JPH0119674Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a fishing reel, and more particularly, to a fishing reel in which a spool shaft having a spool is driven by a drive mechanism having a handle to wind a fishing line.

Conventionally, this type of fishing reel has been provided that makes a noise when the spool rotates in reverse when a load is applied to the spool. There was no option to freely change the sound, and there was a problem in that it was not possible to freely select the sound depending on the fishing situation.

This invention was devised in view of the above problems.
The purpose is to make a sound when the spool rotates in reverse when a fish catches, so that you can identify when a fish is hooked.
The point is that it is possible to freely select the sound that makes the noise depending on the fishing situation.

That is, the configuration of the reel of the present invention is a fishing reel in which a spool shaft having a spool is driven by a drive mechanism having a handle to wind the fishing line. a sounding body that engages with the gear, and the sounding gear is connected to the drive mechanism via a one-way rotation transmission mechanism, and is not interlocked when the handle is driven in the winding direction of the fishing line; The fishing line is characterized in that it is connected so that it can be interlocked when the fishing line is rotated in the rewinding direction due to the reverse rotation of the spool.

Embodiments of the reel of the present invention will be described below based on the drawings.

The reel shown in the drawing is a double-bearing reel, and its basic structure consists of a pair of left and right frames 11, 1.
A drive mechanism 5 having a handle 4 rotatably supports a spool shaft 3 having a spool 2 between both side frames 11 and 12 of a main body frame 1 having a spool 2.
The mechanism 5 drives the spool shaft 3 to wind a fishing line onto the spool 2, and the drive mechanism 5 includes a handle shaft having the handle 4 attached to the main body frame 1. 51
The master gear 5 is attached to the handle shaft 51 while supporting the handle shaft 51.
2, and a pinion 5 meshing with the gear 52.
3 is slidably supported on the spool shaft 3 and freely switched between an engaged position and a non-engaged position with respect to the spool shaft 3 by the clutch 6, and is brought into the engaged position by the clutch 6. By switching, the driving force transmitted from the handle 4 to the handle shaft 51 is transmitted to the spool shaft 3 via the master gear 52 and pinion 53.

The main body frame 1 shown in the drawings includes the left side frame 11 having bearing housing parts 11a and 12a.
and a right side frame 12 and a connecting rod 13 that connects the side frames 11 and 12, a side plate 14 is attached to the inside of the right side frame 12, and lid frames 15 and 16 are attached to the outside of the side frames 11 and 12. It consists of

Further, the bearing housing portions 11a, 11b
The spool 2 has a cylindrical portion with a diameter slightly larger than the outside diameter of the flange of the spool 2, and a boss portion protruding toward the center of the cylindrical portion, and bearings b,
b is incorporated to support the spool shaft 3.

Further, the handle shaft 51 is pivotally supported between the right side frame 12 and the lid frame 16, and the master gear 52 is mounted on the left end side of the shaft 51, and the master gear 52 is mounted on the right end protruding from the lid frame 16. While the handles 4 are each fixed, the spool shaft 3 is extended to the right of the right side frame 12, and the pinion 53 is slidably supported at an intermediate portion thereof.

The clutch 6 forms a flat surface at the base of the extending portion of the spool shaft 3, and a cylindrical portion having a non-circular inner surface that engages with the flat surface is connected to the pinion 5.
The driving force of the handle 4 is transmitted to the pinion 53 by moving the cylindrical portion to the left by operating the operating mechanism 61 to engage the flat surface. The handle shaft 51
The spool shaft 3 and the spool 2 can be rotated freely by moving the cylindrical portion to the right to separate from the flat surface. That's what I do.

The operating mechanism 61, as shown in FIG.
Consisting of a fork-shaped clutch lever 61a and a clutch yoke 61b that holds the pinion 53, the clutch lever 61a is attached to the side frame 12 through a pin 61c and a long hole 61d in a direction perpendicular to the spool shaft 3. This reciprocating movement moves the cylindrical portion of the clutch 6 to the left and right, thereby performing the above-mentioned disengagement and engagement operations.

Therefore, in the fishing reel constructed as described above, the present invention has a sound gear 7 mounted on the frame 1.
and a tone body 8 that engages with the tone gear 7, and the tone gear 7 is connected to a one-way rotation transmission mechanism A.
It is connected to the drive mechanism 5 through the handle 4, which is not interlockable when the handle 4 is driven in the winding direction of the fishing line, but is connected to the drive mechanism 5 when the spool 2 is rotated in the rewinding direction of the fishing line by reverse rotation.

What is shown in the drawing has a pivot 93 protruding rightward from the right frame 12, and the right frame 1 of the pivot 93
A first rotary body 91 is supported on the second side, and a second rotary body 92 is arranged in series on the right side of the first rotary body 91 and supported in a manner that the rotary body can rotate freely but cannot move in the axial direction. The first and second rotating bodies 91 and 92 have the same diameter and adjacent small diameter portions 91.
The sound gear 7 and the drive gear 92b are arranged outside of each other.

A sound body 8 that engages with the sound gear 7 is provided on the operator 81, and the operator 81 is connected to the lid frame 16.
The operating element 81 is provided with an elastic body 82 which is attached to the operating element 81 so as to be operable between an engaged position and a non-engaged position of the acoustic body 8 with respect to the acoustic gear 7, and which is held in pressure contact with the lid frame 16 at all times.

Further, the first and second rotating bodies 91 and 92 constitute the one-way rotation transmission mechanism A, which will be described later, and the drive gear 92b of the one-way rotation transmission mechanism A is
By meshing with the master gear 52 of the drive mechanism 5, the sound gear 7 is connected to the master gear 52.

The one-way rotation transmission mechanism A connects a coil-wound clutch spring 93 to the first and second rotating bodies 9.
1 and 92, and the end on the drive gear 92b side is locked to the second rotating body 92, and the winding direction of the coil is controlled by the master by reverse rotation of the spool 2. The second rotating body 92 rotates in the opposite direction to the winding direction of the clutch spring 93 when the handle 4 is driven in the winding direction of the fishing line, so that the second rotating body 92 rotates in the direction opposite to the winding direction of the clutch spring 93. 1 rotating body 9
When the spool 2 rotates in the rewinding direction of the fishing line due to reverse rotation of the spool 2, the second rotating body 92 rotates in the winding direction of the clutch spring 93.
3 is held by the small diameter portion 91a of the first rotary body 91 in a reduced diameter manner so as to be able to interlock with the small diameter portion 91a.

By the way, the master gear 52 shown in the drawings
is directly connected to the handle shaft 51 so as to rotate the master gear 52 in the reverse direction even when the spool 2 rotates in the reverse direction. It is designed to provide a predetermined resistance during rotation. Thus, the rotation control mechanism 40 rotatably supports the latch 42 on the handle shaft 51 with respect to the master gear 52 via the friction mechanism 41, while a pivot 43 is provided on the right side frame 12, and the latch 42 is rotatably supported on the handle shaft 51 with respect to the master gear 52. Leaf springs 45, 45 are provided on both sides of the claw pieces 44 to make frictional contact with the latch 42, so that when the handle 4 rotates in the winding driving direction, the latch 4
2, the claw pieces 44 are operated in a non-meshing manner to directly connect the handle 4 to the spool shaft 3 without resistance, and when the spool 2 rotates in the unwinding direction due to reverse rotation, the claw pieces 44 are operated in mesh with the ratchet 42. Thus, the frictional resistance 41 provides rotational resistance to the spool 2. The frictional resistance 41
Friction plates 41a, 41 are provided on both sides of the ratchet 42.
The rotational resistance can be adjusted by means of an adjusting member 41c which is freely threadably provided on the left side of the handle 4 on the handle shaft 51 via a pressing member 41b.

In the above configuration, when the handle 4 drives the spool shaft 3 in the winding direction with the clutch 6 engaged, the handle 4 is directly connected to the spool shaft 3 via the drive mechanism 5. The master gear 52 of the drive mechanism 5 and, in turn, the second rotating body 92 of the one-way rotation transmission mechanism A
Since the clutch spring 93 rotates in the opposite direction to the winding direction of the clutch spring 93, the clutch spring 93 becomes enlarged and the two rotating bodies 91 and 92 cannot interlock, and the sounding body 7 does not make a sound.

In addition, the load applied to spool 2 increases,
When the handle 4 is used to stop driving the spool 2 in the winding direction, when the handle 4 is released, the spool 2 starts rotating in the opposite direction due to the load applied to the spool 2. The ratchet 42 of the rotation control mechanism 40
When the latch 44 is rotated in the opposite direction, the claw pieces 44 engage and stop the ratchet 42. the result,
The drive mechanism 5 is in a state where rotational resistance is applied by the frictional resistance 41.

Therefore, when the load on the spool 2 is less than the value corresponding to the rotational resistance, the spool 2
is prevented from rotating, and the load on spool 2 is
When the rotational resistance is greater than the value for the rotational resistance, the spool 2 rotates in the unwinding direction under this rotational resistance.

As described above, when the spool 2 rotates in the unwinding direction, the master gear 52 of the drive mechanism 5 and, by extension, the second rotating body 92 of the one-way rotation transmission mechanism A are rotated in the winding direction of the clutch spring 93, and the clutch spring 93 is reduced in diameter to hold the small diameter portion 91a of the first rotating body 91, and the first rotating body 91 is interlocked.As a result, the tone gear 7 moves the tone body 8 to the spool 2. It vibrates and makes noise at a frequency corresponding to the number of rotations.

Therefore, when you are fishing with your hand off the handle 4 and the rotation of the spool 2 is prevented by the rotational resistance due to the frictional resistance 41, the fish that will be a load large enough to overcome this rotational resistance will When a fish bites, the acoustic body 8 makes a noise, so that it can be immediately recognized that a fish has caught a fish, and the size of the fish can also be estimated based on the frequency.

Also, when the handle 4 is reversely rotated in the rewinding direction of the spool 2, the sounding body 8 is
A sound with a frequency corresponding to the number of rotations of the spool 2 can be heard.

Furthermore, the sound produced by the sounding body 8 can be freely changed by changing its material, length, and cross-sectional dimensions, and the sound can be easily selected.

In the above description, the sound gear 7 is connected to the master gear 52 of the drive mechanism 5, but it may be connected to other parts of the drive mechanism 5.

Further, in the above explanation, the master gear 52 is directly connected to the handle shaft 51, but it may be configured to be interlocked via a friction mechanism.

As described above, according to the present invention, the sounding body does not make a sound when the handle is driven in the rewinding direction of the fishing line, but it makes a sound when the spool is rotated in the rewinding direction of the fishing line due to the reverse rotation of the spool. It is possible to identify when a fish is caught by the sound, and the sound emitted by the acoustic body can be freely changed by changing specifications such as material, length, and cross-sectional dimensions.
This allows you to easily select sounds.

[Brief explanation of the drawing]

FIG. 1 is a front view showing an embodiment of the reel of the present invention;
FIG. 2 is an explanatory view of the right side with the lid frame removed. DESCRIPTION OF SYMBOLS 1... Frame, 2... Spool, 3... Spool shaft, 4... Handle, 5... Drive mechanism, 7...
...Sound gear, 8...Sound body, A...One-way rotation transmission mechanism.

Claims (1)

[Scope of utility model registration request] This fishing reel is configured to wind a fishing line by driving a spool shaft having a spool by a drive mechanism having a handle, and the fishing reel includes a sound gear on a frame, a sound body engaged with the sound gear, and a sound gear on the frame. The sound gear is connected to the drive mechanism via a one-way rotation transmission mechanism, and cannot be interlocked when the handle is driven in the winding direction of the fishing line, and is capable of rewinding the fishing line by reverse rotation of the spool. A fishing reel characterized in that the reel is connected so that it can be interlocked when rotating in a direction.