JP2009240169A - Paternoster tackle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a paternoster tackle for fishing which is capable of carrying out the delicate attraction as if a bait lives without receiving the influence of a sinker load, and capable of regulating hooking according to the kind and activity of fish. <P>SOLUTION: The paternoster tackle is obtained by arranging a ring member 6 (first regulating means) having an outer diameter larger than the inner diameter of a ring-shaped part 5 at the fishhook side of the ring-shaped part 5 on a fishline 11 in a state in which the fishline 11 is passed through the ring-shaped parts 3 and 5 at both terminals of a paternoster 21. When the tackle is pulled in a direction indicated by a mark 22 (fishing rod direction), the paternoster 4 is bent without receiving the sinker load to enable the attraction as if the fishhook (bait) moves. Preferably, the bent distance of the paternoster 4 can be regulated by allowing the fixed arrangement of the ring member 6 to be freely regulated by arranging a float-fixing rubber 10 (second regulating means) movable to the fishhook side of the ring member 6. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a fishing tackle that can be invited without carrying a weight load.

Various devices using a balance (balance device) have been developed in addition to the balance disclosed in Patent Document 1.
FIG. 1 shows the basic structure of the fixed weight balance. The illustrated scale device is set so that the balance 21 is provided with the annular portions 3 and 5, the fishing line portion 11 is inserted therethrough, the ring member 12 is provided, and the slide amount of the balance 21 is regulated within a certain range. ing.
FIG. 2 shows the basic structure of the weight exchange type balance mechanism. The road thread 14 is connected to the twisting 13 assembled to the annular portion 3. Harris 16 is connected to a salcan 15 assembled to the annular portion 5.

JP 2002-125552 A

However, the balance mechanism as shown in FIGS. 1 and 2 has the following problems.
(1) When the road thread 14 is pulled in the direction of reference numeral 22 (fishing rod side) and invited, the load of the weight is received, so that a delicate invitation cannot be made.
(2) The structure of FIG. 1 cannot adjust the slide range.
(3) The structure of FIG. 2 has no slide mechanism.

  Therefore, the inventor of the present application can be freely invited without being affected by weight load in fishing methods using fishing rods such as kisses and flounder inhabiting sandy terrain, fishing rods that use the middle layer as habitats, fishing rods, etc. By changing the slide amount of the fishing line, the present invention has been completed for the purpose of providing a delicate invitation that the bait is alive and a balance mechanism that increases the hooking effect.

In order to achieve the above-mentioned goal, the first invention includes a weight-fixing type in which a weight is fixedly attached to the balance in advance, or a weight-removable weight-exchanging balance body, and annular portions provided at both ends of the balance. A balance device having a fishing line to be inserted, and having a diameter between the fishing line side annular portion and the fishing line, the outer diameter of the fishing line side annular portion being not inserted, and moving the fishing line to the road line side (fishing rod side) The balance device is provided with a first restricting means for restricting the movement.
According to a second aspect of the present invention, there is provided a balance comprising a second regulating means for adjusting the amount of bending of the balance by controlling the regulation by the first regulating means in the fishing line between the first regulating means and the fishhook. It is a device.
The third aspect of the invention restricts the movement of the fishing line to the fishhook side by having an outer diameter that does not pass through the annular part of the fishing line (fishing rod side) in the fishing line between the fishing line side (fishing rod side) and the fishing rod. The balance is characterized in that the third regulating means and the fourth regulating means capable of adjusting the amount of movement of the fishing line by controlling the regulation by the third regulating means are provided on the fishing line between the third regulating means and the fishing rod. It is a device.
4th invention has the outer diameter which does not penetrate the said road line side (fishing rod side) annular part in the fishing line between a fishhook side annular part and a road line side annular part, and the road line side (fishing rod side) of a fishing line The balance device is characterized in that it is provided with a fifth restricting means for restricting movement of the balance.
A fifth aspect of the invention is a balance device characterized in that the weight of the balance body has a bottom shape that is difficult to be washed away.
A sixth aspect of the present invention is a balance mechanism characterized in that the weight of the balance body has a bottom shape that can invite left and right.
A seventh invention is a pipe member that allows a fishing line to pass therethrough and is inserted into the annular portion on the fishhook side and extends to the fishhook side, and there is a fishhook inside the pipe member that is located from the roadline side (fishing rod side) end to the fishhook side. A sixth regulating means for regulating movement of the pipe member toward the road line side (fishing rod side) having an outer diameter that does not pass through the side annular portion; and a pipe member side at the end of the pipe member on the road line side (fishing rod side) The balance device is characterized by comprising a seventh restricting means that has an outer diameter that does not pass through the annular portion and restricts the movement of the pipe member toward the fishhook.

The present invention has the following effects.
(1) When the fishing line is pulled in the direction of the fishing rod, the movement of the fishing line is restricted by the first restricting means and the second restricting means, and the tensile stress is transmitted to the balance on the fishhook side, thereby making the balance. The Harris's fishing hook (bait) moves in accordance with the scale of the balance, so that a free invitation can be made using the scale of the scale. Moreover, in the present invention, the amount of bending (invitation) of the balance on the fishhook side can be adjusted by moving the position of the first restricting means using the second restricting means, so that it matches the type of fish and the predation activity status. (Effect of the invention according to claim 1 or 2).
(2) Also, from fish predation to firmness often varies depending on the type of fish and the activity status. Therefore, the movement of the slide amount until the fish is hooked is restricted by the third restricting means and the fourth restricting means. In the present invention, since the slide amount can be adjusted by moving the third restricting means using the fourth restricting means, the tension adjustment of the fish can be smoothly performed and the fishing result can be increased (claim). Effect of the invention according to item 3).
(3) Since this balance device is applied to fishing using a kite, it is necessary to perform the introduction smoothly. However, the fifth restricting means restricts the balance of the balance on the fishhook side, Yarn warp can be prevented (effect of the invention according to claim 4).
(4) Since the weight of the main body of the balance has a bottom shape that is difficult to be washed away, when the road thread 11 is pulled in 22 directions, the main body of the balance becomes difficult to move, so that an effective invitation can be made. Effects of the invention)
(5) Since the weight of the balance main body has a shape that can invite left and right, a new movement is given to the fishhook (bait) at the tip of Harris, and an effective invitation can be made (invention according to claim 6) Effect).
(6) Because the fishing line has a pipe member, when the fishing line is pulled to the fishing rod side, the pipe member first moves the fishing hook (bait) at the tip of the Harris by the movement of the lever around the annular part on the fishing hook side, and then Then, according to the bend of the balance, the Harris needle (bait) is moved. As a result, a two-stage movement can be given to the Harris needle (bait), and a more free invitation can be made (effect of the invention according to claim 7).

First, a first embodiment will be described (corresponding to claims 1, 2, 3 and 4).
FIG. 3 is an explanatory view showing the structure of the balance mechanism according to the first embodiment of the present invention.
The balance device 23 shown in FIG. 3 includes a fishing line 11, a balance body 21 attached to the fishing line 11, and a fishing hook 17 provided at the tip of the fishing line 11.

The balance body 21 includes balances 2 and 4 and a weight 1. The fishing line 11 is mounted in a state of being suspended on the balance 21.
The balances 2 and 4 are made of linear stainless steel or the like, and ring-shaped annular portions 3 and 5 are formed at the tips thereof. The length and thickness of the balances 2 and 4 are not limited and can be set. The material of the balances 2 and 4 is not limited to stainless steel, and other metals, resins, and the like can be used. The shape of the balances 2 and 4 is not limited to a linear shape, and a square, a rectangle, or an ellipse can be adopted. Decoration such as plating and painting can be adopted for the appearance.
Since the fishing line 11 is inserted through the annular portions 3 and 5, the inner diameter of the annular portions 3 and 5 needs to be set to a dimension that allows the fishing line 11 to slide smoothly. The inner diameter of the annular portions 3 and 5 can be set to, for example, about 1 mm to 40 mm.

The weight 1 is used to sink the balance mechanism 23 to a required water depth or to behave as a balance 4 (inviting), and is a fixed weight type combined with the balances 2 and 4 shown in FIG. is there. As a combination method with the balances 2 and 4, casting, press-fitting, screwing, or the like can be adopted. As the material of the weight 1, lead-based or high specific gravity resin can be adopted, and decoration such as plating or painting can be adopted for the appearance.
The road yarn 14 is made of nylon or the like, for example, and is fed from a ridge not shown.
As the twister 13, a known one that is generally commercially available can be adopted, and plays a role for twisting the road line 14 and the fishing line 11.

  The fishing line 11 is bound with a twisting arm 13, and the anti-skid rubber 9, the ring member 8, the ring member 12, the stopper member 7, the ring member 6, and the anti-skid rubber 10 are sequentially arranged, and a snap sulcan 15 is bound to the tip thereof. It was. And it is a balance mechanism which has the fishing hook 17 tied to Harris 16 connected with this edge part. The fishing line 11 is made of a well-known fishing wire that is strong and difficult to twist, and is generally commercially available in order to prevent entanglement at the time of introduction of the attracting balance device. Polyethylene, fluorocarbon, etc. can be used.

Further, the balance main body 21 has the fishing line 11 inserted through the annular portions 3 and 5, and the balance main body 21 is positioned between the ring member 8 and the ring member 12 by disposing the annular portion 3 and the stopper 7. The annular portion 5 is configured to be positioned between the ring member 6.
The ring members 6, 8, and 12 can be formed into a circle or an ellipse, for example, with resin, stainless steel, or the like, and are formed in a circle in this embodiment. The inner diameters of the ring members 6, 8, 12 are set to be larger than the outer diameter of the fishing line 11. The outer diameter of the ring member 6 is set to be larger than the inner diameter of the annular portion 5 of the balance 4, and the outer diameters of the ring members 8 and 12 are larger than the inner diameter of the annular portion 3 of the balance 2. Is set to

By setting the ring members 6, 8, and 10 to the above-described dimensions, each ring member plays the following role.
(1) Ring member 6: First regulating means for regulating the movement 22 of the fishing line 11 to the road line side (fishing rod side).
(2) Ring member 8: a third restricting means for restricting the movement of the fishing line 11 to the fishhook side 17;
(3) Ring member 10: Combined with a stopper member 7 to be described later, it becomes a fifth restricting means for restricting the movement 22 of the fishing line 11 to the road line side (fishing rod side).

Further, as the anti-stick rubbers 9 and 10, for example, publicly known ones made from natural rubber or synthetic rubber can be adopted. Since the buckling rubbers 9 and 10 are for moving the regulation and regulation positions of the ring members 8 and 10, the fixing and moving force depends on the thickness of the fishing line 11 and the size and type of the buckling rubbers. It is determined.
Here, the anti-skid rubber 9 is mounted in the middle between the ring member 8 and the twisting mechanism 13 and has a structure that plays a role for regulating the ring member 8 and serves as a fourth regulating means.
Further, the anti-skid rubber 10 is a structure that is mounted between the ring member 6 and the snap sulcan 15 and plays a role for regulating the ring member 6 and serves as a second regulating means.

  As the stopper member 7, a generally-known commercially available sleeve formed in the shape of a hollow pipe such as stainless steel, for example, can be adopted, and is fixed by crimping at a predetermined position. In this embodiment, the stopper member 7 is bent in the balance 4 when the fishing line 11 is pulled in the 22 direction. However, the amount of bending is annular when the stopper member 7 moves in the 22 direction and pushes the ring member 12. The state restricted by the part 3 becomes the maximum. When the balance mechanism 23 is inserted, this state is obtained, but the stopper member 7 can limit the excessive bending of the balance 4. Therefore, as described above, the fifth restricting means is established by the combination of the ring member 10 and the stopper member 7.

  The stopper member 7 is in the middle of the annular portions 3 and 5 and is fixed to the fishing line 11. Therefore, the stopper member 7 has an outer diameter larger than the inner diameter of the known annular portion 3 that is generally commercially available. You can adopt the twisted and snap sarkan that you have. At this time, the ring member 12 can be deleted.

The buckling rubber 10 has a structure in which the bending amount of the balance 4 can be adjusted by changing its position (second regulating means). The amount of bending is increased by moving the buckling rubber 10 in the direction of the ring member 6, and the amount of bending can be reduced by moving in the opposite direction of the snap sarkan 15.
Therefore, the anti-skid rubber 10 has a feature that can be adjusted by adjusting the amount of bending when the balance device is inserted and the amount of bending (invitation) of the balance 4 for inviting fish by moving this. . However, in the present embodiment, depending on the scale mechanism, a certain target fish, etc., without using the anti-stick rubber 10 (without using the second regulating means), the amount of bending (invitation) is constant. You can also

  Further, the buckling rubber 9 has a structure capable of adjusting the slide amount of the fishing line 11 by changing its position (fourth regulating means). The amount of sliding is reduced by moving the buckling rubber 9 in the direction of the ring member 8, and the amount of sliding can be increased by moving in the direction of the twisting 13.

The snap sarkan 15 is for correcting the twist of the Harris 16 and simplifying the replacement of the Harris 16. It can be selected from known ones that are generally marketed by the fish to be fished.
Harris 16 is for tying to fishhook 17, and can be constituted by nylon or the like, for example.
Moreover, the needle | hook 17 can be selected from the well-known thing generally marketed by the fish for fishing.

Next, the effect of the balance mechanism 23 according to the present embodiment will be described.
(1) First, bait the fishing hook 17 of the balance mechanism 23 and throw it into the sea, and sink it to a predetermined depth.
(2) When the road line 14 is pulled in the 22 direction, the first restriction in the weighing device according to the present embodiment is that the anti-skid rubber 10 (second restricting means) fixed to the fishing line 11 moves in the 22 direction. The member 6 (first restricting means) comes into contact with the annular portion 5 of the balance 4 and is restricted from moving. When the road thread 14 is further pulled in 22 directions, the balance 4 is bent, and when the road thread 14 is loosened, the bending of the balance 14 is repelled and returned to its original state. In this series of movements, the tip is moved back and forth, whereby the movement is transmitted to Harris 16, and the bait attached to the fishhook 17 moves back and forth. This movement invites fish and activates predation.
(3) When the fish tries to prey on the bait, the fishing line 11 is pulled in the opposite direction 22 (the fishhook 17 side). At this time, the road line 11 can be freely slid in the pulled direction without being hindered by the load of the balance body 21, so that it is possible to prevent a sense of incongruity in the fish that prey on the food. Further, the anti-skid rubber 9 (fourth regulating means) fixed to the fishing line 11 moves in the opposite direction 22 (fishing needle 17 side), and the ring member 8 (third regulating means) contacts the annular portion 3 of the balance 2. As a result, the slide restriction works and the needle hooks. At this time, since the slide amount is a mechanism that can be adjusted by moving the anti-stick rubber 9 (fourth restricting means), the slide amount corresponding to the situation is set to increase the fish hooking effect. Can do.

Next, a second embodiment will be described (corresponding to claims 5 and 6).
The shape of the weight 1 in FIG. 3 is a shape in which the balance mechanism 23 can easily stand.
For example, the emphasis is usually on self-supporting, and the bottom shape of FIG. 4 can adopt a planar shape. However, by making the bottom shape of the weight 1 concave as shown in FIG. As a result, the weight 1 is less likely to be washed away and less likely to move. As a result, it can be adopted as a shape that makes the bend (invitation) of the balance 4 more effective.
Further, as shown in FIG. 6, by setting the bottom shape of the weight 1 to be a V (ship bottom) type, the balance mechanism is tilted to the left and right according to the unevenness of the sea bottom. The thing of the shape which can add such a right-and-left movement as a fish invitation can be employ | adopted.

Next, a third embodiment will be described (corresponding to claim 7).
FIG. 7 is a view showing the structure of the balance mechanism 26 according to the second embodiment of the present invention.
The balance mechanism 26 shown in FIG. 7 is different from that of the first embodiment in that a pipe 24 such as a polyvinyl chloride pipe is provided on the annular portion 5 of the balance mechanism 23 shown in FIG. It is inserted and inserted into both ends thereof by ring members 28 and 18 having an outer diameter larger than the inner diameter of the annular portion 5.
Further, a ring member 20 for guiding the fishing line 11 is provided at the tip of the hollow pipe 19 on the needle side.

These ring members 28, 20, and 18 can be formed into a circle or an ellipse, for example, with resin, stainless steel, or the like, and are formed in a circle in this embodiment. Further, the assembly is fixed by bonding or screwing. And each ring member will play the following roles.
(1) Ring member 28: a sixth restricting means for restricting the movement of the hollow pipe assembly portion 25 toward the road line side (fishing rod side) 22.
(2) Ring member 20: The structure is such that the fishing line 11 avoids contact with the inner diameter end face of the hollow pipe 19 and prevents the fishing line 11 from sliding.
(3) Ring member 18: a seventh restricting means for restricting movement of the hollow pipe assembly portion 25 to the fishhook side 17;

In the hollow pipe assembly portion 25 attached to the annular portion 5 of the weight fixing type balance mechanism 23, the fishing line 11 is pulled through the hollow pipe 19 without being hindered by the load of the balance body 21. It can be slid freely in any direction.
In the state where the road line 14 is slackened, the tip of the hollow pipe assembly portion 25 faces downward. However, when the road line 14 is pulled in the 22 direction, the lever-type hollow pipe 25 moves perpendicular to the fishing line 11. When pulled further in the 22 direction, the hollow pipe assembly portion 25 becomes the balance 4 in a state where the hollow pipe assembly portion 25 is kept perpendicular to the road yarn 11. This series of actions is an invitation to fish.

A fourth embodiment will be described.
FIG. 8 is a view showing the structure of the balance mechanism 27 according to the fourth embodiment of the present invention.
The balance device 27 shown in FIG. 8 has a structure that can be invited to a weight exchange type balance, but has the following additional structure.
(1) It has a structure in which the first hollow pipe assembly portion 25 used in the third embodiment can be attached to the annular portion 5 at the tip of the balance 4.
(2) Since the weight is a balance mechanism that can be exchanged according to the fishing situation, it has a structure in which a basket for collecting fish material or a cage with a weight can be used.
(3) Further, this balance mechanism has a structure that can be used by being connected to any number of layers by assembling the twisting 13 of the next balance mechanism 27 to the attachment portion of the weight 1.

  The “balance mechanism” of the present invention can be widely used as a fishing mechanism.

Explanatory drawing explaining a prior art (patent document 1). Explanatory drawing explaining other prior art. Explanatory drawing explaining 1st Embodiment. Explanatory drawing explaining 2nd Embodiment (the 1). Explanatory drawing explaining 2nd Embodiment (the 2). Explanatory drawing explaining 2nd Embodiment (the 3). Explanatory drawing explaining 3rd Embodiment. Explanatory drawing explaining 4th Embodiment.

Explanation of symbols

1. Weight 2. Balance 3. Annular part 4. Balance 5. Annular portion 6. Ring member 7. Stopper 8. Ring member 9. Anti-stick rubber10. Anti-stick rubber11. Fishing line12. Ring member 13. Yorimodoshi14. Road thread 15. Snap sarkan 16. Harris 17. Fishhook 18. Ring member 19. Hollow pipe 20. Ring member 21. Balance body 22. Pull direction 23. Balance mechanism 24. Tube 25. Hollow pipe assembly part 26. Balance mechanism 27. Balance mechanism 28. Ring member

Claims (7)

  A balance device comprising a weight-fixed or weight-removable weight-replaceable balance body with a weight attached and fixed to the balance in advance, and fishing lines that pass through annular portions provided at both ends of the balance. It has a first regulating means for regulating the movement of the fishing line to the road line side (fishing rod side) having an outer diameter that does not pass through the fishing line side annular part in the fishing line between the side annular part and the fishing hook. A balance mechanism.   2. The balance device according to claim 1, further comprising: a second restriction means for controlling a restriction by the first restriction means to adjust a bending amount of the balance on a fishing line between the first restriction means and the fishhook. .   A third restricting means for restricting the movement of the fishing line toward the fishhook side, having an outer diameter that does not pass through the annular line on the fishing line between the annular portion of the road line side (fishing rod side) and the fishing rod; 3. The fishing line between the third restricting means and the fishing rod is provided with a fourth restricting means capable of adjusting the amount of movement of the fishing line by controlling the restriction by the third restricting means. A balance mechanism.   The fishing line between the fishhook side annular portion and the road line side annular portion has an outer diameter that does not allow the passage line side (fishing rod side) annular portion to be inserted, and restricts the movement of the fishing line to the road line side (fishing rod side). The balance device according to claim 1, 2 or 3, further comprising fifth regulating means.   The balance device according to claim 1, 2, 3, or 4, wherein the weight of the balance body has a bottom shape that is difficult to be washed away.   6. The balance device according to claim 1, wherein the weight of the balance main body has a bottom shape that can invite left and right.   A pipe member that allows the fishing line to pass and is inserted into the annular portion on the fishhook side and extends toward the fishhook side, and does not pass through the annular portion on the fishline side inside the pipe member that is located from the road line side (fish rod side) end to the fishhook side. A sixth restricting means that has an outer diameter and restricts movement of the pipe member to the road line side (fishing rod side), and an outer portion that does not pass the fishhook side annular portion at the end of the pipe member on the road line side (fishing rod side) 7. The balance device according to claim 1, further comprising a seventh restricting means having a diameter and restricting movement of the pipe member toward the fishhook side.

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