JPH081573U - Friend fishing - Google Patents

Abstract

(57) [Summary] [Purpose] In the dorsal hook type fishing tackle, the dive angle of the decoy is adjusted by fixing the line thread at an arbitrary position on the spine thread between the nose bar and the dorsal hook, and thus, Gain a balance between the decoy's descent power and the lift it adds to the decoy. [Structure] One or more movable stoppers 4 whose positions can be adjusted are provided at arbitrary positions on the back thread 3 where the nose bars 1 and the back hooks 2 are fixed at arbitrary intervals, and the movement stoppers 4 and the nose bars are provided. 1. The back thread 3 between the back thread 3 and the back thread 3 is provided with a fixed stopper 5, and the back thread 3 is extended to the rear of the back hook 2.
In addition, at least one or more of a Harris stopper 6, an inverted hook 7 and a knotting mouth is provided to form a friend fishing device.

Description

[Detailed description of the device]

[0001] [Industrial field of application] The present invention relates to an improvement in the ayu fishing tackle device, by setting the contact points of the road thread (including auxiliary thread, the same applies below) and the back thread as desired. The present invention relates to a friend fishing tackle that allows the user to change to two types of fishing methods, a back hook tackle, and also to select the diving angle of the friend sweetfish (hereinafter referred to as the decoy) (hereinafter referred to as the dive angle). [0002] [Prior Art] As a conventional technique for a friend fishing tackle, a tackwork tackle (a publication name is unknown) is formed by fixing a tacky thread, a reverse hook, and a hook in this order from the front of the thread. A fixed back hook device (1988 type, GAMAKATSU) in which the nose strap and the back hook are fixed to both ends of the work thread, and one or more knots are provided in the work thread between the nose strap and the back hook. The nose bar and the back hook are fixed to both ends of the work thread, and a floating ring is fitted to the work thread between the nose bar and the back hook, and a floating back hook that connects the thread to the ring. There is a work-in-progress (Japanese Unexamined Patent Publication No. 59-196074, JP-A-2-39839, and JP-A-2-79925). [Problems to be Solved by the Invention] As is well known, the above-mentioned three types of conventional fishing tackle devices are techniques that are used independently according to their purposes. For example, when decoys are active, nose bars are used for swimming and pulling in shallow water, and fixed back hooks are used for decoy with weak physical strength, fast currents, and deep places. In deep areas where the water flow is fast, etc., the floating hook mechanism is used. Therefore, when the decoy's physical strength becomes weaker or the fishing ground changes, the decoy has to be pulled and the mechanism must be changed each time. Moreover, the decoy's physical strength was exhausted. In addition, in conventional floating spinners, the connection point between the road thread and the work thread has a structure such that the decoy angle of the decoy is always maximized. If the force to lift up the decoy caused by the buoyancy of the yarn or the water flow (hereinafter referred to as “levitation force”) is small in a moderate area, the decoy angle of the decoy will be much larger than the levitation force, and Has a drawback that it sticks to the bottom of the river and hinders the ayu's attacking spirit, or even if the ayu attacks, the hook becomes very difficult to hook. [0004] [Means for Solving the Problem] The present invention is intended to eliminate the above-mentioned drawbacks of the conventional technique, and the same friendship mechanism is used. In addition, the position of the contact point (hereinafter referred to as the contact point) between the road thread and the work-in-process thread can be arbitrarily fixed, so that the diving angle suitable for the levitation force can be selected. With the above-mentioned friend fishing device, the nose bar 1 and the back hook 2 are fixed at appropriate positions on the back thread 3, and the position of fixing the back thread between the nose bar 1 and the back hook 2 can be adjusted. In addition to providing one or more movable stoppers 4 and one or more fixed stoppers 5 on the spine thread 3 between the nose bar 1 and the movable stoppers 4, this is a fishing tackle. Further, it is a companion fishing device which can be carried out by providing a back stop 3 and / or a reverse hook 7 on the back thread 3 which is extended behind the back hook 2. Detailed description will be given below with reference to an embodiment of the present invention. 1 is a nose bar, 2 is a back hook, 3 is a back thread, 4 is a moving stopper, 5 is a fixed stopper, 6 is a Harris stopper, and 7 is a reverse stopper. Each one shows a hook. The nose bar 1 connects the decoy and the device together with the dorsal hook 2, and various technologies such as a round bar, a round bar with a hook, and a one-touch bar have been provided so far, but those that refuse to use these technologies. However, it is preferable to use half moon (Japanese Patent Application No. 63-295784, Japanese Patent Application No. 1-82102, Japanese Patent Application No. 1-2389). There is no specific technology for the back hook 2, and the conventional back hooks (including the back bar), the Harris back barbs, etc. are shown. Further, it is desirable that the distance from the nose bar 1 be about 2 cm to 20 cm. There is no specific technique for the back thread 3, and any thread that can withstand the thrust of a fish is sufficient. Generally, a single wire such as nylon or tetron, or a twisted wire is used. The movement stopper 4 is provided for the purpose of setting the contact point between the back thread 3 and the road thread, and therefore is required to be fixed with a strength that does not move with the decoy thrust, and the For example, it must be possible to move easily. The material and shape are selected in consideration of the frictional resistance with the back thread 3 and the resistance to water. For example, the material is rubber, synthetic resin, metal, cotton, silk, Hairs or composite materials thereof are shown, and the shape is a spherical shape with a required minimum size, a tubular shape, and the spine thread 3 is passed through the central portion, or a fibrous shape. It should be wound around the spine thread 3. As a more special method, it is also possible to drop the gel or the melt on the spine 3. The fixed stopper 5 can be sufficiently formed by adhering and fixing the technique of the moving stopper 4 on the spine thread 3, but in consideration of water resistance and cost, the spine thread 3 itself. It is considered to be most effective to tie a knot with. The most desirable position is about 0 to 10 mm from the nose bar 1. The Harris stopper 6 is used for the purpose of connecting a reverse hook or a hook, and a conventional automatic Harris stopper, a rubber ring, or a metal ring is used. Further, the Harris stopper 6 may be integrally formed with the back hook 2. Reverse hook 7 is an extension end of spine thread 3. It may be configured as follows. Further, it does not matter even if it is integrally formed with the automatic Harris stopper like the back hook 2. [Operation] The friend fishing tackle having the above-described structure is a technique in which a detachable faucet is formed at the tip of a road thread and the faucet is fitted into the back thread 3. After passing the nose on the decoy, hit the dorsal hook at an appropriate position on the back. Therefore, the position where the dorsal hook strikes is such that when the road thread is pulled toward the head so that it is horizontal with the decoy, the contact point between the road thread and the back thread is beyond the fixed stopper and is on the movement stopper side. It is desirable to be in a proper position. When the friend fishing device is set in the decoy as described above, when the faucet is wound around the spine between the nose bar and the fixed stopper, force is applied only to the nose bar via the fixed stopper. The hook becomes free. In other words, the structure is exactly the same as that of the conventional nose stick mechanism. Next, if the decoy's physical strength declines or the fishing conditions change, and you want to change to a floating back hook device, remove the faucet at the end of the thread from the fixed stopper and fit it on the back thread on the movement stopper side. When installed, it has a structure similar to that of the conventional floating hook mechanism. However, this device is different from the conventional floating back hook mechanism in that the decoy angle of the decoy can be freely selected by moving and fixing the moving stopper to an appropriate position. That is, it is possible to select the swimming layer of the decoy by estimating the levitation force from the physical condition of the decoy and the situation of the fishing ground, and selecting the fixed position that matches it. [0006] [Example] 1. The length (indicates the distance between the nose 1 and the back hook 2; the same below) is 8 cm, and the Nylon Tegs of No. 1.5 is used as the back thread 3, and the nose 1 and the back hook 2 are fixed at both ends thereof. A fixed knot with a back thread 3 is provided at a position approximately 2 mm from the nose bar 1 as a fixed stopper 5. Next, the spine thread 3 between the fixed stopper 5 and the back hook 2 is wound with a size 0.4 nylon tex to form a movable stopper 4, which is used. . By the way, as the auxiliary yarn, Tetoron Tegus No. 1.2 was used for about 15 cm. 2. The same as in Example 1 except that Tetoron twisted yarn No. 2 was used as the back yarn 3, the length was 10 cm, the length was further extended about 2 cm behind the back hook 2, and the automatic Harris stopper 6 was fixed to the end. Is. 3. The procedure is the same as that of the first embodiment except that the back hook 2 has an automatic Harris stopper. 4. The second embodiment is the same as the second embodiment except that the spine thread 3 is extended by 15 cm and the reverse hook 7 with the automatic Harris stopper is movably fixed thereto.

[Advantages of the Invention] The invention can be implemented as described above. In the conventional technique, when performing fishing methods of different types, each time a different type of tackle is decoyed. Although it had to be set, according to the technique of the present application, it is possible to carry out two types of fishing methods, that is, a nose bar tackle and a free spine tackle tackle with the same tackle. This replacement (change) of the device can be performed without using the decoy at all because it can be operated only by the back thread 3 and the path thread. Therefore, the decoy's physical strength is less consumed, and the time loss is less and the fishing result is increased. You can On the other hand, when it is carried out as a floating spine tackle, it is impossible for the practitioner to select the contact point between the spine thread 3 and the road thread if it is the conventional spine hooking machine, and therefore the contact point is fixed. Instead, its position is unstable and constantly moving. If there is a strong and stable position of the contact point, it can be inferred that it is the position caused by the flow of the road thread being swept away by the water flow, and the position of the back thread 3 closest to the back hook 2. In this way, the position of the contact point between the back thread 3 and the road thread is close to the back hook 2, which indicates that the decoy angle of the decoy is always the maximum. As mentioned above, when the dive angle is larger than the levitation force, the decoy swims along the river bottom, and when it is larger, it sticks to the river bottom and swims so that it is difficult to catch the fish. The technique of the present application solves these drawbacks by providing the movement stopper 4. In other words, it is designed so that the rotational moment due to the levitation force that tries to make the decoy upward can be changed. In FIG. 5, assuming that O is the center of the rotational moment of the decoy, the rotational moment Ff · OP that is decoyed by the levitation force Ff is the force Fo generated by the decoy pushing water with its tail in order to go underwater. Let's assume that the rotation moments due to are Fo ・ OPo and Ff ・ OP = Fo ・ OPo. The decoy's physical strength weakens, or the buoyancy increases and Ff ・ OP> Fo ・ Is a technology that has been established. This device is a useful device having the above-mentioned effects.

[Submission date] January 25, 1994

[Procedure Amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0004

[Correction method] Change

[Correction content]

[0004]

[Means for Solving the Problems]

This invention is intended to eliminate the above-mentioned drawbacks of the technique of Yorai, with the same friendship mechanism, and without touching the decoy, from the nose bar tackle to the back hook mechanism, and further to the play. It can be changed to a back hook work, and the position of the connecting point (hereinafter referred to as the contact point) between the road thread and the work thread can be arbitrarily selected and fixed to suit the levitation force. With a fishing tackle designed so that the dive angle can be selected, the nose bar 1 and the back hook 2 are fixed at appropriate positions on the back thread 3, and the back thread 3 between the nose bar 1 and the back hook 2 is fixed. , At least one or more moving stoppers 4 are provided so that the fixing position can be adjusted, and one or more fixing stoppers 5 are provided on the spine thread 3 between the nose bar 1 and the moving stopper 4. It is a friend fishing device that was set up. Further, it is also desirable that the spine thread 3 extended to the rear of the back hook 2 is provided with at least one or more of a Harris stopper 6, an inverted hook 7 and a knot b to make a friend fishing device. Detailed description will be given below with reference to an embodiment of the present invention. 1 is a nose bar, 2 is a back hook, 3 is a back thread, 4 is a movable stopper, 5 is a fixed stopper, 6 is a Harris stopper, and 7 is an upside down. A hook and a roe show knots, respectively. The nose bar 1 connects the decoy and the device together with the back barb 2. Conventionally, various technologies such as a round bar, a bar with a hook, and a one-touch bar are provided, but the use of these technologies is refused. Although it is not a thing, it is desirable to use a half moon (Japanese Patent Application No. 63-295784, Japanese Patent Application No. 1-82102, Japanese Patent Application No. 1-23389). There is no specific technology for the back hook 2, and conventional back hooks (including the back bar), Harris back barbs, etc. are used. The distance from the nose bar 1 is most preferably 2 _cm to 20 _cm . There is no specific technique for the spine thread 3, and any thread that can withstand the thrust of a fish is sufficient. Generally, a single wire such as nylon or tetron, or a twisted wire is used. The movement stopper 4 is provided for the purpose of setting a contact point between the back yarn 3 and the road yarn. Therefore, it is required to be fixed with a strength that does not move with the decoy thrust, but it must be easy to move with a finger or the like. Also, regarding the material and shape, it is selected in consideration of the frictional resistance with the back thread 3 and the resistance of water. For example, the material is rubber, synthetic resin, metal, cotton, silk. , Hairs, or composite materials thereof are shown, and as the shape, the minimum necessary size is spherical, tubular, or formed into a line or thread into a spine thread. It is made by winding it around 3. Further, it is also possible to drop the gel or the melt on the spine thread 3 and solidify it. The fixed stopper 5 is a technique that can be sufficiently formed by adhesively fixing the above-mentioned movement stopper 4 on the spine thread 3, but it is desirable to provide a knot by the spine thread 3 itself in all respects. I think. Further, the position to be provided is preferably within 10 mm from the nose. The Harris stopper 6 is used for connecting an inverted hook or a hook, and a conventional automatic Harris stopper, a rubber ring, a metal ring or the like is used. It is also an effective method that the Harris stopper 6 is used integrally with the back hook 2. The inverted hook 7 is used alone or integrally with the Harris stopper 6, and as a method of implementation, it may be a fixed type that is implemented by fixing it to the extending portion of the spine thread 3. It may be a movable type that can be fixed at any position on the extended back yarn 3. The knot ball B may be formed by tying the spine thread 3 of the extended portion, or the technique of the moving stopper 4 may be fixed and used.

[Submission date] December 1, 1995

[Procedure 3]

[Document name to be amended] Statement

[Name of item to be corrected] Brief description of the drawing

[Correction method] Change

[Correction content] [Brief description of drawings]

FIG. 1 is an overall view of a first embodiment

FIG. 2 is an overall view of Example 2

FIG. 3 is an overall view of Example 4

FIG. 4 is a diagram of another embodiment.

[Figure 5] Theoretical explanation diagram

[Explanation of symbols] 1 nose bar 2 dorsal hook 3 spine thread 4 moving stopper 5 fixed stopper 6 Harris stop 7 upside-down hook y way thread

[Brief description of drawings]

 [FIG. 1] Overall view of Embodiment 1 [FIG. 2] Overall view of Embodiment 2 [FIG. 3] Overall view of Embodiment 4 [FIG. 4] Other embodiments [FIG. 5] Theoretical explanatory drawing [Explanation of reference numerals] 1 Nose bar 2 Back hook 3 Back thread 4 Moving stopper 5 Fixed stopper 6 Harris stop 7 Reverse hook I Road thread

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[Procedure amendment]

[Submission date] January 25, 1994

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be amended] Scope of utility model registration request

[Correction method] Change

[Correction content]

[Scope of utility model registration request]

[Procedure 3]

[Document name to be amended] Statement

[Correction target item name] Explanation of code

[Correction method] Change

[Correction content]

[Explanation of symbols] 1 nose bar 2 dorsal hook 3 spine thread 4 moving stopper 5 fixed stopper 6 Harris stop 7 upside-down hook y way thread

Claims (2)

[Scope of utility model registration request] [Claim 1] The nose bar 1 and the back hook 2 are fixed at appropriate positions on the back thread 3, and the position where the nose bar 1 and the back hook 2 are fixed to the back thread 3 between the nose bar 1 and the back hook 2 can be adjusted. Move stopper 4
And one or more fixed stoppers 5 are provided on the spine thread 3 between the nose bar 1 and the movement stopper 4 in addition to one or more. [Claim 2] The spine thread 3 extended to the rear of the spine hook 2,
The fishing tackle device according to claim 1, wherein a Harris stopper 6 and / or a hook 7 is provided.