KR200232003Y1 - Squid Rig - Google Patents

Abstract

It is possible to form a long catching part of the binding sphere and to improve the durability of the fluorescent material, a plurality of needles formed in the shape of a hook is arranged in a radial manner, and the fishing needles installed in one or more stages, and long ellipsoids in the longitudinal direction A lure port formed by integrally joining a pair of divided lures that are divided in half into two, a buffer member installed between the lure port and the fishing needle and having a predetermined elastic force, a binding port installed through the center portion of the lure port and the fishing needle; It is installed at both ends of the tie and provides squid fishing including a pair of connecting rings connecting the fishing line.

The attracting inlet is formed by heat-sealing a pair of divided inlets or by integrally bonding them using an adhesive, and forming a bait shape for attracting a squid on the inner surface of the attracting inlet by applying a fluorescent material.

Both ends of the binding sphere is formed by bending the engaging portion for hanging the connecting ring in the '∪' shape, the length of the engaging portion is formed longer than the length of the buffer member is compressed.

Description

Squid Fishing {Squid Rig}

The present invention relates to squid fishing, and more specifically, the lure is formed on the inner surface of the attracting port, so the durability of the bait is improved, the fishing needle and the binding port are assembled, and then inserted and joined between a pair of split inlets. The present invention relates to squid fishing that prevents the catching portion of the binding port from being loosened by forming an integrated attracting port.

In general, the squid is caught by using a fishing hook, and the squid is caught by dropping the squid by dropping it up to the sea by sequentially connecting a plurality of squid fishing using a fishing line.

The squid fishing used to fish the squid in the above is installed in the connecting ring for connecting the fishing line at both ends in the longitudinal direction, is formed in a hollow shape and the long oval lure attracting the squid is located in contact with one connection ring. The fishing needles, which are hooked in a circumferential direction, are hooked and installed in two or more stages, and are located in contact with the other connecting ring. A buffer member made of soft synthetic resin or rubber is installed between the inlet and the fishing needle. , The connecting ring of both sides is made by connecting to the binding hole is installed through the inlet and the fishing needle.

An example of the conventional squid fishing comprised as mentioned above is shown in FIG.

As shown in Figure 7, conventional squid fishing is made by arranging a plurality of needles formed in a hook shape by bending a steel wire radially in the circumferential direction and is formed in a hollow shape with a fishing needle 2 installed in two or more stages. Long oval attracting port 4 for squid, between the attracting port 4 and the fishing needle 2, the buffer member 6 made of soft synthetic resin or rubber, the attracting port 4 and fishing The binding port 8 is installed through the central portion of the needle (2), and is provided at both ends of the binding port (8) and a pair of connecting ring 10 for connecting the fishing line.

The binding port 8 is made of a steel wire, bent in both ends to the '∪' shape to form a locking portion 9, it is made to hang the connecting ring 10 to the locking portion (9). .

In addition, the binding holes 8 are connected in a chain shape divided into two parts for free bending of the front, rear, left and right of the fishing needle (2).

That is, the middle of one binding hole 8 is bent in the shape of '형', and then the portion bent in the shape of the '다른' of the other binding hole 8 is configured so that free bending of front, rear, left and right occurs in this part. , The shock absorbing member 6 is assembled to be located at this part.

The attracting port 4 is made of hard synthetic resin, and forms a through hole 5 penetrating the center in the longitudinal direction smaller than the diameter of the connection ring 10.

Conventional squid fishing made as described above hooks the connecting ring 10 to one hook portion 9 bent in the '∪' shape of the binding hole 8 in which two parts are connected in a chain shape, and then the fishing needle (2), cushioning The member 6 and the attracting port 4 are sequentially inserted into the binding port 8, and the other engaging portion 9 of the binding port 8, which is compressed into a '∪' shape by compressing the shock absorbing member 6, is attracted to the attracting port ( 4) The assembly is completed by hanging the connection ring 10 to the outside.

When assembled as described above, the attracting port (4) and the fishing needle (2) is subjected to a force in a direction in close contact with the connection ring 10 by the elastic force of the buffer member (6), the connection ring (10) , The attracting port 4, the buffer member 6, the fishing needle 2, the connection ring 10 is maintained in close contact with each other by the elastic force of the buffer member (6).

As the conventional squid fishing manufactured as described above is hooked to the engaging ring 10 of the binding port 8 exposed to the outside of the inlet 4 as the buffer member 6 is compressed, the buffer member Only by the length of the compression (6) the end of the binding sphere 8 is bent in the '의' shape to form the locking portion (9).

However, since the length of compressing the shock absorbing member 6 is about 5 mm or less, the hooking portion 9 of the binding hole 8 to bend is also about 5 mm or less, and at the end of the attraction port 4 made of hard synthetic resin, If cracks or damages occur, there is a fear that the locking portion 9 of the binding port 8 is exposed to the outside.

In the state as described above, in the squid fishing used in the tens to hundreds are long connected by connecting the connection ring 10 with the fishing line 18, as shown in Figure 6, a very large load on the squid fishing located above When the end portion of the attracting port 4 is damaged and the catching part 9 of the binding port 8 is exposed, this part is opened and the state caught by the connection ring 10 is released to release a lot of squid. Squid fishing is lost.

In addition, when the squid is shaken along the wave in the state of catching the fishing needle (2), a moment is applied to the fishing needle (2) from the inlet port (4) side to any one of the squid fishing, and in this case, As the shock absorbing member 6 is compressed, there is a high possibility that the engaging portion 9 of the binding hole 8 is exposed to the outside and spread out.

In the conventional squid fishing, since the inlet port 4 is integrated, a bait shape (for example, a small fish, a crustacean, or a fry) for attracting a squid is formed by applying a fluorescent material to the surface of the inlet 4. The applied fluorescent material is frequently rubbed with other apparatus or suspended matter and is easily peeled off.

In addition, conventional squid fishing may emit light by containing a fluorescent material in the raw material of the attracting port 4, but in this case, since the light intensity is low, the light is not irradiated far away, and it is impossible to form bait in various shapes. .

An object of the present invention is to solve the problems as described above, it is possible to form a long engaging portion of the binding sphere because it is configured to join a pair of split inlets divided into two parts in the longitudinal direction integrally after the fluorescent material inside Since it is applied to the squid fishing to improve the durability is to provide.

1 is an exploded perspective view showing an embodiment of squid fishing according to the present invention.

Figure 2 is a cross-sectional view showing an embodiment of the squid fishing according to the present invention.

Figure 3 is an exploded perspective view showing the split induction in one embodiment of the squid fishing according to the present invention.

Figure 4 is a cross-sectional view showing a bonding state of the split induction in one embodiment of the squid fishing according to the present invention.

Figure 5 is an assembled cross-sectional view showing another embodiment of the squid fishing according to the present invention.

6 is a partial cross-sectional view for explaining a method of catching squid using one embodiment of squid fishing according to the present invention.

7 is a cross-sectional view showing a conventional squid fishing.

The squid fishing proposed by the present invention is made by radially arranging a plurality of needles formed in a hook shape by bending a steel wire in a circumferential direction, and having a fishing needle installed in more than one stage and a long ellipsoid divided in half in the longitudinal direction. An inlet formed by integrally joining a pair of divided inlets, a buffer member provided between the inlet and the fishing needle and having a predetermined elastic force, a binding inlet penetrating through the center portion of the inlet and the fishing needle, and It is installed at both ends of a fastener and includes a pair of connecting rings for connecting a fishing line.

The attracting inlet is formed by heat fusion bonding a pair of split inlets or by integrally bonding using an adhesive.

The inner surface of the attracting spout is formed by applying a fluorescent material to the bait shape for attracting the squid.

Both ends of the binding sphere are formed by bending the engaging portion for hanging the connection ring in the '∪' shape, the length of the locking portion is formed longer than the length of the buffer member is compressed.

Next, a preferred embodiment of the squid fishing according to the present invention will be described in detail with reference to the drawings.

First, the embodiment of the squid fishing according to the present invention is made by arranging a plurality of needles 22 formed in a hook shape by bending a steel wire radially in the circumferential direction as shown in FIGS. An attracting port 30 formed by integrally joining a fishing needle 20 to be installed, a pair of split inlets 32 having a shape of dividing a long ellipsoid in half in the longitudinal direction, and the aforementioned attracting port 30 and a fishing needle 20 ) Is installed between the buffer member 40 having a predetermined elastic force, the binding port 50 is installed through the center portion of the induction port 30 and the fishing needle 20, and the binding port 50 Installed at both ends of the) and includes a pair of connecting ring 60 for connecting a fishing line.

As shown in FIG. 1, the fishing needle 20 includes a plurality of hook-shaped needles 22 arranged radially in close contact with each other to be inserted into and fixed to a cylindrical fixing cylinder 24.

As shown in FIG. 3 and FIG. 4, the attracting port 30 described above is heated and fused to a pair of split induction holes 32 to be integrally joined.

As the method of heat fusion as mentioned above, all the various methods used when fusion | melting synthetic resin can be used. For example, various methods such as ultrasonic fusion, high frequency fusion, induction heating fusion, and heat fusion using a heater can be used.

Moreover, as a method of integrally joining the above-mentioned split inlets 32, it is also possible to use an adhesive in addition to heat fusion.

As shown in Figs. 3 and 4, the joining surface 33 of the split induction hole 32 is formed in a step shape corresponding to each other to increase the welding degree and the joining degree when heat-sealed or bonded using an adhesive, It is preferable to prevent both joining surfaces 33 from shifting from each other.

That is, when the joining protrusion 34 is formed so that one half of the thickness protrudes from the inner surface side in one longitudinally extending portion 32 to the joint surface 33, the other one is divided into the split inlet 32 and the joint surface 33. The inner surface side is concave in the longitudinal direction and the joining protrusion 35 is formed so that about half of the thickness protrudes from the outside, and when a pair of dividing inlets 32 are bonded together, they move in the width direction to form the joining surface 33. It is configured so that no deviation occurs.

The shape of the joining surface 33 or the shape of the joining projection 34 described above can be modified in various ways as long as it is a structure that can increase the contact area and prevent misalignment of the joining surface 33.

The inner surface of the attracting tool 30 (inner surface of the split inlet 32) is formed by applying a fluorescent material 38 to lure for attracting the cuttlefish.

In general, squids like light, so it is possible to attract them simply by applying a fluorescent material to emit light.However, in order to improve the attracting efficiency, squids like small fish, crustaceans, and larvae can be attracted to the phosphors (38). ) Is preferably applied.

In addition, when the fluorescent material is applied to the inner surface of the attracting port 30, it is preferable that the attracting port 30 is formed of a transparent or translucent material so that the emitted light is well radiated to the outside.

In addition, the dividing inlet 32 may be formed to have a uniform thickness of the whole, and may be formed to have a thick thickness at both ends in the longitudinal direction where a large load is applied from the outside, and to form a thin thickness at the middle portion.

In the conventional squid fishing as shown in Fig. 7, the core is inserted into the injection molding to form the through hole 5 of the inlet 4, so that the middle portion of the inlet 4 is thick and the external load mainly acts. There is a problem that the thickness of the tip is formed to be thin, thereby resulting in high consumption of materials and heavy product weight.

However, in one embodiment of the squid fishing according to the present invention, as shown in Figure 3, since the inlet 30 is formed of two split inlet 32, it is possible to form a thin middle portion, the material savings The cost savings and weight reduction effect are obtained.

And both ends of the binding port 50 is formed by bending the engaging portion 52 for hanging the connection ring 60 in a '∪' shape.

The length of the locking portion 52 is formed longer than the length of the buffer member 40 is compressed.

For example, when the buffer member 40 is compressed by about 5 mm in the longitudinal direction, the length of the locking portion 52 is formed to be about 7 mm or more.

In particular, the length of the engaging portion 52 is formed to be about 7mm or more, preferably about 10mm or more so that it is not easily exposed even when a crack or damage occurs at the tip of the attracting port 30.

The binding port 50 is made of a steel wire, it is also possible to form one or more than two wires.

The binding port 50 may be formed as one member so as to penetrate long from the fishing needle 20 to the attracting port 30. As shown in FIGS. 1 and 2, the fishing needle 20 is It is also possible to divide the two parts so that they can be bent freely forward, backward, left and right, and to be connected in a chain shape.

That is, the middle of the binding port 50 on the inlet port 30 is bent in the shape of '∪', and then the portion bent in the shape of the '∪' shape of the binding port 50 on the fishing needle 20 is hooked here, It is configured to bend freely from side to side.

In the above hook 50 on the fishing needle 20 is provided with a support 56 formed of a rigid body to prevent the binding port 50 is bent when the load is applied to the fishing needle 20 and the bending force is applied to the hook. do.

Between the fishing needle 20 and the connecting ring 60, the load acting on the connecting ring 60 in the direction of the induction port 30 so as to act uniformly on each needle of the fishing needle 20 arranged radially The pressing plate 64 is installed to prevent the ring 60 from directly contacting the fishing needle 20.

In addition, between the fishing needle 20 and the buffer member 40 to act evenly on each needle of the radially arranged fishing needle 20 when the load is applied, the buffer member 40 and the fishing needle 20 and The cup-shaped protective cap 66 is installed to prevent direct contact.

The buffer member 40 is formed using a soft synthetic resin or rubber, the insertion hole 44 is inserted into the binding hole 50 is formed in the center portion.

One end of the buffer member 40 is formed so that a portion is inserted into the protective cap 66, the other end is formed in contact with the end surface of the inlet 30.

The buffer member 40 may be formed in a stepped shape such that the other end portion is in contact with the end surface while being partially inserted into the inlet 30.

The buffer member 40 is preferably formed by including a fluorescent material in the material to attract the squid by the light emitted.

Next, the assembly process in one embodiment of the squid fishing according to the present invention made as described above.

First, one end of the steel wire is bent into a '∪' shape, and then the connecting ring 60 is hooked, and the other end is bent into a '∪' shape to form one binding hole 50, and the binding hole 50 is formed. Fix the support 56 to the.

Bend the middle of another steel wire in a '∪' shape to form another binding hole 50, and the other binding hole 50 is bent in a '∪' shape in which the connecting ring 60 is not caught. One fastener 50 above the other end is fastened to the other end.

Subsequently, the pressing plate 64, the fishing needle 20, the protective cap 66, and the shock absorbing member 40 are inserted into the binding holes 50 in turn through the other end of the binding hole 50. It is in close contact with the connection ring 60.

In the above state, the other connecting ring 60 is hooked to the engaging portion 52 formed at the other end of the binding port 50, and one of the split induction holes 32 is connected to the other end ring. The other end surface is in contact with the buffer member 40 in the state in contact with the (60), and another split inlet 32 is joined to each other to the one of the split inlet 32 (33) It is assembled so as to be in close contact with each other, and the bonding surface 33 which the pair of dividing inlets 32 abuts is heat-sealed to form an integrated induction port 30.

When one end surface of the split induction hole 32 is in contact with the connecting ring 60, the other end surface is in contact with the buffer member 40, the buffer member 40 is in a slightly compressed state.

As described above, when a pair of split inlets 32 are integrally formed and the inlet 30 is formed, the coupling ring 60, the inlet 30, the shock absorbing member 40, and the like by the elastic force of the shock absorbing member 40. The protective cap 66, the fishing needle 20, the pressure plate 64, the connection ring 60 maintains a state in close contact with each other.

One embodiment of the squid fishing according to the present invention made as described above is used by connecting dozens to hundreds by connecting the connecting ring 60 with each other using a fishing line 18, as shown in FIG. do.

And another embodiment of the squid fishing according to the present invention is located between the buffer member 40 and the connecting ring 60, as shown in Figure 5, the spring 46 is installed in the binding port 50 It includes more.

In addition, a protective cap 48 is installed between the shock absorbing member 40 and the spring 46.

In another embodiment of the squid fishing according to the present invention made as described above it can be carried out in the same configuration as the above-described embodiment except for the above-described configuration, detailed description thereof will be omitted.

In another embodiment, the adhesion between the parts is improved by the elastic force of the spring 46.

In the above description of the preferred embodiment of the squid fishing according to the present invention, the present invention is not limited to this and can be carried out by various modifications within the scope of the utility model registration claim and the detailed description of the design and the accompanying drawings. This also belongs to the scope of the present invention.

According to the squid fishing according to the present invention made as described above, since the paired split inlet assembles the binding port and the connecting ring, etc., and then forms an integrated inlet by heat fusion using ultrasonic waves, even if the engaging portion of the binding port is formed long Assembly is possible.

Therefore, even if a heavy weight is applied, the catch is easily prevented from being unfolded, and even if cracks or breakage occurs at the tip of the inlet, the catch is not easily unfolded, and there is no fear of losing the squid caught or the squid fishing.

In addition, since the compression of the shock absorbing member is less than that of assembling the connection ring in the state where the shock absorbing member of the prior art is compressed to the maximum, the assembling operation is very easy.

In addition, according to the squid fishing according to the present invention, it is possible to maintain the uniform thickness of the attracting ball as a whole, it is possible to significantly reduce the material compared to the conventional, cost reduction is made.

And by maintaining the thickness of the inlet uniformly, the cooling is uniformly made in the injection molding process to be produced can be obtained a product of uniform quality.

In addition, according to the squid fishing according to the present invention, by applying a fluorescent material to the inner surface of the induction port to form a bait, the durability of the fluorescent material is improved because friction does not occur with other parts, it is to form a bait shape in various shapes It is possible.

In addition, since the fluorescent material is applied to the inner surface of the ellipsoidal shape, the applied bait shape is enlarged when viewed from the outside, and the light intensity is high, so that the light is irradiated far, which is effective for attracting squid.

Claims (3)

Fishing needles are formed by arranging a plurality of needles formed in the shape of a hook radially in the circumferential direction and installed in at least one step; An attracting spout formed by integrally joining a pair of split inflow spherical shapes that have a long ellipsoid divided in half in the longitudinal direction; A cushioning member installed between the attracting port and the fishing needle and having a predetermined elastic force; A binding port installed through the center portion of the above-mentioned attracting port and fishing needle, Squid fishing is installed at both ends of the binding sphere and includes a pair of connecting rings for connecting a fishing line. The method of claim 1, wherein the attracting inlet is formed by joining a pair of split inlets formed in a step shape corresponding to each other by heat fusion or using an adhesive, and attracting squid to the inner surface of the inlet. Squid fishing formed by applying fluorescent material to bait shape. According to claim 1 or 2, wherein both ends of the binding sphere is formed by bending the engaging portion for hanging the connection ring in the '∪' shape, the length of the locking portion is the length that the buffer member is compressed Squid fishing to form longer than 7mm.