line of the present invention.
Figures 11(a) to 11(d) are drawings showing a bundle of 1- to 4-fold knots using the overhand knot method of the present invention.
FIG. 12 is a drawing showing a method for forming a figure-8 knot that can be used as a knot bundle of the present invention.
FIG. 13 is a drawing showing a method of forming a counter-knot that can be used as a knot bundle of the present invention.
FIG. 14 is a drawing showing a method for forming single-ply and triple-ply fisherman's knots that can be used as a knot bundle of the present invention.
FIG. 15 is a drawing showing a method for forming an 8-piece knot that can be used as a knot bundle of the present invention.
FIG. 16 is a drawing showing a method for forming a square knot that can be used as a knot bundle of the present invention.
Figure 17 is a block diagram showing step-by-step the method of forming a fishhook assembly of the present invention by assembling it to a fishing line.
Figure 18 is a drawing showing a process of connecting and connecting a connecting member and a fixing fastening pin member of the present invention.
Figure 19 is a drawing showing a process of separating the connecting member and the fixing fastening pin member of the present invention from each other.

Before describing the present invention, the following specific structural and functional descriptions are merely exemplified for the purpose of explaining embodiments according to the concept of the present invention, and the embodiments according to the concept of the present invention can be implemented in various forms and should not be construed as being limited to the embodiments described in this specification.

In addition, since the embodiments according to the concept of the present invention can have various changes and can have various forms, specific embodiments are illustrated in the drawings and described in detail in this specification. However, this is not intended to limit the embodiments according to the concept of the present invention to specific disclosed forms, but should be understood to include all modifications, equivalents, or substitutes included in the spirit and technical scope of the present invention.

The terms first and/or second, etc. may be used to describe various components, but the components are not limited to the terms. The terms are only intended to distinguish one component from other components, for example, without departing from the scope of the invention, a first component may be referred to as a second component, and similarly, a second component may also be referred to as a first component.

When it is said that a component is "connected" or "connected" to another component, it should be understood that it may be directly connected or connected to that other component, but that there may be other components in between. On the other hand, when it is said that a component is "directly connected" or "directly connected" to another component, it should be understood that there are no other components in between.

The terminology used herein is only used to describe particular embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly indicates otherwise. It should be understood that the terms "comprises" or "has" as used herein specify that there is a feature, number, step, operation, component, part, or combination thereof implemented, but do not exclude in advance the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms defined in commonly used dictionaries, such as those defined in common usage dictionaries, should be interpreted as having a meaning consistent with the meaning they have in the context of the relevant art, and will not be interpreted in an idealized or overly formal sense unless explicitly defined herein.

In addition, in the drawings below, the thickness or size of each component may be exaggerated for convenience and clarity of explanation, and the same symbols in the drawings indicate the same elements.

Hereinafter, a squid fishing hook assembly and its assembly method according to the present invention will be described with reference to the drawings.

In the following description, the top in the drawing is referred to as the upper side (top) or top, and the bottom is referred to as the lower side (bottom) or bottom.

FIG. 3 is a cross-sectional view of the squid fishing hook assembly of the present invention, and FIG. 4 is an exploded perspective view of parts of the squid fishing hook assembly of the present invention.

The squid fishing hook assembly (10) of the present invention, which is indicated by the symbol 10 as a whole, comprises an approximately streamlined lure tube (12) that is easy to diffusely reflect a strong light illuminated from a fishing boat in order to lure squid that likes light, a connecting member (14) that is connected to the lower end of the lure tube (12), a fixing fastening pin member (16) that is further connected to the lower end of the connecting member (14), and a fishing hook bundle (18a, 18b; the representative symbol is 18) that is fixedly fastened by the fixing fastening pin member (16), and a fishing line (20) passes through the squid fishing hook assembly (10) in the direction of the central axis. In order to avoid complexity in FIG. 3, a part of the fishing line (20) that passes through the entire assembly is omitted.

The squid fishing hook assembly (10) is installed at least once in the middle of the fishing line (20), preferably at intervals of approximately 0.5 to 1.5 m on a long fishing line (20) of 50 to 100 m in length, and most preferably at intervals of approximately 1 m over the entire length of the fishing line, by tying and fixing the squid fishing hook assembly (10).

FIG. 5 is a cross-sectional configuration of the lure tube of the present invention, wherein the lure tube (12) is injection-molded with plastic, and preferably, when manufactured by mixing fluorescent (luminescent, luminescent) pigment into the material during injection, so that light is accumulated in normal times and light is emitted even in dark water, thereby being effective in attracting squid, and a first through-hole (22) penetrating vertically is formed on its central axis, and this first through-hole (22) is formed slightly larger than the outer diameter of the fishing line (20) to allow passage of the fishing line (20).

And, on the lower side of the above-mentioned lure body (12), a knot receiving space (26) is formed, which is connected to the first through hole (22), has a diameter larger than the first through hole (22), and has an opening (24) at the lower end, and a female screw (28) is formed as a connecting means for connecting to the connecting member (14) in a lower section of the above-mentioned knot receiving space (26), that is, from the opening (24) to a predetermined height section.

FIGS. 6 to 8 are drawings showing the structure of a connecting member (14) connected to the above-described attracting tube (12), and includes a connecting body (32) in which a male screw (30) that is screw-connected with the female screw (28) is formed on the outside of a cylindrical body as a connecting means to the above-described attracting tube (12), a second through hole (34) is formed in the direction of the central axis of the connecting body (32), that is, in the up-and-down direction, through which a fishing line (20) passes, and a plurality of elastic pieces (38, 38), for example, 2 to 4 (in the illustrated embodiment, 2 as a symmetrical structure), are protruded and extended from the lower end of the connecting body (32) by slits (36), and an inwardly engaging member (40, 40) that protrudes and extends inward is provided at the lower ends of each of the elastic pieces (38, 38) facing each other.

The above inwardly engaging member (40, 40) has a hook (40a, 40a) formed on the upper side, and its lower surface has an inclined portion (40b, 40b) whose diameter expands toward the bottom, so that it has a hook shape, and the gap (b1) between the tips of the above inwardly engaging member (40, 40) is set to be at least larger than the diameter of the second through hole (34).

And the above elastic pieces (38, 38) have elasticity that allows deformation (deformation that spreads apart) by bending outwardly centered on the base (root part) where the extension from the connecting body (32) begins when an external force is applied in a direction perpendicular to the axis toward the outside through the inward-facing engaging piece member (40, 40), and when the external force is removed, they return to their original position, i.e., a vertically standing state, by the restorative elasticity.

FIG. 9 is a cross-sectional view showing a fixing tying pin member (16) for fixing a fishing hook bundle (18), wherein an outwardly tangentially conical tangentially ...

And, at the lower end of the fixing pin member (16), a flange (54) is provided that is wider than the diameter of the main body (46) and at the same time has a diameter larger than the center hole (52) of the fishing hook bundle (18) through which the fixing pin member (16) is inserted and penetrated, so that when the fishing hook bundle (18) is inserted and assembled through the outwardly engaging member (42) that is the upper portion of the fixing pin member (16), the fishing hook bundle (18) descending along the main body (46) reaches the flange (54) and cannot descend any further and is supported in that position.

The fishing hook bundle (18) shown in the exploded perspective view of Fig. 4 is formed by radially arranging J-shaped unit needles (56) so that a central hole (52) is formed in the center, and the outside of the unit is wrapped and firmly fixed by a binding tube (58).

The symbol 20 shown in the exploded perspective view of Fig. 4 is a fishing line that penetrates the fishing hook assembly (10) from top to bottom, and a knot (60) (or knot bundle) is formed in the middle of the fishing line (20). This knot (60) is formed at the assembly site each time an individual fishing hook assembly (10) is strung on the fishing line (20) and assembled.

The knot (60) used in the present invention has a very important function in the assembly structure of the invention, and there may be various methods, but an overhand knot that is easy to form a knot can be used. However, there is no limitation to the type of knot used in the present invention, and in addition to the basic knot, such as an overhand knot (a cross knot), a figure-8 knot, a figure-8 connecting knot, a matching knot, a fisherman's knot (a single- to five-fold fisherman's knot), a square knot, etc., there is no limitation to the knot type.

Therefore, when using a single continuous line with a long overall length as the fishing line (20), it is recommended to use an overhand knot (60) or a figure-of-eight knot, and when using a fishing line (20) divided at intervals between the fishing hook assemblies (10), it is recommended to use a tie knot, a fisherman's knot (1 to 5), a figure-of-eight knot, a square knot, etc. that tie together the broken ends.

Figure 10 is a step-by-step diagram showing a method for forming an overhand knot.

FIG. 11 is a drawing showing a single- to four-fold overhand knot when forming an overhand knot, (a) is a single-fold overhand knot with only one twist, (b) is a double-fold overhand knot with two twists, (c) is an overhand knot with three twists, and (d) is an overhand knot with four twists. If more twists are added, the bundle length of the knot portion becomes longer, and this can be adjusted by considering the volume size of the isolated knot accommodation space (26a) (here, the entire accommodation space with the lower part open is indicated by the symbol 26, and the isolated knot accommodation space remaining in the upper part after the connecting member is connected is indicated by the symbol 26a) that remains when the connecting member is assembled by screwing it to the inducing pipe (12).

A bundle of knots (60) like this is so large that it cannot pass through the first through hole (22) and the second through hole (34) through which the fishing line (20) passes while being trapped in the isolated knot receiving space (26a), and the outer diameter of the knot bundle portion is approximately three times the diameter of the fishing line (20). Therefore, unless the connecting member (14) is separated, the bundle of knots (60) is not pulled out or exposed to the outside and is trapped in the isolated knot receiving space (26a). Therefore, once the fishing hook assembly (10) is assembled to be hung in the middle of the fishing line (20), it always remains suspended in the middle of the fishing line (20) without leaving that position.

However, in this case, the relationship between the size of the isolated knot accommodation space (26a) after the knot bundle (60) and the connecting member (14) are fastened is such that, rather than forming the space size according to the size of the knot bundle, it is preferable to configure the isolated knot accommodation space (26) to have a space of about 5 to 25 mm vertically while the knot bundle (60) is accommodated (upper and lower length of the knot bundle <> upper and lower length of the isolated knot accommodation space), and thereby the lure body (12) can move up and down within a range of about 5 to 25 mm with the isolated knot bundle (60).

In this way, since the isolated knot receiving space (26a) that accommodates the knot bundle (60) is formed with a larger amount of space than the length of the knot bundle, the fishing hook assembly (10) is not fixed exactly to a fixed point on the fishing line as in the past, and thus the lure tube (12) moves up and down according to the current and buoyancy within the range of the isolated receiving space (26a) (the size of the isolated knot receiving space is designed to allow movement within a range of approximately 5 to 25 mm), the lure effect that attracts the attention of squid (the lure tube in a luminous state oscillates up and down in seawater and emits light to attract the attention of squid) is greatly enhanced, so that the catch of squid can be greatly increased. In addition, the lure body (12) floats within the isolated receiving space (26a) by buoyancy or force, and the tensile force (gravity) load applied to the fishing line by the numerous squid hook assemblies (10) installed at intervals of about 1 m on the fishing line can be greatly reduced, thereby helping to extend the life of the fishing line.

Figure 12 is a drawing showing a method of forming a figure-8 knot, which is a strong knot that can be made easily and quickly and can be easily untied even after being impacted.

Figure 13 shows a strong and easy-to-untie knot that connects two ends of a fishing line (rope).

Figure 14 shows the most commonly used fisherman's knot when connecting two lines, the so-called fisherman's knot, and is a knot often used for tying fishing lines, showing a single- and triple-fisherman's knot, respectively.

Figure 15 is a figure-8 knot. It has the advantage of not coming undone when tied using two lines, and being easy to untie even after being tightened by force. First, make a loose figure-8 knot at one end of the fishing line, and then tie it back to the other end of the fishing line to form a knot. In this way, the two fishing lines bite each other and are safely connected to one fishing line. After connecting, always make a sling knot (overhand knot).

Figure 16 is a drawing showing a square knot, which is a method of tying a counter knot and then a cross knot. This knot has the advantage of being easy to tie and untie, but it can also be easily undone, so it must be used correctly. One thing to be careful of is that the ends of the fishing line must be on the same side when tying the knot. If the knot is crossed, it can easily come undone even with a light movement, which can be dangerous. Therefore, when connecting two lines using a square knot, it must be tied symmetrically to make it more secure, and it is recommended to double-knot both ends.

Below, a method of assembling and mounting the fishing hook assembly (10) of the present invention on a fishing line (20) and hanging it will be described with reference to FIG. 17.

First, a lure tube (12) for luring squid onto a fishing line (20) is inserted through the first through hole (22) (step 1).

At least one knot (60) bundle is formed in the middle of the fishing line (20) penetrating the above-mentioned lure body (12) so that the outer diameter increases compared to the fishing line (20) (step 2).

In a state where the above knot (60) is adjusted to be positioned within the knot receiving space (26) provided in the lure tube (12), the connecting member (14) is inserted into the fishing line (20) and one end of the connecting member (14) is connected through the opening (24) of the open lower portion of the knot receiving space (26) of the lure tube (12) (step 3). As a result, the knot (60) bundle is trapped within the isolated knot receiving space (26a). At this time, the lure tube (12) and the connecting member (14) are fastened to each other with screws (28, 30), so that they can be separated.

Next, one or more, in the present invention, two fishing hook bundles (18a, 18b) are inserted into the fishing line (20) through the center hole (52) (step 4).

Next, to prevent the detachment of the above-mentioned fishing hook bundle (18), a fixing pin member (16) is inserted into the fishing line (20) through the third through hole (50), and then the central hole (52) of the fishing hook bundle (18) is penetrated and assembled (step 5). As a result, the fishing hook bundle (18) is supported by the flange (54), which is a lower portion component of the fixing pin member (16), so that the downward falling is prevented by the flange (54).

In this state, the outwardly protruding hooking member (42) of the above-mentioned fishing hook bundle (18) is forcibly pushed in through the gap b1 between the elastic members (38, 38), which are ends of the connecting member (14) that have already been connected to the above-mentioned lure pipe (12) and protrude outwardly from the lure pipe (see Fig. 18). When the outward engaging member (42) is forcibly pushed in through the gap b1, the elastic pieces (38, 38) are spread apart, causing the outward engaging member (42) to pass through the inward engaging member (40). The elastic pieces (38, 38) that were spread apart at the moment of passing through are returned to their original standing state by shrinking toward the center due to the restoring elastic force accumulated inside through the deformation process, and accordingly, the inward engaging member (40) engages and locks the outward engaging member (42). Since the engaging projections (40a, 40a) (42a, 42b) on both sides are planar and perpendicular to the axial direction, they do not separate from each other due to the axial force, and thus the fastening is completed (step 6).

Here, the connecting member (14) and the fixing fastening pin member (16) are capable of bending to a certain degree due to their connecting structure, thereby ensuring flexibility.

In the above assembly steps, the steps may be in the opposite direction (steps 1 to 6 → steps 6 to 1), and the order of the assembly process (steps) of some steps may be interchanged. For example, the fishhook bundle (18) may be first assembled with the fixing pin member (16) and then inserted into the fishing line (20), or in addition, three members including the connecting member (14) may be first assembled, and then inserted into the fishing line (20) and then assembled into the lure tube (12). However, it is impossible to insert the fishhook bundle (18) from the rear of the flange (54) of the fixing pin member (16) while first inserting the fixing pin member (16) into the fishing line (20) due to the function and characteristics of the flange (54), and except for this, the order of each step may be interchanged as long as a final completed assembly (Fig. 3) can be obtained.

Next, we will explain the maintenance of the fishhook assembly (10), especially the disassembly of parts when discarding.

Figure 19 is a drawing showing the state of movement of the members when the connecting member and the fixing fastening pin member are disconnected. When separating the parts, one of the members, for example, the connecting member (14), is pushed toward the fixing fastening pin member (16) by applying force in the direction of the arrow (see F1).

In this state, the inner end of the inwardly facing member (40) initially slides down along the tapered portion (48) in close contact, and as it descends, the diameter of the tapered portion (48) in contact gradually increases, so the force (F1) in the direction of the arrow pushing in the axial direction gradually increases due to the horizontal force component by the tapered portion (48).

As the axial force (F1) continues to be applied, the inwardly engaging member (40) reaches the tie tube (58), and in this state, the gap between the inner tips of the inwardly engaging member (40) widens to become larger than the lower diameter of the outwardly engaging member (42), and as long as the axial force (F1) of the arrow applied downward is maintained, the fixed tie pin member (16) is unlocked and thus is free to move in the axial direction, i.e., move downward in the open state.

In this state, if a force (F2) is applied to the unlocked fixed tying pin member (16) to pull it downward (or the natural force of gravity can also be used), the fixed tying pin member (16) moves downward along the guidance of the center hole (52) of the fishing hook bundle (18), and as shown in the right drawing of Fig. 19, the fixed tying pin member (16) moves separately from the dotted line state to the solid line state.

Meanwhile, the connecting member (14) can be easily separated from the lure tube (12) by rotating it in the direction of loosening the screw while the lure tube (12) is fixed so that it does not rotate.

Since all parts are separated with only two separation movements without requiring great force or technique, metal and plastic materials can be easily separated and recovered.

On the other hand, when replacing some parts, for example, the lure tube (12), the fishing line (20) is cut, the connecting member (14) is separated from the lure tube (12), the new lure tube is inserted through the broken fishing line end, the two fishing lines at the broken part are tied together using a cross knot (see FIG. 13) or a figure-of-eight knot (see FIG. 15), etc. to form a knot bundle, and then the position of the lure tube is adjusted so that the newly formed knot bundle is positioned within the knot receiving space (26), and then the connecting member (14) is assembled by screwing (28, 30) (whereby the knot bundle is trapped in the isolated knot receiving space again), thereby completing the replacement of the lure tube, and the replacement of other parts can also be performed in the same manner.

The present invention is not limited to the above-described embodiments, and various modifications are additionally possible. For example, the present invention includes a configuration substantially the same as the configuration described in the embodiments (for example, a configuration having the same function, method, and result, or a configuration having the same purpose and effect). In addition, the present invention includes a configuration in which non-essential parts of the configuration described in the embodiments are replaced. In addition, the present invention includes a configuration having the same operational effect as the configuration described in the embodiments, or a configuration capable of achieving the same purpose. In addition, the present invention includes a configuration in which a known technology is added to the configuration described in the embodiments.

10: Fishing hook assembly 12: Bait tube
14: Connecting member 16: Fixing pin member
18(a,b): A bundle of fishhooks 20: A fishing line
22: First penetration hole 24: Opening
26: Knot receiving space 26a: Isolated knot receiving space
28,30: Fastening means (female screw 28: male screw 30) 32: Connecting body
34: Second through hole 36: Slit
38: Elastic piece 40: Inward hanging piece
40a: stumbling block 40b: slope
42: Outward facing hanging piece 42a: Hanging piece
44: Neck 46: Body (of the fixing pin member)
48: Tapered section 50: Third through hole
52: Center hole 54: Flange
56: Unit needle 58: Binding tube
60: Knot (knot bundle) b1: Spacing between inwardly facing members

Claims (7)

A squid fishing hook assembly comprising: a lure tube for luring squid; a connecting member connected to the lure tube; a fishing hook bundle for catching squid; and a fixing tying pin member connected to the connecting member by penetrating the fishing hook bundle to support and tie the fishing hook bundle, wherein a knot-receiving space is provided within the lure tube and is isolated when the connecting member is connected, and a knot is formed in a fishing line extending vertically from the lure tube to the fixing tying pin member, so that the knot is trapped within the isolated knot-receiving space. A squid fishing hook assembly, characterized in that in the first paragraph, the isolated knot receiving space is designed to a size that allows the upper and lower movement of the lure body in a state in which the knot is received. In claim 1 or 2, the lure body has a first through hole through which a fishing line passes axially at the center, and a knot receiving space that is expanded more than the first through hole and has an open end; the connecting member has a second through hole through which a fishing line passes axially at the center, a connecting body that is connected within the knot receiving space to make a portion of the receiving space into an isolated receiving space and receives and isolates a knot formed in the middle of the fishing line, a plurality of elastic pieces that protrude and extend integrally from the connecting body, and an inwardly engaging piece member that protrudes and extends inwardly at the ends of the elastic pieces; A squid fishing hook assembly comprising the above-mentioned fixed fastening pin member, which has a third through hole through which a fishing line passes axially at the center, and an outwardly engaging member inserted through the center hole of the above-mentioned hook bundle and hooked to the inwardly engaging member of the above-mentioned connecting member, and which includes a flange that engages to prevent the above-mentioned hook bundle from coming off in a fastened state. A squid fishing hook assembly, characterized in that in the first paragraph, the connection structure of the inducing body and the connecting member is a separable male and female screw connection structure. A squid fishing hook assembly, characterized in that in the third paragraph, the fixed fastening pin member has a tapered portion whose diameter gradually increases from the neck portion, which is a small-diameter portion of the outward-facing hook member, to the main body. In the fifth paragraph, the fishhook bundle is formed by binding a plurality of fishhooks that are arranged radially with a central hole by a cylindrical binding tube, and when the fixed binding pin member is separated from the connecting member, the connecting member is moved toward the fishhook bundle, and at this time, the inwardly engaging member of the elastic piece slides along the tapered portion to spread outward, and continues to contact the cylindrical binding tube so that the width between the inner ends of the inwardly engaging member is supported so as to be wider than the outer diameter of the lower end of the outward engaging member, thereby enabling the fixed binding pin member to be separated. A squid fishing hook assembly. In the assembly method of a squid fishing hook assembly,
A step of inserting a lure tube to attract squid onto a fishing line;
A step of forming a knot in the middle of the fishing line penetrating the above-mentioned lure body so that the outer diameter increases compared to the fishing line;
A step of attaching a connecting member to a fishing line, connecting one end of the connecting member through an opening in a knot receiving space of a lure body to form an isolated knot receiving space, and assembling the knot so that it is isolated within the isolated knot receiving space provided in the lure body;
A step of inserting one or more bundles of fishing hooks into a fishing line through a center hole;
A step of assembling the above-mentioned fishing hook bundle by inserting a fixing pin member into the fishing line to prevent the fishing hook bundle from detaching and then penetrating the center hole of the fishing hook bundle; and
A method for assembling a squid fishing hook assembly, comprising: a step of completing a connection by connecting an end of the fixing fastening pin member that protrudes from the fishing hook bundle to an end of the connecting member that protrudes outside the above-mentioned lure body;

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