JP4804446B2 - Edamame - Google Patents

Description

  The present invention relates to a mechanism used for fishing, and more particularly to a branch element that is attached to a trunk thread or a road line and has a fishing hook at the tip.

  One of the devices used for boat fishing and the like is a thread (branch element) with a fishing hook that is fastened at an appropriate interval along a trunk thread or a road thread (hereinafter collectively referred to as a trunk thread). Usually, the branch element is attached directly to the trunk thread, and the branch thread is provided with a branch element attachment portion having an attachment ring and a Harris clamp (automatic Harris stop) so that the branch element can be easily replaced. Sometimes.

  When the above-mentioned branch element is attached to the trunk thread, the direction of the fishing hook provided at the tip of the branch element may affect the fishing result. However, if you pick the branch element with your finger and try to attach it to the trunk thread or branch attachment part, the direction of the fish hook attached to the branch element is not fixed, and skill is required to attach the fish hook so that it points in the target direction. there were. Conventionally, there is nothing that can be attached to the trunk thread by setting the direction of the fishing hook attached to the branch element, and the actual situation is that the attachment of the branch element to the trunk thread depends on the feeling of the angler.

Patent Document 1 discloses Harris in which a flat portion is formed along both sides of a fishing line. By attaching a fishing hook to the tip of the Harris, the Harris flat portion is associated with the direction of the fishing hook. Is considered possible.
JP 2003-23937

  The above-described Harris can be attached to the trunk thread, particularly the Harris holding tool (hereinafter referred to as the clamping tool) of the branch element mounting part attached to the trunk thread, so that the Harris can be attached with difficulty in the circumferential direction. Usually, when the fishing line becomes thin, it is difficult to feel and attach the flat part even if it is picked with a finger. Therefore, with such Harris, it is difficult to determine and attach the direction of the fishhook based on the flat part.

  The present invention has been made paying attention to the above-described problems, and an object thereof is to provide a branch element that can be attached to a trunk thread by setting the direction of a fishing hook without depending on the feeling of an angler. .

In order to achieve the above-described object, the branch element according to the present invention has a bulging portion having a pair of flat portions facing each other with the fishing line attached to the other end side of the fishing line with a fishing hook attached to one end side of the fishing line. Each flat portion is formed so as to be substantially parallel to a surface formed by the shaft portion, the tip portion, and the curved portion of the fishing hook .

  In the branch element having the above-described configuration, when attached to the holding tool provided on the trunk thread, the bulging portion is picked so that the fishing line of the branch element is held by the holding tool. The bulging part is easy to pick because it is bulged from the fishing line, and because the bulging part is formed with a pair of flat parts, it looks for the flat part as if it were a fingertip. It becomes easy to pinch the flat portion with the abdomen, and the fishing line can be clamped between the clamps while determining the direction of the fishing hook.

  According to the present invention, it is possible to obtain a branch element that can be attached to a trunk thread by setting the direction of the fishing hook without depending on the feeling of the angler.

  Hereinafter, an embodiment of a branch element according to the present invention will be described with reference to the drawings.

  1 to 4 are views showing a first embodiment of a branch element according to the present invention. FIG. 1 is an overall view of the branch element viewed from the side direction and an enlarged view of the bulging portion, and FIG. Fig. 3 is an overall view of a branch element viewed from above and an enlarged view of a bulging portion, Fig. 3 is a diagram illustrating the relationship between the direction of a flat portion formed on a fishing hook and the bulging portion, and It is a figure explaining an example of the formation method of this.

  The branch element 1 according to the present embodiment is provided with a fishing hook 5 on one end side of a fishing line (Harris) 2 and a bulging portion on the other end side (a part that bulges radially outward with respect to the fishing line 2). 7) is also provided.

  As is well known, the fishhook 5 is attached to the bent portion 5b formed continuously with the shaft portion 5a, the needle tip portion 5c (which may be formed with a barb), and the fishing line 2. The fishing line 2 and the attaching part 5d are fastened by a known method. In this case, the surface formed by the point P1 that is the base end portion of the shaft portion 5a, the point P2 that is the intermediate portion of the bending portion 5b, and the point P3 that is the substantially distal end of the needle tip portion 5c is set in the direction of the fishing hook 5 (curving The direction of the part) is defined as a surface that defines D.

  The bulging portion 7 is formed of a knot cove formed by tying the fishing line 2 with a ball knot or the like, and is thicker than the fishing line 2. The bulging portion 7 is formed with a pair of flat portions 7a so as to face each other with the fishing line 2 interposed therebetween. For example, as shown in FIG. 4, the pair of flat portions 7 a is formed by pressing a bulging portion (knotted rib) 7 formed on the fishing line 2 as described above with a pressing body (for example, a pressing body such as pliers) 20 from both sides. It is possible to form by pinching and crushing. For this reason, the portion crushed by the pressing body 20 is formed so as to be flatter than this while the other portion of the bulging portion 7 has a curved spherical shape. Is defined as a flat part).

  In the present embodiment, the pair of flat portions 7 a are formed so as to face each other with the fishing line 2 interposed therebetween, and each flat portion is formed by a shaft portion, a needle tip portion, and a curved portion of the fishing hook 5. It is formed so as to be in substantially the same direction (substantially parallel) to the surface (surface formed by the points P1 to P3). Therefore, the fishing hook 5 is attached with the curved portion 5b oriented in a direction intersecting with the direction D1 of the flat portion 7a of the bulging portion 7 which faces the flat portion 7a.

  According to the above-described structure, as shown in FIGS. 1 to 3, the fishing line 2 is elongated by pinching the bulging portion 7 having a pair of flat portions 7 a with fingers (thumb T1 and index finger T2). It is possible to reliably pick the branch fishing line 2 by preventing sliding in the direction. In this case, as shown in FIG. 3, since the flat part 7a is formed in the bulging part 7 formed in diameter larger than the fishing line 2, it is easy to search for a pair of flat part 7a with the sense of a fingertip, and it picked The position of the flat part 7a can be easily searched while moving the bulging part 7 in the circumferential direction, and it is easier to hold by holding the finger pads of the picked thumb T1 and index finger T2 against the respective flat part 7a, The fishing line 2 of the branch element 1 can be easily held by being oriented in the circumferential direction.

  For this reason, mounting | wearing with respect to the mechanism 10 as shown in FIG. 5 can be performed more easily. The device 10 includes a trunk yarn 12, a weight 13 at the tip of the trunk yarn 12, and a branch element attachment portion 15 attached along the trunk yarn 12 at a predetermined interval. The branch element attaching part 15 is integrally formed with the bead 15a and the bead 15a attached so that the movement is restricted with respect to the trunk thread 12 in a state where the trunk thread 12 is inserted, and fastens the branch element 1. And a holding tool (automatic Harris stopper) 15b.

  Actually, when attaching the branch element 1 configured as described above to the device 10, after inserting the fishing line 2 on the other end side (the bulging portion 7 side) of the branch element 1 into the hole 15c of the holding tool 15b, The portion of the bulging portion 7 is picked to find the flat portion 7a, and the direction of the fishhook 5 is adjusted at the position of the flat portion 7a (in the type of device shown in FIG. 5, the tip 5c of the fishhook is directed upward) Attach). Next, by picking the aligned fishhook 5 with the finger of the other hand and pulling it in the direction of the arrow to clamp the vicinity of the bulging portion 7 of the fishing line 2 with the clamping tool 15b, Can be installed.

This makes it possible to easily attach the fishing hook 5 of the branch element 1 attached to the trunk thread 12 in the direction intended by the angler. In particular, in this embodiment, since the fishing hook 5 is attached with the curved portion 5b oriented in the direction intersecting the opposing direction D1 of the pair of flat portions 7a of the bulging portion 7, the pinched finger (thumb T1 The curved portion 5b of the fishhook 5 is directed in a direction crossing the opposing direction of the index finger T2), and it is easily attached to a desired state simply by confirming the upward and downward direction of the tip 5c of the fishhook 5. It becomes possible.
In FIG. 5, the other end side (the bulging portion 7 side) of the branch element 1 is passed from above to the vertical hole 15 c of the holding tool 15, and the fishhook 5 side protrudes upward from the holding tool 15. Next, the fishing hook 5 oriented so as to intersect the opposing direction of the flat portions 7a, 7a by applying the thumb T1 and the index finger T2 to the flat portion 7a of the bulging portion 7 and pinching the flat portion 7a is then pointed to the tip 5c. The fishing line 2 is held between the holding tools 15 in such a manner that the direction is adjusted so as to face upward. In addition, the bulging part 7 is used to prevent the branch element 1 attached to the holding tool 15 from coming off.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to above-described embodiment, It can change variously. In the above-described embodiment, the bulging portion 7 formed on one end side of the fishing line 2 is formed by a knot on the end portion of the fishing line 2. For example, as shown in FIGS. 6 and 7, one end of the fishing line 2 is formed. You may form by adhering the synthetic resin 17 to the side. In this case, for example, a melted or softened synthetic resin is preferably attached to the fishing line 2 and then cured, and a solvent-based synthetic resin adhesive, a photo-curing resin, or the like can be used.

  Further, the pair of flat portions 17a may be formed on the bulging portion 7 formed by attaching synthetic resin to the fishing line 2, or formed in the same manner as the method of providing the flat portion with the knot described above. Is possible. Alternatively, the pair of flat portions may be formed by heating and melting or softening the fishing line.

  Of course, the pair of flat portions formed in the bulging portion may be arranged in a direction other than the direction intersecting the direction of the curved portion of the fishhook. The direction can be set. Furthermore, the flat part should just be provided at least as a pair with respect to the bulging part, and may be formed in other parts (it forms three or more flat parts with respect to the bulging part. May be).

It is a figure which shows 1st Embodiment of the branch element which concerns on this invention, The whole figure of the branch element seen from the side surface direction, and the enlarged view of the bulging part. The general view of the branch element seen from upper direction, and the enlarged view of the bulging part. The figure explaining the relationship of the direction of the flat part formed in the fishhook and the bulging part. The figure explaining an example of the formation method of a flat part. The figure explaining the state which attaches a branch element to a device. It is a figure which shows 2nd Embodiment of the branch element which concerns on this invention, The whole figure of the branch element seen from the side surface direction, and the enlarged view of the bulging part. The general view of the branch element seen from upper direction, and the enlarged view of the bulging part.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Branch element 2 Fishing line 5 Fishing hook 5a Shaft part 5b Curved part 5c Needle tip part 10 Mechanism 12 Trunk thread 15 Branch element attachment part 15a Bead 15b Clamping tool 7 Bump part (cove)
17 Synthetic resin (bulging part)
7a, 17a Flat part

Claims (1)

A fish hook is attached to one end side of the fishing line, and a branch element having a bulging portion having a pair of flat portions facing each other with the fishing line sandwiched on the other end side of the fishing line , each flat portion being an axis of the fishing line A branch element formed so as to be substantially parallel to a surface formed by the portion, the needle tip portion, and the curved portion .

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