JPH04106981U - Fishing reel sound structure - Google Patents

Abstract

(57) [Summary] [Purpose] To make the sound that notifies the rotational state of the spool light. [Structure] A resonator 33 is attached to the lateral side of the spool 3 with the outer peripheral part 33B spaced apart from the lateral side, and a sound-producing lock is attached to the reel body 1 and acts in contact with the resonator 33 to produce a click sound. The pin 32 constitutes the sounding mechanism D, and also forms a locking groove 33a that engages with the sounding locking pin 32 to repel and vibrate the sounding locking pin 32. The resonator 33 is formed in a cutout groove extending a certain length from the outer peripheral end toward the center.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention is a fishing reel with a sound that lets anglers know that the rotating body is in a rotating state. Regarding structure.

0002

[Conventional technology]

The sound generating structure of conventional fishing reels consists of multiple locking parts formed on a rotating body. A locking pawl serving as a resonator is brought into direct contact with the rotating tooth, and the tooth rotates. The sound was made by flicking the locking claw (for example, Japanese Patent Publication No. 1-30450). Public bulletin).

0003

[Problem that the idea aims to solve]

However, the locking pawl has sufficient strength to withstand contact with the teeth and at the same time However, due to the structure, both machines are required to generate comfortable and clear sound as a resonator. However, it is difficult to satisfy both comfort and brightness at the same time, and by prioritizing strength, comfort and brightness can be achieved. It is difficult to ensure clear sound. Especially when trolling, the running of hooked fish resists the drag force. The thread being pulled out is pronounced using the rotation of the spool as a rotating body. Because it is necessary to do this against the noise onboard the ship, the sound must be clear and comfortable. There is a great demand for this. The purpose of this invention is to use a rational resonator to enable clear and comfortable pronunciation. The object of the present invention is to provide a sounding structure of a fishing reel with high performance.

0004

[Means to solve the problem]

The characteristic configuration of the first invention is a sound generation mechanism that generates a click sound by the rotation of a rotating body. and the sound generating mechanism is connected to the sound output locking pin and the sound output locking pin. and a resonator that rotates relative to the rotating body and emits a resonant sound as the rotating body rotates. , a plurality of locking grooves that engage the sound output locking pin in the resonator and cause the resonator to vibrate; This locking groove is inserted a certain length from the outer peripheral edge of the resonator toward the center. The reason for this is that it is formed in a notched groove that is inserted into the groove, and its functions and effects are as follows.

[0005]

[Effect]

When the sound output locking pin falls into the locking groove as the rotating body rotates, the sound output locking pin sounds, and the sound-producing locking pin receives the impact force of falling into the locking groove, causing it to resonate in unison. The singing body vibrates and produces sound. This resonator has a locking groove with a notched groove whose outer peripheral end is an open end. As the resonator has a large vibration surface, it is lightweight due to the notch. The part between the adjacent locking grooves is a cantilever beam. Therefore, it is in a state where it is more likely to vibrate, and a high-pitched and comfortable sound is emitted.

[0006]

[Effect of the idea]

In other words, the sound output locking pin can be repelled instead of just the sound output locking pin as in the past. By using the other side as a resonator, you can expect a loud sound. In addition, by forming the locking groove of the resonator into a notched groove, it is possible to generate a high-pitched and pleasant sound. The rotating state of the rotating body can be clearly confirmed even on board the ship. Moreover, the locking groove By changing the cut length, the number of cuts, and the cut width, etc. This can give a subtle change in tone.

[0007]

[Means to solve the problem]

The characteristic configuration according to the second invention is that the resonator has an outer peripheral portion in which the locking groove is bored. , separate from the mounting surface of the rotating body or reel body to be mounted, and attached to the rotating body or reel body with the center part in contact with the mounting surface; Its functions and effects are as follows.

[0008]

[Effect]

In other words, the part of the resonator where the locking groove is bored is spaced apart from the mounting surface. Therefore, this part is not restricted by the mounting surface and is in a cantilever state where it can easily vibrate freely. It vibrates freely under the "tapping" action of the locking pin, producing a high-pitched sound.

[0009]

[Effect of the idea]

Therefore, a simple measure is taken to separate the drilled part from the mounting surface. By doing just that, I was able to produce a higher pitched, clearer, more comfortable sound. Moreover, it is locked Making the cutting length of the groove, the number of grooves formed, and the cutting width different. This can give subtle changes in tone.

0010

【Example】

Hereinafter, embodiments of the present invention will be described based on the drawings. As shown in Figures 1 and 2, the spool shaft is placed in a horizontal position on the reel body 1. A spool 3 for winding a fishing line is freely supported on the spool 2, and is connected to a handle 4. The power from the cylinder shaft 5 is sent to the spool through the gear transmission mechanism A and the drag device B. A double-bearing reel is provided with a winding transmission system for transmitting information to the winding machine 3. The reel body 1 includes left and right side cases 1A, 1B, and these side cases. Horizontal frame 1C connecting cases 1A and 1B, handle on right side case 1B It consists of a support case 1D, and each case 1A, 1B, 1C, 1D is made of aluminum. It is a forged cut product made of aluminum or a die-cast product made of aluminum.

[0011] As shown in FIG. A first gear 6 for winding, a second gear 7 for low speed winding, and a shape that meshes with these gears. a third gear 8 and a fourth gear 9 integrally rotatably supported on the spool shaft 2 in a state; In order to transmit the power from the cylinder shaft 5 to either the first gear 6 or the second gear 7, the first gear Can be engaged with the engagement holes 6a and 7a of the second gears 6 and 7, and can be slid freely on the cylinder shaft 5. A supported engagement piece 10 and two compression springs 11a that determine the position of this engagement piece 10. , 11b, and an operating shaft 12 for setting the position of the engagement piece 10. In the transmission mechanism A, when the operating shaft 12 is pushed out, the compression spring 11a on the inner end side is attached. The force causes the engagement piece 10 to engage the engagement hole 6a of the first gear 6, and as shown in FIG. 12 is pushed in, the compression spring 11a on the inner end side is compressed, and the outer The engagement piece 10 engages into the engagement hole 7a of the second gear 7 due to the biasing force of the compression spring 11b on the end side. Ru. Note that a groove is formed on the outer end of the operating shaft 12, and a sliding type is engaged with the groove. Since the stopper 13 is provided on the handle 4, the operation shaft 12 can be pressed and operated. In this case, the operating shaft 12 is held in the pushed-in state by engagement with the stopper 13, and , when the phases of the engagement piece 10 and the engagement hole 7a of the second gear 7 do not match, the engagement piece 10 is maintained in contact with the side surface of the second gear 7, and after that, when the handle 4 is rotated, When the phase reaches a state where the phase matches more, the engagement is completed by the biasing force of the compression spring 11b. It is supposed to be done.

0012 Furthermore, in this gear transmission mechanism A, the engagement piece 10 is formed by a slit formed in the cylinder shaft 5. Because the cylinder shaft 5 is guided by Although the tilting movement) is prevented by contact with the inner surface of the slit, the axis of the cylinder shaft 5 exists. Since it is easy to cause tilting in the direction along the plane where the engagement piece 10 is located, forming a protrusion 10a that protrudes toward the inner end of the cylinder shaft 5 in a direction along the axis of the cylinder shaft 5; When this engagement piece 10 is operated on the inner end outer wall of the cylinder shaft 5, it slides into contact with the protrusion 10a and engages. A cylindrical posture holding member 14 is provided to prevent the joint piece 10 from tilting. Incidentally, this posture holding member 14 is a spring receiving member 1 screwed onto the inner end of the cylinder shaft 5. 5 is integrally formed.

[0013] Next, the drag device B will be explained. As shown in Fig. 2, the handle 4 is pivoted. The left side located on the opposite side across the spool 3 from the right side case 1B. Drag device B is arranged on the case 1A side. Place the spool 3 against the spool shaft 2. Supported so that it can rotate freely around the spool axis and slide in the direction of the spool axis. At the same time, a friction plate 16 is provided on the lateral outer surface of the spool 3. This friction plate 16 A receiving member 17 having a friction surface is arranged opposite to the receiving member 17, and this receiving member 17 is Can freely rotate integrally with the spool shaft 2 and allows movement of the spool shaft 2 in its axial direction. It is attached to the spool shaft 2 in such a state that the As shown in Figure 2, the spool 3 is The spool is integrated with the spool shaft 2 from the non-operating state separated from the locking member 17. 3 to bring the friction plate 16 into an operating state where it acts on the friction surface of the receiving member 17. A switchable drag device B is constructed.

[0014] The operating structure of the drag device B will be explained. Right side case as shown in Figure 1 Rotate the preset knob 22 to the spool axis position of 1B on the right side case 1B. The spool shaft 2 is attached to the inner end of the preset knob 22. an intermediate transmission member 23 that presses and moves the 3 is externally fitted and screwed together to allow the screw movement of the intermediate transmission member 23, and to A movable cam body 24A is provided integrally with the material 23 and movable in the spool axis direction, This intermediate transmission member 23 can be rotated integrally with the preset knob 22, and a cover to be described later. The preset knob 22 and the movable cam body 2 are moved in the spool axis direction by the cam mechanism 24. It is attached to the preset knob 22 so as to be movable relative to 4A. The intermediate transmission member 23 can be screwed into the movable cam body 24A that constitutes the cam mechanism 24. At the same time, this movable cam body 24A is inserted into the boss portion 1 of the right side case 1B. b through a slit so that it can move relative to the spool axis only. be. A rotary cam body 2 is mounted on the inner peripheral surface of the boss portion 1b opposite to the movable cam body 24A. 4B is arranged so as to be relatively rotatable, and a drag operation tool 25 is attached to the outer end of this rotating cam body 24B. are installed so that they can rotate together. A cam mechanism 24 is provided at the contact portion between the rotating cam body 24B and the movable cam body 24A. , when the drag operating tool 25 is rotated around the spool shaft 2, the cam mechanism 24 , the movable cam body 24A and the intermediate transmission member 23 are spooled together. The spool shaft 2 and the spool 3 are moved in the axial direction, and the spool shaft 2 and the spool 3 are moved forward and backward. As described above, only the intermediate transmission member 23 can be moved by the preset knob 22. At the same time, the drag operation tool 25 is used to initialize the drag force, and the movable cam body 24A, And, by moving the intermediate transmission member 23 as a unit, the drag force is increased or decreased based on the initial setting force. can.

[0015] As shown in FIG. 5, in the operation range of the drag operation tool 25, there is an outer A first stopper 27 is provided that is biased to protrude toward, and regardless of the preset value, Resistance is applied to the drag operating tool 25 at the position of the first stopper 27 that minimizes the drag force. In addition to being configured to notify that the drag operating tool 25 has reached the F position, When moving to the free area, move the drag operating tool 25 and force it to the first position. The configuration is such that the stopper 27 is pushed in and the drag operating tool 25 is allowed to move. . Move the drag operating tool 25 to the strong drag side and strike the drag operating tool 25. A second stopper 28 that is received at the position S is provided, and the second stopper 28 is attached. The drag operating tool 25 is moved against the receiving posture and biasing force protruded by the biasing spring 29. The second stopper 2 By pushing the head of No. 8 in the radial direction along the side of the right side case 1B, Furthermore, the drag operating tool 25 can be moved to a strong drag area. The second stopper 28 is biased to protrude by the biasing spring 29, and the right side case 1B side surface is The second stop is configured so that it can be pushed in along the Place the second stop so that the head of the pad 28 does not protrude beyond the outer peripheral edge of the right side case 1B. A stopper 28 is installed, and the head of this second stopper 28 is hooked to the stopper itself. This can prevent damage. In addition, return to the normal drag range from the strong drag range. To do so, it is sufficient to simply move the drag operating tool 25 in that direction. The second stopper 28 is It is pushed into the standby position by the lug operating tool 25, and the drag operating tool 25 passes through. It automatically returns to the receiving position. In addition, 43 in the figure is a guide for the drag operating tool 25. It is a board.

[0016] Next, the sound producing mechanism D when the spool rotates will be explained. As shown in Figure 1, From the inner peripheral surface of the right side case 1B toward the right side surface of the spool 3, insert the inward boss 1C. At the same time, a sound output locking pin 32 is installed in the inward boss 1C in the axial direction. The spring 30 allows the spool 3 to be stored on the right side of the spool. It is biased to protrude toward. Fit the cam member 31 to the outer end of the right side case 1B. At the same time, the supporting portion 32 of the sound locking pin 32 passes through the center of the cam member 31. A is made to protrude outward from the cam member 31. This cam member 31 is rotated further outward. The rotary cylinder 41 is arranged, and the operating knob 41A is attached to this rotary cylinder 41. The rotary cylinder 41 and the cam member 31 are engaged and connected to be rotatable together. The cam part A cam surface 31a is formed on the outer end surface of the material 31, and the operating knob 41A is rotated. The locking pin 32 can be moved forward and backward along the cam surface 31a by I can do it. On the other hand, a disk-shaped resonator 33 is attached to the right side outer surface of the spool 3, A cut-out locking groove that extends a certain length toward the center of the outer peripheral end of the resonator 33 A plurality of 33a are formed at equal intervals. This resonator 33 is made of stainless steel and has a hardness. The more expensive the better. The plurality of locking grooves 33a of the resonator 33 and the sound output locking pin 32 are sequentially engaged and disengaged. By repeating this, the sound output locking pin 32 is repelled and vibrates, causing the resonator 33 to " "Strike" to generate a resonance sound. The resonator 33 is attached and locked at the center part 33A by contacting the side surface. The perforated portion 33B provided with the groove 33a is extended from the lateral outer surface of the spool at a constant interval. It's out. Therefore, this perforated portion 33B is subject to regulation by the lateral outer surface of the spool. It is possible to vibrate freely without any vibrations, producing a high-pitched and clear sound.

[0017] As shown in FIG. 2, there is a ratchet hole on the left side case side of the receiving member 17. The ratchet wheel 18 is received via the connecting portion 18c. In addition to being integrally connected to the stopper member 17, the external teeth 18 of this ratchet wheel 18 The ratchet pawl 19 that engages with a is pivotably supported on the inner peripheral surface of the left side case 1A. It has been done. As shown in FIG. 6, this ratchet pawl 19 is connected to the ratchet wheel 1. It is provided with a tip locking claw portion 19A that engages with the external teeth 18a of No. 8, and is engaged by a leaf spring 20. I am receiving power. The ratchet wheel 18 and ratchet pawl 19 A reversal prevention mechanism C is configured to prevent rotation of the roll 3 in the yarn payout direction. A cover portion 3A is placed from the tip of the spool 3 to surround the friction surface of the drag device B. At the same time, a ratchet wheel 1 is installed inside the inner end circumferential surface of the cover portion 3A. The boss portion 18b of No. 8 is positioned, and the inner end circumferential surface of the cover portion 3A and the outer circumference of the boss portion 18b A lip-type annular sealing material 21 is interposed between the surface and the surface. Said ratchet wheel By making the ring 18 into an external tooth type, the annular sealing material 21 can be attached with a simple structure. The outer diameter of the boss portion 18b is made as thin as possible to withstand the impact force from the ratchet pawl 19. can be done. The outer diameter of the narrowed boss portion 18b is the ratchet wheel. Since it has a smaller diameter than the external teeth 18a of the spool 3, it is used as the annular sealing material 21. Not only can the rotational resistance given to free rotation be reduced, but the waterproofing effect is also more reliable, and the ring Since the seal lip that comes into contact with the boss portion 18b of the shaped seal material 21 can also be made small in diameter, it is possible to The seal lip does not come into contact with the boss portion 18b during free rotation of the pool. There is no need to provide a structure for canceling.

[0018] [Another example] As shown in Figures 7 and 8, the stainless steel resonator 33 and the spool 3 are A plastic plate 34 is interposed between the side surface and the plastic plate. The resonator 34 and the resonator 33 are attached to the lateral outer surface of the spool 3, and the resonator 33 is The protrusion 34a is exposed to the locking groove 33a of the body 33 from the plastic plate 34, The tip of the projection 34a projects toward the sound output locking pin 32. A configuration like this As the spool 3 rotates, the sound locking pin slides onto the side surface of the resonator 33. 32 is once lifted by the protrusion 34a and then falls down onto the side surface of the resonator 33. Since the sound is limited to the "hitting" of the resonator 33 when the resonator is pressed, the sound is clear and loud. As shown in FIGS. 9 and 10, the tip 33b of the resonator 33 is attached to the sound output locking pin. It is bent to protrude toward 32. The locking groove 33a has a cut that reaches the outer peripheral edge. It has a missing groove. On the other hand, the sound output locking pin 32 is supported by the holder 35, and the holder -35 is rotatably supported on the right side case 1B. A cam body 36 is fitted onto the rod 35a on the outer side of the right side case 1B. A positioning pin 35 that comes into contact with the cam surface 36a of this cam body 36 while being attached. b protrudes from the rod 35a. The positioning pin 35b is attached to the cam surface 36a. The resonator 3 of the sound output locking pin 32 is provided with a three-step positioning section for holding the sound output locking pin 32 in position. The relative position to 3 can be changed. In other words, the tip of the rod 35a Rotate the operating knob 35C provided in the position to position the positioning pin 35b at the lowest height. When the sound output lock pin 32 and the sound output lock pin 32 are brought into contact with each other as shown in the figure, The elastic sound producing plate 32c protruding from 32 engages in the locking groove 33a, and both 32, 32 c makes a sound. From this state, rotate the operating knob 35c and position the positioning pin 3. When the elastic sound producing plate 3 is brought into contact with the intermediate height positioning part 5b, as shown in the figure, Only the portion 2a engages with the locking groove 33a protruding from the bent portion to produce sound. operation Rotate the knob 35c and bring the positioning pin 35b into contact with the highest positioning part. Then, both the elastic sound producing plate 32a and the sound producing locking pin 32 are separated from the locking groove 33a. and does not make any sound. As shown in FIGS. 11 and 12, a sound locking pin 32 is embedded in the spool 3. At the same time, the tip of the pin 32 is made to protrude outward from the lateral side of the spool 3. The tip of the resonator 33 is positioned within the locking hole 33c of the resonator 33. On the other hand, right side case 1 A fixed repelling body 37 is provided at B to repel the tip of the sound locking pin 32, and this fixing The repelling body 37 is connected to the sound output locking pin 32 by the toggle spring 38 and the switching lever 42. There is a state in which it acts on the tip, and a non-action state in which it deviates from the tip trajectory of the sound output locking pin 32. , is configured to be switchable. The sound is generated when the sound output locking pin 32 is fixed to the repellent body 37. Each time it comes into contact, it generates itself, and the sound output locking pin 32 engages the resonator 33. By tapping the locking hole 33c, the resonator 33 generates sound. In a configuration like this Therefore, the structure for switching between the state in which the sound is produced and the state in which the sound is not produced becomes easy. As shown in FIGS. 13 and 14, between the lateral outer surface of the spool 3 and the resonator 33 A plastic fixing body 39 is sandwiched between the plastic fixing body 39 and the peripheral wall 39 of this fixing body 39. The folded end portion 33c of the resonator 33 is located in the recessed portion of A. On the other hand, wrap The folded tip portion 33 is attached to the large diameter portion 2A of the spool shaft 2 corresponding to the tip portion 33c. A sound producing piece 40 which comes into contact with c is pivoted. Spool shaft 2 and spool 3 are rotated relative to each other. A sound is emitted when it is rotated. In other words, is it in a free state with no drag force acting on it? When a pulling force greater than the drag force is applied, the spool rotates and produces sound. The rotating body to be detected by the sounding mechanism D includes a transmission system for the spool 3. It may also be a gear made up of

[0019] In addition, symbols are written in the claims section of the utility model registration for convenience of comparison with the drawings. However, the present invention is not limited to the configuration shown in the attached drawings.

[Brief explanation of drawings]

[Figure 1] Vertical sectional view showing the internal structure of the right side case

[Figure 2] Vertical sectional view showing the internal structure of the left side case

[Figure 3] Side view showing a rotating disk

[Figure 4] Partially cutaway side view showing the stopper

[Fig. 5] Side view showing the working state of the stopper and drag operating tool

[Figure 6] Vertical side view showing the check mechanism

[Fig. 7] Vertical cross-sectional view showing another embodiment of the sound generation mechanism

[Fig. 8] Side view showing the rotating disk in Fig. 7

[Fig. 9] Vertical cross-sectional view showing another embodiment of the sound generation mechanism

FIG. 10 is a side view showing the rotating disk in FIG. 9;

[Fig. 11] Vertical cross-sectional view showing another embodiment of the sound generation mechanism

FIG. 12 is a side view showing the rotating disk in FIG. 11;

[Fig. 13] Vertical cross-sectional view showing another embodiment of the sound generation mechanism

[Fig. 14] Side view showing the rotating body in Fig. 13

[Explanation of symbols]

1 Reel body 3 Rotating body 32 Sound locking pin 33 Resonator 33A Center 33a Locking groove D. Pronunciation mechanism

Claims (2)

[Scope of utility model registration request] 1. A sounding mechanism (D) that generates a click sound by rotation of a rotating body (3) is provided, and the sounding mechanism (D) is connected to a sounding locking pin (32) and a sounding locking pin (32). a resonator (33) that rotates relative to the pin (32) as the rotating body (3) rotates and emits a resonant sound;
A plurality of locking grooves (33a) are formed to engage and repel the resonator (3), and these locking grooves (33a) are connected to the resonator (3).
3) The sounding structure of a fishing reel is formed in a notched groove that extends a certain length from the outer peripheral edge toward the center. 2. The resonator (33) is arranged in the locking groove (3).
3a) is spaced apart from the mounting surface of the rotating body (3) or reel body (1) to be mounted, and the center part (33A) is in contact with the mounting surface. The sounding structure for a fishing reel according to claim 1, wherein the sounding structure is attached to the rotating body (3) or the reel body (1).