JP4026017B2 - Dango long throw uki 1 - Google Patents

Description

  This invention makes it possible to carry out long throws on the ground so that it is easy to make long throws of dango, which is technically difficult with fishing methods such as corals or breakwaters, and reduces the overall surface area before and after release of the dango. This is mainly related to the Dango long throw uki.

In the conventional technique, the mainstream has thrown the dango by hand or put it on the handle. The flight distance in this case was around 10 meters. Handles that are easy to cast long have also been developed. Another way is to put a dango in a basket and cast it long distance, but the sensitivity of the cage is very important. Also, at the moment of matching, the weight of the cage and the resistance to movement in the water were heavy and dull, so the matching that was one of the pleasures of fishing was not fun.
Japanese Patent Laid-Open No. 10-28502 discloses a hooking device with a needle hook assisting device for carrying a dango by a conventional technique.

In claim 1, the dango can be thrown on the ground with the elasticity of the fishing rod at a point that cannot be reached by throwing the dango on the handle.
And wrapping the dango with the net so that it doesn't collapse at the time of long throwing, and it is possible to fly about 20 meters depending on individual differences.
Don't be wary of fish by releasing dango on the surface of the water far from the view of the fish.
It has a simple structure using a net, and after releasing the dango, the net is squeezed and has little resistance to movement in the water.
In the second aspect, in addition to solving the same problem as in the first aspect, it is possible to carry out a long throw and release of the komase containing the krill as it is.

In the third aspect, besides solving the same problem as in the first aspect, it is necessary to wrap the net in a dango after straightening the net.
You can put it in as a dango formwork and improve your turnaround.
Give the end yarn a degree of freedom and wrap the dango better.
Dango does not hit the lower end of Uki and it is easy to release dango. Also eliminate the hindrance of release due to deformation of the dango.
According to claim 4, in addition to solving the same problem as in claim 1, the net stretches so that it is close to a straight line, and the dango is easy to wrap, and the bar of the superelastic alloy wire is lightweight, and its elasticity is used to release the dango. After that, the net stretches straight, the resistance to movement in the water is small, and it is lightweight, so the response of Uki is good and the fish hits clearly.
Give the end yarn a degree of freedom and wrap the dango better.
However, it is possible to perform a long throw and release of komase containing krill as it is.
In Claim 5, there exists an effect similar to Claim 4,
In addition, when using multiple bars of superelastic alloy wire, not only the net stretches so that it is close to a straight line, but also it is easy to wrap the dango by stretching it sideways,
In addition, even if you wrap the dango in 70% of the net, you can release the dango and do not have to worry about wrapping the dango.
Even in the case of claim 5, it is possible to carry out a long throw and release of komase containing krill as it is.
According to claim 6, when casting is performed with the effort to wrap the dango as far as possible, the dango is inserted into the portion where the dango hits the dimple and deforms, preventing the dango from being released. Especially with a slightly soft dango, it was deformed but could still be released.
To improve the stability of the dango when it is wrapped in the present invention.
According to the seventh aspect of the present invention, since the adhesive material is scattered to attach the net and a lot of defective products appear, it is necessary to improve it.

The present invention is for solving the above problems,
In claim 1, a net (2) that is slackened is formed on two end yarns (3) and one or more balance yarns (7), and is attached from the center to the lower part of the main body (1), Attach the balance yarn (7) end and end yarn (3) end so as to enclose the circumference of the bottom of the bottom, and the other balance yarn (7) end and end yarn ( The end of 3) formed a mooring part (21).
In claim 2,
The net (2) is directly attached from the center of the uki body (1) to the lower part, and the attachment method is loosened and attached so as to surround the circumference of the uki bottom, about two along the end of the net (2). The end thread (3) was attached, and the ends of the two end threads (3) were attached to the main body (1).
In claim 3,
Attach the bar (5) of the dango formwork in place of the balance thread (7), or attach it to the back of the net body (1) with the net attached directly, or in front of it. In order to form the threading guide portion (6) in the bar (5) and to attach the bar (5) of the dango form to the net (2), the net of the net (2) is passed through or the net (2) The end yarn (3) was passed through the threading guide portion (6).
In claim 4,
Attach the bar (4) of the superelastic alloy wire instead of the balance yarn (7), or attach the net directly to the main body (1), or attach it a little before that, and superelasticity In order to form the threading guide portion (6) in the bar (4) of the alloy wire, and to attach the bar (4) of the superelastic alloy wire to the net (2), the mesh of the net (2) is passed, or The end thread (3) was passed through the threading guide part (6).
In claim 5,
Instead of one end yarn (3) or two end yarns (3) of the two end yarns (3), a superelastic alloy wire bar (4) is attached, which is the end yarn (3) as it is. As an alternative to this, a threading guide portion (6) is formed at the end of the bar (4) of the superelastic alloy wire, and in addition, the end thread (3) is attached to the bar (4) of the superelastic alloy wire. .
In claim 6,
A dango support (23) directed obliquely downward was attached to the bottom of the main body (1).
In claim 7,
A ring-shaped cover (22) with the inner circumference was attached to the outer circumference of the main body (1) with the net (2) attached.

In claim 1, the dango is thrown with the elasticity of the fishing rod to the point that cannot be reached by throwing the dango on the handle.
By wrapping Dango using the net, we were able to land at the point without breaking down at the timing of long throw. Depending on individual differences, a flight distance of around 20 meters is possible. For powerful people, they threw 25 meters or more.
Dango was released from the surface of the water far from the fish's field of view, so the fish are not wary.
After dumping the dango, the net was squeezed and the surface area was reduced, reducing the resistance to movement in water. Therefore, the fish did not give a sense of incongruity, and the feeding of the food was improved. And the pulling of the fish, the return when released, became clear and the response was better, so it was easier to win. Furthermore, the structure is simple.
Even Yuki with such a function was able to fish while enjoying the match with a sense close to that of Ukifukase fishing.
In claim 2, the same effect as in claim 1 was obtained, and in addition, the rice bran containing the krill in its original form could be thrown out and released.

According to the third aspect, in addition to the same effect as the first aspect, it is not necessary to wrap the net in a dango after straightening the net.
In addition, as the form of the dango, simply put the dango from the top, so it is easier to wrap and turn it back.
Dango was wrapped better by giving the end thread a degree of freedom.
Dango did not hit the lower end of Uki, making it easier to release dango.
And the deformation of the dango has decreased.
In the fourth aspect, in addition to the same effect as in the first aspect, the net is stretched so as to be close to a straight line, and the dango is easily wrapped.
The bar of the superelastic alloy wire is lightweight, and the elasticity of the bar makes the net more straight after the release of the dango and less resistance to movement in the water.
Dango was wrapped better by giving the end thread a degree of freedom.
According to the fourth aspect of the present invention, it was possible to carry out a long throw and release of komase containing krill as it was.
The fifth aspect has the same effect as the fourth aspect, and when using a plurality of superelastic alloy wire bars, the net is not only stretched so as to be close to a straight line but also stretched horizontally. Dango became easier to wrap.
In addition, even if you wrap the dango in 60% or 70% of the net, you can release the dango, so you don't have to worry about wrapping the dango.
According to the fifth aspect of the present invention, it was possible to carry out a long throw and release of komase containing krill as it was.
According to the sixth aspect of the present invention, since the lower end of the duck does not directly hit the dango, the dango is hardly deformed and the dango is released smoothly.
Dango was released even with a slightly soft dango.
When wrapping the dango, the dango is more stable and easier to wrap.
According to the seventh aspect of the present invention, it was possible to produce a defective product in which a large number of defective products were produced due to scattering of the adhesive material to attach the net.

Examples of the present invention will be described below.
In claim 1, as shown in FIG. 1 and FIG.
A loosened net (2) is formed on two end yarns (3) and one or a plurality of balance yarns (7), which are attached from the center to the lower part of the main body (1). The end of the balance thread (7) and the end of the end thread (3) are attached so as to surround the bottom part about half, and the end of the other balance thread (7) and the end of the end thread (3) are A mooring part (21) was formed.
To elaborate on the above structure,
The end of the balance yarn (7) and the end of the end yarn (3) are attached so as to surround the circumference of the bottom of the uki. About half is the diameter of the uki bottom using a prototype. It was easy to wrap or release the dango at the bottom diameter of 8 to 2.8 mm. If this exceeds 2.8 mm in diameter, the net where the end of the balance yarn (7) and the end of the end yarn (3) are allowed to wrap the dango even if it is divided by a semicircle. Since the area can be obtained, there is no functional problem. When the diameter is less than 1.8 mm, it may be somewhat C-shaped. However, the numerical value of the diameter is only an example because it depends on the quality of the net and the size of the dango. In addition, the attachment of the net (2) has become a semi-ellipse in the diagonal plane.
The above is the same in the second aspect of the configuration of the end yarn (3) and the net (2).
Even if the balance yarn (7) is one or plural, the effect is the same.
The material of the main body (1) was made of wood, synthetic resin, or hollow metal, but any other material or shape having buoyancy may be used.
The mesh of the net (2) may be a mesh that does not leak the wrapped dango, and if the mesh is as fine as 3 mm square, it will be difficult to break during the long throw of the dango.
Although synthetic fibers are used as the material, any material can be used as long as it is a functionally strong net.
The end yarn (3) is a strong synthetic fiber, but any natural fiber or synthetic fiber can be used as long as it is strong.
The net (2) and the end thread (3) are preferably made of a material that hardly contains water.
To form a net (2) that is loosened by two end yarns (3) and one or more balance yarns (7), the net is loosened by the end yarns (3) and balance yarns (7). Sewed with. Alternatively, as shown in FIG. 27, the end yarn (3) and the balance yarn (7) may be knitted.
The mooring portion is formed with a ring shape or the like at the tip.
For example, as shown in FIG. 12, two end yarns (3) and one or a plurality of balance yarns (7) were combined and inserted and bonded to a cylindrical tube (14) with a can.
Also, if you list other methods,
(B) Two end yarns (3) and one or more balance yarns (7) were tied to a ring.
(B) Two end yarns (3) and one or a plurality of balance yarns (7) were combined and wound on a ring with a handle.
(C) Two end yarns (3) and one or a plurality of balance yarns (7) were combined, and one of them was lengthened and folded, and entangled with the yarns and bonded and fixed.
D. The wire was folded and rounded, entangled with a thread and fixed with an adhesive.
Two end yarns (3) and one or more balance yarns (7) were combined and tied to a ho, sarkan or swivel.
In addition, two end yarns (3) and one or a plurality of balance yarns (7) are fixed together, and are inserted and fixed together with a toothpick or the like into the canned rubber.
Either one of the two end yarns (3) and one or a plurality of balance yarns (7) are lengthened together and attached to the snap snap swivel. This is also the formation of one mooring part.
As described above, there are various types of mooring parts because of their simple structure. In practice, the lower end of the present invention may be attached to the guiding thread, and it is mainly in the shape of a ring. Even if it is just a hole, it only needs to move along the road, and the structure of the mooring part does not matter.

In claim 2, as shown in FIG. 3 and FIG.
The net (2) is directly attached from the center of the uki body (1) to the lower part, and the attachment method is loosened and attached so as to surround the circumference of the uki bottom, about two along the end of the net (2). The end thread (3) was attached, and the ends of the two end threads (3) were attached to the main body (1).
The structure of claim 2 is described above in detail.
This replaces the function of the balance yarn (7) of claim 1 with a net.
As an example of attachment to the main body (1), if the net of the net is large, a hole is made in the main body (1), the net thread is inserted and bonded, and the end thread (3) Also, a hole was made in the main body (1), and it was inserted and adhered.
When the mesh is small, the net is wound and attached from the center to the lower part of the main body (1), and the end thread (3) is inserted into the main body (1) with a hole. did. Alternatively, the net and the end thread (3) were both wound with a thread and bonded together.
Although the above example was given, attachment of a net or an end thread to uki is not limited to this method.

The end thread (3) was attached to the net (2) by passing the end thread (3) through the mesh along the end of the net (2). This can be threaded through the mesh or just threaded.
Alternatively, as shown in FIG. 7, the same effect can be obtained by attaching the end yarn (3) by weaving a net to create a gap and passing it through the net. In addition, the end thread (3) was sewn along the end of the net (2).
Further, when the end thread (3) is sewn along the end of the net (2) or passed through the mesh and sewn and hanged, the result is as shown in FIG. 28. And both were able to release dango.
When the end thread (3) is sewn to the net (2), the material of the end thread and the net is the same as that of the first aspect.
When the end yarn (3) is passed through a mesh or the like, the synthetic material having elasticity is used as the material of the net (2), but any other material can be used as long as it is elastic.
In this case, the end yarn (3) is a synthetic fiber having a smooth surface so that the mesh is good. However, the material is not limited as long as the mesh is good. As the net (2) and the end thread (3), when the end thread (3) is wrapped and the end thread (3) is pulled, the net (2) is tightened well. When the dango is released, the net (2) is meshed by its elasticity. The inner surface is loosened along the smooth end yarn (3), and the dango is released.
In addition, the net (2) and the end thread (3) are preferably made of a material that hardly contains water.

As shown in FIGS. 8, 9, and 10 for the device and device attachment in using the present invention,
The mooring part of the present invention is attached to a swivel (9) with a snap that is passed through the thread. In claim 2, two end yarns are aligned and tied.
This is done in the same way as connecting a sarkan or lure to Harris, which is easy for a fisherman.
The weight is set so that the upper part of the surface comes out slightly on the surface of the water depending on the weight of the weight.
The mechanism of the present invention is generally an induction mechanism, and the order of the mechanism is to attach the fishhook (17) to the fishing line (12) from the bottom, and separate the weight (16) from the fishing line (12) by 20 cm or more. The stopper (8), the shimo ball (13), the swivel with snap (9), the shimo ball (13), and finally the upper float (11) are attached, and the present invention is attached to the swivel with snap (9).
When using the present invention, attach the bait to the fishhook and put it in the dango. Hold the dango carefully so that there is no unevenness, and hold the hand with the Dango Harris on top. With the invention, pick the end thread (3), open the net (2), place the dango, and stretch the net of the slack net (2) so that the net stretches. Wrapping up to 60% with a net, hold it with the dango and hold it lightly and pull the swivel with snap (9) to check the fixing. In this state, the main body (1) is inverted and the dango is turned into the end thread (3), It is wrapped with the net (2) and the balance yarn (7), and the dango is fixed to the bottom of the main body (1).
In claim 2, since the net (2) has the function of the balance yarn (7), the dango is wrapped with the end yarn (3) and the net (2), and the dango is fixed to the bottom of the main body (1). Is done. After that, move to the lower lift (8) and set the reel to the throwing state so that the road line does not sag and throw at about 45 degrees. At this timing, the net will reduce the extra force applied to the dango, making it difficult for the dango to break.
Water enters from the portion of the main body (1), and at the same time, the end yarn (3), the net (2), and the balance yarn (7) are loosened and the dango is easily detached.
According to the second aspect, the end yarn (3) and the net (2) are loosened and the dango is easily detached.
The uki body (1) is buoyant and moves to the surface of the water. The uki body (1) faces upward, and the net with the dango faces downward. Then, the weight of the dango and the weight sinks and the dango is pulled down. . Also, it may come off only by the weight of the dango. In addition, when throwing with a liner, it may be released from the net in the air just before landing.
Further, since the dango is released to the side opened in one direction by the end yarn (3) and the net (2), Harris does not get entangled with the main body (1). After that, the float is related to the upper wall stopper (11) and the surface of the water drifts, and Dango falls to the shelf.
When the dango is over, the fish eats the bait and reacts to the main body (1).
In the present invention, the surface area of the dent is reduced after the dango is released, and when the upper hook stopper (11) hits the swivel (9) with a snap, the tip of the net is sharpened by the weight of the dango and the weight (16), so the resistance to movement in water is further reduced Sensitivity close to Fukaseuki. After that, when the fish feeds, the fish hits clearly.
In addition, compared to the state where the basket is equipped, the lower portion of the bottom stop is not hit at the moment when the fish is put, so there is no dull sensation.
In addition, in the second aspect, a mooring portion may be formed at the end of the end yarn (3) in accordance with the average size of the dango.

As shown in FIG.
In addition to the acorn shape, the shape of the uki was also possible with a stick uki.

The structure of claim 3 is, as shown in FIGS. 5, 6, 14, 17, and 18,
Attach the bar (5) of the dango formwork in place of the balance thread (7), or attach it to the back of the net body (1) with the net attached directly, or in front of it. In order to form the threading guide portion (6) in the bar (5) and to attach the bar (5) of the dango form to the net (2), the net of the net (2) is passed through or the net (2) The end yarn (3) was passed through the threading guide portion (6).
The bar (5) of the dango form of claim 3 may be attached through the mesh or entangled with the net (2). However, when the bar (5) of the dango form is passed through the mesh, the net will not slip off if the bottom of the net is entangled.
To attach the bar (5) of the dango form frame to the main body (1), a hole was inserted into the main body (1) and reinforced with an adhesive. Moreover, you may fix using metal fittings.
Dango formwork bar (5) was made by bending a 1.3 mm diameter steel wire, plating it after heat treatment. If it is stainless steel, there is no need for plating.
Also, the thickness material is not limited to this, as long as it is a formwork.
The bar (5) of the dango form has the same effect even if it is attached to a position deeper with the net attached directly to the main body (1), or as shown in FIG.

The formation of the threading guide part (6) according to claim 3 will be described below.
The purpose of the guide portion (6) is to pass the end yarn (3) and move back and forth without imposing any burden on the end yarn (3).
Here, an example in which the guide portion has a ring shape will be described.
As shown in FIG. 11, the bar (5) of the dango form was bent at the end, entangled with a thread and reinforced with an adhesive to form a ring.
In attachment, as shown in FIG. 23, a ring with a handle was entangled with a thread and reinforced with an adhesive. In another method, a cylindrical tube with a can is inserted and fixed with an adhesive.
In addition, a wire or a string with tension was rounded, entangled with the thread, and reinforced with an adhesive.
The material of the attached ring is mainly made of metal, but may be made of synthetic resin as long as it has strength.
The structure of claim 3 is as described above, and the function and effect are described.
The dango formwork bar (5) has become a formwork from the beginning, so there is no net twisting, so there is no need to fix it and wrap it in a dango. Also, the dango formwork bar (5) provided a dango formwork, and it was easier to put the dango on top and put the net closer, so the dango was better wrapped, and as a result, it turned out better. Moreover, the end (3) is given a degree of freedom by the bar (5) and the guide part (6) of the dango formwork, and the dango is better wrapped.
In addition, wrap the dango with the end thread (3), the net (2), and the bar (5) of the dango formwork, and the dango is fixed without hitting the main body (1). Because the dango is deformed by the lower end and does not hinder the release, it is easy to release the dango.
Further, even if the bar is deformed slightly by the bar (5) of the dango form, the dango can be released because it is inclined in the discharge direction.

In claim 4, the structure is shown in FIG. 16, FIG. 19, FIG. 20, FIG. 25, FIG.
Attach the bar (4) of the superelastic alloy wire instead of the balance yarn (7), or attach the net directly to the main body (1), or attach it a little before that, and superelasticity To form the threading guide part (6) in the bar (4) of the alloy wire, and to attach the bar (4) of the superelastic alloy wire to the net (2), pass the mesh of the net (2), or The end thread (3) was passed through the threading guide part (6).
The bar (4) of the superelastic alloy wire has the same effect even if it is attached at a position where the net is directly attached to the main body (1), or a little before it as shown in FIG.
The above-described structure will be described in detail. The effect of the bar (4) of the superelastic alloy wire according to claim 4 is the same regardless of whether the bar (4) is attached through the mesh or entangled with the net (2).
To attach the superelastic alloy wire bar (4) to the main body (1), holes were inserted into the main body (1) and reinforced with an adhesive. In addition, it can also be fixed using metal fittings. The attachment of the bar (4) of the superelastic alloy wire is not limited to this method.
The material of the bar (4) of the superelastic alloy wire is a nickel-titanium alloy and a memberroy superelastic alloy wire. The prototype used a 0.3 mm diameter and was soft and good, but the elastic material changes depending on the material composition and manufacturing process, so the thickness material is not limited to this.

The formation of the threading guide part (6) according to claim 4 is described below.
In both Claim 3 and Claim 4, the purpose of the guide portion (6) is to pass the end thread (3) and move back and forth without applying a load to it, so the shape and material of the ring shape, square shape, elliptical shape, etc. It doesn't matter. Here, an example in which the guide portion has a ring shape will be described.
As shown in FIG. 19 and FIG. 20, the end of the bar (4) of the superelastic alloy wire was bent and entangled with a thread to reinforce with an adhesive to form a ring.
As shown in FIG. 13, in the attachment, a cylindrical tube (14) with a can is inserted into the end of the bar (4) of the superelastic alloy wire and fixed with an adhesive.
In addition, a ring with a handle was entangled with a thread at the end of the bar (4) of the superelastic alloy wire and reinforced with an adhesive.
Wire or tensioned yarn was rolled, entangled with yarn and reinforced with adhesive.
The material of the attached ring is mainly made of metal, but may be made of synthetic resin as long as it has strength.
The structure of claim 4 is as described above, and describes the function and effect.
As shown in FIGS. 16, 19, 20, 25, and 26,
Because of the superelastic alloy wire bar (4), it stretches in a straight line, so there is no kinking of the net, and it is no longer necessary to fix the kinking and wrap it in a dango. Also, when the end yarn (3) is pulled by the bar (4) of the superelastic alloy wire and the dango is wrapped, it is a soft material, so it can be tightly wrapped around the dango and surround the dango. did it. It is wrapped with end threads (3), nets (2), and superelastic alloy wire bars (4), and the dango is fixed to the bottom of the main body (1).
Therefore, Dango was hard to fall even if it moved carelessly when throwing with the elasticity of the spear. In addition, because it is an alternative to the form of the dango, it is easier to place the dango from above and it is easier to put the net, so the dango is better wrapped.
The bar (4) and the guide part (6) of the superelastic alloy wire give the end yarn (3) a degree of freedom, and the dango is better wrapped.
When the dango was placed and thrown, the end yarn (3) became easier to loosen in water due to the superelastic alloy wire bar (4) and the guide portion (6).
Dango became easier to release.
After releasing the dango, the net stretches straight by the bar (4) of the superelastic alloy wire, and the resistance to movement in the water is low, so that the fish hits more clearly.

In Claim 5, instead of one end yarn (3) or two end yarns (3) of the two end yarns (3), a superelastic alloy wire bar (4) is attached, which is left as it is. As an alternative to the end yarn (3) or at the end of the bar (4) of the superelastic alloy wire, a threading guide portion (6) is formed. In addition, the end yarn (3) is attached to the bar (4) of the superelastic alloy wire. Connected.
Here is the first example.
As shown in FIGS. 29 and 33,
A superelastic alloy wire bar (4) is attached instead of one of the two end yarns (3), and a threading guide is attached to the end of the superelastic alloy wire bar (4). The other end thread (3) forming the section (6) was passed through the threading guide section (6).
With the above structure, Claim 5 has the following effect close to Claim 4, and is described below.
Because of the superelastic alloy wire bar (4), it stretches in a straight line, so there is no kinking of the net, and it is no longer necessary to fix the kinking and wrap it in a dango. In addition, when the end yarn (3) was pulled by the bar (4) of the superelastic alloy wire and the dango was wrapped, it was a soft material, so it was possible to wrap the dango according to the curve of the dango and surround the circumference. . It is wrapped with end threads (3), nets (2), and superelastic alloy wire bars (4), and the dango is fixed to the bottom of the main body (1).
Therefore, Dango was hard to fall even if it moved carelessly when throwing with the elasticity of the spear.
When the dango is thrown on the surface, the elastic force of the bar (4) of the superelastic alloy wire in the water makes it straight and loosens with the end thread (3), so that the dango is released.
After releasing the dango, the net stretches straight by the bar (4) of the superelastic alloy wire, and the resistance to movement in the water is low, so that the fish hits more clearly.
Therefore, Claim 5 has the same effect as Claim 4.
When the other end thread (3) is fixed near the threading guide (6),
As shown in FIG.
A superelastic alloy wire bar (4) is attached instead of one of the two end yarns (3), and a threading guide is attached to the end of the superelastic alloy wire bar (4). Forming part (6),
Then, the other end thread (3) was fixed in the vicinity of the threading guide part (6).
In this embodiment, the threading guide portion (6) is used as a mooring portion, and a swivel with a snap (9) is attached and used here.
With such a structure, the structure is not complicated as compared with claims 1 and 2, and the same effect as that of claim 4 is obtained. In addition, in this structure, since the threading guide portion (6) is used as the anchoring portion, there is an effect that the failure of the end yarn is less generated than the above-described structure. The failure here means that the end yarn is cut by being polished by a rock or the like, or is blown by a strong wind and entangled with the road yarn.
In the case of replacing the end yarn, the mooring portion may be provided separately at the end of the bar (4) of the superelastic alloy wire without attaching the threading guide portion (6) or after the end yarn (3) is fixed. You may extend and provide a mooring part. Further, the anchoring portion may be formed by combining the superelastic alloy wire bar (4) and the end yarn (3).

In the second embodiment of claim 5, as shown in FIG.
Attach the superelastic alloy wire bar (4) to the back of the net body (1) with the net attached directly, or slightly before it, and thread the superelastic alloy wire bar (4). In the state in which the guide portion (6) is formed, instead of one end yarn (3) or two end yarns (3) of the two end yarns (3), a bar (4) of superelastic alloy wire A short end thread (3) was attached from the end, and passed through the thread lowering guide part (6) through the lower part of the net.
In the second embodiment, with such a structure, as a special action, by using a plurality of bars of superelastic alloy wires, the net not only stretches and stretches in the vertical direction, but also extends in the horizontal direction. Because it is stretched by the elasticity of the bar of elastic alloy wire, the dango is better wrapped. Other effects similar to those of the fourth aspect are obtained.
Also, as shown in FIG. 43, a superelastic alloy wire bar (4) is attached instead of the two end threads (3), a short end thread (3) is attached from the end, and a threading guide is passed through the lower part of the net. Part (6) was passed.
With this structure, the elasticity of the whole bar of superelastic alloy wire is strong, and even if you wrap the dango in 60% or 70% of the net, you can release the dango, so you don't have to worry about wrapping the dango. Also improved.
In a third embodiment of claim 5, as shown in FIG.
From the state of claim 4, a super elastic alloy wire bar (4) is attached instead of the end thread (3), a threading guide portion (6) is formed at the end, and the end thread (3) is passed through. The threading guide part (6) on the way was passed through the formed threading guide part (6) through the lower part of the net. With such a structure, the operation is similar to the second embodiment, by using a plurality of superelastic alloy wire bars, the net not only stretches and stretches in the vertical direction, but also superelastic in the lateral direction. Because it is stretched by the elasticity of the bar of alloy wire, the dango is better wrapped. Other effects similar to those of the fourth aspect are obtained.
As shown in FIG. 32, the effect of claims 4 and 5 is that when the upper stopper comes into contact with the weight, the tip is sharper than that of claims 1 and 2, and the underwater movement resistance is Less.
The material and attachment method of claim 5 are the same as those of claim 4.

In claim 6, as shown in FIG. 34 and FIG.
A dango support (23) directed obliquely downward was attached to the bottom of the main body (1).
This applies to claim 1, claim 2, claim 4, and claim 5.
When trying to cast as far as possible to cast the dango far enough to wrap the dango, it got stuck in the part where it hits the dango and deformed, hindering the release of dango. Especially with a little soft dango, it was deformed.
Therefore, when the dango was placed on the dango receiver (23) and cast, the dango was not deformed because the end of the ditch did not directly hit the dango, and the dango was released smoothly.
Further, in the case of a slightly soft dango, the dango is recessed by the dango receiver (23) during casting, but the dango receiver (23) is still inclined in the dango discharge direction, so that dango can be released. Accordingly, in claim 6, a slightly soft dango can be released.
In addition, if there is a receptacle when wrapping the dango, it is easy to put it on, and as a result, the dango is easy to wrap.
Further, when the dango is wrapped in the present invention, the dango is not stable because it is fixed to the end of the snow.
Therefore, as shown in FIG. 35, when the rail-shaped dango receiver (24) is used, the stability of the dango is improved when the dango is wrapped.
As shown in FIG. 36, the bent dango receiver (25) has the same effect.
The material of the dango receiver was made of metal or synthetic resin.
And attachment is fixed to the main body (1) with an adhesive, or a hole is made in the main body (1) and inserted and fixed. In this case, it may be reinforced with an adhesive.
In addition, the effect is the same even if the dango receiver is attached to the net (2), but it is easier to handle if it is attached.

In Claim 7, as shown in FIG. 24, the ring-shaped cover (22) which match | combined the inner periphery with the outer periphery which attached the net | network to the main body was inserted, and it attached with the adhesive agent or the screw stop. Alternatively, it may be inserted and stopped with a nail attached.
The material may be the same as that of the main body (1), but other metal rings, such as aluminum or titanium, can also be used to adjust the buoyancy of the base.
According to the seventh aspect of the present invention, even when the adhesive is scattered and the appearance is not good for attaching the net, the defective product becomes a non-defective product and the production efficiency is increased by covering from above.

As another usage of Claims 2, 4, and 5,
The end thread (3) is attached to the net (2) by passing the end thread (3) through the mesh along the end of the net (2). Or as a setting to create a gap by weaving the net and attach it through it, if you just pass it without sewing,
As shown in FIG. 21, FIG. 22, and FIG. 39, when the end yarn (3) is opened and the komase containing the krill as it is is packed in the net, the net of the net opens and is additionally packed. . Pulling the end thread (3) at the end of tightening will tighten the net (2) and the krill will be entangled and fixed. If this is thrown with a fishing rod, the end thread (3) and the net (2) The loose komase is released from the gap between the two end threads (3).
Then, the top is released from the gap between the two end threads (3) until the end.
In addition, fine komase is released even on the net of the net.
Therefore, it was possible to cast it long distance and release it on the surface and in water.

  Front view of the present invention, claim 1   The present invention, side view of claim 1   Front view of the present invention, claim 2   The present invention, Claim 2 side view   The front view which attached the net | network of this invention and Claim 3 directly to Uki   Side view of the present invention, with the net of claim 3 attached directly to the wall   An embodiment of the present invention, a side view in which the net of claim 2 is woven to create a gap and pass an end thread therethrough   Example of the present invention, perspective view of the dango of claim 1 packed in a net   Side view of the embodiment of the present invention attached to the device of claim 1   The perspective view of the embodiment of the present invention, wherein the end yarn is passed through the net and the dango is packed in the net.   The perspective view which formed the ring which entangled the end of the bar of the example of the present invention and the bar of a dango form with the bending thread   The front view of the part which inserted the end yarn and balance yarn of Claim 1 of this invention, and the balance yarn into the cylindrical tube with a can, and was fixed with the adhesive material.   The front view of the part which inserted the cylindrical tube with a can into the bar | burr of the superelastic alloy wire of Claim 4, and fixed with the adhesive material of the Example of this invention.   The side view which packed the net of the embodiment of the present invention and the dumper of Claim 3 in the net   Example of the present invention, front view of the bar   The side view which packed the dango of Claim 4 in the Example of this invention, and the net   The front view of Claim 3 which replaced this invention and the balance thread | yarn with the bar of the dango formwork.   4. The side view of claim 3, wherein the balance yarn is replaced with a bar of a dango formwork.   Front view of the present invention, with the net of claim 4 attached directly to the wall   The side view which attached the net | network of this invention and Claim 4 directly to Uki   The perspective view which packed the Example of this invention and the top of Claim 2   The perspective view which packed the Example of this invention and the top of Claim 4   The perspective view of the part which entangled the ring with a handle of the Example of this invention and Claim 3 with the thread | yarn   Explanatory drawing of the ring-shaped cover of this invention and Claim 7   5. The side view of claim 4, wherein the balance yarn is replaced with a bar of superelastic alloy wire.   The front view of Claim 4 which replaced this invention and the balance yarn with the bar | burr of the superelastic alloy wire.   Front view of the present invention, knitted with the net of claim 1   An embodiment of the present invention, a perspective view in which end yarns are entangled with a net according to claim 2 and a dango is packed.   Front view of the first embodiment of the present invention, claim 5   Front view of the second embodiment of the present invention, claim 5   Front view of the third embodiment of the present invention, claim 5   The present invention, the embodiment of claim 5, the front view of the state where the net is pointed   The present invention, the embodiment of claim 5, the perspective view on which the dango is mounted   Side view of the present invention, claim 6   An inverted perspective view showing the rail-shaped dango receptacle of claim 6 according to an embodiment of the present invention.   An inverted perspective view showing the bent-shaped dango receptacle of claim 6 according to an embodiment of the present invention.   An inverted perspective view of an embodiment of the present invention, the dango receptacle of claim 6   The side view of the state which mounted the Example of this invention and the dango of Claim 6   The perspective view of the state which packed the Example of this invention and the top of Claim 5   The front view which fixed the end thread of Example 1 of this invention and Claim 5 to the threading guide part vicinity.   The side view of the present invention, the embodiment of claim 3 and the bar of the dango formwork attached to the front side   The present invention, the embodiment of claim 4, a side view in which a bar of superelastic alloy wire is attached to the front side   Embodiment of the present invention, Claim 5 Front view in which a bar of superelastic alloy wire is attached instead of two end yarns

Explanation of symbols

  1 main body, 2 nets, 3 end thread, 4 super elastic alloy wire bar, 5 dango form bar, 6 threading guide, 7 balance thread, 8 lower arm stop, 9 snap swivel, 10 bar arm, 11 upper hook stopper, 12 fishing line, 13 shimo ball, 14 can cylindrical tube, 15 bent ring, 16 weights, 17 fishing hooks, 18 compass, 19 tie, 20 dango, 21 mooring part, 22 ring shape cover, 23 Dango Receiving, 24 Rail Dango Receiving 25 Bending Dango Receiving

Claims (7)

  A loosened net (2) is formed on two end yarns (3) and one or a plurality of balance yarns (7), which are attached from the center to the lower part of the main body (1). The end of the balance thread (7) and the end of the end thread (3) are attached so as to surround the bottom part about half, and the end of the other balance thread (7) and the end of the end thread (3) are Dango long throwing uki 1 which formed a mooring part (21).   The net (2) is directly attached from the center of the uki body (1) to the lower part, and the attachment method is loosened and attached so as to surround the circumference of the uki bottom, about two along the end of the net (2). The dango long throwing uchi 1 according to claim 1, wherein the end yarn (3) is attached, and the ends of the two end yarns (3) are attached to the uki body (1).   Attach the bar (5) of the dango formwork in place of the balance thread (7), or attach it to the back of the net body (1) with the net attached directly, or in front of it. In order to form the threading guide part (6) in the bar (5) and to attach the bar (5) of the dango form to the net (2), the net of the net (2) is passed through or the net (2) The dango long throwing uchi 1 according to claim 1 or 2, wherein the end yarn (3) is passed through the threading guide portion (6).   Attach the bar (4) of the superelastic alloy wire instead of the balance yarn (7), or attach the net directly to the main body (1), or attach it a little before that, and superelasticity In order to form the threading guide portion (6) in the bar (4) of the alloy wire, and to attach the bar (4) of the superelastic alloy wire to the net (2), the mesh of the net (2) is passed, or The dango long throwing uchi 1 according to claim 1 or 2, wherein the end thread (3) is passed through the threading guide portion (6) and is entangled with the net (2).   Instead of one end yarn (3) or two end yarns (3) of the two end yarns (3), a superelastic alloy wire bar (4) is attached, which is the end yarn (3) as it is. As an alternative to this, a threading guide portion (6) is formed at the end of the bar (4) of the superelastic alloy wire, and in addition, the end thread (3) is attached to the bar (4) of the superelastic alloy wire. The Dango long throwing unit 1 according to claim 1, claim 2, and claim 4.   The dango long throwing uki 1 of claim 1, claim 2, claim 4, and claim 5, wherein a dango receptacle (23) directed obliquely downward is attached to the bottom of the uki body (1).   The Dango long throw of claim 2, claim 3, claim 4, and claim 5, wherein a ring-shaped cover (22) with an inner periphery is attached to the outer periphery of the main body (1) to which the net (2) is attached. Yuki 1.

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