JPH0622421B2 - Bait device - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a bait device, and in particular, in the field of sea fishing,
It is used for so-called dango fishing or dango fishing on breakwaters, rocks, sandy beaches, etc. Even if the points where fish are present are relatively scattered offshore, it is possible to reliably and easily reach the point of massive dango baits and fishing baits. The present invention relates to a bait device capable of surely collecting fish by throwing food at the point and spraying it around the food.

(Prior Art) Conventionally, dango fishing of black sea bream (chinu) in the sea is commonly referred to as kakari fishing or squid fishing, in which a massive dango bait is gently thrown into the sea from a small boat or squid on the sea. I am doing it.

Such dango fishing is an ideal fishing method for black sea bream, which is a timid and vigilant fish. In other words, Kuroda thinks that there is a little turbidity in the sea and that he has his favorite food in it, and boldly fishes for food in that turbidity. Therefore, when the dango bait that settled on the seabed naturally breaks into a spray-like form around the area and causes appropriate turbidity, black sea bream gathers there, while the inside of the broken dango bait When the bait of favorite food jumps out from it, black sea bream forgets me and jumps at the bait, which is the real pleasure of dango fishing.

Therefore, this fishing method needs to be performed from a close position where the fisherman's hand is likely to reach the sea surface when the fisherman throws the dango bait into the sea so that it does not crack until it safely sinks to the seabed. Therefore, to perform this dango fishing,
The fisherman has to move to the point and throw in the dango bait by a small boat or a sea squid.

(Problems to be solved by the invention) However, black sea breams live anywhere in rocks, near breakwaters, offshore of sandy beaches, etc.
According to the conventional dango fishing method, since the method of feeding the dango baits is limited, the fishing ground is restricted. Therefore, if this fishing method were performed on the top of the breakwater higher than the sea level, the input dango baits would be cracked at the sea level.As a result, the original real pleasure of dango fishing is that the dango baits will crack at the seabed. It was totally unexpected.

On the other hand, various types of bait tools are provided that sprinkle bait into the sea at the point of fishing, for example
No. 5-110083, No. 55-114548, No. 61-28371, No. 62-7
870, Japanese Utility Model Publication 56-33245, Japanese Utility Model Publication 57-39033, and Japanese Utility Model Publication 64-55. However, all of these do not mean that the baits hardened in a dango form reach the seabed even if the baits are sprinkled into the sea. Is not supposed to be located.
Therefore, it is difficult to perform dango fishing suitable for black sea bream fishing. Moreover, since the bait basket is fixed to the support line branched from the fishing line, they may be entangled with each other and have a sufficient length in the sea. Sometimes could not form a fishing rack.

Also, there is one disclosed in Japanese Patent Laid-Open No. 61-158735, in which lumped dango baits are stored and can be put into the sea. However, according to this, since the bait container is provided in the collection line configured as a line completely different from the fishing line, its handling is very troublesome.

Further, the bait container according to Japanese Utility Model Laid-Open No. 61-66483, in which the bait is hardened into a spiral wire rod to form a dango shape, when the bait is exposed by the long casting method because the bait is exposed, The dango bait is destroyed by the impact with the sea surface, and it is impossible to carry out dango fishing.

Therefore, the present invention was created in view of the above existing circumstances, and is intended to enable dango fishing at any place in a wide range, and to the point for long-distance casting. Even if it is thrown in, the dango baits that have been solidified in a lump will not be destroyed, but will slowly sink to the seabed, and the hooks will be positioned in the bait that has been sprayed after the dango baits are cracked. It is an object of the present invention to provide a bait device that facilitates biting of fish and the like, and that can be easily lifted after fish is caught.

(Means for Solving the Problem) In order to achieve the above-mentioned object, in the present invention, a drop port 2 for dropping the massive dango bait F stored together with the fishing bait 17 into the water is opened in the front part, A bait container 1 having a large number of drainage holes 3 formed in the rear is formed, and a line thread insertion portion 4 along the front-rear direction of the bait container 1 is attached to the side of the rear part of the bait container 1. Further, the inversion floating body 6 is arranged and formed on the rear portion of the upper portion of the bait container 1.

Further, the line thread insertion part 4 can be provided as front and rear part insertion holes 4A, 4B opened at the front and rear ends of the buoyancy stabilizer 5 formed long along the front and rear direction in the upper part of the bait container 1.

Then, a piece-shaped stand 7 along the front-rear direction of the bait container 1 can be projectingly provided on the outer surface of the rear part of the bait container 1.

(Function) In the bait device according to the present invention, the line 10 inserted into the line insertion portion 4 is connected to the fishing line 15 corresponding to the length of the fishing rack, and is stored in the bait container 1. The fishing hook 16 to which the fishing bait 17 is attached is inserted into the massive dango bait F.

Next, when the bait container 1 is thrown into a point on the fishing ground by long-distance casting or the like, the rear side of the bait container 1 can be brought to the front by the weight ratio to reach the water surface at the point.
When the surface of the water is reached, the bait container 1 itself protects the dango bait F contained therein and prevents the destruction thereof even by the impact accompanying the bait container 1, and the bait container 1 has its rear part. Immerse yourself in the water from the side.

Then, the inversion floating body 6 becomes the bait container 1 which is put into water.
Is turned upside down and the drop port 2 at the front of the bait container 1 is directed downward. Then, the dango bait F is ejected from the fallout port 2 and begins to sink into the water against the buoyancy of the hituki 12.
Reach the sea floor.

The dango bait F that has reached the seabed gradually begins to crack, and the bait is scattered around it and becomes muddy, while the fishing bait 17 comes out from within the dango bait F that has begun to crack, and the bait 12 causes the fishing bait 17 to float. Float. Then, when the black sea bream bites on the bait 17 and the fish spread by the hit Uki 12 accompanying the pulling is detected, it is withdrawn.

The road yarn 11 towed during the lifting operation pulls the bait container 1 together by the blower 12 or the like coming into contact with the road yarn inserting portion 4 itself.

At this time, the stand 7 protruding outside the bait container 1 exerts a rudder action to prevent the bait container 1 itself from being shaken, and the drain hole 3 allows the water that enters the bait container 1 to enter. Drain backwards to reduce lifting resistance.

Embodiment An embodiment of the present invention will be described below with reference to the drawings.

<Bait Container> Reference numeral 1 shown in the figure is a bait container having a drop port 2 opened in the front part and a large number of drainage holes 2 formed in the rear part. The dango bait F collected in a lump inside is stored together with the fishing bait 17.

The bait container 1 itself has a hollow almost hemispherical shape as shown in the drawing, and when it falls to the water surface at the fishing point,
Consideration should be given to ensure smooth immersion in the water. In addition, the hemispherical shape has an advantage that the dango baits F stored in the inside can be gathered in a substantially spherical shape. Of course, it is not necessary to force the bait container 1 to have a hemispherical outer shape or to have a hemispherical inner surface, and the point is that the bait container 1 is solidified into a substantially spherical mass. Dango bait F
However, if it is firmly stored in the bait container 1 and can be smoothly dropped and immersed in the water, its outer shape,
The shape is not limited to the inner surface.

<Falling Port> The dropping port 2 is used to store the dango bait F itself in the bait container 1 through this, and to drop the dango bait F in water, and the opening thereof is deeper than the inner part. However, it is not small.

<Water drainage hole> The water drainage hole 3 is opened in the peripheral wall itself of the bait container 1,
The shape, arrangement form, number, etc. are not limited to the illustrated examples, and can be set arbitrarily. However, each drainage hole 3 is set to have such an opening area and a size that the dango bait F stored in the bait container 1 is not destroyed when it reaches the water surface.

<Road Thread Insertion Portion> Further, on the upper part of the bait container 1, a pass thread insertion part 4 is formed along the front and back direction of the bait container 1. The line thread insertion portion 4 is provided as front and rear portion insertion holes 4A and 4B opened at the front and rear ends of the buoyancy stabilizer 5 formed long in the front and rear direction in the upper portion of the bait container 1.

That is, when the buoyancy stabilizer 5 is viewed from a plane, the buoyancy stabilizer 5 is formed in a substantially triangular shape on the front side of the bait container 1 so that the width becomes gradually narrower as it reaches the front part of the bait container 1. Has a large opening to allow water to escape, and has a substantially triangular frame shape, while the rear side of the food container 1 has a substantially rectangular shape. The buoyancy stabilizer 5 has a front end through hole 4A formed at an acute angle portion at the front end, and a rear insertion hole 4B formed at the center of the rear end. Then, when dropped in water, the buoyancy stabilizer 5 itself is located above the bait container 1, and the thread 10 inserted into the front and rear insertion holes 4A and 4B comes out of the bait container 1. It is designed so as not to be entangled with the dango bait F that falls.

Further, when the bait container 1 floats below the water surface, the front rear insertion holes 4A and 4B of the buoyancy stabilizer 5 are positioned so that the water surface is almost at the crocodile, and the thread 10 inserted into the front and rear insertion holes 4A and 4B. Is
The buoyancy stabilizer 5 or the bait container 1 is freely inserted and moved along the front-rear direction.

<Reversing Floating Body> The reversing floating body 6 is formed on the rear portion of the buoyancy stabilizer 5 so that the buoyancy stabilizer 5 is provided with buoyancy on the rear side of the bait container 1 and the drop port 2 is directed downward. To do. Due to the buoyancy of the reversing float 6, the dango bait F stored in the bait container 1 is made to come out of the drop opening 2 and fall into the water. For example, as shown in the drawing, the rear part of the buoyancy stabilizer 5 is provided. Incorporate a suitable buoyant object.

<Stand> Further, on the lower surface of the rear portion of the bait container 1, a stand 7 in the form of a protruding piece is provided.
As shown in FIG. 2, this stand 7 has a stable installation of the entire device when the fall port 2 of the bait container 1 is directed upward, for example, when it is placed on the ground or the like. It is intended. Furthermore, the projecting direction is along the front-back direction of the food container 1, that is, the depth direction, and as shown in FIG. I am allowed to do so. The stand 7 in the illustrated example is formed in an array in a substantially V shape when viewed from the rear, but is not limited to this, and the protruding position, array shape, etc. can be set arbitrarily.

<Example of Use> Next, an example of use of the device of the present invention will be described.

As shown in FIG. 2, the yarn thread 10 is inserted into the yarn thread insertion portion 3, and the yarn thread 10 that goes out from the rear insertion hole 4B is attached to the whisker-stopping cell ball 11, the hitting air balloon 12, the weight 13, and the twisted thread 14.
The fishing line 15 is connected via.

On the other hand, a massive dango bait F to be stored in the bait container 1 is made, and the bait 17 attached to the hook 16 of the fishing line 15 corresponding to the fishing rack length is inserted into the dango bait F. The dango bait F is re-solidified so as not to be broken, and the entire dango bait F is stored in the bait container 1. In this state, for example, as shown in FIG. 2, it can be placed on the ground surface such as a breakwater via the stand 7. The weight of the dango bait F at this time is set to be larger than the buoyancy of the perch 12.

Next, the fish is thrown into the point of the fishing ground by long-distance casting or the like. At this time, the rear side of the bait container 1 reaches the water surface at the point with the weight ratio, and at the water surface, as shown in FIG. As described above, the bait container 1 itself protects the massive dango bait F stored therein and prevents the destruction thereof, and the bait container 1 is immersed in water from the rear side.

As shown in FIG. 4, the bait container 1 immersed in the water is vertically flipped at its rear side by the reversing floats 6 on the rear side of the bait container 1, and the bait container 1 is dropped. 2 is directed downwards. Then, the dango bait F is ejected from the drop opening 2, and starts to sink into the water along with the fishing line 15, the fishing hook 16, and the bait 17 against the buoyancy of the hit duck 12, and reaches the seabed.

When reaching the seabed, as shown in FIG. 5, the dango bait F gradually begins to crack, and the bait is sprinkled around it and becomes muddy. On the other hand, when the fishing bait 17 comes out of the dango bait F that has begun to crack, the fishing bait 17 is floated at the upper position due to the buoyancy of the hituki 12 located on the water surface. Therefore, when a black sea bream bites on the bait 17, it is sufficient to withdraw it by detecting the fish spread by the hitting squid 12.

At the time of this withdrawal, as shown in FIG. 6, the line thread 10 is pulled and the whisker-stopping cell balls 11 come into contact with the rear insertion portion 4B, so that the bait container 1 is withdrawn. At this time, one side of the stand 7 exerts a rudder action,
The bait container 1 itself travels along the lifting direction without shaking, and the water drainage hole 3 drains the water entering the bait container 1 to the rear to reduce the lifting resistance.

(Effects of the Invention) The present invention is configured as described above. Therefore, although it is thrown into the point in a long-distance manner, the dango bait F that has been solidified in a lump is caused by the impact when it reaches the water surface. Will not be destroyed, it will settle down to the bottom of the sea,
Moreover, by positioning the fishing bait 17 in the bait which has been sprayed after the dango bait F has cracked, it is easy to bite black sea bream and the like in the water that is clouded by the bait that has been sprayed. At the time of lifting, there is an advantage that the lifting resistance is reduced to facilitate the lifting.

Moreover, in the dango bait F stored in the bait container 1,
Since the fishing bait 17 and the fishing hook 16 associated therewith are both inserted and the fishing line 15 is integrated, the fishing line 15, the line 10 and the like do not get entangled with each other during long-distance casting or sinking in water. Easy to handle. Further, since the dango bait F is stored in the bait container 1 in the form of a lump, a sufficient weight can be secured during long-distance casting, and safe, reliable, and easy insertion to the point is possible.

Even if it reaches the surface of the water after it is thrown in, and there is an impact with it, the bait container 1 itself protects the dango bait F stored inside it in the form of lumps, prevents it from being destroyed, and inverts the floating body. It is extremely effective for maintaining the lumped outer shape of the dango bait F when the dango bait F is subsided due to the reversal action of 6.

The inversion float 6 on the rear side of the bait container 1 vertically reverses the rear part of the bait container 1 immersed in water, and the drop port 2 of the bait container 1 is directed downward, It is possible to facilitate the escape of the dango bait F from 2 into the water and to maintain the bulky outer shape of the dango bait F for sinking to the seabed.

In addition, the buoyant force of the reversing float body 6 itself and the fact that the yarn thread 10 is inserted in the yarn thread insertion portion 4 in a freely movable state allow the entire device to float on the water surface. It can be located and does not require extra caution for fish etc.

Further, the stand 7 is formed on the outer surface of the rear portion of the bait container 1 in a strip shape along the front-back direction of the bait container 1,
At the time of lifting, one side thereof exerts a rudder action, and the bait container 1 itself can be smoothly run along the lifting direction without shaking. Moreover, the drainage hole 3
Since the water that enters the bait container 1 is drained backward to reduce the lifting resistance thereof, for example, it is possible to quickly lift the fish after fishing, and the fish that has been caught will not escape.

[Brief description of drawings]

The drawings show one embodiment of the present invention. Fig. 1 is a perspective view, Fig. 2 is a side view of a lump-shaped dango bait, which is prepared before being put into a point, and Fig. 3 is a water surface of the point. Side view before reaching and submersion in water, FIG. 4 is a side view showing an inverted state in water, and FIG.
FIG. 6 is a side view in the state where the bait is scattered around, and FIG. 6 is a side view at the time of lifting. F: Dango bait, 1 ... bait container, 2 ... drop opening, 3 ... drainage hole, 4 ...
Road thread insertion part, 4A ... Front insertion hole, 4B ... Front insertion hole, 5 ... Buoyancy stabilizer, 6 ... Floating body for inversion, 7 ... Stand, 10 ... Road thread, 11 ... Uki-stop cell ball, 12 ... hitting, 13 ... weight, 14 ... twisting, 15 ... fishing line, 16 ... fishing hook, 17 ... fishing bait.

Claims (3)

[Claims] 1. A bait accommodating body in which a drop hole for dropping a massive dango bait stored with fishing baits into water is opened in the front part, and a large number of drainage holes are formed in the rear part to form the bait accommodating body. A bait device characterized in that a line thread insertion portion along the front and rear direction of the bait container is additionally provided on the side of the rear part of the body, and a reversing float is arranged on the rear part of the upper part of the bait container. 2. The bait device according to claim 1, wherein the line thread insertion portion is provided as a front and rear portion insertion hole opened at the front and rear ends of the buoyancy stabilizer formed along the front and rear direction in the upper portion of the bait container. . 3. The bait device according to claim 1, wherein a piece-like stand is provided on the outer surface of the rear portion of the bait container so as to extend in the front-back direction of the bait container.