KR200222043Y1 - reverse rotation control structure of reel for fishing - Google Patents

Abstract

The present invention relates to a spinning reel for fishing, wherein the bearing block and the spring plate formed with a plurality of thin springs are formed at the front end of the bearing, but each thin spring supports the end of the bearing,

In the forward rotation, the thin springs elastically support each bearing so as to be in close contact with one side of the groove enlarged part of the stop ring, and in the reverse rotation and stop, the thin springs push the bearings quickly so that the reverse rotation is more instantaneously controlled. It is possible, but there is no flow of the bearing does not generate noise and vibration during rotation, and since the bearing wear does not occur, it is related to the reverse rotation control structure of the fishing spinning reel that can be used stably while extending the life of the reel.

Description

Reverse rotation control structure of reel for fishing}

The present invention relates to a spinning reel for fishing, and more specifically, by forming a separate thin spring device in a conventional reverse rotation control structure, more reliable reverse rotation control as well as noise or uneven wear is prevented The reverse rotation control structure of the fishing reel for fishing.

In general, a spinel reel for fishing includes a spool for reciprocating back and forth with respect to a reel unit and a reel unit, a rotor for rotating relative to a reel unit, an arm lever having rear ends fixed to both sides of the outer peripheral surface of the rotor, It consists of a semi-circular bale arm installed at the distal end and a line roller assembly provided between the distal end of one arm lever and one end of the bale arm. When the handle installed on the handle shaft of the reel main body is turned, the spool does not rotate back and forth As the rotor, arm lever and bale arm rotate, the fishing line is wound around the spool.

When the fish is caught in this way, in order to easily catch the fish, the fishing line should be wound around the spinning reel spool, and the reeling should be released. When the predetermined tension is applied to the fishing line by lowering it, a spool is reversely rotated so that the fishing line is automatically snapped.

However, the reeling method as described above is difficult for beginners to perform because it requires a high level of skill, and even a skilled person may not be able to quickly respond to the tension of the fishing line delivered by the fish. There is.

Therefore, according to the 2000 patent application No. 16172 issued by the applicant of the present invention, a stop having a circular bearing block having a plurality of bearing pins inside the rotor and a plurality of inclined grooves inserted into the outer periphery of the bearing block. By combining the rotating plate to rotate the ring and the bearing block, the inclined groove allows forward rotation but not reverse rotation, and the lever can be returned to the state where forward rotation and reverse rotation are possible. Therefore, the spinning reel control structure of the spinning reel that can control the reverse rotation more smoothly and firmly while adjusting and changing the rotation direction of the rotor freely.

However, in the case of the aforementioned reverse rotation structure, when a plurality of bearings inserted in the bearing block are rotated by being located in the enlarged portion of the inclined groove in the forward rotation, the diameter of the enlarged portion is larger than the diameter of the bearing, so that noise and uneven wear of the bearing are increased. Having problems to be.

That is, the inclined groove of the bearing block is divided into one side reduction portion and the other side expansion portion by the inclined surface.Because the bearing inserted in the inclined groove is located in the enlargement portion during forward rotation of the reel, there is no friction between the sleeve and the bearing block. On the other hand, when the reel is rotated reversely, the bearing is positioned as a reduced portion by the reverse rotation of the sleeve, so that the bearing acts as a wedge between the sleeve and the groove, so that the sleeve rotated by the handle cannot be reversed.

Therefore, since the bearing located in the enlarged portion at the forward rotation is positioned at the enlarged portion having a larger diameter during the forward rotation of the sleeve, the bearing is made to be finely swinged according to the high speed rotation of the sleeve, resulting in noise and vibration in the entire reel. Since the uniform rotation of the bearing is not made, the bearing is unevenly worn, so that the internal parts are damaged or the rotation of the bearing is not smooth.

The present invention has been made to eliminate the problems as described above, by forming a spring block formed with a plurality of thin springs in the bearing block and the front end of the bearing, while supporting the ends of the bearing of each thin spring,

In the forward rotation, the thin springs elastically support each bearing so as to be in close contact with one side of the enlarged part, and in the reverse rotation, the thin springs push the bearings quickly so that a more instantaneous reverse rotation control is possible. It is an object of the present invention to provide a reverse spinning control structure of the spinning reel for fishing that can be used stably while extending the life of the reel because there is no flow, no noise and vibration occurs during rotation, and uneven wear of the bearing.

Figure 1 is a total separation perspective view of the present invention spinning reel

Figure 2 is a main portion of the detail spinning separation of the subject innovation spinning reel

Figure 3 is an explanatory view of the main section of the present invention spinning reel

Figure 4 is a side cross-sectional detail of the present invention spinning reel

5a and 5b is an operation of the thin spring,

Figure 5a is a state diagram of the thin plate spring at the forward rotation of the spool

Figure 5b is a state diagram of the thin plate spring at the reverse rotation of the spool

Explanation of symbols on the main parts of the drawings

1: spool 2: sleeve

3,3 ': bearing 4: bearing block

5: groove 6: stop ring

7: eccentric lever 8,8 ': thin plate spring

9: spring plate 10: rotating plate

11: reel unit 12: rotor

13 handle 14 spring

Hereinafter, embodiments of the present invention will be described by the accompanying drawings.

1 is an exploded perspective view of the present invention the reverse rotation control structure is coupled, Figure 2 is an enlarged detail of the main portion showing the reverse rotation control structure.

A bearing block 4 having a plurality of bearings 3 and 3 'inserted therein is coupled to the outer circumferential surface of the sleeve 2 inside the ordinary spool 1, and an electric bearing 3 is attached to the outer circumferential surface of the bearing block 4. Coupling the stop ring (6) formed the same number of inclined groove (5) and the same number (3 '), the rotation of the eccentric lever (7) by coupling a separate rotary plate 10 to one side of the bearing block (4) In the spinning reel to rotate the rotating plate 10 by rotating the bearing block 4 and to stop the reverse rotation of the sleeve 2,

One side of the rotating plate 10 is coupled to the rotating plate 10 by combining a spring plate 9 which protrudes inwardly the thin plate springs 8 and 8 'equal to the number of bearings 3 and 3'. It is rotated, and each thin spring (8) (8 ') bent end is formed to be bonded to one side of the bearing (3) (3').

In the figure, reference numeral 11 is a reel unit, 12 is a rotor, 13 is a handle, and 14 is a spring.

Referring to the action of the reverse rotation control structure of the spinning reel of the present invention by the above configuration as follows.

As shown in FIG. 3, the present invention rotating plate 10 changes the positions of the plurality of bearings 3 and 3 'by the rotation thereof, and the bearings 3 and 3' are inclined in the stop ring 6. In the case where the groove 5 is located at one side, that is, the reduced portion of the groove 5, the sleeve 2 and the stop ring 6 have a plurality of bearings 3 and 3 ′, and thus the sleeve ( 2) cannot be rotated, and when the sleeve 2 is rotated forward again, the bearing 3, 3 'is positioned as an enlarged portion of the groove 5 and the separation between the sleeve 2 and the stop ring 6 It is easy to rotate because it occurs.

The rotation action of the rotating plate 10 is to rotate by the rotation action of the eccentric lever (7) coupled to the reel unit (11).

4 is a cross-sectional view illustrating a state in which the rotating plate 10 and the spring plate 9 are coupled by the reverse rotation control structure of the present invention, and the rotating plate 10 is inserted into one end of the bearing 3, 3 ′. Therefore, the bearings 3 and 3 'rotate together with the rotation of the rotating plate 10, and the spring plate 9 coupled with the rotating plate 10 also rotates at the same time.

Looking at the present invention in reverse rotation control structure by the rotation action in more detail,

As shown in FIG. 5A, when the handle 13 is rotated so that the rotor 12 can be rotated forward, the rotating plate 10 and the spring plate 9 stop the bearings 3, 3 ′, and the groove 6 of the stop ring 6. Since the friction force between the sleeve 2 and the stop ring 6 is removed by being positioned at the enlarged portion of (5), the forward rotation can be easily performed.

In order to suppress or stop the reverse rotation of the rotor 12, as shown in FIG. 5B, the eccentric lever 7 is rotated so that the rotary plate 10 and the spring plate 9 which are loaded with the spring 14 by the eccentric lever 7 are provided. By causing this to rotate in the opposite direction, a number of bearings (3) and (3 ') are inserted into the recess (5) in the stop ring (6) so that the bearings (3) and (3') stop the sleeve (2) and stop. It acts as a wedge between the rings 6 to stop its rotation as well as to completely control the reverse rotation.

In addition, at the time of forward rotation, many thin springs 8 and 8 'of the spring plate 9 press and hold one side of the bearings 3 and 3', so that the bearings 3 and 3 'are conventionally used. In the case of the forward rotation of the groove 5, the diameter of the enlarged portion was larger than the diameter of the bearings 3, 3 ', causing vibration and noise due to the flow of the bearings 3, 3'. In order to prevent the free flow of the bearings 3 and 3 'by pressing the one side of the bearings 3 and 3' by the thin plate springs 8 and 8 'of the present invention, noise and vibration are prevented.

In addition, in the related art, uneven wear of the bearings 3 and 3 'occurs due to the free flow of the bearings 3 and 3', so that the bearings 3 and 3 'are damaged or the life of the reel is shortened. This is to prolong its service life.

In addition, the plate springs 8 and 8 'quickly press and push the bearings 3 and 3' to the other side even in the case of reverse rotation and stop, so that the stop is quick and the action of preventing reverse rotation is quick and reliable. will be.

The spinning control reel of the present invention spinning reel has no bearing flow, so no noise and vibration are generated during rotation, and uneven wear of the bearing does not occur, thereby extending the life of the reel. will be.

Claims (1)

Inside the ordinary spool 1, a bearing block 4 having a plurality of bearings 3, 3 'inserted therein is coupled to the outer circumferential surface of the sleeve 2, and an electric bearing 3 is attached to the outer circumferential surface of the bearing block 4; (3 ') and the stop ring (6) is formed to form the same number of inclined grooves (5), one side of the bearing block (4) by combining a separate rotating plate 10 of the eccentric lever (7) In a spinning reel in which the bearing block 4 is rotated by rotating the rotating plate 10 and the reverse rotation of the sleeve 2 is stopped by rotation, One side of the rotating plate 10 is coupled to the rotating plate 10 by combining a spring plate 9 which protrudes inwardly the thin plate springs 8 and 8 'equal to the number of bearings 3 and 3'. And rotating each of the thin springs (8) and (8 ') bent ends so as to be hardened on one side of the bearing (3) (3').