JP4026022B2 - Dango long throw uki 2 - Google Patents

Description

  This invention makes it possible to carry out long throws on a snow so that it is easy to do long throws of technically difficult dango by fishing methods such as corals or breakwaters, especially the size of the dango and how to wrap the dango It is about the dango long throwing uki that can release dango without using nerves and has good sensitivity.

In the conventional technology, the dango is thrown with a hand or placed on a handle. The flight distance in this case was around 10 meters. In addition, handle rods that are easy to cast long have been developed, and this method is the mainstream.
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.

As a Uki carrying dango by the conventional technology, the Dango long throw Uki 1 of Japanese Patent Application No. 2004-280601 filed on August 27, 2004 has been filed.
With Dango Long-Throwing Uki 1, Dango could be long-throwed and released with a simple function. And even those who weren't good at throwing dango with their hands could make long throws of dango using the elasticity of spears.
In the present invention, a dango of a certain size can be used and works well.
However, general use has individual differences and is slightly larger or smaller than that, and such a dango cannot be used.
In addition, if the end yarn and the net were carefully hung, the dango could be thrown out and released reliably.
However, it was necessary to get used to it, and it was difficult to handle until it got used.
The problem was that if the end thread and net were too deeply applied to the dango, the dango could not be released in the worst case.

In claim 1,
There are various sizes of the dango in the dango used in general, but the size of the dango used in general can allow the individual differences, and can wrap and release the wrapped dango.
And you don't need to get used to the operation when wrapping the dango.
Also, it must be able to wrap the dango so that it does not fall in the long throwing posture, and it can be reliably discharged in the air after long throwing or after landing.
In addition to the above, you can place the dango on the handle and throw it with the elasticity of the fishing rod to the point that you can not reach even if you throw it.
Also, depending on individual differences, it should be possible to fly from 20 to 30 meters.
To release dango on the surface of the water far from the fish's field of view, and to avoid being wary of the fish and improve the feeding of the food. And make the catch of the fish, return when released and clear the response to make it easier to win.
Hope you can feel a sense close to Fukaseuki and enjoy fishing while enjoying the match.
In addition, you should be able to confirm the location of the uki on the speed day.

In claim 2, the problem can be solved as in claim 1.
In addition, the same effect can be obtained without attaching an elastic opening / closing part.
And it ’s easy to make light and small uki,
In addition, the cost of the formwork is not incurred and production costs are to be suppressed.

In claim 3, the problem can be solved as in claim 1.
And it has the same effect without attaching a flexible opening / closing part.
Also, it must be able to wind quickly by reducing the water resistance and winding up the device.
In addition, reduce underwater movement resistance and increase the sensitivity.
Manufacturing at a lower cost.

In claim 4, the problem can be solved in the same manner as in claim 1.
And reduce the resistance to underwater movement and increase the sensitivity.
In addition, you should be able to confirm the location of the uki more quickly.
It is easy to manufacture light and small scales.
In addition, the cost of the formwork is not incurred and production costs are to be suppressed.

The present invention is for solving the above problems,
In claim 1, a fixed frame (5) shaped to wrap the dango and an open / close frame (3) shaped to wrap the dango having elasticity in the outward direction are attached to the lower position from the periphery of the main body (1). The anchoring portion (7) was formed at the end of the fixed frame (5), and the stopper (6) having a return shape was formed at the end of the open / close frame (3).

  In claim 2, instead of the opening and closing frame (3), the superelastic alloy wire (2) is attached obliquely downward.

  In claim 3, a thread or string (4) is attached instead of the opening / closing frame (3).

  In Claim 4, instead of the fixed frame (5), a superelastic alloy wire (23) is attached.

Even if the size of the dango used generally varies depending on the individual, if it is not an extreme size, all of the dango can be allowed to wrap the dango. And that dango can be released.
In addition, it is not necessary to get used to the operation when wrapping the dango, and the operation can be easily performed, so a human-friendly product has been made.
Dango can be released even if there are some irregularities.
Other than that, the shape could be simplified without using a net.
In addition to the above, I placed the dango on the handle and thrown it with the resilience of the spear on the point where I could not reach it.
Also, depending on individual differences, it is possible to fly about 30 meters for people who can fly, and about 20 meters for people who can not fly.
Dango was released on the surface of the water far from the fish's field of vision, and the fish were no longer wary of it, so the feeding of the food became better. And the response of the pulling of the fish and the return when released was good, making it easier to win.
I was able to fish while enjoying the match with a feeling close to that of Fusaseuki.
In addition, the release of dango was able to be completed quickly, so that the location of Uki could be confirmed quickly, making it easier to handle in the evening.

In claim 2, the same effect as in claim 1 was obtained.
Moreover, the same effect was obtained without separately providing an elastic opening / closing part.
In addition, since the superelastic alloy wire is lightweight, it has become possible to manufacture a small size.
In addition, the cost of the formwork was not incurred and production costs were reduced.

In claim 3, the same effect as in claim 1 was obtained. In addition, the effect can be obtained without attaching an elastic opening / closing part separately.
And it was simple and low cost.
In addition, by using the thread or string (4) without using the curved open / close frame (3), it can be bent or bent straight due to the fish hitting it, so there is flexibility. Movement resistance decreased.
In addition, the winding of the device made it possible to wind quickly.

In the fourth aspect, the same effect as in the first aspect is obtained.
In addition, the underwater movement resistance was reduced by using the straight superelastic alloy wire (2) without using the curved fixed frame (5). Therefore, it was possible to increase the sensitivity.
Also, since the superelastic alloy wire (2) releases the dango from the state surrounding the dango by the curve, the dango jumps out of the sea surface by its elasticity. Therefore, the location of Uki can be confirmed more quickly. It was especially effective because the location of Uki was readily known in the dim evening.
In addition, since the superelastic alloy wire is lightweight, it has become possible to manufacture a small size.
In addition, the cost of the formwork was not incurred and the production cost was reduced.

The structure of the present invention will be described below.
In claim 1, as shown in FIG. 1 and FIG.
A fixed frame (5) that wraps the dango and an open / close frame (3) that wraps the dango that has elasticity in the outward direction are attached to the lower position from the periphery of the main body (1). A mooring portion (7) was formed at the end of 5), and a stopper (6) having a reversed shape was formed at the end of the open / close frame (3).

The fixed frame (5) and the open / close frame (3) were formed of synthetic resin or metal. In addition, the material of the wall is made of wood or synthetic resin, foamed resin, hollow synthetic resin or metal, but any other material or shape having buoyancy may be used.
The mooring part (7) is a hole through which the thread is passed. For example, in the case of synthetic resin, the thread threading hole is provided at the end of the fixed frame (5) or at the end of the fixed frame (5). The attached cylindrical can (14) was inserted. In addition, as shown in FIGS. 1 and 2, the anchoring portion (7) may be bound with a thread. Anyway, the shape and the material are not limited as long as the slippage is not bad at the hole through which the road thread passes.
If a swivel with a snap is used, it may be a hole where it can be attached.

The fixing frame (5) and the open / close frame (3) were attached to the main body (1) by inserting holes in the main body (1) and bonding and fixing them.
In addition, as shown in FIG.
When made of hollow synthetic resin or metal, the bottom body (20) resembling the bottom of the base (1) and the bottom of the base is formed, and a hole for inserting the opening / closing frame (3) is provided there. Fixed with adhesive. The fixed frame (5) was formed only with a groove and fixed with screws.
The main body (1) was inserted into the lower attachment body (20) and fixed with an adhesive.
Although the example of attachment was given above, since there are various attachment methods, it is not limited to this.

As shown in FIG.
The length of the fixed frame (5) in the vicinity of the mooring portion (7) is set to be long so that a weight can be added according to the user's preference. As a result, for example, a setting of 0.5 can be used as 0.1 when a minus 0.4B weight is attached thereto.

The stopper function is a simple function that can be easily hooked when throwing the dango into the present invention, and it can be securely stopped without coming off, and can be released quickly and reliably before landing or when landing in the air. is required. Therefore, a stopper (6) having a reversed shape was used.
Also, when throwing with the elasticity of the spear, the opening / closing frame (3) did not open and the dango did not fall even if it was moved carelessly, although it was a problem.
The material was molded from metal or synthetic resin. As shown in FIG. 16, the attachment method was performed by inserting and bonding the attachment portion at the end of the stopper (6) in the shape of a return to a cylindrical tube shape. In another method, as shown in FIG. 3, it was bound with a thread and reinforced with an adhesive. In addition, since there are various attachment methods, it is not limited to this.
As shown in FIG. 17, the same effect was obtained even when the stopper (6) having a curved shape was curved. That's all for the structure.

The process until the stopper (6) and the elastic opening / closing frame (3) are formed will be described below. As shown in FIG. 18, at the beginning of the idea, the stopper is a float stopper (22 that releases it by the movement of the float. ) Was attached to the fixed frame (5). A field test was performed using an open / close frame (29) having no elastic portion.
The use method was to place a dango on the fixed frame (5), close the open / close frame (29) having no elastic portion, and then slide the stopper (22) with the fixed frame (5) to apply the stopper. When it was thrown far away, it was scheduled to slide through the fixed frame (5) and release the stopper by impact and buoyancy at the same time as landing, and the opening / closing frame (29) without the elastic portion was to be opened.
As a result, the stopper (22) did not function well, and the prototype of the present invention sank with Dango.
As the number of long throws increased, the stopper could be released. And it was supposed that after releasing the stopper, it would reverse from that state and release it with the weight of the dango. However, the dango did not come off because it was caught by the open / close frame (29) and the fixed frame (5) without the elastic part. I went.
Therefore, I thought that it would work if the timing of releasing the stopper was changed from a small float to a large one, and I tested it again. As a result, the stopper was released. Nevertheless, even when the prototype of the present invention was reversed, the dango was caught by the open / close frame (29) and the fixed frame (5) without the elastic portion, and the dango could not be released and released. .
Therefore, the open / close frame (29) having no elastic portion was tested again using the open / close frame (3) having elasticity because it was considered that dango could not be released unless it had elasticity toward the outside of the ground.
However, if the opening / closing frame (3) has elasticity, the large stopper (22) can no longer be released due to its elasticity.
Therefore, using an elastic opening / closing frame (3), a stopper that can release it is necessary.
Therefore, after thinking errors, it was found that the thread was slackening just before the end of the long-throw. And when we tested it using an elastic open / close frame (3) considering the return-shaped stopper (6), the dango jumped out and released when the thread slackened just before the end of the long throw. .

As shown in FIG. 1, the elastic part of the open / close frame (3) was made of rubber.
Moreover, as shown in FIG. 19, the effect was the same even if a spring was attached to the open / close frame (3).

The operation will be described below.
When using the present invention, about the device and device attachment,
As shown in FIG. 20, the mechanism of the present invention is generally an induction mechanism, and the order of the mechanism is that the upper float (11), the shimo ball (13), and the present invention or Through the present invention with a swivel with a snap, the bottom float (8), and above, a fishing hook (17) is attached at a distance of 30 cm or more.

When using the present invention,
As shown in FIGS. 9 and 20, the fish hook is fed and put into the dango, and the present invention is lowered to the position of the lower buoyancy (8), and the lower buoyancy (8) is applied to the mooring portion (7). Next, hold the present invention upside down with the palm up, and hold the side where Dango Harris comes out with the opposite hand, place it on the fixed frame (5), and close the open / close frame (3). As it is, pulling the present invention lightly toward the butt and tensioning the thread, and hanging it on the reverse stopper (6) while keeping the tension on the opposite side against the bottom lift (8) The dango is fixed. After that, the present invention is suspended by a hook.

Then, with the present invention suspended in an inverted state, the reel is set in a throwing state and thrown.
Then, the present invention flies in a posture where the main body (1) is at the tip in a state where the dango is wrapped.
As shown in FIG. 29, the direction of the main thread (1) heads for water landing, and the momentum of the road thread coming out of the reel just before that stops and the road thread loosens. ), The stopper is released, and the open / close frame (3) is opened by the elastic force toward the outside of the ground. It is released in a state where the stalling state is different and the present invention and the dango jump out.
Or if the long throwing distance is short, the thread will come off from the stopper (6) that is loosened at the same time as landing and the stopper will be released, and the open / close frame (3) will open by the elasticity toward the outside At this time, the present invention and the dango are in a state of stalling from those that were powerful on the surface of the water, each stalling state is different and the present invention and the dango are separated and the dango is released.
Dango is released almost in these two ways.
After that, the dango sinks to the shelf where the fish are, and the present invention slides the road line and engages with the upper seam stop (11) to float the water surface.
When the dango ends, the fish eats the bait and reacts to the main body (1).
If there is no fish hit, roll the reel and raise the present invention to repeat the same operation.

As described above, the present invention
Even if the size of the dango is large or small, the opening and closing of the open / close frame (3) differs depending on the stopper (6) of the return shape, and if it is not an extreme size, all of it can be allowed to wrap the dango. It was. And that dango can be released.
Therefore, even if the size of the dango that is generally used varies depending on the individual, it can be used.
Further, when wrapping the dango, the opening / closing frame (3) is closed, and the road thread (12) is simply hung on the return stopper (6), so that the operation can be performed easily.
Therefore, it became unnecessary to get used to the operation, so a human-friendly product was made. I was able to fish while enjoying the match again.
The characteristic of the dango that can be used in the present invention is that it does not get caught on the end thread and the net even if there is a slight unevenness, so there is no problem in releasing the dango, and it is possible to make the dango rough.
Since it was only the frame after releasing the dango and the shape could be further simplified, the resistance to underwater movement is low, and it feels similar to Fukaseki. After that, when the fish feeds, the fish hits clearly. And the response of the pulling of the fish and the return when released was good, making it easier to win.
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 to the above, I placed the dango on the handle and thrown it with the resilience of the spear on the point where I could not reach it.
Also, depending on individual differences, flight distances of 20 to 30 meters are possible. Since dumplings were released from the surface of the water far from the fish's field of vision, the fish were no longer warned, so the feeding of the fish improved.

In claim 2, as shown in FIG.
Instead of the open / close frame (3), a superelastic alloy wire (2) was attached obliquely downward.

Superelastic alloy wire wraps and holds the dango until it is released, and the bending elasticity and the appropriate elasticity in opening and closing the dango release, 0.3mm nickel and titanium alloy used. However, this is an example because the elasticity changes depending on the material and the manufacturing process.
In addition, the return-shaped stopper (6) was attached to the superelastic alloy wire by inserting the attachment portion of the return-shaped stopper (6) into a cylindrical tube shape and fixing it with an adhesive.
Others were tied and fixed with thread and reinforced with adhesive. In addition, since there are various attachment methods, it is not limited to this.
The super-elastic alloy wire was attached to the base by making a hole in the base in a wood or the like, and inserting and fixing it with an adhesive.
As shown in FIG.
When manufactured with a hollow synthetic resin or metal, the lower body (20) resembling the lower part (1) and the lower part of the base is formed, and a hole for inserting the superelastic alloy wire (2) is provided there. Inserted and fixed with adhesive.
The main body (1) was inserted into the lower attachment body (20) and fixed with an adhesive.
In addition, since there are various attachment methods, it is not limited to this.
In addition, when the super elastic alloy wire (2) is wrapped with a synthetic resin tube or Lillian yarn at a position close to the portion where it touches when wrapping the dango, the dango will not break even at long distances. It was easy.

Since the present invention has the above-described structure, when the present invention is used, the method of use is performed in substantially the same manner as in claim 1, and since the same contents overlap therewith, a part of the method of use will be omitted.
As shown in FIGS. 4 and 10, the present invention is first lowered to the position of the lower buoyancy (8), and the lower buoyancy (8) is applied to the mooring portion (7), and then the present invention is inverted. Hold it with your palm up, and with the other hand the Dango Harris comes out sideways and place it on the fixed frame (5). Then, when the superelastic alloy wire (2) is closed, the superelastic alloy wire has a soft elasticity and therefore bends along a dango.
Then, the present invention is pulled lightly toward the buttock to tension the road thread, and this state is hung on the return-shaped stopper (6) in the state where the road thread on the opposite side to which the lower float (8) is applied is stretched. The superelastic alloy wire (2) becomes a bent frame. Dango is fixed. Thereafter, the present invention is suspended and thrown with a spear.

The present invention flies in a posture with the main body (1) at the tip in a state of wrapping the dango, and then the momentum of the road thread that has come out of the reel slightly toward the landing from the portion of the main body (1). The thread is stopped and the thread is loosened. In this state, the thread is released from the return-shaped stopper (6), the stopper is released, and the frame of the superelastic alloy wire (2) is elastically opened to the outside of the armature. At this time, the dango is in a stalled state from what was intimidating, and each stalled state is different and the present invention and the dango are released in a state of jumping out.
Or, if the long throw distance is short, the thread will come off from the stopper (6) that is loosened at the same time as the landing, and the stopper will be released, and the frame of the superelastic alloy wire (2) will be elastic on the outside At this time, the present invention and the dango are in a stalled state from those that were in power on the surface of the water. Each stalled state is different, and the present invention and the dango are separated and the dango is released.

As described above, the second aspect has the same effect as the first aspect.
Moreover, the same effect was obtained without separately providing an elastic opening / closing part.
And since the superelastic alloy wire is lightweight, it has become possible to manufacture a small size.
In addition, the cost of the formwork was not incurred and production costs were reduced.

In claim 3, as shown in FIG.
A thread or string (4) was attached instead of the open / close frame (3).

If you give an example of a thread or string,
The distinction between yarn or string is ambiguous and what is used in the present invention will be roughly distinguished and described.
In normal use, the thread was about 1 mm to 1.5 mm in diameter, the string was about 1.5 mm to 3 mm, and the synthetic fiber material was used without any problems.
Moreover, it was possible to use thin threads below this with emphasis on sensitivity. Dango was hard to break even if a thicker string than this was thrown over a long distance.
Therefore, the thickness of the thread is not limited to this.
In addition to synthetic fibers, natural fibers can be used as long as they are difficult to contain water.

The thread or string (4) was attached to the box using a wood or the like, with holes formed in the box, and inserted and fixed with an adhesive.
As shown in FIG.
When made of a hollow synthetic resin or metal, the bottom body (20) resembling the bottom body (1) and the bottom part of the bottom is formed, and a hole for inserting a thread or string (4) is provided there. The side of the hole that attaches to the hole is enlarged. Then, a thread or string (4) was inserted there, knotted, placed in a slightly enlarged portion, fixed and reinforced with an adhesive.
The main body (1) was inserted into the lower attachment body (20) and fixed with an adhesive.
In addition, since there are various attachment methods, it is not limited to this.
The thread or string (4) was attached to the return stopper (6) by inserting the return stopper (6) in the shape of a cylindrical tube and fixing it with an adhesive.
Others were tied with thread and fixed and reinforced with adhesive. In addition, since there are various attachment methods, it is not limited to this.

Since the present invention has the above-described structure, when the present invention is used, the method of use is performed in substantially the same manner as in claim 1, and since the same contents overlap therewith, a part of the method of use will be omitted.
As shown in FIGS. 5 and 11, the present invention is first lowered to the position of the lower buoyancy (8), and the lower buoyancy (8) is applied to the mooring portion (7), and then the present invention is inverted. Hold it with your palm up, and hold the other side with the Dango Harris on its side, place it on the fixed frame (5) and put the thread or string (4) over the dango. ) Is soft so that it can be put on a curve along the dango, and the present invention is pulled lightly toward the buttock to stretch the road thread, and the opposite side thread with the bottom float (8) applied Hang it over the stopper (6). In this way, the effect is the same as closing the frame when the stopper is applied. In this state, the dango is fixed, and then the present invention is suspended and thrown with a spear as it is.

The present invention flies in a posture with the main body (1) at the tip in a state of wrapping the dango, and then the momentum of the road thread that has come out of the reel slightly toward the landing from the portion of the main body (1). The thread is stopped and the thread is loosened. In this state, the thread is removed from the return-shaped stopper (6), and the stopper is released. In this state, the frame composed of the thread or string (4) loses its shape and resists dangling. At this time, the invention and Dango will be in a state of stall from what was in power,
Each stall is different, and the present invention and the dango are separated and released in a state of jumping out in the water surface.
Or, if the long throw distance is short, the road thread loosens at the same time as the landing of the water, the road thread comes off from the stopper (6), and the stopper is released. In this state, the frame composed of the thread or string (4) is the mold. At this time, the present invention and the dango are in a state of stalling from those that were in power on the water surface, and the state of each stall is different and the dango is separated from the present invention and the dango is released.

As described above, the third aspect has the same effect as the first aspect. In addition, the effect can be obtained without attaching an elastic opening / closing part separately. And it was simple.
In addition, without using the curved opening and closing frame (3), by using the thread or string (4), it extends straight in the seabed direction or collapses due to the fish hitting,
There is a degree of freedom and the resistance to movement in water has decreased, increasing the sensitivity. In addition, the water resistance was reduced, and the device could be rolled up quickly. In addition, the cost was reduced because no formwork was used.

In claim 4, as shown in FIG.
A superelastic alloy wire (23) was attached instead of the fixed frame (5).

The super-elastic alloy wire used is the same as that of claim 2, because it wraps the dango and holds it until it is released, and the elasticity of the bending and the appropriate elasticity when releasing the dango. A 0.3 mm alloy of nickel and titanium was used. However, this is an example because the elasticity changes depending on the material and the manufacturing process.
The mooring portion (7) was attached to the superelastic alloy wire by inserting the mooring portion (7) in the shape of a cylindrical tube and fixing it with an adhesive.
Otherwise, it was bound and fixed with a thread and reinforced with an adhesive. In addition, since there are various attachment methods, it is not limited to this.
The super-elastic alloy wire was attached to the base by making a hole in the base in a wood or the like, and inserting and fixing it with an adhesive.
As shown in FIG.
When it is made of a hollow synthetic resin or metal, it forms a lower attachment body (20) resembling the Uki main body (1) and Uki lower part, and a hole for inserting the superelastic alloy wire (23) is provided there. A protrusion (21) is formed in the immediate vicinity of the hole, and a screw hole is provided in the protrusion (21).
Next, the superelastic alloy wire (23) is inserted into the hole of the lower attachment body (20), and the convex (21) and the superelastic alloy wire (23) are combined and temporarily fixed with the hollow tube (27). Then, a screw was inserted into the screw hole of the convex (21) and fixed by crimping. Alternatively, the inside of the hollow tube (27) was fixed with an adhesive without using screws.
The main body (1) was inserted into the lower attachment body (20) and fixed with an adhesive.
When the superelastic alloy wire (23) was tilted about 2 degrees and 3 degrees toward the center, the mooring part (7) came to the center.
As shown in FIG. 27, the same effect was obtained even when the superelastic alloy wire (23) was attached near the center.
In addition, since there are various attachment methods, it is not limited to this.
In addition, when the super elastic alloy wire (23) is wrapped with a synthetic resin tube or Lilian yarn at a position close to the portion where it touches when wrapping the dango, the dango will not break even at long distances. It was.

Since the present invention has the above-described structure, when the present invention is used, the method of use is performed in substantially the same manner as in claim 1, and since the same contents overlap therewith, a part of the method of use will be omitted.
As shown in FIGS. 6 and 12, the present invention is first lowered to the position of the lower buoyancy (8), and the lower buoyancy (8) is applied to the mooring portion (7), and then the present invention is inverted. Hold it with your palm up, and with the other hand holding Dango Harris on its side, place it on the superelastic alloy wire (23) attached in place of the fixed frame (5) and put the open / close frame (3) Close, and then pull the present invention lightly toward the buttock to tension the road thread and hang on the reverse stopper (6) with the opposite path thread applied to the lower lift (8). . Then, the superelastic alloy wire was soft, so it turned into a curve along the dango and replaced the frame. In that state, the dango is fixed, and the present invention is suspended and thrown with a spear.

The present invention flies in a posture with the main body (1) at the tip in a state of wrapping the dango, and then the momentum of the road thread that has come out of the reel slightly toward the landing from the portion of the main body (1). In this state, the thread is loosened, and the thread is released from the return-shaped stopper (6), the stopper is released, and the open / close frame (3) is opened by the elastic force toward the outside of the armature, and at the same time the superelastic alloy wire (23 ) Works in the direction to push out the dango. At this time, the dango and the dango are in a state of stall from what was in power, and each stall state is different, adding the elasticity of the superelastic alloy wire (23). The present invention and the dango are released as if they are separated and jumped out.
Even if the long throw distance is short, it is emitted as described above.

In the fourth aspect, the same effect as in the first aspect is obtained.
In addition, the underwater movement resistance was reduced by using the straight superelastic alloy wire (2) without using the curved fixed frame (5).
Moreover, since the superelastic alloy wire (2) releases the dango from the state surrounding the dango by the curve, the dango jumps out of the water surface by its elasticity. Therefore, the location of Uki can be confirmed more quickly. It was especially effective because the location of Uki was readily known in the dim evening.
In addition, since the superelastic alloy wire is lightweight, it has become possible to manufacture a small size.
In addition, the cost of the formwork was not incurred and production costs were reduced.

In the present invention, in addition to attaching the opening and closing frame (3) of claim 1, the superelastic alloy wire (2) of claim 2 is attached as shown in FIGS.
Moreover, as shown in FIG. 8, FIG. 14, the thread | yarn or string (4) of Claim 3 was attached.
In addition to the effects similar to those described above, a light weight can be produced by combining the superelastic alloy wire (2) and the yarn or string (4).
In addition, with the combination of the thread or string (4), the most sensitive ukuki could be produced.

  As shown in FIGS. 23, 24, 26, 28, 30, and 31, in the present invention, the shape of the shape could be implemented by a bar shape in addition to the acorn type.

  Front view of the present invention, claim 1   The present invention, side view of claim 1   1 is a perspective view of an embodiment of the present invention.   The perspective view of the present invention, claim 2   The perspective view of the present invention, claim 3   The present invention, a perspective view of claim 4   The perspective view which used the superelastic alloy wire for the Example of this invention instead of the opening-and-closing frame of Claim 4.   The perspective view which used the thread | yarn or the string instead of the Example of this invention and the opening-and-closing frame of Claim 4.   The perspective view which shows the state which suspended the damper of the Example of this invention and Claim 1   The perspective view which shows the state which suspended the damper of the Example of this invention and Claim 2   The perspective view which shows the state which suspended the damper of the Example of this invention and Claim 3   The perspective view which shows the state which suspended the damper of the Example of this invention and Claim 4   The perspective view which shows the state which suspended the dumper using the superelastic alloy wire instead of the opening-and-closing frame of the Example of this invention, and Claim 4.   The perspective view which shows the state which suspended the dumper using the thread | yarn or the string instead of the opening-and-closing frame of the Example of this invention, and Claim 4   The embodiment of the present invention, an explanatory diagram in which a fixed frame and an open / close frame are attached to a bottom made of a hollow synthetic resin or metal according to claim 1 and a lower attachment body resembling the lower portion of the bottom.   The perspective view which added the weight from the mooring part of the Example of this invention, and a fixed frame   Example of the present invention, a side view with a curved stopper-shaped stopper   The side view which used the stopper of the Example of this invention and the stopper of Claim 1 as the stopper of the float   The perspective view which used the elasticity of the Example of this invention and the opening-and-closing frame (3) as the spring   Example of the present invention, illustration of the device   The embodiment of the present invention, the explanation made by attaching the fixed frame and the superelastic alloy wire to the bottom made of the hollow synthetic resin or metal of claim 2 and the lower attachment body resembling the lower part of the bottom.   An embodiment of the present invention, an explanatory diagram in which a thread or a string is attached to a lower attachment body resembling a lower part of the base made of a hollow synthetic resin or metal according to claim 3   Example of the present invention, side view of a stick   Example of the present invention, a side view of a bar using a superelastic alloy wire   An embodiment of the present invention, an explanatory diagram in which a super-elastic alloy wire is attached instead of a fixed frame to a hollow made of a synthetic resin or metal having a hollow shape according to claim 4 and a lower mounting body resembling the lower portion of the ground.   Example of the present invention, a side view of a bar using a thread or string instead of an opening and closing frame   The perspective view which attached the Example of this invention and the superelastic alloy wire of Claim 4 from the center   Example of the present invention, a side view of a bar using a super elastic alloy wire instead of a fixed frame and a thread or string instead of an opening and closing frame   Explanatory drawing showing the release state of dango in the air   Example of the present invention, a side view of a bar using a super elastic alloy wire instead of a fixed frame and using an open / close frame   Example of the present invention, a side view of a bar using a super elastic alloy wire instead of a fixed frame and a super elastic alloy wire instead of an opening and closing frame

Explanation of symbols

  1 main body, 2 super elastic alloy wire, 3 open / close frame, 4 thread or string, 5 fixed frame, 6 return-shaped stopper, 7 mooring part, 8 lower base stop, 9 elastic part, 10 bar base, 11 upper base stop 12 thread, 13 shimo ball, 14 can cylindrical tube, 15 bent ring, 16 cylindrical tube, 17 fishing hook, 18 open / close part, 19 binding part, 20 lower attachment body, 21 convex, 22 float stopper, 23 Super elastic alloy wire attached in place of fixed frame, 24 spindles, 25 curved stopper, 26 spring elastic part, 27 hollow tube, 28 water surface, 29 open / close frame without elastic part, 30 Harris, 31 knot, 32 Dango

Claims (4)

  A fixed frame (5) shaped to wrap the dango and an open / close frame (3) shaped to wrap the dango having elasticity in the outward direction from the periphery of the main body (1). A dango long throwing louver 2 in which a mooring portion (7) is formed at the end of (5), and a stopper (6) having a return shape is formed at the end of the opening and closing frame (3).   The dango long throwing wand 2 according to claim 1, wherein a superelastic alloy wire (2) is attached obliquely downward instead of the open / close frame (3).   The dango long throwing wand 2 according to claim 1, wherein a thread or string (4) is attached instead of the opening and closing frame (3).   4. The long throwing wand 2 according to claim 1, wherein a super elastic alloy wire (23) is attached instead of the fixed frame (5).

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