JP4933189B2 - Fishing device for fishing - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a structure for a device for fishing for carp friends.

  Samurai friend fishing is a fishing technique that uses the habit of carp. The savage has a specific territory around the stones in the riverbed, and when other sharks enter the territory, they have the habit of trying to protect the territory by violently hitting the intruder's flank. Yes. Therefore, as shown in FIG. 21, a device is attached using a live kite as a kite 2, swimming the territory of the kite 1, and the rod 1 attacking the kite 2 is picked up where the kite has been caught. It is.

Conventionally, as shown in FIG. 23 , the device 3 ′ attached to the rod is used to suppress the wobbling of the rod 10 ′ for fishing the rod 1 that has attacked the rod 2 and the rod 10 ′. An inverted needle 6 ′ attached to the vicinity of the bottom edge of the heel 2, a nose ring 4 that passes through the nose of the heel 2, and a road thread 5 that connects the inverted needle 6 ′ and the nose ring 4 are provided. However, this device has the following problems and improvements.

  First, the inverted needle has a problem that it is easy to come off. In order to check whether the upside-down needle is not pulled out, it is necessary to pull up the heel and inspect it. However, since the heel is weakened by repeated inspection, an upside-down needle that is difficult to come out has been sought.

  Next, since the mechanism is small and the fishing line is thin and easily entangled, it is difficult to pass the thread through the mechanism. Moreover, there was a problem that the opportunity to catch a carp was missed by taking time for threading. Therefore, it has been required to perform threading easily in a short time.

  In addition, the wild boar has a territory around the stone at the bottom of the river, so there is a problem that the hanging hook is caught by obstacles such as rocks and stones in the water, and it is easy to cause rooting.

  Furthermore, in friend fishing, the backrest that the hanging rod hangs on the back of the barbarian is the most preferred. If the hanging rod hangs on the head or belly of the barbarian, the barbarian will die immediately, and a new cage cannot be secured. However, if a barb is hung on the back of the barbarian, it will be possible to capture the barbarian alive. As a result, new cocoons can be secured and cocoons with high freshness can be provided. However, there was a problem that the attack of the barbarian was intense and the movement was quick, so that the backrest was difficult and the establishment of the backrest was low. Inventions for solving these problems have been proposed so far. For example, there are techniques described in Patent Document 1 and Patent Document 2.

  The upside-down fishing needle proposed by Patent Document 1 has a fixing projection extending from the needle shaft of the upside-down needle, a gap is provided between the fixing projection and the needle tip, and the upside-down needle is inserted into the heel. A part of the body of the heel is sandwiched between the gaps, and an inverted needle is fixed to the heel. However, in the present invention, the distance between the fixing protrusion and the needle tip is configured to be short. Therefore, the inverted needle cannot be firmly fixed to the heel, and after the inverted needle is attached to the heel, the inverted needle may swing and come off the heel. In addition, the flyer mechanism for fishing for fishery fishing proposed by Patent Document 2 is attached so that the hanging rod is movable by winding the hanging rod with the shaft portion of the hanging rod along the shaft. The scissors can be fixed at any position. However, when the hanging rod is wound around the silk, even if it can be moved, once the hanging rod is wound, the position of the hanging rod and the direction of the needle tip are fixed. Therefore, it is impossible to prevent the hanging rod from swinging in the water and being caught by rocks.

JP 2000-166446 A JP 2002-199831 A

  Therefore, in the present invention, it is equipped with an inverted needle that is difficult to remove and a structure that prevents rooting and increases the establishment of a backrest, and enables threading to be performed easily and in a short time, which is wider than conventional devices. The purpose is to provide a device for fishing for cormorants that can capture wild boar in a range.

  The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described.

In claim 1, the gimmick for sweetfish fishing with decoys (3), a鉤素(9) or upside down needle (6) for mounting stagger in order to suppress the hanging hook (10) to Otoriayu (2), the reverse of With the needle (6) fixed to the heel (2), the head side direction of the heel (2) is the "head side" of the inverted needle (6) and the opposite side is the inverted needle (6) The “inverted needle” (6) is composed of a single wire, and a threading portion (27) is formed on the “tail side” of the needle shaft (26). ) Is formed on the “head side” of the hook portion (22) bent to the “tail side”, and the hook portion (22) is formed from the “head side” of the inverted needle (6) to the “tail side”. a tip (23) having at least a portion of the substantially linear shape portion extending toward, with the needle destination plugged into the body of the Otoriayu (2) (23),該囮sweetfish (2) of Of a clamping portion (24) sandwiching at least a portion,該挟lifting unit (24), said needle shaft (26) protrudes in a convex shape in the direction approaching the needle tip (23) from the side, the probe tip (23 ) And the sandwiching portion (24) are formed substantially parallel to each other, and a path threading portion (25) is formed at the “head side” tip of the inverted needle (6) , The path threading portion (25) is formed by folding the “head side” tip of the inverted needle (6) into two hairpins so that the wires overlap each other and projecting toward the “head side” It is configured such that the road thread is passed through a gap (25a) formed between the formed and superposed wires.

  In the second aspect, in the fishing device for fishing rods according to the first aspect, the silk thread stopper (8) is connected to the threading portion (27) of the inverted needle (6) via a thread-shaped thread stopper support material (7). And the silk stopper (8) is configured to be rotatable about the thread-like silk stopper support (7).

  In a third aspect of the present invention, in the fishing device for fishing rods according to the second aspect, a single thread-like member (9) is attached to the anchor (8) in a bifurcated state. A silicon shape holding portion (11) is provided so as to be held in a bifurcated state, the silicon shape holding portion (11) folds the wire, and either one end is formed into a hairpin shape. A gap (41) is formed by folding.

In claim 4, in sweetfish fishing with decoys for contrivance according to claim 2, wherein鉤素鉤素shaped holding portion of the stopper (8) relative to (11),鉤素mounted bifurcated state of (9) Two hanging hooks (10) are attached to both end portions, and the hanging hook (10) is attached so as to be rotatable around a thread-like silicon (9).

  As effects of the present invention, the following effects can be obtained.

In claim 1, the gimmick for sweetfish fishing with decoys (3), a鉤素(9) or upside down needle (6) for mounting stagger in order to suppress the hanging hook (10) to Otoriayu (2), the reverse of With the needle (6) fixed to the heel (2), the head side direction of the heel (2) is the "head side" of the inverted needle (6) and the opposite side is the inverted needle (6) The “inverted needle” (6) is composed of a single wire, and a threading portion (27) is formed on the “tail side” of the needle shaft (26). ) Is formed on the “head side” of the hook portion (22) bent to the “tail side”, and the hook portion (22) is formed from the “head side” of the inverted needle (6) to the “tail side”. a tip (23) having at least a portion of the substantially linear shape portion extending toward, with the needle destination plugged into the body of the Otoriayu (2) (23),該囮sweetfish (2) of Of a clamping portion (24) sandwiching at least a portion,該挟lifting unit (24), said needle shaft (26) protrudes in a convex shape in the direction approaching the needle tip (23) from the side, the probe tip (23 ) And the sandwiching portion (24) are formed substantially parallel to each other, and a path threading portion (25) is formed at the “head side” tip of the inverted needle (6) , The path threading portion (25) is formed by folding the “head side” tip of the inverted needle (6) into two hairpins so that the wires overlap each other and projecting toward the “head side” By forming the thread so as to pass through the gap (25a) that is formed and formed between the superposed wires, the upside-down needle can be fixed to the heel and detached from the heel. Can be prevented.

  In addition, it is an upside-down needle that is attached to the rod in the fishing rod for hook fishing, and it is easy to thread through it by providing a road threading portion at the end on the head side of the rod when attached to the rod. In addition, it can be performed in a short time.

  In the second aspect, in the fishing device for fishing rods according to the first aspect, the silk thread stopper (8) is connected to the threading portion (27) of the inverted needle (6) via a thread-shaped thread stopper support material (7). It is possible to prevent the silicon elements from becoming entangled with each other by configuring the silicon element stop (8) to be rotatable about the thread-like element element support (7) as an axis. It is.

  In a third aspect of the present invention, in the fishing device for fishing rods according to the second aspect, a single thread-like member (9) is attached to the anchor (8) in a bifurcated state. A silicon shape holding portion (11) is provided so as to be held in a bifurcated state, the silicon shape holding portion (11) folds the wire, and either one end is formed into a hairpin shape. By forming the gap (41) by folding, it is possible to maintain the shape of the silicon and prevent the silicon from being entangled.

In claim 4, in sweetfish fishing with decoys for contrivance according to claim 2, wherein鉤素鉤素shaped holding portion of the stopper (8) relative to (11),鉤素mounted bifurcated state of (9) By attaching two hanging hooks (10) to both ends, the hanging hook (10) is attached so as to be rotatable around the thread-like element (9), thereby preventing the hanging hook from being rooted. It is possible to increase the probability of the backrest and to capture the savages in a wide range.

  Next, embodiments of the invention will be described. FIG. 1 is a view showing a friend fishing device 3, FIG. 2 is a perspective view showing an embodiment of an inverted needle 6, FIG. 3 is an enlarged view showing a holding portion 24 and a needle tip 23, and FIG. 4 is an inverted needle. FIG. 5 is a use state diagram of the inverted needle 6 having a substantially U-shaped holding portion 24, FIG. 6 is an enlarged view of the road threading portion 25, and FIG. FIG. 8 is a diagram for explaining a method for attaching the thread 5, FIG. 8 is a diagram for explaining a method for attaching the silk stopper support material 7 to the threading portion 27, and FIGS. It is a figure explaining the attachment method.

  11, 12, and 13 are enlarged views showing another form of threading, FIG. 14 is a perspective view showing a hanging hook, FIG. 15 is a side view showing a silicon stopper, and FIG. 16 shows the silicon shape holding portion 11. FIG. 17 is a diagram for explaining a method for attaching a silicon stopper to an inverted needle, FIG. 18 is a diagram illustrating the spread of silicon, and FIG. 19 is a diagram illustrating a state of a hanging rod when the kite is swimming, FIG. 20 is a diagram showing a state in which the field rod 1 swims below the rod 2, FIG. 21 is a diagram illustrating rotation of the hanging rod when the field rod 1 swims below the rod, and FIG. FIG. 23 is a view of the basket 2 to which the conventional device 3 is attached.

  As shown in FIG. 1, the device 3 according to the embodiment of the present invention includes a nose ring 4, an upside-down needle 6 connected to the nose ring 4 with a road thread 5, and a silicon support material 7 on the upside-down needle 6. At least a silicon stopper 8 provided through the above, a silicon (Harris) 9 attached to the silicon stopper 8, and a hanging hook 10 attached to the silicon 9 are provided. The silicon stopper 8 is provided with a silicon shape holding portion 11. Hereinafter, the configurations of the inverted needle 6, the silicon stopper 8, the silicon shape holding unit 11, and the silicon 9 will be described in detail.

  First, the configuration of the inverted needle 6 will be described with reference to FIG. Note that the X direction shown in FIG. 2 represents the head side direction of the heel 2 in a state where the inverted needle 6 is fixed to the heel 2. Hereinafter, the X direction side of the inverted needle 6 is referred to as “head side” of the inverted needle 6, and the opposite side is referred to as “tail side” of the inverted needle 6.

  The inverted needle 6 is made of a single wire, and is bent in the reverse direction on the head side of the needle shaft 26 to form the hook portion 22, and the threading portion 27 is formed on the tail side of the needle shaft 26. The hook portion 22 is positioned at the tip of the inverted needle 6 on the head side, and the needle tip 23 having at least a part of a substantially linear shape extending from the head side to the tail side of the inverted needle 6. A path threading portion 25 and a pinching portion 24 projecting in a direction approaching the needle tip 23 from the needle shaft 26 are formed. The inverted needle 6 is fixed to the heel 2 by inserting the needle tip 23 near the bottom edge of the heel 2 and sandwiching a part of the heel 2 between the needle tip 23 and the holding portion 24. Is.

  Of the constituent parts of the inverted needle 6, the holding part 24 will be described with reference to FIG. 3. As shown in FIG. 3, the holding portion 24 is formed by bending a wire rod on the head side of the needle shaft 26 into a substantially U-shape rotated in a direction approaching the needle tip 23. The holding portion 24 is formed with a holding side 24 a that is a substantially linear portion so as to be substantially parallel to the substantially linear portion of the needle tip 23, and the holding side 24 a and the needle tip 23 are formed. A gap that is sufficiently narrow to sandwich and hold a part of the body of the bag 2 is formed. The length of the holding side 24a facing the substantially linear portion of the needle tip 23 is configured to be at least 0.5 mm to 10 mm.

  In addition, the structure of the clamping part 24 and the needle point 23 is not limited to the structure shown in FIG. In the above description, the sandwiching side 24a has a substantially linear shape, and the sandwiching portion 24 and the flange 2 are configured to contact each other with a line. However, the sandwiching side 24a is not limited to a substantially linear shape, and the sandwiching portion can be formed in a corrugated shape so as to be in contact with the flange 2 at at least two points of the sandwiching portion 24.

  As shown in FIG. 4, when the inverted needle 6 is inserted in the vicinity of the bottom edge of the heel 2, a part of the heel 2 is placed in the gap between the needle tip 23 and the holding side 24 a of the holding portion 24. By pinching, the inverted needle 6 can be fixed to the flange 2. The sandwiching portion 24 is configured such that the sandwiching side 24a and the needle tip 23 are substantially parallel to each other, and as shown in FIG. It is sandwiched between the sides 24a. At this time, the needle tip 23 and the sandwiching side 24a have a structure in which the needle 2 is sandwiched in contact with the heel 2 by a line. According to this structure, the heel 2 can be firmly fixed, and once the inverted needle 6 is attached to the ridge 2, the inverted needle 6 does not swing. In addition, by forming a narrow gap between the holding portion 24 and the needle tip 23, the inverted needle 6 can be more strongly fixed to the heel 2, and the inverted needle 6 once inserted can be removed. It is possible to prevent. Once the upside needle 6 is attached to the heel 2, the upside needle 6 will not swing, so even if the upside needle 6 with the heel stopper 8 extended is attached to the heel 2, As the needle 6 swings, the armor stopper 8 does not come into contact with the scissors 2 or damage the scissors 2.

  If, for example, as shown in FIG. 5, the sandwiching portion 24 ′ is formed in an upside down substantially U shape, the heel 2 and the sandwiching portion 24 ′ contact each other at the apex of the sandwiching portion 24 ′. That is, the heel 2 has a structure sandwiched between a line and a point, but in such a structure, the length of the needle tip 23 ′ and the holding portion 24 ′ that fix the heel is short, After the upside-down needle 6 ′ is stabbed, the upside-down needle 6 ′ swings around the apex of the holding portion 24 ′, and the upside-down needle may come off the heel 2.

  Next, the road threading portion 25 will be described with reference to FIGS. As shown in FIG. 6, the path threading portion 25 is formed by folding the tip portion on the head side of the inverted needle 6 in a hairpin shape so that the wires overlap each other and projecting toward the head side. Is. In the road threading portion 25, the road thread is passed through a gap 25a generated between the superposed wires. In order to attach the road thread 5 to the road threading part 25, as shown in FIG. 7, the road thread 5 is passed between the road threading part 25 and the holding part 24, and then the end of the road thread 5 is passed. Part and the opposite side thread 5 across the path threading part 25 are pulled in the direction of the gap 25a, thereby pulling the path thread 5 through the inlet 25b of the gap 25a to the gap 25a. By connecting the end of the road thread 5 and the road thread 5 on the opposite side across the road threading part 25, the threading of the road thread 5 to the road threading part 25 is completed. Thus, since the threading can be performed simply by pulling the path thread 5 passed through the upside needle 6 in the direction of the gap 25a of the path threading part 25, the path thread can be easily and quickly applied to the upside needle 6 in a short time. 5 can be attached. Further, the width of the entrance 25b is slight, and once the road yarn 5 passes through the entrance 25b, the shape of the entrance 25b is closed due to the elastic recovery of the material. There is no risk of exiting from 25b.

  Next, the threading portion 27 will be described. As shown in FIG. 8, the threading part 27 has the same bending direction as that of the holding part 24, the threading 31 formed by folding the needle shaft 26 in a hairpin shape, and the needle shaft 26 into the needle tip 23. And a threading 32 formed by folding the hairpin into two in a folding direction substantially orthogonal to the threading folding direction. The threading 31 and the threading 32 are composed of gaps 31a and 32a and inlets 31b and 32b each having a slight gap generated when the needle shafts are overlapped with each other. As shown in FIG. 8, in order to attach the silicon element fixing support material 7 to the threading portion 27, the silicon element fixing support material 7 is hung across the inlet 31 b of the threading element 31, and the silicon element fixing support material 7. By pulling both ends of the threading member 31 in the direction of the gap 31a, the thread is passed through the inlet 31b. Next, as shown in FIG. By pulling in the direction, the silicon support member 7 is passed through the inlet 32b. Finally, as shown in FIG. 10, the end of the silicon support member 7 passes between the inlet 31b and the inlet 32b. After crossing the road thread, the end portion of the silicon support member 7 may be passed through the inlet 32b by hooking it on the inlet 32b of the threader 32 and pulling it in the direction of the gap 32a. In this way, it is possible to easily and quickly pass the silicon support 7 by pulling the silicon support 7 placed on the inlets 31b and 32b in the direction of the gaps 31a and 32a. In addition, the widths of the inlets 31b and 32b are small, and once the silicon support member 7 passes through the inlets 31b and 32b, the inlets 31b and 32b are closed due to elastic recovery of the material. In addition, there is no possibility that the silicon support material 7 comes out of the inlets 31b and 32b.

  The shape of the threading part is not limited. The threaders 31 and 32 are provided so as to be parallel to the holding part 24, and the threaders 31 and 32 are formed without forming the substantially M-shaped threader part 27 or forming the two threaders 31 and 32. Any one of them can be formed. In addition to bending the needle shaft 26 into a hairpin shape, as shown in FIG. 11, a thread or the like is wound around the needle shaft 26 to form an annular threader, or as shown in FIGS. It is also possible to form a threader by winding the needle shaft 26 in a coil shape or a ring shape to form a ring portion. Moreover, the structure which provides the needle shaft 26 with the member provided with the threading hole may be sufficient. That is, any configuration may be used as long as an annular member is provided on the needle shaft 26.

  Next, the silicon 9 and the hanging rod 10 will be described. As shown in FIG. 14, the hanging rod 10 includes a needle shaft 51 and a needle tip 52, and a threading portion 53 is formed on the needle shaft 51. As shown in FIG. 14, the threading part 53 is formed of an annular threading formed by winding a thread or the like around a needle shaft. The shape of the threading part 53 is not limited, and the threading part in which the needle shaft is formed in a coil shape or a ring shape may be used. Moreover, the structure which provides the needle shaft 26 with the member provided with the threading hole may be sufficient. That is, any configuration may be used as long as an annular member is provided on the needle shaft 26. In order to attach the hanging rod 10 to the silicon 9, either one end of the silicon 9 is passed through the threader 53 a and the end of the silicon 9 is tied to attach the hanging rod 10 to the silicon 9. Is possible. Moreover, in this application, the hanging hook 10 is similarly attached to the remaining one end, and the hanging hook 10 is attached to both ends of the silicon 9. Since the thickness of the silicon 9 is thinner than the thickness of the threader 53a, the hanging rod 10 is not fixed to the silicon 9. That is, the hanging hook 10 is attached to both ends of the silicon 9 so as to be rotatable.

  Next, the silicon stopper 8 and the silicon shape holding part 11 will be described. As shown in FIG. 15, the silk element stopper 8 includes a gap 41 formed by folding one of the wires into a hairpin shape, an inlet 42 formed by a slight gap generated when the wires are overlapped, and a shaft. Part 43. Further, a threading part 44 formed by winding a thread or the like is provided at the tip of the shaft part 43. The threading portion 44 is not limited to one formed by winding a thread, and may be a threading formed by winding the shaft portion 43 in a coil shape or a ring shape. That is, any configuration may be used as long as an annular threader is provided on the needle shaft. As shown in FIG. 16, the silicon shape holding part 11 folds the wire, folds one of the ends into a hairpin shape to form a gap 41, opens the bent end to the left and right, It is also possible to form a Y-shaped silicon shape holding part 11. Moreover, it is also possible to form the Y-shaped silicon-shaped holding part 11 by folding the fold side of the wire into two hairpins to form a gap 41 and opening the folded end to the left and right. . In addition to this, as shown in FIG. 17, the silicon shape holding portion 11 is configured to include a wire rod such as a wire bent in a substantially V shape in the gap 41.

  As shown in FIG. 17, in order to attach the silk stopper 8 to the silk stopper 7, the thread stopper 7 that has passed through the threading portion 44 of the silk stopper 8 is replaced with the threading portion of the inverted needle 6. After passing through 27, the both ends of the silicon stopper support material 7 are tied, so that the silicon stopper 8 can be attached to the inverted needle 6. At this time, since the thickness of the silk stopper material 7 is smaller than the size of the threader 44 a of the threading portion 44, the silk stopper 8 is not fixed to the silk stopper material 7. That is, the silicon element stopper 8 is attached to the element stopper material 7 so as to be rotatable about the element stopper material 7 as an axis. In addition, in order to attach the silicon 9 to the silicon stopper 8, the silicon 9 is hung on the silicon stopper 8 with the shaft portion 43 being straddled, the both ends of the silicon 9 are held, and the gap 41 is formed from the inlet 42. By pulling the silicon 9 in the direction, the silicon 9 passes through the inlet 42, and the silicon 9 can be attached to the silicon stopper 8.

  In the present application, since the hanging hooks 10 are attached to both ends of the silicon 9, the silicon 9 is attached to the silicon stopper 8 in a bifurcated state. In this way, when the silicon 9 is installed in a bifurcated state, as shown in FIG. 18, the distance between the silicon 9 is widened, so that the distance between the hanging hooks 10 is also widened. It is possible to catch the carp 1.

  Since the silicon 9 is attached to the silicon stopper 8 in a bifurcated state, there is a high possibility that the silicon 9 in the bifurcated state moves freely in the water, so that the silicon 9 is entangled. . Therefore, a silicon shape holding portion 11 is provided in the silicon stopper 8 to hold the shape of the silicon 9 supported by the wire provided in the gap 41 or in the gap 41 of the Y-shaped silicon shape holding portion 11. By passing the silicon 9, the shape of the silicon 9 is maintained by holding the shape of the silicon 9, so that the shape of the silicon 9 attached in a bifurcated state is maintained. It becomes possible to prevent entanglement.

  Moreover, in this application, since the silicon | silicone stopper 8 is attached to the inverted needle in the state which can be rotated, the whole silicon | silicone 9 becomes a structure rotated large. By attaching the silicon element stop 8 in a rotatable state, the entire element 9 rotates in the same direction in accordance with the rotation of the element stopper 8, and the element 9 freely swings. This can be controlled. As a result, it becomes possible to prevent the silicon 9 from being entangled in water together with the silicon shape holding part 11. In addition, when the entire silicon 9 is rotated, it is possible to catch the wild boar 1 in a wide range.

  Furthermore, by attaching the hanging hook 10 to the silicon 9 in a rotatable state, it is possible to prevent the hanging hook 10 from being rooted and to increase the establishment of the backrest. It is.

  First, prevention of rooting will be described. Since the hanging rod 10 is rotatable when the rod 2 is swimming, as shown in FIG. 19, the hanging rod 10 is substantially parallel to the flow of water to avoid water resistance. It rotates by itself so as to be in a state that is almost parallel to the riverbed. Therefore, when the heel 2 is swimming, the needle tip 52 does not face the bottom of the river, and faces the direction substantially parallel to the river bottom, so that the needle tip 52 is not caught by the rock 60.

  Next, the backrest will be described with reference to FIGS. In addition, the X direction of FIG. 21 represents the direction of the barbarian 1. When the barb 1 approaches the barb 2, the flow of water is blocked by the main barb 1 body as shown in FIG. And when the flow of water stops, water resistance will not be applied to the hanging rod 10. When the resistance of water to the hanging rod 10 disappears, as shown in FIG. 21, the hanging rod 10 rotates so as to face the X direction as a whole. That is, the hanging rod receiving the resistance of the water is in a state of being substantially horizontal to the riverbed, but when the resistance of the water to the hanging rod disappears, the entire hanging rod rotates in the direction of the field rod 1. Thus, in order for the main body of the barb 1 approaching the barb 2 to dam up the flow of water so that the hanging barb 10 rotates, as shown in FIG. It is necessary to swim underneath the heel 2. Then, when the hanging rod 10 rotates from above to the direction of the field rod 1 with respect to the field rod 1 swimming under the tail fin of the rod 2, the back portion of the field rod 1 naturally The probability that the hanging hook 10 is hung is increased, and as a result, the establishment of the backrest is increased.

The figure which showed the device 3 of friend fishing. The perspective view which showed the Example of the inverted needle 6. FIG. The enlarged view which showed the clamping part 24 and the needle point 23. FIG. The use state figure of the inverted needle 6. FIG. The use state figure of the inverted needle 6 which has the substantially U-shaped holding part 24. FIG. The enlarged view of the road threading part 25. FIG. The figure explaining the method of attaching the road thread 5 to the road threading part 25. FIG. The figure explaining the method of attaching the silicon | silicone stop support material 7 to the threading part 27. FIG. The figure explaining the method of attaching the silicon | silicone stop support material 7 to the threading part 27. FIG. The figure explaining the method of attaching the silicon | silicone stop support material 7 to the threading part 27. FIG. The enlarged view which shows the threading part 27 of another form. The enlarged view which shows the threading part 27 of another form. The enlarged view which shows the threading part 27 of another form. The perspective view which shows the hanging hook 10. FIG. FIG. The figure which shows the silicon | silicone shape holding | maintenance part 11. FIG. The figure explaining the method of attaching the silicon | silicone stopper 8 to the inverted needle 6. FIG. The figure which shows the breadth of silicon | silicone 9. FIG. The figure which shows the state of the hanging rod 10 when the rod 2 is swimming. The figure which shows the state in which the barb 1 swims under the carp 2. The figure which shows rotation of a hanging rod when the barb 1 swims under the cage. The figure showing the friend fishing of a carp. The figure of the collar 2 which attached the conventional mechanism 3. FIG.

DESCRIPTION OF SYMBOLS 1 Barb 2 Thread 3 Thread 4 Nose ring 5 Way thread 6 Inverted needle 7 Thread element stop support material 8 Thread element stop 9 Element 10 Thread 11 Thread element 11 Thread shape holding part 24 Narrow part 25 Way thread passing part 26 Needle Shaft 27 Threading part 60 Rock

Claims (4)

In sweetfish fishing with decoys for trick (3), a鉤素(9) and multiplied by hook (10) inverted needle mounting stagger the Otoriayu (2) in order to suppress the (6), decoy the inverse of the needle (6) With the heel (2) fixed, the head side direction of the heel (2) is the “head side” of the inverted needle (6), and the opposite side is the “tail side” of the inverted needle (6). Then, the inverted needle (6) is composed of a single wire, and a threading portion (27) is formed on the “tail side” of the needle shaft (26), and the “head side” of the needle shaft (26) is formed. ”Is formed with a hook portion (22) bent toward the“ tail side ”, and the hook portion (22) has a substantially straight line extending from the“ head side ”to the“ tail side ” of the inverted needle (6). a tip (23) having at least in part shaped section, with the needle destination plugged into the body of the Otoriayu (2) (23), at least a part of the body of該囮sweetfish (2) The And a clamping portion Komu viewed (24),該挟lifting unit (24), said needle shaft (26) protrudes in a convex shape in the direction approaching the needle tip (23) from the side, substantially straight of the needle tip (23) The shape part and the clamping part (24) are formed substantially in parallel, and the thread threading part (25) is formed at the “head side” tip of the inverted needle (6). (25) is formed so that the tip of the inverted needle (6) on the “head side” is folded in half into a hairpin shape so that the wires overlap each other, and protrudes to the “head side”, A fishing device for fishing for fishery fish, characterized in that the road thread is passed through a gap (25a) generated between the superposed wires.   2. The fishing rod device according to claim 1, wherein a thread stopper (8) is attached to a threading part (27) of the inverted needle (6) via a thread-shaped thread stopper support material (7). A fishery fishing device characterized in that the stopper (8) is configured to be rotatable about the thread-like silk element stopper support (7) as an axis. In sweetfish fishing with decoys for contrivance according to claim 2, wherein鉤素the stop (8), fitted with鉤素(9) of a single thread-like member in a bifurcated state, the鉤素(9) is widened bifurcated In order to be held in a state, a silicon shape holding portion (11) is provided, the silicon shape holding portion (11) folds the wire, and folds one of the ends into a hairpin shape to form a gap ( 41) A fishing device for fishing. In the fishing device for fishery fishing according to claim 2 , two side ends of the silicon (9) attached in a bifurcated state with respect to the silicon shape holding portion (11) of the silicon steel stopper (8) A fishing rod for fishing rod, wherein a hanging rod (10) of a book is attached, and the hanging rod (10) is attached so as to be rotatable about a thread-like element (9).

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