JP3165734U - Fishing aids - Google Patents

Abstract

PROBLEM TO BE SOLVED: To quickly and surely switch a plurality of gimmicks such as a fixed gimmick, a semi-floating gimmick, and a floating gimmick for fishing floats while being able to be used as they are without processing or changing an existing fishing float. Provide fishing aids. SOLUTION: A fishing aid T is integrally formed of polypropylene which is a synthetic resin, and is inserted into a fishing float U to fix and support the fishing float, and a lower portion of the supporting rod portion 1. It is provided with a main body portion 2 through which the road thread M is communicated. The mutual communication hole 23 formed in the main body 2 is formed in a substantially circular shape larger than the road thread M so that the road thread M can freely communicate with each other. A thread M is inserted into the communication hole 23 through a cutting portion 24 which is an insertion portion. [Selection diagram] Fig. 1

Description

  The present invention relates to a fishing auxiliary tool used in so-called “fish fishing”.

  2. Description of the Related Art Conventionally, a so-called “fishfish fishing” technique is known as a technique for spraying fired bait on the sea and catching fish that gather on the sowing bait. This fishfish fishing is a technique that invites fish by drifting the device into the sea (fishfish) with only the weight of fish hooks and food, and fishes by placing the bait and the ground food in the same way Therefore, you can feed the fish without making the fish feel uncomfortable.

  By the way, when performing this fishing, there is a demand to change the depth of the tana (position from the surface of the water to the food) freely, taking into account the fishing ground, the flow of the tide, the climate, and even the time of eating of the fish. is there. For this reason, there are “fixed devices” that fix the position of the seam relative to the road line, “semi-moving devices” that move the position of the seam within a predetermined range of the road line, and the position of the sea surface. There are three types of “loose devices” that move freely on the road.

  In general, these three types of devices are used to pass a thread through a hollow having a hollow through-hole called a so-called “through hole”, and to fix the upper and lower positions of this hole, a fixed ball, and a fixture such as a split weight By fixing to the road thread, the mechanism is switched by stopping or releasing the movement.

  However, since this mechanism switching operation is usually performed at a anchorage or the like where the scaffolding is poor, the angler needs to perform in an unstable posture, and there is a problem that workability is extremely poor. In addition, fishing gear such as a sea buckle is about the size of a grain of rice. There is a problem that can not be.

  Therefore, the following patent documents are known as solutions for solving these problems. In Patent Document 1, an inner diameter adjusting member that switches the hole diameter of the through hole is provided at the lower end portion of the through hole, and the hole diameter of the through hole is switched by the inner diameter adjusting member. Uki that switches between and is disclosed. In addition, Patent Document 2 discloses a uki that freely switches between all floating devices and fixed devices, and this uki also has a fixing device mounting hole provided at the lower end portion of the through hole, and this fixing device mounting is provided. By inserting or removing Uki rubber through a thread through the hole, it is possible to switch between full and semi-floating devices.

JP 2005-168403 A Japanese Utility Model Publication No. 63-167874

  Certainly, according to the techniques of Patent Document 1 and Patent Document 2, it seems that the device for fishing for a flounder can be switched quickly. However, in any technique, it is necessary to perform a large process on the uki itself, and for those who have been fishing for shark fish up to now, it is necessary to purchase a new ukiyuki. Also, there is a problem that you can't use the uki you used.

  Furthermore, processing the uki itself raises the problem that the production cost of the uki increases and the uki becomes expensive.

  In addition, if you look closely at the embodiment of Patent Document 1, it is necessary to switch the inner diameter adjustment member every time by removing the snow from the road thread, and in the end, the mechanism cannot be changed easily. I think that the.

  The present invention has been made in view of the above points, and the purpose of the present invention is to fix the existing hookfish fishing, An object of the present invention is to provide a fishing auxiliary tool capable of quickly and surely switching a plurality of devices such as an idle device and an idle device.

  A first device is an auxiliary tool for fishing performed by switching a through-hole having a through-hole penetrating the inside of the ground into a fixed device, a fully-moving device, and a semi-moving device. A support bar portion that is inserted into the through hole of the through hole and supports the through hole, a main body portion that is provided at a lower portion of the support bar portion, and is provided in the main body portion. And an insertion portion into which the thread can be inserted from the outside into the passage hole, and the inner diameter of the passage hole is set smaller than the outer dimension of the engaging portion provided in the passage thread. .

  According to the above configuration, various gimmicks can be assembled by supporting the thread through the supporting rod portion of the fishing auxiliary tool and passing the road thread through the passage hole of the main body portion. Specifically, three types of devices can be assembled depending on how the thread is passed through the passage hole of the main body.

  First, the “all idle mechanism” is configured by passing the thread on the hand side (reel side) from the locking portion through the passage hole. As a result, the road yarn is fed out to the tip side (fishhook side) without being disturbed by the locking portion. For this reason, the snow supported by the fishing auxiliary tool moves freely along the road line. In addition, the “semi-moving device” is configured by passing the road line on the front side (fishhook side) from the locking portion through the passage hole. Thereby, since the fishing auxiliary tool is locked by the locking portion, it moves between the locking portion and a locking member such as a Harris connecting member on the tip side (fishhook side). For this reason, the snow supported by the fishing auxiliary tool can freely move only during this time. Furthermore, the “fixing device” is a state in which the road yarn is fixed to the passage hole with a fixing means (fixing member such as a fixing pin, fixing for winding the road yarn, etc.) in a state where the road yarn is passed through the passage hole. Constitute. Thereby, the snow supported by the fishing auxiliary tool moves integrally with the road line without changing the position with respect to the road line.

  In addition, as long as the latching | locking part here latches the auxiliary tool for fishing on a road line, it may be anything, fishing gears, such as a snow stop, a new ball, a split weight, and also a road line itself It may be a knot fixed by tying.

  In this way, multiple devices can be made quickly and reliably while using the existing threading hole as it is, simply by changing the threading position and way of threading with respect to the hole in the body. You can switch to

  The second device is characterized in that the main body portion is formed in a flat plate shape, and the communication hole is formed at a position offset in the vertical direction.

  According to said structure, since the main-body part becomes flat shape and the communicating hole is formed in the position offset up and down, when the angler switches a device, the communicating hole of the main-body part is not provided. By pressing the part with a finger and inserting the road thread from the insertion part, it can be made to pass through the passage hole. That is, by forming a portion that can be gripped by the angler in the main body, the workability of the device switching operation can be improved. In addition, even when removing the thread from the common hole, the main body can be pressed with your finger, so the workability when removing the thread can be improved, and the mechanism can be switched more quickly. Can do.

  According to a third aspect of the present invention, the insertion portion is constituted by a wedge-shaped cutting portion formed in the main body portion.

  According to said structure, since an insertion part is comprised by a wedge-shaped cutting site | part, by inserting a road thread with respect to the cutting site | part of the shape narrowed in a wedge shape, a road thread is reliably guided to the communication hole. , Can pass the yarn.

  Therefore, it is possible to easily insert the thread into the passage hole, and it is possible to more easily perform the mechanism switching operation.

  The fourth device is characterized in that a bulging portion bulging inside the communication hole is formed at the position of the cut portion of the communication hole.

  According to the above configuration, the bulging portion that bulges inside the communication hole is formed at the position of the cut portion of the communication hole, and thus a force that pulls out to the outside acts on the road yarn. However, the movement of the road thread moves out at the position avoiding the bulge. For this reason, since the road thread moves outward at a position away from the cutting site, it is possible to create a state in which it is difficult for the thread to be removed from the communication hole. Therefore, even if an external force that pulls outwards acts on the road yarn, it can be prevented from being removed from the communication hole, and the mechanism can be prevented from being lost during casting or the like.

  The fifth device is characterized in that the fishing auxiliary tool is made of synthetic resin.

  According to said structure, the fishing auxiliary tool can be made into the state which floats on the sea surface like Uki. Further, corrosion due to seawater or the like can be prevented. Furthermore, since it has a certain degree of rigidity, it can also reliably support the road yarn. In addition, even a complicated shape can be produced at a relatively low price, and can be provided at a lower cost than a device for switching devices.

  As described above, according to the present invention, by changing the passing position of the road line and the way of passing with respect to the passing hole of the fishing auxiliary tool, while using the existing through hole as it is, a plurality of The device can be switched quickly and reliably.

  Therefore, it is possible to quickly and surely switch between a plurality of devices such as a fixed device, a semi-moving device, and a floating device for fishing, while using the existing uki without any modification or processing.

It is a figure of the fishing auxiliary tool which concerns on Embodiment 1 of this invention, (a) is a front view, (b) is a side view. It is detail drawing of the vicinity of the communication hole of a main-body part, (a) is a detailed view of Embodiment 1, (b) is a detailed view of Embodiment 2. FIG. It is explanatory drawing at the time of assembling all the floating devices with the fishing aid. It is explanatory drawing at the time of assembling a semi-floating device with the fishing auxiliary tool. It is explanatory drawing at the time of assembling a fixing mechanism with the fishing aid. It is detail drawing of the main-body part of Embodiment 3, (a) is a front view, (b) is AA arrow sectional drawing.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. It should be noted that the following description of the preferred embodiment is merely illustrative in nature and is not intended to limit the present invention, its application, or its use.

  1A and 1B are diagrams showing a fishing auxiliary tool T (hereinafter referred to as an auxiliary tool) according to Embodiment 1 of the present invention, in which FIG. 1A is a front view and FIG. 1B is a side view.

  As shown in this figure, the auxiliary tool T of the present embodiment is integrally formed of polypropylene, which is a synthetic resin, and is broadly divided into support rod portions 1 that are inserted into the through-hole U and fix the uki. And a main body 2 that allows the road thread M to pass through the lower portion of the support bar 1.

  First, the support bar portion 1 is constituted by a rod-like portion having a substantially round cross section extending in the vertical direction. By inserting the support bar portion 1 into the through hole Ua of the through hole U, the through hole U is The support is fixed. The thickness (diameter) of the support rod portion 1 is set to a size that can be inserted into the through holes Ua of all through holes U currently on the market. For example, the diameter b is about 1.5 mm. It is set. Further, the length of the support bar 1 is set so as to pass through the through hole U and the upper part is exposed above the through hole U. For example, the length L is set to about 50 mm. Yes. In addition, you may change the length L of this support bar part with the size of a room size.

  In addition, after the support bar 1 is inserted into the through hole U, a stopper member 3 made of a commercially available Uki rubber tube or rubber tube is attached to the upper end of the support bar 1 in order to fix the through hole U. Covered.

  Further, the shoulder portion 2a of the main body 2 has a so-called “navel shoulder” shape that gently falls so that the through hole U can freely rotate even when supported by the auxiliary tool T. That is, in order to alleviate the friction between the through hole U and the auxiliary tool T, an inclined surface having a predetermined angle θ (for example, 45 °) is set at the base between the main body 2 and the support bar 1. Yes.

  In addition, since this support rod part 1 can support various types of through holes U, the size, type, and the like of the holes can be changed according to the mechanism and the like. For example, you can change the size of the snow according to the weight of the split weight, change the kind of snow according to the type of the device, and even change the snow according to the flow of the tide. .

  Further, the cross-sectional shape of the support bar 1 is not limited to a round cross section, and may be a square cross section such as a triangle or a square. Furthermore, an elliptical shape, a star shape, etc. may be sufficient.

  Next, the main body 2 is formed of a substantially sandals-shaped flat plate. The upper part 21 is formed slightly larger than the lower part 22 so that the angler can easily grasp the upper part 21 with a finger. In addition, the lower portion 22 is formed with an passage hole 23 for allowing the road thread M to pass therethrough. And this main-body part 2 has the rigidity of the grade which does not deform | transform easily even if external force is added, for example, thickness t is set to 1.5 mm.

  The passage hole 23 formed in the main body 2 is formed in a substantially circular shape larger than the road yarn M so that the road yarn M can freely pass therethrough. For example, when the road thread M is No. 2 (about 0.235 mm), the inner diameter d of the communication hole 23 is set to about 3 mm to 5 mm. As a result, the road yarns can be communicated smoothly without being entangled. The inner diameter d of the communication hole 23 is preferably larger than the inner diameter s of the through hole Ua of the through hole U. This is because the larger the inner diameter d of the passage hole 23 is, the easier it is for the road thread M to fall more smoothly, and it is easier to drop the road thread M into the sea O than when the passing through U is passed through as it is. . In addition, it is conceivable that the communication hole 23 is hexagonal or octagonal. However, in order to smoothly slide the road thread M, a circular shape without corners is desirable.

  The thread Y is inserted into the communication hole 23 through the cutting portion 24 serving as an insertion portion. The cutting part 24 is formed by cutting the main body 2 as can be seen from the letters. Specifically, it is formed by cutting between the communication hole 23 and the outside at a substantially nine o'clock position in FIG.

  The detailed structure of the cutting site 24 will be described with reference to FIG. 2A is a detailed view of the first embodiment, and FIG. 2B is a detailed view of the second embodiment.

  First, as shown in (a), the cutting portion 24 of the first embodiment has a substantially wedge shape in which the outer side is wide and the communication hole 23 side is narrowed. That is, the road thread M is easily inserted from the outside, but the road thread M is difficult to be removed from the communication hole 23.

  Further, in the first embodiment, a bulging portion 25 that bulges inside the communication hole 23 corresponding to the position of the cutting portion 24 is provided. The bulging portion 25 is formed by a semicircular convex portion. For example, the width h of the substantially wedge-shaped opening is about 1.0 mm, and the diameter j is set to about 1.2 mm. The diameter j may be set equal to or smaller than the opening width h.

  By providing this bulging portion 25, even when a force that is likely to be pulled out acts on the road yarn M, the road yarn M moves to a position that avoids the bulging portion 25. The movement of the thread M from the portion 24 can be suppressed.

  On the other hand, although it is Embodiment 2 of (b), the cutting part 124 which is an insertion part of this Embodiment 2 does not have a wedge shape, but is simply cut in a straight line, and a part of the cut surface is formed. It is set to be in full contact. In addition, a semicircular cutout portion 125 is provided on the outer side, and a semicircular bulge portion 126 is provided on the side of the communication hole 123.

  Thus, by providing the semicircular cutout portion 125 on the outer side, the road yarn M can be easily guided from the cutout portion 125, and the insertion operation of the road yarn M from the outside can be easily performed. . Further, since the semicircular bulging portion 126 is provided on the side of the communication hole 123, it is possible to reliably prevent the thread M from coming off from the cutting portion 124.

  Therefore, even the cutting part 124 of the second embodiment can be easily inserted from the outside but not easily removed from the side of the communication hole 123.

  In the first and second embodiments, the insertion portion has been described with the cut portions 24 and 124 obtained by cutting the main body portion 2. However, the insertion portion is not limited to this, and an open / close mechanism or a gate can be used. Or the like. In other words, it is sufficient if the road yarn M is inserted into the passage hole 23 and can be easily inserted, and once inserted into the passage hole 23, the road yarn M is not easily detached.

  Next, with reference to FIG. 3 to FIG. 5, the usage state of the auxiliary tool of the first embodiment, that is, how to assemble the device will be described.

  First, the whole floating mechanism will be described with reference to FIG.

  The fishing rod S possessed by the angler is provided with a reel 4 around which a long road thread M is wound. The road thread M is drawn from the tip of the rod through the plurality of guides 5 of the fishing rod S. Then, a hook Z for hookfish fishing is assembled at the tip of the road thread M.

  This mechanism Z will be described. The device Z basically includes a rubber fixing member 6, a plastic sphere 7, a rubber cylindrical body 8, a knot 9, a Harris 10, and a fishing hook 11.

  Specifically, a rubber fixing member 6 that stops the movement is called a “sticking stop” on the hand side (reel side) of the road thread, and a plastic called “Shimori-dama” on the tip side (fishhook side). The sphere 7 made of metal is inserted. The diameter of the shimo ball 7 is set larger than the communicating hole 23 of the auxiliary tool T, and is set to 4 to 6 mm, for example. For this reason, this shimo ball 7 regulates the movement of the auxiliary tool T as a locking portion.

  Further, a rubber cylindrical body 8 called a “sparkling cushion” is inserted through the front side (fishing hook side) of the ball 7. This cuff stop cushion 8 is fixed to the road thread M or freely moved by inserting a pin 8a, a toothpick or the like. The dimension of the cushioning cushion 8 is also set larger than the communication hole 23 of the auxiliary tool T, and is set to 4 to 6 mm. For this reason, this squeeze cushion 8 can also regulate the movement of the auxiliary tool T as a locking part.

  Further, Harris 10 is attached to a further front side position of the road thread M via a knot 9. A fishing hook 11 is attached to the tip of the Harris 10. In addition, food not shown is attached to the fishhook 11.

  In order to make the device Z more easily sink into the sea O, the split weights 12 and 13 may be attached to the position of the road thread M or the Harris 10. With the split weights 12 and 13, the movement of the auxiliary tool T may be regulated as a substitute for the skimming cushion 8.

  The auxiliary tool T covers and supports the through hole U by covering the support bar 1 with the through hole U from above and fitting the plug member 3 into the upper part thereof. And the mechanism is assembled by making the thread M pass through the passage hole 23 of the auxiliary tool T.

  In the full floating mechanism shown in FIG. 3, the mechanism is assembled by allowing the thread Y on the hand side (reel side) relative to the ball 7 and the stopper 6 to pass through the passage hole 23 of the auxiliary tool T. For this reason, the shimo ball 7 etc. will be located in the front side (fishing hook side) of the communication hole 23 of the auxiliary tool T, and it is not affected by the shimo ball 7 with respect to the road thread M to be delivered. The tool T is moved freely. In this way, the through hole U supported and fixed to the auxiliary tool T is freely moved along the road thread M as a whole floating device.

  Next, the semi-moving mechanism shown in FIG. 4 will be described. About the component similar to FIG. 3, description is abbreviate | omitted by attaching | subjecting the same code | symbol. In this semi-floating mechanism, the mechanism Z is assembled by allowing the thread M on the front side (fishhook side) of the shimo ball 7 and the stopper 6 to pass through the passage hole 23 of the auxiliary tool T. For this reason, the shimo ball 7 etc. will be located in the hand side (reel side) of the communication hole 23 of the auxiliary tool T, and further, on the tip side (fishing hook side) of the communication hole 23 of the auxiliary tool T, The stop cushion 8 is positioned. For this reason, the auxiliary tool T can freely move only between the shimo ball 7 and the non-cushion cushion 8 through the communication hole 23. In this way, the through hole U that is supported and fixed to the auxiliary tool T can freely move only between the shimo ball 7 and the non-stop cushion 8 as a semi-moving mechanism.

  Next, the fixed mechanism of FIG. 5 will be described. In FIG. 5, the same components as those in FIGS. 3 and 4 are denoted by the same reference numerals, and the description thereof is omitted.

  In this fixing mechanism, the auxiliary tool T is fixed to the road thread M so as to be a fixing mechanism. In other words, a frustoconical rubber lock pin 14 to be fitted into the communication hole 23 is prepared, and the lock pin 14 is inserted into the communication hole 23 at an appropriate position in a state where the thread Y is passed through the communication hole 23. It is inserted and the road thread M is inserted into the passage hole 23.

  Thereby, the auxiliary tool T and the road thread M are fixed. For this reason, the auxiliary tool T is fixed to one point on the road thread M. In this way, the through thread U supported and fixed to the auxiliary tool T is fixed to the road thread M as a fixing device.

  Note that the auxiliary tool T may be fixed to the road thread M by using existing parts instead of the frustoconical lock pin 14. For example, although not shown, by inserting the toothpick into the communication hole 23 and covering the ends of the toothpick with rubber tubes, the auxiliary tool can be fixed to the road thread, or a commercially available so-called “Karaman stick” (registered) Trademark) may be inserted into the communication hole 23 to fix the auxiliary tool to the road thread.

  As described above, the full floating mechanism, the semi-floating mechanism, and the fixed mechanism are switched by simply passing the thread M through the passage hole 23 of the auxiliary tool T and changing its position for each mechanism. Is possible. When passing the road yarn M to the passage hole 23, the road yarn M is allowed to pass through the passage hole 23 by simply inserting the road yarn M into the insertion portion (24). Can do.

  In addition, the switching operation of each device is performed by the angler passing the road thread M from the insertion portion (24) to the passage hole 23. At the same time, it is also necessary to remove the road thread M from the passage hole 23. is there.

  This removal operation is performed by causing the yarn thread M in a position different from the yarn thread M communicated from the insertion portion (24) to further pass through the communication hole 23. That is, because the shape of the insertion portion (24) makes it difficult to remove the road yarn M from the passage hole 23, the two portions of the road yarn M (there must be no shimo ball or the like between them) are folded back. The thread Y is removed from the passage hole 23 by being inserted into the passage hole 23. By doing so, the road thread M can be easily removed.

  As described above, according to the auxiliary tool T of the first embodiment and the second embodiment, by changing the communication position of the road thread M with respect to the communication holes 23 and 123 and the way of communication, the entire floating device and the semi-moving device. A plurality of devices Z such as fixed devices can be switched. For this reason, the device Z can be switched quickly and reliably while using the existing through hole U as it is.

  Therefore, it is possible to quickly and surely switch between the plurality of gimmicks Z for the fishing hook fishing while using the existing Uki without any modification or processing.

  Further, in the auxiliary tool T according to the first embodiment or the second embodiment, the communication holes 23 and 123 through which the road thread M communicates are formed in the lower part of the main body 2. For this reason, the angler can press the upper part of the main body 2 with his / her finger and insert the road thread M into the through holes 23 and 123, and the workability of the switching mechanism Z can be improved. In these embodiments, the communication holes 23 and 123 are provided in the lower part of the main body 2, but the communication holes may be provided in the upper part.

  Further, in the auxiliary tool T according to the first embodiment, since the insertion portion (24) is configured by the wedge-shaped cutting part 24, the thread Y is simply inserted into the cutting part 24 narrowed in a wedge shape. The road thread M can be reliably guided to the passage hole 23. Therefore, the work of inserting the road thread M into the communication hole 23 can be easily performed.

  In addition, since a bulging portion 25 that bulges inward is formed at the position of the insertion portion (24) of the communication hole 23 of the auxiliary tool T, a force that allows the road thread M to come out to the outside is provided. Even in the case of the action, the road yarn M moves so as to escape outward at a position avoiding the bulging portion 25, so that the road yarn M can be prevented from coming out of the communication hole 23. Therefore, even if an external force that causes the road thread M to fall outside is generated by casting or the like, the device Z can be prevented from collapsing. In addition, the presence of the bulging portion 25 can prevent the lock pin 14 from falling off during fixing.

  And since the auxiliary tool T is integrally formed with the polypropylene which is a synthetic resin, the auxiliary tool T can be floated on the sea surface O in the same way as the through hole U. Further, corrosion in seawater can be prevented. Furthermore, since it also has a predetermined rigidity, the road yarn M can be reliably supported. In addition, even if the shape is complicated, the auxiliary tool T can be provided at a relatively low cost because it can be formed at a relatively low cost. In the above embodiment, the material of the auxiliary tool T is described as polypropylene. However, the material is not limited to this, and any synthetic resin may be used as long as it has a certain degree of rigidity. .

  Next, Embodiment 3 will be described with reference to FIG. In the third embodiment, a weight fixing portion 201 that is recessed one step lower is provided at the lower end of the main body portion 2. In this weight fixing | fixed part 201, it forms by denting all the area | regions below the communicating hole 23. FIG. The thickness i of the weight fixing portion 201 is formed so thin that the split weight 202 can be inserted and fixed. For example, the thickness i is set to about 1 mm. And this weight fixing | fixed part 201 has provided the washing-plate-like horizontal corrugated part 201a on the surface. By providing the horizontal wavy portion 201a, the surface is easily caught.

  As shown in the drawing, the split weight 202 is fixed to the weight fixing portion 201 of the main body 2 by inserting and crimping the split weight 202. By fixing the split weight 202 in this way, the lower part of the main body 2 becomes heavier than the split weight 202, and the auxiliary tool T can sink into the sea O. That is, even if the mass of the auxiliary tool T is increased and the through hole U is supported and fixed, the auxiliary tool T is submerged in the water together with the through hole U.

  By fixing the split weight 202 in this manner, a fishing method called “slul fishing (fishing method)” that sinks the through hole U together with the device Z can be performed. In this pickpocket fishing, the through-hole U and the device Z sink together in the sea, so it is more susceptible to the tide by the presence of the through-hole U than the whole floating device, and the food of the spear bait and the device is more synchronized. You can float underwater and increase the bite of fish. In addition, in this through fishing, the effect is exhibited by assembling a device by a fixed device for fixing the auxiliary tool T to the road thread M.

  Accordingly, in the third embodiment, by providing the weight fixing portion 201 on the auxiliary tool T, the fishing method (device) can be further increased as compared with the first and second embodiments, and the width of the fishing method is widened. Can do.

  Although the embodiment has been described above, the present invention may be modified as appropriate without departing from the scope of the object.

  As described above, the fishing auxiliary tool according to the present invention can be applied to fishing that requires quick switching between a plurality of devices, such as fishing for hookfish.

T Auxiliary Tool M Road U U Threading Z Mechanism 1 Support bar 2 Body 3 Plug member 7 Shimo ball (locking part)
8 split weights 23 and 123 Interfacing holes 24 and 124 Cutting part (insertion part)
25, 126 bulge

Claims (5)

An auxiliary tool for fishing performed by switching a through-hole having a through-hole penetrating the inside of the uki, with a fixed device, a fully-moving device, and a semi-moving device with respect to the road line,
A support rod portion that is inserted into the through hole of the through hole and supports the through hole;
A main body portion provided at a lower portion of the support rod portion and provided with a passage hole through which a road thread passes;
An insertion portion provided in the main body portion and capable of inserting a road thread from the outside into the passage hole;
A fishing auxiliary tool characterized in that an inner diameter of the communication hole is set smaller than an outer dimension of a locking portion provided on a road thread. The main body is configured in a flat plate shape,
The fishing auxiliary tool according to claim 1, wherein the communication hole is formed at a position offset in the vertical direction. The fishing auxiliary tool according to claim 1 or 2, wherein the insertion portion is configured by a wedge-shaped cutting portion formed in the main body portion. 4. The fishing auxiliary tool according to claim 3, wherein a bulging portion that bulges inside the communicating hole is formed at a position of the cut portion of the communicating hole. The fishing auxiliary tool according to any one of claims 1 to 4, wherein the fishing auxiliary tool is made of synthetic resin.

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