JP6460551B2 - Fishing mechanism using carp fish - Google Patents

Description

  The present invention relates to a fishing device that uses a carp fish, and more particularly, to a device that prevents the weakness of carp fish.

  A conventional fishing device using a carp fish will be described with reference to a fishing device X for fishing for salmon shown in FIG. The fishing tackle X for fishing of a carp has a nose ring 2 attached to the upper end part, and a guide thread part 1a is set from the nose ring 2 by a predetermined length to attach a back fishing line 3, while a lower end part is attached. A thread main body 1 to which an upside-down fishing 4 is bound, a small annular bead 11 slidably provided on a guide thread portion 1a of the thread main body 1, and a road thread having a lower end bound to the bead 11 It consists of the underwater tip yarn 12 on the side.

    This allows the small bead 11 to escape to the back fishing 3 side so that the pulling force from the underwater leading thread 12 does not act as a brake when the kite swims in rough water, and the kite can move freely. (See Patent Document 1 above).

JP 2004-201609 A

  The above-mentioned fishing tackle fishing device X has the following points to be improved. In the kite fishing device X for the carp, the nose ring 2 is used to hold the carp. The nose ring 2 is attached so as to penetrate the nose of the heel. For this reason, since holding a kite using the nose ring 2 will damage the kite, the kite will weaken in a short time, and it is necessary to prepare many kites for fishing kites. There is a point that should be improved.

Therefore, an object of the present invention is to provide a fishing device using a carp fish that can be held for a long time without damaging and debilitating the carp fish.

  Means for solving the problems in the present invention and the effects of the invention will be described below.

  The fishing device using the carp fish according to the present invention is a fisherman thread that forms a fisherman loop that holds the carp fish in the fisherman's device using a carp fish arranged at the tip of the road thread, one end of which is the road thread. A fishing loop having a body tightening thread connected to the body and a body tightening loop adjusting section for adjusting the size of the body tightening loop, wherein the body tightening loop adjusting section uses one or a plurality of knitting threads. A knitting portion formed by knitting around a yarn, a first end portion of an annular shape through which the waist fastening thread passes, and a first end portion to which the knitting portion is connected, an annular shape through which the waist fastening thread passes. A second end of the knitting portion and a second end connected to one end of the road yarn that is different from one end connected to the waistband, and an annular shape through which the knitting portion passes. An intermediate moving unit, wherein the first Part and an intermediate moving part, which is located between the second end portion.

  Thereby, it is possible to hold the koi fish in a good condition for a long time without being damaged and debilitated.

  In the fishing device using the salmon fish according to the present invention, one end of the knitting portion is connected to the first end portion, and the other end different from the one end connected to the first end portion is the second end. It is connected to the end.

  Thereby, since the movement of the 1st end part by the movement of an intermediate movement part and the 2nd end part can be prevented, the size of a body fastening loop can be maintained. Therefore, it is possible to hold the carp fish in a good condition for a long time without being damaged and weakened.

  In the fishing device using the salmon fish according to the present invention, the knitting portion is a first knitting portion located at an end portion, and a first knitting portion having one end connected to the first end portion, A second knitting portion located at an end different from the end where the first knitting portion is located, the second knitting portion having one end connected to the second end, and the first knitting A third knitting portion located between the first knitting portion and the second knitting portion, wherein one end is connected to the first end portion and the other end is connected to the second end portion. It has a finding part.

  Thereby, since the movement of a 1st end part and a 2nd end part can be prevented, the magnitude | size of a body fastening loop can be maintained. Therefore, it is possible to hold the carp fish in a good condition for a long time without being damaged and weakened.

  In the fishing device using the salmon fish according to the present invention, the knitting portion further includes a pulling portion extending from one end different from the one end connected to the second end portion of the second knitting portion. Having.

  Thereby, a 2nd braiding part can be easily moved to the direction where a trunk fastening loop becomes small. Therefore, since the size of the body tightening loop can be adjusted according to the size of the carp fish, the carp fish can be firmly fixed to the body tightening loop.

  The fishing tackle using the carp fish according to the present invention further includes a carp fish protecting part having a cylindrical shape that is disposed in the body fastening loop and through which the body fastening thread passes.

  Thereby, it is possible to hold the koi fish in a good condition for a long time without being damaged and debilitated.

  The fishing device using the carp fish according to the present invention further includes a needle part connected to the intermediate moving part, and the needle part is Harris connected to the intermediate moving part, and the intermediate part of the Harris. It has an inverted needle and an acupuncture needle connected to one end side different from one end connected to the moving part.

  Thereby, it is possible to integrally provide a fishing device using a carp fish that can hold the carp fish in a good state for a long time without being damaged and weakened.

  In the fishing device using the carp fish according to the present invention, the needle part is a Harris adjustment part connected between the intermediate movement part and the Harris, from the inverted needle to the intermediate movement part. A Harris adjustment section for adjusting the length of

Thereby, regardless of the size of the carp fish, the inverted needle and the carp needle can be arranged on the carp fish at an appropriate position.

It is a figure which shows the outline | summary of the device 100 for fishing using a carp which is one Example of the device for fishing using the carp fish based on this invention. It is a figure which shows the whole fishing tackle 100. It is a figure which shows the trunk fastening loop adjustment part 103 of the device 100 for fishing. It is a figure which shows the trunk fastening loop adjustment part 103 of the device 100 for fishing. It is a figure which shows operation | movement of the trunk fastening loop adjustment part 103 of the fishing tackle 100. FIG. It is a figure which shows operation | movement of the trunk fastening loop adjustment part 103 of the fishing tackle 100. FIG. It is a figure which shows the device for fishing using the conventional salmon fish. It is a figure which shows the outline | summary of the device 200 for fishing using a carp which is one Example of the device for fishing using the carp fish based on this invention. It is a figure which shows the whole fishing tackle 200. It is a figure which shows the trunk fastening loop adjustment part 203 of the device 200 for fishing.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  An outline of a fishing device 100 for fishing using a carp (hereinafter referred to as a fishing device 100) will be described with reference to FIG. The rod fishing device 100 is connected to the tip of a road line R extending from a fishing rod (not shown), and holds the rod D by tightening the trunk.

First Configuration The configuration of the kite fishing device 100 will be described. The kite fishing device 100 includes a body fastening thread 101, a body fastening loop adjustment unit 103, a carp fish protection unit 105, and a needle unit 107.

  One end of the waistline thread 101 is connected to the road thread R. The details of the fishing tackle 100 are shown in FIG. The body fastening thread 101 forms a body fastening loop R101 that holds the collar D. The body fastening loop R101 is a ring formed using the body fastening thread 101 in order to hold the collar D. By arranging the trunk fastening loop R101 along the trunk part of the rod D, the rod fishing device 100 holds the rod D.

  The body fastening loop adjustment unit 103 is a device for adjusting the size of the body fastening loop R101. The details of the body fastening loop adjustment unit 103 are shown in FIG. The body fastening loop adjustment unit 103 includes a knitting portion 103a, a first end portion 103b, a second end portion 103c, and an intermediate moving portion 103d. The knitting portion 103a is formed by knitting around the body fastening yarn 101 using two knitting yarns L103a1 and L103a2. When knitting, the knitting yarns L103a1 and L103a2 are repeatedly crossed so as to be wrapped from the left and right around the body fastening yarn 101, and the knitting yarns L103a1 and L103a2 are wound around the body fastening yarn 101. Use a knitting method.

  The first end portion 103b has an annular shape through which the body fastening thread 101 penetrates in the center. As the first end portion 103b, for example, a ring-shaped bead is used. The knitting yarn L103a1 is wound several times around the first end 103b, and after the knitting yarn L103a1 and the first end 103b are connected, one end of the knitting yarn L103a1 is bound to the knitting yarn L103a2. . Thereby, one end of the knitting portion 103a is connected to the first end portion 103b. Thereafter, the knitting portion 103a is formed by knitting the knitting yarn L103a1 and the knitting yarn L103a2 around the body fastening yarn 101.

  The second end portion 103c has an annular shape through which the body fastening thread 101 penetrates in the center. As the second end portion 103c, for example, a ring-shaped bead is used. After the knitting portion 103a having a predetermined length is formed, the knitting yarn L103a1 is wound around the second end portion 103c several times, and after the knitting yarn L103a1 and the second end portion 103c are connected, One end of the knitting yarn L103a1 is bound to the knitting yarn L103a2. Thereby, one end different from the one connected to the first end 103b of the knitting portion 103a is connected to the second end 103c.

  In addition, one end different from the end connected to the road thread R of the body fastening thread 101 is connected to the second end 103c. Thereby, the body fastening loop R101 is formed.

  The intermediate moving part 103d has a ring shape through which the braided part 103a passes. For example, ring-shaped beads are used as the intermediate moving unit 103d. The intermediate moving portion 103d is arranged so that the knitting portion 103 penetrates the center after the knitting portion 103a having a predetermined length is formed and before the second end portion 103c is connected. Thereby, the intermediate moving part 103d is located between the first end part 103b and the second end part 103c so that it can freely move between the first end part 103b and the second end part 103c.

  As described above, in the body tightening loop adjusting unit 103, one end of the braided portion 103a is connected to the first end portion 103b, and the other end is connected to the second end portion 103c, and the first end portion 103b and the second end portion 103c are connected to each other. An intermediate moving part 103d is arranged between the end part 103c so that the knitting part 103a penetrates.

  The Harris adjustment unit 107a of the needle unit 107 is connected to the intermediate movement unit 103d. In addition, Harris 107b is connected to Harris adjustment part 107a (refer FIG. 2).

  Returning to FIG. 2, the carp fish protection unit 105 has a cylindrical shape. The body fastening thread 101 penetrates the inside of the cylindrical shape of the carp protection part 105. The carp fish protection part 105 is formed of a material that has elasticity such as silicon and does not damage the carp fish. The carp fish protecting part 105 is disposed in the body fastening loop R101.

  The needle unit 107 includes a Harris adjustment unit 107a, a Harris 107b, an inverted needle 107c (see FIG. 1), and an acupuncture needle 107d (see FIG. 1). The Harris adjusting unit 107a includes a Harris adjusting yarn 107a1, a yarn stopper 107a2, and a Harris knitting portion 107a3. One end of the Harris adjusting thread 107a1 is connected to the intermediate moving unit 103d. The yarn stopper 107a2 is connected to one end different from one end connected to the intermediate moving portion 103d of the Harris adjusting yarn 107a1. The Harris knitting portion 107a3 is formed by knitting a predetermined knitting yarn to the Harris adjusting yarn 107a1 between the intermediate moving portion 103d and the yarn stopper 107a2.

  The Harris 107b is connected to one end of the Harris knitting portion 107a3. The position of the Harris knitting portion 107a3 in the Harris adjusting yarn 107a1 can be moved by extending or shortening the Harris knitting portion 107a3. As a result, the distance L (see FIG. 1) from the intermediate moving unit 103d to the inverted needle 107c connected to the Harris 107b can be adjusted. Since the distance L from the intermediate moving unit 103d to the inverted needle 107c varies depending on the size of the heel D to be used, by adjusting the distance L from the intermediate moving unit 103d to the inverted needle 107c using the Harris adjusting unit 107a. The scissors needle 107d can be disposed at an appropriate position with respect to the scissors D.

One end of Harris 107b is connected to Harris braiding portion 107a3. As shown in FIG. 1, the inverted needle 107c is disposed in the middle of the Harris 107b. The inverted needle 107c is disposed near the tail of the heel D and stabilizes the heel needle 107d. The saddle needle 107d is connected to one end different from one end connected to the Harris braiding portion 107a3 of the Harris 107b. The rod needle 107d is a needle for fishing the rod S (see FIG. 5 and FIG. 6) that is a fishing result.

Third Operation of the Body Fastening Loop Adjusting Unit 103 The operation of the body fastening loop adjusting unit 103 will be described with reference to FIGS. 3 and 4. As shown in FIG. 3, the first end 103b and the second end 103c of the body tightening loop adjustment unit 103 move relatively away from each other, that is, the first end 103b moves in the direction of the road line R ( The knitting portion 103a tightens the body fastening thread 101 by moving in the direction of arrow a1), moving the second end portion 103c in the direction of the body fastening loop R101 (direction of arrow a3), or both. For this reason, the body fastening loop adjusting unit 103 is fixed to the body fastening thread 101, and the size of the body fastening loop R101 is fixed.

  On the other hand, as shown in FIG. 4, when the first end 103b and the second end 103c of the body tightening loop adjustment unit 103 move so as to approach each other relatively, that is, the first end 103b of the body tightening loop R101. The braided portion 103a tightens the body fastening yarn 101 by moving in the direction (arrow a5 direction), the second end portion 103c moving in the direction of the road yarn R (arrow a7 direction), or both. loosen. For this reason, the body fastening loop adjustment unit 103 is free with respect to the body fastening thread 101, and the size of the body fastening loop R101 can be adjusted.

  As described above, by using the body tightening loop adjusting unit 103, when the heel D is held in the body tightening loop R101, the size of the body tightening loop R101 can be freely adjusted. That is, regardless of the size of the heel D, the size of the body fastening loop R101 can be easily adjusted so that the heel D can be appropriately held.

  On the other hand, when fishing the carp S using the carp fishing device 100 holding the carp D, for example, as shown in FIG. 5, the carp S on the carp needle 107d is downward, that is, the second end portion. When it moves to the direction of 103c, the needle | hook part 107 and by extension, the intermediate movement part 103d move below with the movement of the heel S. The scissors S can move freely until the intermediate moving part 103d reaches the second end part 103c. Further, when the rod S tries to move downward, the intermediate moving portion 103d cannot penetrate the second end portion 103c, and therefore moves the second end portion 103c downward, that is, in the direction of the body fastening loop R101 (see FIG. 2). Try to let them. As the second end portion 103c moves downward, that is, the second end portion 103c moves away from the first end portion 103b, the knitting portion 103a tightens the waistband yarn 101, resulting in a waistband loop. The adjustment unit 103 is fixed at that position. That is, the scissors S applied to the scissors needle 107d can move downward until the intermediate moving portion 103d reaches the second end portion 103c, but cannot move downward further. In this way, even if the heel S moves downward, the size of the body tightening loop R101 does not change. Therefore, tightening the heel D held in the body tightening loop R101 weakens or damages it. It is possible to hold the bag D in a good state for a long time without doing so.

  Further, for example, as shown in FIG. 6, when the heel S applied to the heel needle 107d moves upward, the needle portion 107 and thus the intermediate movement portion 103d move upward as the heel S moves. The scissors S can move freely until the intermediate moving part 103d reaches the first end part 103b. Further, when the heel S tries to move upward, the intermediate moving portion 103d cannot penetrate the first end portion 103b, so that the first end portion 103b moves upward, that is, in the direction of the road thread R (see FIG. 1). Try to move. Here, since the knitting portion 103a tightens the waistband thread 101 by the upward movement of the first end portion 103b, that is, the movement away from the second end portion 103c, as a result, the waistband loop adjusting portion 103 is Fixed in that position. That is, the scissors S applied to the scissors needle 107d can move upward until the intermediate moving portion 103d reaches the first end portion 103b, but cannot move further upward. In this way, even if the heel S moves upward, the size of the body tightening loop R101 does not change, so the size of the body tightening loop R101 is increased and the heel D does not escape.

During fishing, even if the first end portion 103b or the second end portion 103c moves in a direction approaching each other for some reason and the tightening of the braided portion 103a is loosened, the road line R can be stretched. Then, as a result, the knitting portion 103a can be moved so that the body fastening loop R101 becomes smaller.

  In the kite fishing device using the kite in the present embodiment, the kite is more reliably held by the body fastening loop R101. In the following, the same components as those in the first embodiment are denoted by the same reference numerals, and detailed description thereof is omitted.

1st structure The outline | summary of the fishing tackle 200 using a salmon fish (henceforth the trapping tackle 200) is demonstrated using FIG. The rod fishing device 200 is connected to the tip of a road line R extending from a fishing rod (not shown), and holds the rod D by tightening the trunk.

  Details of the kite fishing device 200 are shown in FIG. The configuration of the kite fishing device 200 will be described. The kite fishing device 200 includes a body fastening thread 101, a body fastening loop adjustment unit 203, a carp fish protection unit 105, and a needle unit 107.

  The body fastening loop adjustment unit 203 is a device for adjusting the size of the body fastening loop R101. The details of the body fastening loop adjustment unit 203 are shown in FIG. The body fastening loop adjustment unit 203 includes a first end portion 103b, a second end portion 103c, an intermediate movement portion 103d, a first knitting portion 203a, a second knitting portion 203b, a third knitting portion 203c, and a pulling portion. 203d. The first knitting portion 203a, the second knitting portion 203b, and the third knitting portion 203c are formed by knitting around the waistband yarn 101 using two knitting yarns L203a1 and L203a2. In the knitting, the knitting yarns L203a1 and L203a2 are crossed so as to be wrapped from the left and right around the body fastening yarn 101, and the knitting yarns L203a1 and L203a2 are wound around the body fastening yarn 101. Use a knitting method.

  After being bound, the knitting yarns L203a1 and L203a2 are knitted for a predetermined length from a predetermined position of the body tightening yarn 101 toward the direction of forming the body tightening loop R101, starting from the bound portion. Thereby, the 1st knitting part 203a is formed. After forming the first knitting portion 203a, the knitting yarns L203a1 and L203a2 are bound and further wound around the first end portion 103b several times.

  After being wound around the first end portion 103b several times, the knitting yarns L203a1 and L203a2 are knitted again for a predetermined length in the direction in which the body fastening loop R101 is formed. Thereby, the third knitting portion 203c is formed. After forming the third knitting portion 203c, the knitting yarns L203a1 and L203a2 are wound around the second end portion 103c several times.

  After being wound around the second end 103c several times, the knitting yarns L203a1 and L203a2 are knitted again for a predetermined length in the direction in which the body fastening loop R101 is formed. Thereby, the second knitting portion 203b is formed. After forming the second knitting portion 203b, the knitting yarns L203a1 and L203a2 are bound to the body fastening yarn 101. Thereafter, the knitting yarns L203a1 and L203a2 are connected to the body fastening yarn 101. Further, each of the knitting yarns L203a1 and L201a2 is stretched by a predetermined length and cut. Thereby, the handle part 203d is formed.

  The ends L203a1 and L203a2 are used when attaching the heel to the body fastening loop R101. Specifically, after the provisional arrangement of the body tightening loop adjustment portion 203 at a predetermined position so that the body tightening loop R101 is larger than the size of the hook to be attached, the second pulling portion 203d is used to obtain the second. The braided portion 203b can be easily moved on the heel side, that is, in the direction in which the body fastening loop R101 becomes smaller. Thereby, since the magnitude | size of the body fastening loop R101 can be adjusted according to the magnitude | size of a collar, a collar can be firmly fixed to the body fastening loop R101.

  In this way, the second end 103c can be fixed at a predetermined position between the third knitting portion 203c and the second knitting portion 203b. For example, when the collar fastened to the body fastening loop R101 moves, the second end portion 103c moves in the upward direction a1 in which the body fastening loop R101 becomes larger, that is, the first end portion 103b and the second end portion 103c are moved. Even if an attempt is made to move in a direction approaching each other or in a direction in which the tightening of the knitting portion 103a is weakened, the second knitting portion 203b tightens the body fastening thread 101 by the upward movement of the second end portion 103c, and the second end portion 103c. Do not move. For this reason, without changing the size of the body fastening loop R101, the heel can be appropriately held in the initial state.

  Further, the first end portion 103b can be fixed at a predetermined position between the third knitting portion 203c and the first knitting portion 203a. For example, the first end portion 103a moves in the downward direction a3 due to vibration of the body fastening thread 101, that is, the tightening of the knitting portion 103a is performed in the direction in which the first end portion 103b and the second end portion 103c approach each other. Even if it tries to move in a weakening direction, the first knitting portion 203a tightens the body fastening thread 101 and the first end portion 103a does not move due to the downward movement of the first end portion 103a. For this reason, since the position of the 1st end part 103b does not change, it can prevent that the braiding of the 3rd braiding part 203c becomes weak. As a result, the movement of the second end portion 103c due to the weak knitting of the third knitting portion 203c can be prevented, and as a result, the size of the body fastening loop R101 is not changed, and the heel is in the initial state. Can be held properly.

Similar to the rod fishing device 100 according to the first embodiment, the rod fishing device 200 also includes the first end portion 103b and the second end portion 102d by the movement of the intermediate moving unit 103d accompanying the movement of the rod S caught by Harris 107d. Since the end portion 103c does not move, the size of the body tightening loop R101 does not change, and the size of the body tightening loop R101 does not increase so that the heel D does not escape.

[Other Embodiments]
(1) Knitting portion 103a: In the first embodiment, the knitting portion 103a is formed using two knitting yarns L103a1 and L103a2. However, the knitting portion 103a is formed using one knitting yarn. You may do it. In this case, if the knitting yarn is wound around the first end portion 103b or the second end portion 103c near the middle and the two end portions are knitted, the knitted portion 103a is formed. Good.

  (2) First end portion 103b, second end portion 103c, intermediate moving portion 103d: In the first embodiment, the first end portion 103b has an annular shape, but the waistband thread 101 passes therethrough. If it is a thing, it will not be limited to the thing of an illustration. For example, a plate having a predetermined size and thickness may be formed with a hole through which the body fastening thread 101 passes. The same applies to the second end portion 103c and the intermediate moving portion 103d.

  The same applies to the second embodiment.

  (3) Koi fish protection unit 105: In the first embodiment described above, the carp fish protection unit 105 is arranged, but the carp fish protection unit 105 may not be arranged.

  The same applies to the second embodiment.

  (4) Harris adjustment unit 107a: In the first embodiment, the Harris adjustment unit 107a is disposed. However, the Harris adjustment unit 107a may not be disposed. In this case, one end of the Harris 107b may be connected to the intermediate moving unit 103d.

  The same applies to the second embodiment.

  (5) Carp D: In the above-described first embodiment, a fishing device using the carp fish using the carp D as the carp fish is used, but other carp fish may be used.

  The same applies to the second embodiment.

  (6) First knitting portion 203a, third knitting portion 203c, second knitting portion 203b: In the second embodiment described above, the first knitting portion 203a, the third knitting portion 203c, and the second knitting portion. The portion 203b is formed using two knitting yarns L203a1 and L203a2, but may be formed using one knitting yarn. In this case, the knitting yarn is bent in the vicinity of the middle, the bent portion is disposed at the end of the fishing rod side where the first knitting portion 203a is to be formed, and the ends of the bent knitting yarn are The knitting yarn 101 may be knitted.

  Further, the first knitting portion 203a may not be formed. In this case, the connection between the third knitting portion 203c and the first end portion 103b may be the same as the connection between the knitting portion 103a and the first end portion 103b in the first embodiment.

(7) Puller portion 203d: In the above-described second embodiment, the puller portion 203d is formed on the side of the body tightening loop R101 with respect to the second knitted portion 203b. It may also be formed on the side. Thereby, the 1st braiding part 203a can be easily moved to the road yarn side.

  The fishing device using the carp fish according to the present invention can be used, for example, for a device for carp fishing using a carp.

DESCRIPTION OF SYMBOLS 100 Trap for fishing using a kite 101 Body fastening thread R101 Body fastening loop 103 Body fastening loop adjustment part 103a Knitting part 103b 1st end part 103c 2nd end part 103d Intermediate moving part 105 Carp fish protection part 107 Needle part 107a Harris adjustment part 107a1 Harris adjusting thread 107a2 Thread retaining part 107a3 Harris knitting part 107b Harris 107c Inverted needle 107d Needle needle L103a1 Knitting thread L103a2 Knitting thread D 囮 鮎 R Part 203a First knitting part 203b Second knitting part 203c Third knitting part 203d Puller part L203a1 Knitting yarn L203a2 Knitting yarn

Claims (7)

In the fishing device using the carp fish placed at the tip of the road thread,
A waistline thread that forms a bodyliner loop that holds the carp fish, and a bodyliner thread that connects one end to the road thread,
A body tightening loop adjusting section for adjusting the size of the body tightening loop;
A fishing device having
The waistband loop adjustment section is
A knitting portion formed by knitting around the waistband using one or a plurality of knitting yarns;
An annular first end through which the waistband passes, and a first end to which the knitting portion is connected;
A second end portion of the annular end through which the waistline passes, wherein the knitting portion and one end different from the one end connected to the waistband of the road yarn are connected;
An annular intermediate moving portion through which the knitting portion passes, the intermediate moving portion located between the first end portion and the second end portion;
A fishing device that uses bream fish that has In the fishing device using the salmon fish according to claim 1,
The knitting part is
One end is connected to the first end, and another end different from the one end connected to the first end is connected to the second end.
A fishing device that uses salmon fish characterized by In the fishing device using the salmon fish according to claim 1,
The knitting part is
A first knitting portion located at an end, wherein one end is connected to the first end,
A second knitting portion located at an end different from the end where the first knitting portion is located, wherein one end is connected to the second end,
A third knitting portion located between the first knitting portion and the second knitting portion, wherein one end is connected to the first end portion and the other end is connected to the second end portion; The third knitting part,
Having
A fishing device that uses salmon fish characterized by In the fishing device using the salmon fish according to claim 3,
The braided portion further includes
A pulling portion extending from one end different from the one connected to the second end of the second braided portion;
Having
A fishing device that uses bream fish that has In the fishing device using the salmon fish according to any one of claims 1 to 4,
A carp fish protecting part that is disposed in the waistband loop and has a cylindrical shape through which the waistband thread passes,
A fishing device that uses bream fish that has In the fishing device using the salmon fish according to any one of claims 1 to 5,
A needle part connected to the intermediate movement part;
Have
The needle part is
Harris connected to the intermediate moving part,
An inverted needle connected to one end side different from one end connected to the intermediate moving part of the Harris, and an acupuncture needle,
A fishing device that uses bream fish that has In the fishing device using the salmon fish according to claim 6,
The needle part is
A Harris adjusting unit connected between the intermediate moving unit and Harris, a Harris adjusting unit for adjusting a length from the inverted needle to the intermediate moving unit,
A fishing device that uses bream fish that has

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