Wire slack prevention member and fishing reel

Abstract

The invention provides a wire slack prevention member and a fishing reel, which can reduce wear or damage caused by contact with a fishing wire and improve durability. The wire slack prevention member (170) is provided to a wire loop support member (150) having a wire guide wheel (151), and has: a base portion (171) attached to the wire loop support member (150); and a fin section (172) that extends from the base section (171) toward the line guide wheel (151), the fin section (172) having a tip section (172b) that is provided so as to face the line guide wheel (151) and that bends and bulges in the direction in which the fishing line (FL) passes.

Description

Technical Field

[0001] The present invention relates to a line slack prevention component and a fishing reel, wherein the line slack prevention component is disposed on a line ring support component having a line reel. Background Technology

[0002] Previously, a fishing reel was known, comprising: a spool for winding fishing line; a rotor having a rotor arm for winding fishing line onto the spool; a line guide support member rotatably mounted on the rotor arm; a line guide spool disposed on the line guide support member for guiding fishing line onto the spool; and fins (line slack prevention members) disposed on the line guide support member (e.g., Patent Document 1).

[0003] Existing technical documents

[0004] Patent documents

[0005] Patent Document 1: Japanese Patent Application Publication No. 2021-087419. Summary of the Invention

[0006] The problem that the invention aims to solve

[0007] In the fishing reel described above, if the fishing line comes into contact with the slack prevention component when it passes between the line reel and the slack prevention component, it may cause excessive wear on the slack prevention component.

[0008] Especially when knots used as float stops or similar components pass through, there is a greater tendency for wear on the line slack prevention components, which may lead to damage to the line slack prevention components.

[0009] In cases where the online slack prevents the component from breaking, the fishing line may snag on the slack preventer or be damaged.

[0010] Therefore, the present invention is intended to solve the problems of the prior art as described above, namely, the object of the present invention is to provide a line slack prevention component and a fishing reel that reduces wear or damage caused by contact with the fishing line and improves durability.

[0011] means for solving problems

[0012] The first invention is a line slack prevention component disposed on a line ring support component having a line reel, and having: a base mounted on the line ring support component; and a fin portion extending from the base toward the line reel, the fin portion having a front end portion disposed opposite to the line reel and bent and bulging in the direction of line passage, thereby solving the aforementioned problem.

[0013] According to the line slack prevention component of the first invention, the fin portion has a front end portion that is positioned opposite the guide reel and bends and bulges in the direction of line passage. Therefore, even when the fishing line comes into contact with the line slack prevention component as it passes between the guide reel and the line slack prevention component, compared to the conventional case where the front end portion of the line slack prevention component does not bend in the direction of line passage, the contact area between the fishing line and the line slack prevention component is increased, and the contact surface pressure between the fishing line and the line slack prevention component is reduced. This reduces wear or damage to the front end portion of the line slack prevention component caused by contact with the fishing line, improves durability, and allows for smooth line movement even when a knot is set in the fishing line.

[0014] In addition to the structure of the line slack prevention component of the first invention, the second invention has a first bending region on the release direction side of the fin portion in the direction of the fishing line passing through, thereby further solving the above-mentioned problem.

[0015] In addition to achieving the same effect as the line slack prevention component of the first invention, the front end portion of the fin portion has a first bending region located on the release direction side in the direction of the fishing line, thereby effectively reducing wear or damage to the front end portion of the line slack prevention component.

[0016] That is, the front end of the fin portion has a first curved area that bends in the direction of the fishing line's release in the direction of the line's passage. Therefore, when the fishing line is wound up, even if the fishing line passes between the reel and the line slack prevention member and comes into contact with the line slack prevention member, since the fishing line and the line slack prevention member are in contact in the first curved area, compared with the conventional case where the front end of the line slack prevention member does not bend in the direction of the line's passage in the direction of the release, the wear or damage to the front end of the line slack prevention member caused by contact with the fishing line when winding up the fishing line can be effectively reduced, and damage or breakage of the fishing line can be reduced. Thus, the line slack prevention function can be maintained for a long time, and the fishing line breakage can be prevented.

[0017] In addition to the structure of the line slack prevention component of the first or second invention, the third invention has a second bending region at the front end of the fin portion, which is located on the winding direction side in the direction of the fishing line, thereby further solving the above-mentioned problem.

[0018] According to the third invention, in addition to achieving the effects of the line slack prevention component of the first or second invention, the front end portion of the fin portion has a second bending area provided on the winding direction side in the direction of the fishing line, thereby effectively reducing wear or damage to the front end portion of the line slack prevention component.

[0019] That is, the front end of the fin portion has a second bending area on the winding direction side in the direction of the fishing line's passage. As a result, when the fishing line is released due to the strong pulling force of a fish or the like, the drag mechanism is activated. Even if the fishing line passes between the guide reel and the slack prevention member and comes into contact with the slack prevention member, compared to the case where the winding direction side of the front end of the slack prevention member does not bend in the direction of the fishing line's passage as in the past, the contact area between the fishing line and the slack prevention member is increased, and the contact surface pressure between the fishing line and the slack prevention member is reduced. Therefore, when the fishing line is released due to the strong pulling force of a fish or the like, the drag mechanism is activated. Wear or damage to the front end of the slack prevention member caused by contact with the fishing line can be prevented, or damage or breakage to the fishing line can be reduced.

[0020] In addition to the structure of the line slack prevention component of the second invention, the fourth invention has the following features: a second bending region disposed on the winding direction side in the direction of the fishing line passing through, and a third bending region disposed between the first bending region and the second bending region, thereby further solving the above-mentioned problems.

[0021] According to the fourth invention, in addition to achieving the effect of the second invention, the front end portion of the fin portion has a second bending region provided on the winding direction side in the direction of the fishing line, thereby effectively reducing wear or damage to the front end portion of the line slack prevention component, and has a third bending region provided between the first bending region and the second bending region, thereby minimizing the resistance when the fishing line passes through.

[0022] That is, the front end of the fin portion has a second bending area on the winding direction side in the direction of the fishing line's passage. Therefore, when the fishing line is released due to the strong pulling force of a biting fish or the like, even if the fishing line passes between the guide reel and the slack-prevention member and contacts the slack-prevention member, compared to the conventional case where the winding direction side of the front end of the slack-prevention member does not bend in the direction of the fishing line's passage, the contact area between the fishing line and the slack-prevention member is increased, and the contact surface pressure between the fishing line and the slack-prevention member is reduced. Therefore, when the strong pulling force of a biting fish or the like triggers the drag mechanism... When the fishing line is released, it can prevent wear or damage to the front end of the line slack prevention component caused by contact with the fishing line, or reduce damage to the fishing line. Furthermore, the front end of the fin portion has a third bending region located between the first bending region and the second bending region, thereby minimizing the contact area of ​​the fishing line in the direction of the fishing line's passage and reducing friction between the fishing line and the line slack prevention component. Therefore, when the fishing line is wound up or released using the drag mechanism, wear on the line slack prevention component caused by contact with the fishing line and resistance when the fishing line passes through can be minimized to the greatest extent.

[0023] The fifth invention, except for the structure of the anti-laxity component of any one of the first to fourth inventions, has an anti-laxity component made of resin and capable of free elastic deformation, thereby further solving the above-mentioned problems.

[0024] According to the fifth invention, in addition to achieving the effects of the line slack prevention component of any of the first to fourth inventions, the line slack prevention component is made of resin and can be freely elastically deformed, thereby preventing the line slack prevention component from being damaged due to strong contact between the line knots or other debris and the front end of the fin portion of the line slack prevention component.

[0025] That is, the line slack prevention component is made of resin and can be freely elastically deformed. Therefore, when the knot of the fishing line passes between the reel and the front end of the fin of the line slack prevention component, the fin of the line slack prevention component is pushed by the knot and swings freely in the direction of the fishing line. Thus, it can prevent the knot of the fishing line from coming into strong contact with the front end of the fin of the line slack prevention component, which would cause the line slack prevention component to break.

[0026] The sixth invention is a fishing reel comprising: a spool for winding fishing line; a rotor having a rotor arm for winding fishing line onto the spool; a line guide support member that rotates freely relative to the rotor arm of the rotor; a line guide spool disposed on the line guide support member for guiding fishing line onto the spool; and a line slack prevention member disposed on the line guide support member, the line slack prevention member having: a base mounted on the line guide support member; and a fin portion extending from the base toward the line guide spool, the fin portion having a front end portion that is opposite to the line guide spool and bends and bulges in the direction of line passage, thereby solving the aforementioned problems.

[0027] According to the sixth invention, the fishing reel has a finned portion with a front end that is positioned opposite the guide reel and bends and bulges in the direction of line passage. As a result, when the fishing line passes between the guide reel and the slack-prevention member, even if the fishing line contacts the slack-prevention member, the contact area between the fishing line and the slack-prevention member is increased compared to the conventional case where the front end of the slack-prevention member does not bend in the direction of line passage. The contact surface pressure between the fishing line and the slack-prevention member is reduced. Therefore, wear on the front end of the slack-prevention member caused by contact with the fishing line can be reduced, improving durability. Furthermore, even when the fishing line has a knot, the fishing line can be smoothly guided to move.

[0028] Invention Effects

[0029] According to the present invention, wear or damage caused by contact with the fishing line can be reduced, thereby improving durability. Attached Figure Description

[0030] Figure 1 This is a left-side view of the first embodiment of the present invention, namely the fishing reel 100;

[0031] Figure 2 yes Figure 1 The front view of the fishing reel 100 shown;

[0032] Figure 3 Observed from direction III Figure 2 A magnified view of the main parts of the fishing reel 100 shown;

[0033] Figure 4 yes Figure 3 Enlarged view of the main parts;

[0034] Figure 5A This diagram illustrates the relationship between the fishing line FL and the line slack prevention component 170 when the fishing line FL is wound onto the spool 130.

[0035] Figure 5B This diagram illustrates the relationship between the fishing line FL and the line slack prevention component 170 when the fishing line FL is released from the spool 130 using the drag mechanism.

[0036] Figure 6 This is an enlarged view of the main part of the line slack prevention component 270 of the second embodiment of the present invention, namely the fishing reel 200. Detailed Implementation

[0037] The line slack prevention component of the present invention is a line slack prevention component provided on a line ring support component having a line reel, and has: a base that is mounted on the line ring support component; and a fin portion that extends from the base toward the line reel. The fin portion has a front end portion that is provided opposite to the line reel and bends and bulges in the direction of the fishing line. However, as long as wear caused by contact with the fishing line can be reduced and durability improved, its specific implementation can be of any structure.

[0038] Furthermore, the fishing reel of the present invention comprises: a spool for winding fishing line; a rotor having a rotor arm for winding fishing line onto the spool; a line guide support member that rotates freely relative to the rotor arm of the rotor; a line guide spool disposed on the line guide support member for guiding fishing line to the spool; and a line slack prevention member disposed on the line guide support member, wherein the line slack prevention member has: a base mounted on the line guide support member; and a fin portion extending from the base toward the line guide spool, the fin portion having a front end portion that is opposite to the line guide spool and bends and bulges in the direction of line passage. Its specific implementation can be of any structure as long as wear caused by contact with the fishing line is reduced and durability is improved.

[0039] For example, the line guide support component forms the appearance of a fishing reel. Therefore, from the point of view of enhancing aesthetics and preventing deformation or damage when the fishing reel falls, it is preferable to use a component with the same hardness as metal on the surface, or to perform a surface treatment on the surface to make it the same hardness as metal. There are no particular limitations on the material of the line guide support component or the surface treatment performed on the surface of the line guide support component.

[0040] (Example 1)

[0041] The following is based on Figures 1 to 5B The first embodiment of the present invention, namely a fishing reel 100 and a line slack prevention component assembled to the fishing reel 100, will be described.

[0042] (1. Basic structure of a fishing reel)

[0043] First, based on Figure 1 and Figure 2 The basic structure of the fishing reel 100 is explained.

[0044] Figure 1 This is a left-side view of the first embodiment of the present invention, namely the fishing reel 100. Figure 2 yes Figure 1 The front view of the fishing reel 100 shown.

[0045] like Figure 1 and Figure 2 As shown, the fishing reel 100 is an open-face type reel, comprising: a reel body 110, which is mounted on a fishing rod (not shown); a rotor 120, which is mounted on the front side of the reel body 110 and is rotatable relative to the reel body 110; a spool 130, which is detachably mounted on a spool shaft (not shown) extending forward from the reel body 110 and is used to wind up the fishing line FL; a handle 140, which is mounted on the side of the rear side of the reel body 110; a line guide support member 150, which is mounted on the front end of the rotor 120; and a line guide 160, which is mounted on the line guide support member 150.

[0046] The main body 110 of the cable reel has an internal space, in which a rotor drive mechanism for rotating the rotor 120 and a swing mechanism for moving the drum shaft and the drum 130 back and forth together are provided.

[0047] Additionally, the reel body 110 has a drag adjustment knob 111, which is mounted on the front end of the drum shaft and is used to adjust the amount of suppression of rotation of the drum 130.

[0048] The rotor 120 can rotate freely relative to the winding body 110 with the drum axis CA extending in the front-to-back direction as the center.

[0049] In addition, the rotor 120 has: an annular reel mounting portion 121, which is mounted on the reel body 110; and an arm (rotor arm) 122, which extends forward from the outer peripheral end of the reel mounting portion 121, is positioned opposite the drum 130 at a distance, and winds the fishing line FL around the drum 130.

[0050] The spool 130 is a cylindrical component with a spool body 131 on its outer periphery for winding the fishing line FL.

[0051] The handle 140 is connected to the rotor drive mechanism and the swing mechanism inside the reel body 110.

[0052] Therefore, the user of the fishing reel 100 rotates the handle 140 to make the rotor 120 rotate around the drum axis CA, and makes the drum shaft move back and forth in the front and back direction, thereby making the drum 130 move back and forth in the front and back direction.

[0053] Thus, the fishing line FL is evenly wound onto the spool body 131 of the spool 130.

[0054] The wire ring support member 150 is mounted in a swingable manner at the front end of the arm 122 of the rotor 120.

[0055] The conductor ring support component 150 constructed in this manner is along... Figure 1 Centered on the axis of rotation VA of the guide ring extending in the up-down direction (orthogonal to the extension direction of the arm 122), the guide ring rotates between the winding position when the fishing line FL is wound onto the spool 130 and the release position when the fishing line FL is released from the spool 130, in a manner that allows the arm 122 of the rotor 120 to rotate freely and swing.

[0056] It should be noted that, Figure 1 and Figure 2 In the middle, the conductor ring support component 150 is located in the winding position.

[0057] Additionally, a reel 151 is installed in one of the line guide components 150 to guide the fishing line FL to the spool 130.

[0058] The line guide 160 is a component that bends the line into a U-shape, and is configured to guide the fishing line FL to the line reel 151 when the line guide support component 150 is in the winding position.

[0059] In addition, when the user of the fishing reel 100 releases the fishing line FL, he holds the line guide swivel 160, so that the line guide support member 150 relative to the line guide position of the arm 122 of the rotor 120 changes to the release position.

[0060] (2. Wire slack prevention component)

[0061] The fishing reel 100 also has a line slack prevention component 170, which prevents the fishing line FL from becoming slack when it is guided to the drum 130 by the guide reel 151 and the tension of the fishing line FL is relaxed due to the line FL coming off the guide reel 151.

[0062] Therefore, next, based on Figures 1 to 5B The slack prevention component 170 of the line will be described.

[0063] Figure 3 Observed from direction III Figure 2 The image shown is an enlarged view of the main components of a fishing reel 100. Figure 4 yes Figure 3 Enlarged view of the main parts Figure 5A This diagram illustrates the relationship between the fishing line FL and the line slack prevention component 170 when the fishing line FL is wound onto the spool 130. Figure 5B This diagram shows the relationship between the fishing line FL and the line slack prevention component 170 when the fishing line FL is released from the spool 130.

[0064] The wire slack prevention component 170 is fixed to the wire ring support component 150 by the fixing component 180 and is molded from an elastic resin that can be freely deformed.

[0065] like Figure 3 As shown, the wire slack prevention component 170 has a cylindrical base 171 that is inserted into a mounting hole 152 formed in the wire loop support component 150 (see reference). Figure 3 In the middle; and the fin portion 172, which extends from the base 171 toward the radially outer side of the base 171 toward the guide wheel 151, and is provided opposite to the guide wheel 151 at a distance.

[0066] like Figure 3 As shown, the fin portion 172 has a positioning portion 172a formed near the base portion 171, and the positioning portion 172a is housed in the positioning groove portion 153 formed in the wire ring support member 150.

[0067] The thickness of the positioning portion 172a of the fin portion 172 is approximately equal to the groove width of the positioning groove portion 153 of the guide ring support member 150.

[0068] Therefore, by housing the positioning portion 172a of the wire slack prevention member 170 in the positioning groove 153 of the wire ring support member 150, the rotation of the wire slack prevention member 170 relative to the wire ring support member 150 is restricted.

[0069] Therefore, if an external force is applied to the front end of the fin portion 172, the wire slack prevention member 170 will not rotate relative to the wire ring support member 150, and the fin portion 172 of the wire slack prevention member 170 will elastically deform relative to the base 171.

[0070] That is, the fin portion 172 of the line slack prevention component 170 can swing freely relative to the base 171. The fin portion 172 also has a front end portion 172b that is provided opposite to the line reel 151 and is bent and bulging in the direction of the fishing line FL.

[0071] like Figure 4 As shown, the thickness Wf of the front end portion 172b is greater than the thickness Wi of the middle portion 172c connecting the positioning portion 172a and the front end portion 172b.

[0072] The front end portion 172b has a release-side bending region (first bending region) 172b1 that bends laterally in the release direction of the fishing line FL in the direction of passing through the fishing line FL, and a winding-side bending region (second bending region) 172b2 that bends laterally in the winding direction of the fishing line FL in the direction of passing through the fishing line FL.

[0073] Secondly, based on Figure 5A and Figure 5B The operation of the fishing line FL via the aforementioned line slack prevention component 170 will be explained.

[0074] Figure 5A This diagram illustrates the relationship between the fishing line FL and the line slack prevention component 170 when the fishing line FL is wound onto the spool 130. Figure 5B This diagram illustrates the relationship between the fishing line FL and the line slack prevention component 170 when the fishing line FL is released from the spool 130 using the drag mechanism.

[0075] If slack occurs when the fishing line (FL) is wound onto the spool at 130mm, such as Figure 5A As shown, when the knot N, which is located on the release direction side of the slack prevention member 170, passes through the slack prevention member 170, the knot N contacts the release side bending area 172b1 of the slack prevention member 170 while passing through the slack prevention member 170.

[0076] Additionally, if line slack occurs when the fishing line FL is released from the spool 130 using the drag mechanism, such as Figure 5BAs shown, when a knot N located at a position further along the winding direction than the slack prevention member 170 passes through the slack prevention member 170, the knot N contacts the winding-side bending region 172b2 of the slack prevention member 170 while passing through the slack prevention member 170.

[0077] (3. Effect)

[0078] According to the first embodiment of the present invention described above, namely the fishing reel 100 and the line slack prevention member 170, the fin portion 172 has a front end portion 172b that is provided opposite to the guide reel 151 and bends and bulges in the direction of the fishing line FL. Therefore, when the fishing line FL passes between the guide reel 151 and the line slack prevention member 170, even if the fishing line FL contacts the line slack prevention member 170, compared with the conventional case where the front end portion of the line slack prevention member does not bend in the direction of the fishing line, the contact area between the fishing line FL and the line slack prevention member 170 is increased, and the contact surface pressure between the fishing line FL and the line slack prevention member 170 is reduced. Therefore, wear or damage to the front end portion 172b of the line slack prevention member 170 caused by contact with the fishing line FL can be reduced, improving durability. Furthermore, even when the fishing line FL is provided with a knot N, the fishing line FL can be smoothly guided through.

[0079] Furthermore, the front end portion 172b of the fin portion 172 has a first curved area, namely the release-side curved area 172b1, which bends laterally in the release direction of the fishing line FL in the direction of its passage. Thus, even when the fishing line FL passes between the guide spool 151 and the line slack prevention member 170 and comes into contact with the line slack prevention member 170, since the fishing line FL and the line slack prevention member 170 are in contact in the curved release-side curved area 172b1, compared with the conventional case where the front end portion of the line slack prevention member does not bend in the release direction in the direction of the fishing line passage, the wear or damage to the front end portion 172b of the line slack prevention member 170 caused by contact with the fishing line FL when winding the fishing line FL can be effectively reduced, and the damage or breakage of the fishing line FL can be reduced, thereby maintaining the line slack prevention function for a long time and preventing the fishing line FL from breaking.

[0080] Therefore, it can maintain a smooth and rapid reeling operation for fishing line for an extended period of time.

[0081] Furthermore, the front end portion 172b of the fin portion 172 has a winding-side bending region 172b2 that bends in the winding direction of the fishing line FL in the direction of the line's passage. As a result, when the fishing line FL is released due to the strong pulling force of a fish or the like, even if the fishing line FL passes between the guide reel 151 and the line slack prevention member 170 and comes into contact with it, compared to the conventional case where the front end portion of the line slack prevention member does not bend in the winding direction of the line's passage, the contact area between the fishing line FL and the line slack prevention member 170 is increased, and the contact surface pressure between the fishing line FL and the line slack prevention member 170 is reduced. Therefore, even when the fishing line FL is released due to the strong pulling force of a fish or the like, wear or breakage of the front end portion 172b of the line slack prevention member 170 caused by contact with the fishing line FL can be prevented, or damage to the fishing line FL can be reduced.

[0082] Furthermore, the line slack prevention component 170 is made of resin and can be freely and elastically deformed. Therefore, when the knot N of the fishing line FL passes between the guide reel 151 and the front end portion 172b of the fin portion 172 of the line slack prevention component 170, the fin portion 172 of the line slack prevention component 170 is pushed by the knot N and the like, and swings freely together with the knot N in the guiding direction of the fishing line FL. Therefore, it is possible to suppress the line slack prevention component 170 from being damaged due to strong contact between the knot N of the fishing line FL and the front end portion 172b of the fin portion 172 of the line slack prevention component 170.

[0083] (Example 2)

[0084] Secondly, based on Figure 6 The second embodiment of the present invention, namely the fishing reel 200, will be described.

[0085] Figure 6 This is an enlarged view of the main part of the line slack prevention component 270 of the second embodiment of the present invention, namely the fishing reel 200.

[0086] It should be noted that the fishing reel 200 of the second embodiment has changed the shape of the fin portion 172 of the line slack prevention member 170 in the fishing reel 100 of the first embodiment. Many of its elements are common to the fishing reel 100 of the first embodiment, so detailed descriptions of the common elements are omitted and only symbols starting with 200 are marked.

[0087] like Figure 6As shown, in the second embodiment, the front end portion 272b of the fin portion 272 of the line slack prevention member 270 has a release-side bending region 272b1 that bends in the release direction of the fishing line FL in the passing direction of the fishing line FL, a winding-side bending region 272b2 that bends in the winding direction of the fishing line FL in the passing direction of the fishing line FL, and an intermediate region (third bending region) 273b3 that is provided opposite to the guide reel 251 between the release-side bending region 272b1 and the winding-side bending region 272b2 and bends toward the guide reel 251.

[0088] According to this second embodiment of the invention, namely the fixing structure of the fishing reel 200 and the line slack prevention component 270, in addition to the effects of the first embodiment of the invention, namely the fishing reel 100 and the line slack prevention component 170, the front end portion 272b of the fin portion 272 has an intermediate region 273b3. This intermediate region 273b3 is a third bending region that is located opposite to the guide reel 251 between the release-side bending region 272b1 and the winding-side bending region 272b2, and bends towards the guide reel 251. This minimizes the contact area of ​​the fishing line in the direction of its passage, reducing friction between the fishing line and the slack prevention component. Therefore, when the fishing line FL is wound up or released using the drag mechanism, it prevents wear or damage to the slack prevention component 270 caused by the fishing line FL when it passes between the front end 272b of the slack prevention component 270 and the guide reel 251. Furthermore, it minimizes the contact resistance when the fishing line FL contacts the slack prevention component 270, thereby reducing the release resistance and winding resistance of the fishing line FL.

[0089] (Modified Example)

[0090] The above describes one embodiment of the present invention, namely a fishing reel and a line slack prevention component. The fishing reel and line slack prevention component of the present invention are not limited to the above embodiment.

[0091] For example, in the above embodiment, the handle is installed on the left side of the reel body, but the handle can also be installed on the right side of the reel body.

[0092] Symbol explanation:

[0093] 100, 200: Fishing reels

[0094] 110: Cable reel body

[0095] 111: Traction Adjustment Knob

[0096] 120: Rotor

[0097] 121: Cable Reel Installation Section

[0098] 122: Arm (rotor arm)

[0099] 130: Roll

[0100] 140: Handle

[0101] 150, 250: Wire ring support components

[0102] 151: Guide wheel

[0103] 152, 252: Mounting holes

[0104] 153: Positioning groove

[0105] 160: Wire loop

[0106] 170, 270: Wire slack prevention components

[0107] 171, 271: Base

[0108] 172, 272: Fin section

[0109] 172a: Positioning section

[0110] 172b, 272b: Front-end section

[0111] 172b1, 272b1: Release the lateral bending region (first bending region)

[0112] 172b2, 272b2: Wrap-up side bending region (second bending region)

[0113] 272b3: Middle region (third bend region)

[0114] 172c: Middle section

[0115] 180: Fixed component

[0116] FL: Fishing line

[0117] N: Knot

[0118] CA: Reel axis

[0119] VA: Axis of rotation of the guide ring

[0120] Wf: Thickness of the front end

[0121] Wi: Thickness of the middle section.

Claims

1. A wire slack prevention component, disposed on a wire ring support component having a wire pulley, characterized in that, It has the following characteristics: The base, which is mounted on the guide ring support component; and A finned portion that extends from the base toward the guide wheel; The fin portion has a front end portion that is positioned opposite the guide reel and bends and bulges out in the direction of the fishing line.

2. The wire slack prevention component according to claim 1, characterized in that, The front end portion of the fin has a first curved region, which is located on the release direction side of the fishing line in the passing direction.

3. The wire slack prevention component according to claim 1 or 2, characterized in that, The front end portion of the fin has a second curved region, which is located on the winding direction side of the fishing line in the passing direction.

4. The wire relaxation prevention component according to claim 2, characterized in that, The front end portion of the fin has: a second bending region disposed on the winding direction side of the fishing line passing direction; and a third bending region disposed between the first bending region and the second bending region.

5. The wire slack prevention component according to claim 1 or 2, characterized in that, The thread relaxation prevention component is made of resin and is capable of free elastic deformation.

6. A fishing reel, characterized in that, It has the following characteristics: A reel, used for winding fishing line; A rotor having a rotor arm for winding the fishing line onto the spool; The wire ring support component rotates freely relative to the rotor arm of the rotor; A line reel, which is disposed on the line loop support member, guides the fishing line to the spool; as well as A wire slack prevention component is provided on the wire loop support component. The line relaxation prevention component has: The base, which is mounted on the guide ring support component; and The finned portion extends from the base toward the guide wheel. The fin portion has a front end portion that is positioned opposite the guide reel and bends and bulges out in the direction of the fishing line.

Images