KR950008074B1 - Fishing-reel - Google Patents

Abstract

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Description

Fishing Rile

1 is a right side cross-sectional view of a fishing rail showing an embodiment of the present invention.

2 is a left side cross-sectional view.

3 is a side view of the clutch control system.

4 is a longitudinal side view of the rail.

5 is a perspective view of a rail body portion.

6 is a rear view of the rail.

7 is a cross-sectional view of the one-way clutch.

8 is a perspective view showing the attachment structure of the one-way clutch.

9 is a sectional view showing the arrangement of permanent magnets and the like.

10 is a side view of the rail.

* Explanation of symbols for main parts of the drawings

8: handle 16: handle shaft

17: one-way clutch 17A: inner ring member

17B: outer ring member 17C: rolling member

23: cylindrical shape material

[Background of invention]

[Field of Invention]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fishing rail, and more particularly, to an improvement in the supporting structure of a one-way clutch provided with a one-way clutch for supporting a fishing line winding handle on a rib body and preventing rotation of the handle in the direction of pulling out the fishing line.

[Prior art]

Conventionally, as the fishing rail comprised as mentioned above, the thing shown by Unexamined-Japanese-Patent No. 64-38964 exists. In this conventional technique, for example, a bearing bearing is arranged by arranging a roller-shaped rolling member with respect to a handle shaft, and simultaneously fitting and supporting a ring member incorporating the rolling member in a regenerator. In consideration of this prior art, the rolling one-way clutch used in this conventional example has a smaller [polarity] at the time of the anti-rotation stop compared to the ratchet mechanism of the gear-shaped wheel and the pawl. When caught, it has a good aspect of being able to respond quickly and sensitively.

However, in this prior art, since the structure is arranged in a state in which the rolling member is in contact with the handle shaft, it is not only necessary to perform surface treatment or the like so that the handle shaft can withstand the contact pressure of the rolling member. Time is needed.

And it is necessary to form the fitting part of comparatively high precision in a rib high so that [unnecessary loosening] does not arise even if the ring member incorporating such a rolling member is fitted to a rib body.

When thinking about the material used for the re-rigid body here, the re-rigid body is made of resin or aluminum die-casting with good moldability. The gap between the ring member and the fitting portion of the rib body may be enlarged, causing unnecessary looseness, and there is room for improvement.

In addition, if unnecessary looseness occurs like this, the timing of the quick and sensitive response when the fish is caught may be delayed, causing the fish to be caught and missed. It is also conceivable to fabricate the Rippa body with a high strength material, but the high strength material has a problem because of its low workability.

An object of the present invention is to provide a fishing rod that is easy to assemble and that enables a sensitive response without impairing the effectiveness of a rolling one-way clutch even when used for a long time without using a high-strength material for the rib body. It consists in that.

Overview of the Invention

A characteristic of the present invention for achieving the above object is that in the fishing rod formed with a one-way clutch, the one-way clutch is composed of a rolling member having a rolling member disposed between the inner ring member and the outer ring member. Torque transmission of the inner ring member of the one-way clutch is freely performed from the outside with respect to the handle shaft connected to the handle, and the cylindrical member for fitting the outer ring member of the one-way clutch in the inside is provided in the re-rigid body. .

The action and effects are as follows.

If the above features are configured as shown in Figs. 1 and 7, for example, a fitting structure is formed between the inner ring member 17A of the one-way clutch 17 and the handle shaft 16. In addition, by forming a fitting structure between the outer ring member 17B of the one-way clutch 17 and the tubular forming member 23, the one-way clutch 17 is provided with each structure interposed therebetween. The outer ring member 17B and the cylindrical member 23 are finished only by attaching and using the material having a higher strength than that of the Rip member in the tubular member 23, even when a high strength material is not used for the Rip member. There is no expansion of the gap between and.

As a result, in the present invention, the one-way clutch 17 is composed of the inner ring member 17A, the outer ring member 17B, and the rolling member 17C, thereby reducing the effort in manufacturing, and at the same time, a member separate from the Riki body. By using the cylindrical cylindrical material 23, it is finished without using a thing with poor workability with the raw material of a Rip body.

Therefore, it is possible to respond quickly and sensitively even when used for a long period of time without compromising the formability of the rib body by the relatively simple improvement of using cylindrical members, and without impairing the effectiveness of using one-way clutch of rolling type. The fishing rail is configured to enable it.

In particular, in the present invention, since the cylindrical member is formed of a member separate from the rib body, even when the outer surface of the rib body is finished by grinding or the like, the attachment portion of the one-way clutch is subjected to the outward direction by performing the process of attaching the cylindrical member after finishing processing. It also has the effect of being able to finish the exterior without difficulty while having a protruding structure.

EXAMPLE

An embodiment of a fishing rail according to the present invention will be described in detail with reference to the drawings. As shown in Figs. 1 to 10, these rails are both bearing rails for bait casting. The rim shaft 3 has a front portion of a rib body having a left case portion 1 and a right case portion 2; ), The guide rod 4 and the string guide portion 5 are arranged with a level wind mechanism L.

The sprue 6 and the clutch operation member 7 are arrange | positioned at the center part, respectively. The right case part 2 is provided with a handle 8, a drag operation member 9, and a throwing controller 10, respectively, and the left case part 1 is provided with a brake mechanism 11.

In this rail, a part of the left case part 1 and the right case part 2 and a thumb rest 12 disposed between them and a pair of lower frames 13 and 13 are integrally formed by aluminum die casting. Is formed.

By attaching the cover part B which comprises the right side case part 2 with this integral formation part A, a rib body is comprised. When observed from the side, this rib is molded so that its outer diameter is substantially circular. Further, the shaft center Q of the sprue 6 is displaced upward by a predetermined amount on the basis of the center P of the outer diameter, and the above-mentioned image is placed on the virtual horizontal plane G set at the same level as the center P. The worm shaft 3 is arranged.

Meanwhile, an attachment leg 14 is provided between the pair of lower frames 13 and 13. It is manufactured to the extent that the outer diameter T of this Japanese body is accommodated in the range of 45 mm-70 mm. The dimension is set such that the distance H in the vertical direction between the position of the center P and the leg 14 is 40 mm or less.

Furthermore, since the dimension of a rail is set in this way, farming becomes easy to carry out at the time of throwing. The surface is finished by cutting so as not to generate a step between each of the integrally formed portions A and the cover portion B, and anodized treatments are all performed to achieve brightness and aesthetics. Each of the handle 8 and the drag operation member 9 is provided with respect to the handle shaft 16 installed inside the right case part 2.

Drag mechanisms (D) and discs (15) are provided at inner ends of the hand shaft (16), respectively. The middle portion is provided with a one-way clutch 17.

On the other hand, the clutch mechanism (C) is a pin sleeve (20) which is fixed to the clutch sleeve (19) and the spun shaft (18) in which the sliding operation is loosely fitted to the spun shaft (18) in which the spun (6) rotates integrally. It is composed of hanging or peeling structure. By engaging the input gear 19A of the clutch sleeve 19 with the output gear 21 of the drag mechanism D, the rotational operation force from the handle 8 is reduced by the drag mechanism D and the clutch mechanism C, respectively. It is transmitted to the spoof 6 with the interposed therebetween.

Furthermore, both ends of the spool shaft 18 are supported by bearings 22 and 22. The throwing controller 10 is attached to the right case part 2 with a threaded portion therebetween so as to adjust the frictional force acting on the right end of the sprue shaft 18. The one-way clutch 17 is formed by arranging a plurality of roller-shaped rolling members 17C between each of the inner ring member 17A and the outer ring member 17B.

Torque vibration is freely inserted outside the inner ring member 17A to the handle shaft 16, and the torque is applied to the cylindrical member 23 attached to the cover portion B which forms the outer ring member 17B. It is possible for the transmission to support the reverse rotation of the handle 8 by fitting freely from the inside.

Furthermore, as shown in FIG. 8, the cylindrical member 23 is fixed by the pin 24 with respect to the cover part B with the flange-shaped part 23A interposed.

The fitting surface 23B of the inner surface of the cylindrical member 23 is formed in a straight line along the handle shaft 16, so that the one-way clutch 17 is detachable from the outer side of the rib body. The torque transmission structure between the handle shaft 16 and the inner ring member 17A has a torque transmission structure of the inner ring member 17A with respect to the engagement portion Wa of the come W which is freely inserted in the handle shaft 16 from the outside. It is comprised so that the protrusion piece 17a may engage.

As shown in FIG. 3, a shifter 26, which is freely supported by a pair of support shafts 25 and 25, is engaged with the clutch sleeve 19. As shown in FIG. The rotary cam 27 having a pair of cam surfaces 27A and 27A for sliding the shifter 26 is freely rotated coaxially with the axis center Q of the spun 6. And the link member 28 which abuts on the operation pin 7A of the said clutch operation member 7 is engaged with the engagement pin 27B of the rotation cam 27. As shown in FIG.

The support shafts 25 and 25 are fitted with compression springs 29 and 29 for operating the shift 26 toward the inlet side of the clutch mechanism C. The toggle spring 30 which maintains the rotational posture of this rotary cam 27 in the state of the rolling and unwinding of the clutch mechanism C is acting on the rotating cam 27.

When the clutch mechanism C is set to the unlocked state, the return arm 32 is provided which switches the end portion into an attitude that interferes with the ratchet wheel 15 by the action of the toggle spring 31. In the case of the clutch mechanism (C) loosening operation, the operation of the operating member (7) is performed by the link member (28) by drawing contact with the guide member (33) while drawing the arc of the arc shape of the rotating cam (27). Rotate operation.

As a result, the clutch mechanism C is released by the pressurization of the cam surfaces 27A and 27A. In the clutch mechanism C engagement operation, the rotating cam 27 is operated as a result of the pressing force from the pawl 15A of the disk 15 acting on the return arm 32 by operating the handle 8 in the winding direction. Return operation.

Then, the shifter 26 moves in the clutch mechanism C biting direction by the compression springs 29 and 29 so that the clutch mechanism C reaches the watering state. The clutch operating member 7 is freely supported for sliding movement only with respect to the wall forming portion 2S of the right case portion 2. When the operation trajectory is viewed from the side, the operation pin 7A is inserted into the arc-shaped guide hole 2A so as to form an arc shape centering on the center P of the rib body and connected to the clutch operation member 7. An arc-shaped through hole 7B through which the frame 34 is inserted is formed.

As shown in FIG. 1, the output gear 35 provided on the handle shaft 16 is engaged with the input gear 36 of the worm shaft 3 so that the level wind mechanism L operates in conjunction with the handle operation. do.

As shown in FIG. 2, a circular opening 1A is formed at the outer side of the left case part 1 with the center P of the rib body as its center, and has a rectangular shape to close the opening 1A. The brake mechanism 11 is provided for the cover 37.

The brake mechanism 11 has a plurality of permanent magnets 38... Disposed close to the metal spun 6 and the permanent magnets 38 in accordance with the axis Q of the spun 6. It consists of a structure for displacing and the adjustment member 39 of the rotary motion type attached to the cover 37. The adjusting member 39 forms a handle portion 39B on the outer surface of the disk-shaped member 39A. The center of rotational movement is made to coincide with the center P of the rib body (also coincides with the center of the cover 37). The displaced structure is a permanent magnet with a displacement of the pin 40 engaged with the cam groove 39C formed on the inner surface side surface of the disk-shaped member 39A with the shaft 42 embedded in the cylinder 41 therebetween. It is configured to transmit to plate 43 supporting 38...

Further, the brake mechanism 11 generates a clock sound when the spring plate member 44 is caught or peeled off against the gear-shaped portion formed on the outer circumference of the disk-shaped member 39A during the rotational movement operation of the adjusting member 39. It is configured to.

Next, another embodiment will be described. The present invention can use a one-way clutch having a structure shown in, for example, Unexamined Patent Publications No. 42-7523 and Unexamined Patent Publication No. 46-21126, and it is also possible to form a Rippase body with a resin.

Claims (9)

In the fishing rail comprising a rib body, a handle (8) supported by the rib body for winding the fishing line, and a one-way clutch (17) for supporting rotation in the direction in which the fishing line of the handle (8) is pulled out. The one-way clutch 17 is composed of a rolling shape in which a rolling member 17C is disposed between the inner ring member 17A and the outer ring member 17B, and the inner ring member 17A is Torque transmission is freely fitted to the handle shaft 16 which connects to the handle 8, and the said rib body 23 is the cylindrical member 23 which supports the outer ring member 17B of the said one-way clutch 17 inside. Fishing rods for doing that. The cylindrical cylindrical material 23 is fixed by the fixing member 24 with respect to the cover portion B of the casing portion constituting the reinforcement body with the flange upper portion 23A interposed therebetween. Fishing days to do. 3. The cylindrical member 23 has a fitting surface 23b formed on an inner surface thereof in a straight line shape along the handle shaft 16, and the one-way clutch 17 is disposed. A fishing rod for carrying out detachment from the outer side of the re-rigid body. The torque transmission structure between the handle shaft 16 and the inner ring member 17a is coupled to the engaging portion Wa of the washer W in which the torque transmission is freely fitted to the handle shaft 16. Fishing hooks are configured to engage the protruding pieces (17a) of the inner ring member (17A) with respect to. The outside diameter dimension (T) of the ribon body is in the range of 45 mm to 70 mm, and the distance (H) in the vertical direction between the center (P) and the leg 14 of the outside rib body is 40 mm or less. Fishing days to do things. The clutch sleeve (19) of claim 5, wherein a clutch mechanism (C) for transmitting the steering operation force of the handle (8) to the sprue (6) is loosely fitted to the spool shaft (18) for sliding operation. Fishing rods that are configured by a hooking or peeling structure with the fixing member 20 fixed to the spun shaft (18). The rectangular cover 37 is attached to the opening part 1A formed in the outer side part of the case part which comprises the said rib body, The brake mechanism 11 with respect to this cover 37 is provided. For fishing. 8. The brake mechanism (11) according to claim 7, wherein the brake mechanism (11) has a plurality of permanent magnets (38) disposed close to the spool (6) and the permanent magnets (38) in accordance with the axis (Q) of the spun (6). Fishing rod that is made of a structure for displacing and the adjustment member 39 of the rotary motion type attached to the cover (37). The fishing rod according to claim 8, wherein the adjustment member (39) is formed by forming a handle (39B) on the outer surface of the disk-shaped member (39A).