JP6643208B2 - Fishing tackle - Google Patents

Description

The present invention relates to a gimmick for fishing, in particular, relates to only widget for fishing characterized by a connection of the gimmick members together.

  As is well known, there are a wide variety of fishing tackles conventionally. In such a fishing tackle, it is often necessary to connect the tackling members constituting the fishing tackle. For example, in bream fishing, a device with a pseudo bait called a bream mule is known (for example, refer to Patent Document 1). A jig head, a skirt (formed by a plurality of rubbers) formed of rubber, silicon, and the like; and a tie wider than each rubber forming the skirt, for example, formed of the same material as the skirt, A hook assembly formed by connecting an assist line to the plurality of hooks.

  Then, as one form of such a rubber jig, for example, a fishing line passed through a jig head is connected to a connection device of a hook assembly, and the connection device is press-fitted and connected into a tube made of, for example, silicon for bundling a skirt and a tie. What is constituted by the thing is known.

JP 2009-60866 A

  By the way, since the rubber jig described above is formed by combining fine parts (devices) by fine work, a work for press-fitting and connecting a connecting member of a hook assembly into a tube for bundling a skirt (a plurality of rubbers) and a tie. However, if the press-fit connection is insufficient, it is easy to come off.

Further, such a problem is not limited to the rubber jig, but may occur in various fishing tackles in which fine tack members are combined by a fine work. Therefore, particularly in this type of fishing tackle, it is desired to improve the connection form between the tackle members so that the tackle members can be easily attached and detached by a simple operation and the connection state can be reliably maintained.

The present invention has been made in view of problems described above, and an object thereof is to provide a only progress for fishing which can securely hold the connection state of the loaded member to each other with a mechanism members together can be easily detached.

In order to achieve the above-mentioned object, the present invention is a fishing tackle including a first tackling member and a second tackling member which are detachably connected to each other, wherein the first tackling member has a tip end. It has a cylindrical shape having an opening surface, has an inner hole through which the second mechanism member can be inserted, and the second mechanism member has a locking projection on an outer surface thereof and the first mechanism. In a connection state inserted into the inner hole of the member, a first rotation position at which the member can be detached from the first device, and a second rotation at which detachment from the first device is regulated. Ri rotatable der between a position, the first loaded member, the locking projections within the said first tackle member when said second tackle member is in the first rotational position A second hole facing the inner peripheral surface of the hole. The tip opening surface is formed such that the locking projection is detached from the inner hole and can be locked to the tip opening surface of the first device when the locking member is at the second rotation position. It is characterized by being performed.
Further, the present invention is a fishing tackle including a first tacking member and a second tacking member which are detachably connected to each other, wherein the first tacking member passes through the second tacking member. A second inner member having a possible inner hole, wherein the second mechanism member is capable of being detached from the first mechanism member in a connected state inserted into the inner hole of the first mechanism member. Rotation is possible between a rotation position and a second rotation position at which detachment from the first device is restricted, and the first device is configured to rotate the second device with respect to the inner hole. The inner diameter of the inner hole can be changed with the attachment and detachment.
Furthermore, the present invention is a fishing tackle including a first tackle member and a second tackle member which are detachably connected to each other, wherein the first tackle member passes through the second tackle member. A second inner member having a possible inner hole, the second inner member being capable of being detached from the first inner member in the connected state inserted into the inner hole of the first inner member. Rotation is possible between a rotation position and a second rotation position at which detachment from the first device is restricted, and the first device is provided inside a tube for bundling a plurality of long decorative members. Is a tubular holding member that is fitted on the tube and holds the decorative member so as not to be displaced with respect to the tube. The second tackling member has a connecting portion to which a fishing line is connected, and has a fishing hook. Form part of hook assembly Characterized in that it is a connection immediately.

As described above, in the above configuration, the second mechanism member is inserted into the inner hole of the first mechanism member to be connected thereto, and the second mechanism member is connected if necessary (the second state is already in the connected state). In the case of being in the second rotation position, the rotation operation is unnecessary.) Only by rotating the first mechanism member to the second rotation position, the second mechanism member can be detached from the first mechanism member. On the other hand, only by rotating the second mechanism member to the first rotation position with respect to the first mechanism member from the restricted state, the second mechanism member is removed from the first mechanism member. Can be removed. That is, the devices can be easily attached and detached by only simple operations such as the insertion / removal operation and the rotation operation, and the connection state between the devices can be reliably maintained. Therefore, the present invention is particularly useful in various fishing tackles formed by combining fine tackling members by fine work, and the attachment / detachment work is very easy.

In the above configuration, the first rotation position is not limited to one position. For example, even if the connector is further rotated relative to the holding member in the first rotational position, it is possible that the second device can be detached from the first device in the rotated position. For example, an arbitrary position within the rotated angle range is the first rotation position. Similarly, the second rotation position is not limited to one position. For example, even if the connector is further rotated relative to the holding member at the second rotation position, if the detachment of the second device from the first device is restricted at the rotated position, An arbitrary position within the rotated angle range is the second rotation position. That is, in the above configuration, the “first rotation position” includes an arbitrary position within a predetermined rotation angle range that allows the second mechanism member to be detached from the first mechanism member, and The “second rotation position” also includes an arbitrary position within a predetermined rotation angle range that restricts detachment of the second device from the first device.

According to the present invention, obtained progress injury for fishing a connection state of the gimmick members together can be reliably held with a mechanism members together can be easily detached.

It is a schematic diagram showing an example of a fishing tackle including a connection structure concerning one embodiment of the present invention. FIG. 2 is a conceptual side view of a part of the fishing tackle of FIG. 1 showing a state in which a holding member is fitted to a tube that bundles decorative members. It is a conceptual perspective view showing the state where the holding member was fitted in the tube which bundles the decoration member. FIG. 2 is a perspective view showing a state in which a holding member (a first tackling member) and a connecting tool (a second tackling member) constituting the connection structure of the fishing tackle in FIG. 1 are connected (the connecting tool is in a second rotational position). Is located in). FIG. 5 is a side cross-sectional view of the connection structure of FIG. 4, where (a) shows a state where the connecting tool is at a first rotational position, and (b) shows a state where the connecting tool is at a second rotational position. 4A and 4B show a first modified example of the connection structure of FIG. 4, wherein FIG. 4A is a side view and FIG. 4B is a perspective view (in each case, a connection tool is located at a second rotation position). 4A and 4B show a second modification of the connection structure of FIG. 4, wherein FIG. 4A is a perspective view of a holding member constituting one of the connection structures, and FIG. 4B is a perspective view showing a state where the holding member and the connection tool are connected. FIG. 5A and 5B show a third modification of the connection structure of FIG. 4, wherein FIG. 4A is a side sectional view and FIG.

Hereinafter, a fishing tackle and a connection structure thereof according to an embodiment of the present invention will be specifically described with reference to the accompanying drawings.
FIG. 1 shows an overall view of an example of a fishing tackle 1 including a connection structure 100 according to an embodiment of the present invention. The fishing tackle 1 according to this embodiment can form a sea bream rubber (rubber jig) together with, for example, a metal jig head (not shown), and as its main components, as shown in the drawing, a plurality of long decorative members. 10a, 10b, for example, a skirt formed of rubber, silicon, or the like (this skirt is formed of a plurality of rubbers 10a), and, for example, each rubber formed of the same material as the skirt and forming the skirt A tie tube (hereinafter simply referred to as a tube) 7 made of, for example, silicon, which has a tie 10b wider than the tie 10a and binds the rubber 10a and the tie 10b of these skirts in the vicinity of their longitudinal centers, and is fitted in the tube 7. So that the decorative members 10a and 10b are not displaced with respect to the tube 7. And the holding member 3 of the tubular as the first loaded member lifting, and a hook assembly 5.

The hook assembly 5 has a connecting device 9 as a second hooking member to which a fishing line 19 can be connected, and connects the assist line 12 to the connecting device 9 and a plurality of fishing hooks 13. The connecting tool 9 is detachably connected to the holding member 3 and, together with the holding member 3, constitutes a connection structure 100 of the fishing tackle 1 according to the present invention. As shown, a false bait or a further decorative member 14 may be attached to the hook 13 of the hook assembly 5.

  The fishing tackle 1 having such a configuration connects, for example, the fishing line 19 passed through the jig head (not shown) to the connecting tool 9 of the hook assembly 5 and connects the rubber 10a and the tie 10b of the skirt to their longitudinal portions. By attaching the connecting tool 9 together with the fishing line 19 to the inner hole 3c (see FIG. 2) of the holding member 3 fitted in the tube 7 to be bundled near the direction center, as shown by the arrow in FIG. Assembled.

  Here, as clearly shown in FIG. 2, the tube 7 for bundling the skirt rubber 10a and the tie 10b has a cylindrical shape. The holding member 3 is formed in a tubular shape, and is fitted in the tube 7 to hold the rubber 10a and the tie 10b of the skirt so as not to be displaced with respect to the tube 7. In particular, in this embodiment, the holding member 3 is pressed into the tube 7 so that the skirt rubber 10a and the tie 10b are formed between its outer surface and the inner surface of the tube 7 particularly as clearly shown in FIG. Sandwich. 2 schematically shows the rubber 10a and the tie 10b of the skirt without differentiating their widths, and FIG. 3 only schematically shows the form of the holding member 3. Not.

  Specifically, as clearly shown in FIG. 2, the holding member 3 is formed as a tubular body having an inner hole 3c, and has a tubular main body 3a inserted into the tube 7. The main body 3a has a tip opening surface 3d formed as a tapered inclined surface so as to facilitate insertion into the tube 7, and the main body 3a is inserted into the tube 7 by a predetermined amount. At the base end, an annular flange portion 3b for regulating (regulating) the insertion amount of the main body portion 3a into the tube 7 by abutting on the base end surface of the tube 7 is provided.

  Further, as clearly shown in FIG. 4, the connecting tool 9 of the hook assembly 5 has a large-diameter (for example, a connecting hole 9b for connecting an assist line 12 (see also FIG. 1) tied to the hook 13). Head 9a (having a shell shape). In addition, a small diameter that can be inserted from the head 9a into the inner hole 3c of the holding member 3 (in the present embodiment, the outer diameter is substantially equal to the inner diameter of the inner hole 3c of the holding member 3; The insertion portion 9c extends in a tapered shape, for example, so that a predetermined amount of the insertion portion 9c is inserted into the inner hole 3c of the holding member 3 between the head portion 9a and the insertion portion 9c. In this state, a step-shaped annular end surface 9f is formed which abuts against the flange portion 3b of the holding member 3 and regulates (restricts) the insertion amount of the insertion portion 9c into the holding member 3. In addition, a connection hole (connection portion) 9d for connecting the fishing line 19 (see also FIG. 1) is provided at the tip of the insertion portion 9c.

In the present embodiment, the insertion portion 9c of the connector 9 is formed in a tapered shape, but as described later, the inner diameter of the inner hole 3c is attached to the inner member 3c with the attachment / detachment of the connector 9 as described later. Since the dimensions can be changed, they may be formed in a columnar shape according to the form of formation of the locking projections described later.

As described above, in the present embodiment, the inner diameter of the holding member 3 can be changed in accordance with attachment and detachment of the connecting tool 9 to and from the inner hole 3c. Such an inner diameter variability may be realized, for example, by the material characteristics of the holding member 3. In that case, different materials are combined for each of the tube 7, the holding member 3, and the connection tool 9, for example, the hardness and / or elasticity of the holding member 3 are made different from those of the tube 7 and / or the connection tool 9. You may. Specifically, the hardness of the holding member 3 is set to be lower than that of the connecting tool 9 and higher than that of the tube 7. Alternatively, the elasticity of the holding member 3 is set higher than that of the connecting tool 9 and lower than that of the tube 7. Examples of such a combination of materials include silicone, natural rubber, synthetic rubber, and elastomer as the tube 7, and synthetic resins such as PS, PE, EVA, and PA as the holding member 3. Silicon, natural rubber, synthetic rubber, and elastomer can be used as a connector for another device such as the connector 9 that is detachably attached to the holding member 3. In addition, the inner diameter variability of the holding member 3 may be realized by the material characteristics of the material as described above, but may be realized by mechanical means such as providing a slit in the holding member.

  In addition, the fishing tackle 1 according to the present embodiment is characterized by a connection structure 100 that facilitates attachment / detachment of the holding member 3 and the connection tool 9 and that can reliably hold the connection state between the holding member 3 and the connection tool 9. I do. That is, in this connection structure 100, the connection tool 9 as the second mechanism member is detached from the holding member 3 in the connected state inserted into the inner hole 3 c of the holding member 3 as the first mechanism member. It is possible to rotate between a possible first rotation position shown in FIG. 5A and a second rotation position shown in FIG. 5B in which detachment from the holding member 3 is restricted. (See arrow in FIG. 5).

Specifically, the connecting tool 9 has, for example, a hemispherical locking projection 9e on the outer surface of the insertion portion 9c, and the holding member 3 is configured such that the connecting tool 3 is in the first rotation position (( a), the locking projection 9e is located in the inner hole 3c of the holding member 3 and faces the inner peripheral surface thereof (for example, slidably makes a point contact (or press-contact)) and connects the connector 3 Is in the second rotation position (position (b) in FIG. 5), the locking projection 9e is detached from the inner hole 3c so that the locking projection 9e can be locked to the distal opening surface 3d of the holding member 3. The surface 3d is formed. For example, as shown in FIGS. 4 and 5, the form of the distal end opening surface 3d that can realize the relative positional relationship accompanying the rotation of the holding member 3 and the connection tool 9 is such that the holding member 3 is tapered in its axial direction. As described above, this can be realized by forming the distal end opening surface 3d of the holding member 3 as an inclined surface. In this case, the inclination angle of the distal end opening surface 3d is determined, for example, according to the position where the locking projection 9e is formed with respect to the connecting tool 9.

In the embodiment shown in FIG. 5, when the connecting tool 9 is at the second rotation position (the position of FIG. 5B), the locking projection 9e does not lock on the distal end opening surface 3d, and When the connector 9 is to be pulled out of the holding member 3 at the rotation position 2, the locking projection 9e is locked to the distal end opening surface 3d to prevent the pulling operation. When in the second rotation position, the locking projection 9e may already be locked to the distal end opening surface 3d.

  Therefore, according to the above configuration, when the connecting tool 9 is inserted into the inner hole 3 c of the holding member 3, when the annular end face 9 f of the connecting tool 9 comes into contact with the flange portion 3 b of the holding member 3, the holding tool is held. Further insertion of the connection tool 9 into the inner hole 3c of the member 3 is restricted, and a complete connection state is established (the state of FIGS. 4 and 5). In this insertion process, since the inner diameter of the holding member 3 is variable as described above, if the outer diameter of the insertion portion 9c is substantially equal to the inner diameter of the inner hole 3c of the holding member 3 as shown in this embodiment, As shown in FIG. 5A, the locking projection 9e elastically expands the diameter of the holding member 3, and the inner peripheral surface of the holding member 3 makes point contact with the locking projection 9e. Insertion of the connector 9 into the inner hole 3c can be easily and smoothly performed with a small frictional force (operating force).

In addition, if the connecting tool 9 is already in the second rotational position (the position shown in FIG. 5B) in the completely connected state, the detachment of the connecting tool 9 from the holding member 3 can be regulated at this position. Thus, the connection state between the holding member 3 and the connection tool 9 can be reliably held. However, when the connecting tool 9 is in the first rotation position shown in FIG. 5A with the annular end face 9f of the connecting tool 9 in contact with the flange portion 3b of the holding member 3, the position is changed from this position. The connecting tool 9 is rotated with respect to the holding member 3 to the second rotation position shown in FIG. 5B (this rotation operation also causes the inner peripheral surface of the holding member 3 to come into point contact with the locking projection 9e). Therefore, it can be easily performed with a small frictional force (operating force)). In the second rotation position, the locking projection 9e can be locked with the distal end opening surface 3d. In this locked state, the detachment of the connecting tool 9 from the holding member 3 is restricted, and the connection with the holding member 3 is established. The connection state with the tool 9 can be reliably maintained.

  On the other hand, when removing the connecting tool 9 from the holding member 3, the connecting tool 9 is moved from the second rotation position shown in FIG. 5B to the first rotation position shown in FIG. It is sufficient that the connector 9 is rotated with respect to the holding member 3 and the connector 9 is moved in the axial direction with respect to the holding member 3 at the first rotation position and pulled out. In particular, in the present embodiment, since the locking projection 9e has a hemispherical shape and the distal end opening surface 3d of the holding member 3 has a tapered shape, the locking projection 9e is detached from the inner hole 3c of the holding member 3. The transition operation from the second rotation position to the first rotation position that enters the inner hole 3c can be performed smoothly, and the rotation movement of the locking projection 9e in the inner hole 3c can also be performed by the holding member 3. Smoothness can be achieved due to the point contact between the inner peripheral surface of the base and the locking projection 9e. Even in the first rotation position, the locking projection 9e of the connecting tool 9 is located inside the inner hole 3c of the holding member 3 and faces the inner peripheral surface thereof in a point contact state. The stopper 9e can be slid along the inner peripheral surface of the inner hole 3c to easily remove the connecting tool 9 from the holding member 3.

  As described above, in the present embodiment, the connection tool 9 is inserted into the inner hole 3c of the holding member 3 and connected, and the connection tool 9 is connected if necessary (the second connection is already performed in the connection state). In the case of the rotation position, the rotation operation is not necessary.) Only by rotating the holding member 3 to the second rotation position, the detachment of the connection tool 9 from the holding member 3 is restricted, while the restriction state is maintained. By simply rotating the connecting tool 9 from the holding member 3 to the first rotation position, the connecting tool 9 can be removed from the holding member 3 and separated. That is, the holding member 3 and the connecting tool 9 can be easily attached and detached only by simple operations such as the insertion / removal operation and the rotation operation, and the connection state between the mechanism members 3 and 9 can be reliably held. Therefore, the connection structure 100 of the present embodiment is particularly useful in various fishing tackles in which fine tackling members are combined by fine work, and the attaching / detaching work is very easy.

  Further, in the present embodiment, at the first rotation position, the insertion / removal operation of the connecting tool 9 with respect to the holding member 3 and the first operation are performed due to the point contact between the locking projection 9 e and the inner peripheral surface of the holding member 3. The rotation between the rotation position and the second rotation position can be easily and smoothly performed with a small frictional force (operating force), while at the second rotation position, the locking projection 9e is detached from the inner hole 3c. Due to this, the transition from the point contact between the locking projection 9e and the inner peripheral surface of the holding member 3 to the surface contact can be achieved, and the connection tool 9 can be held on the holding member 3 with a large contact area. The retaining force of the connecting member 9 by the retaining member 3 can be increased by the large contact force in addition to the retaining state between the retaining projection 9e and the distal end opening surface 3d. That is, in the present embodiment, the contact area between the holding member 3 and the connection tool 9 is made different between the first rotation position and the second rotation position, so that the mechanism members (the holding member 3 and the connection tool 9) are connected to each other. Both easy attachment and detachment and reliable holding of the connection state between the tackling members (holding member 3, connecting tool 9) can be realized.

FIG. 6 shows a first modification of the connection structure 100. In the connection structure 100A according to the first modification, the tip opening surface 3d of the holding member 3 has the same shape as the inclined surface shown in FIG. 5 in which the holding member 3 is tapered in the axial direction thereof. It has a surface 3da and a locking surface 3db extending in a radial direction of the holding member 3 from the inclined surface 3da (a surface extending in a plane along the radial direction). In this case, the locking projection 3e is formed so that the locking surface 3db directly locks with the locking projection 9e of the connector 9 at the second rotation position (see FIGS. 6A and 6B). It extends in the radial direction from the inclined surface 3da at a position corresponding to the position.

In the connection structure of FIG. 5, even when the connecting tool 9 is in the second rotation position, the connecting tool 9 is in the second rotation position due to the continuous tapered inclined surface shape of the distal end opening surface 3d of the holding member 3. When the connector 9 is rotated relative to the holding member 3 at the position, the connecting tool 9 slightly rattles in the axial direction with respect to the holding member 3, but the locking surface 3db extending in the radial direction as in the connection structure form of FIG. When the second rotation position of the connection tool 9 is defined by the locking surface 3db, the connection tool 9 is held even if the connection tool 9 is rotated relative to the holding member 3 at the second rotation position. The member 3 does not rattle in the axial direction.

  FIG. 7 shows a second modification of the connection structure 100. In the connection structure 100B according to the second modification, the distal end opening surface 3d of the holding member 3 is formed such that a plurality of second rotation positions exist. Specifically, the tip opening surface 3d of the holding member 3 has a form in which the tapered inclined surface in the connection structure form of FIG. Therefore, at each second rotation position, two concave portions 3dc are formed as transition portions of the two tapered inclined surfaces.

These recesses 3dc may be formed as locking surfaces 3db as shown in FIG. These recesses 3dc are also provided at positions corresponding to the positions where the locking projections 9e are formed, similarly to the locking surface 3db, and regulate the second rotational position of the connector 9 without play. Note that the second rotation position is not limited to two. Three or more may be provided, and in this case, three or more tapered inclined surfaces are continuously or intermittently arranged along the circumferential direction, and accordingly, the concave portion 3dc (transition portion of the inclined surface). That is, three or more second rotation positions are provided.

FIG. 8 shows a third modification of the connection structure 100. In the connection structure 100C according to the third modification, the holding member 3 has a tapered main body portion 3a having a tapered inner hole 3c complementary to the tapered shape of the insertion portion 9c of the connection tool 9. At the same time, it has a locking recess 90 on its inner peripheral surface for locking with the locking projection 9e of the connector 9 at the second rotation position. The locking recess 90 is formed as an arc-shaped elongated hole extending over a predetermined length in the circumferential direction at a position corresponding to the position where the locking projection 9e is formed, so that the second rotation position of the connecting tool 9 is not loose. Stipulate. The locking recess 90 may be a through hole as shown in the figure, but may be formed as a recessed groove that does not penetrate the holding member 3. Further, in the third modified example, since the locking concave portion 90 that defines the second rotation position is provided, the distal end opening surface 3d of the holding member 3 is formed as a vertical end surface extending in a plane along the radial direction. You.

  As described above, the embodiments of the present invention have been described. However, the present invention is not limited to the above-described embodiments, and can be variously modified and implemented without departing from the gist thereof. For example, in the above-described embodiment, the present invention is applied to a rubber jig such as a sea bream mule. However, the present invention is not limited to such a rubber jig, and can be applied to various fishing tackles formed by connecting tackling members. . Therefore, the components of the connection mechanism for fishing tackle of the present invention are not limited to the above-described holding members and the connection tool.

1 fishing device 3 holding member (first device)
3c Inner hole 3d Tip opening surface 3da Inclined surface 3db Locking surface 5 Hook assembly 7 Tube 9 Connector (second device)
9e Locking projection 10a Rubber forming skirt (long decorative member)
10b Tie (Long decorative member)
13 fishing hook 19 fishing line 90 locking recess

Claims (6)

A fishing tackle including a first tackling member and a second tackling member detachably connected to each other,
The first mechanism member has a cylindrical shape having a distal end opening surface, and has an inner hole through which the second mechanism member can be inserted,
The second mechanism member has a locking projection on its outer surface, and can be detached from the first mechanism member in a connected state inserted into the inner hole of the first mechanism member. a first rotational position, Ri rotatable der between the second rotational position disengaged is regulated from the first tackle element,
The first hooking member is arranged such that when the second hooking member is at the first rotation position, the locking projection is located in the inner hole of the first hooking member and faces the inner peripheral surface thereof. So that when the second mechanism is in the second rotation position, the locking projection is detached from the inner hole and can be locked to the distal end opening surface of the first mechanism. A fishing tackle, wherein the tip opening surface is formed . 2. The fishing tackle according to claim 1 , wherein the tip opening surface of the first tackling member is formed as an inclined surface so that the first tacking member tapers in an axial direction thereof. 3. A locking surface that extends in the radial direction from the inclined surface and locks with the locking protrusion of the second mechanism member at the second rotation position; The fishing tackle according to claim 2 , comprising: Wherein the distal end opening face of the first trick member, fishing tackle according to any one of claims 1 to 3, wherein the second rotational position is formed such that plurality of. A fishing tackle including a first tackling member and a second tackling member detachably connected to each other,
The first mechanism member has an inner hole through which the second mechanism member can be inserted,
The second mechanism member has a first rotation position at which the second mechanism member can be detached from the first mechanism member in a connected state inserted into the inner hole of the first mechanism member, and rotatable der between the second rotational position disengaged from the tackle element is regulated is,
The first trick member, fishing tackle that inner diameter of the bore is characterized changeable der isosamples with the attachment and detachment of the second tackle element with respect to the bore. A fishing tackle including a first tackling member and a second tackling member detachably connected to each other,
The first mechanism member has an inner hole through which the second mechanism member can be inserted,
The second mechanism member has a first rotation position at which the second mechanism member can be detached from the first mechanism member in a connected state inserted into the inner hole of the first mechanism member, and rotatable der between the second rotational position disengaged from the tackle element is regulated is,
The first hooking member is a tubular holding member that is fitted in a tube that bundles a plurality of long decorative members and holds the decorative member so as not to be displaced with respect to the tube. the gimmicks member, and having a connection portion which fishing line is connected, fishing tackle, wherein fitting der Rukoto constituting a part of the hook assembly having a hook.

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