KR100257461B1 - The fishing automatic control spool and clutch lever brake reel - Google Patents

Abstract

PURPOSE: A clutch lever brake reel using an automatic control fishing spool is provided to prevent the phenomenon of tangling of a fishing line, to reduce the weight of the reel, and to increase the convenience of installation of a fishing bar. CONSTITUTION: In a reel including a body(2), a handle(25), and an out cover(10), an idling lever return part, an idling lever part(A-2), a pinion gear clutch part, an oscillating line roller part, a casting lever part(A-4), a spool counter-idling control part(A-1), an auxiliary spool part(A-5), and a brake disk part(A-3) are organically assembled on the reel. Since the various parts as stated above are integrated on the reel, the weight and the volume of the reel are reduced and a rotor is eliminated. By adopting the auxiliary spool part, in the case of the change of a fishing place, the reel and a fishing are not need to be separated. Also, by mounting the spool counter-idling control part on a spool(1), the tangling of a fishing line is prevented.

Description

Clutch-type lever brake reel with spool reverse idle control for fishing

The present invention relates to a clutch lever brake reel by a fishing spool reverse idling control device to prevent the twisting of the fishing line when using the reel, and to be used for multi-purpose without changing the model in any kind of fishing.

Conventionally used fishing reels can be largely classified into two types of spinning reels and dream reels.

Spinning reel is the most widely used and widely used in the world. The main structure is fixed spool, the rotor is rotated, the fishing line is rolled up, and the drum type reel is fishing while the spool rotates. It is a reel model mainly used in boating as a structure that was able to unwind a fishing line while winding a rope and rotating it in reverse.

Both models have various drawbacks. The biggest drawback of the spinning reel is the “fishing line twist”, which is an unavoidable drawback in the structure of the mechanism, and has been used by the user at his own risk.

However, fishing line twisting is a serious phenomenon that appears on fishing lines. Generally, the twisting of a fishing line on spinning reels is a phenomenon that occurs when the fishing line is rolled up.

Spinning reel's fishing line twisting occurs because the spool is fixed when the line is pulled out. If you enlarge the loosening line, the twisting fishing line loses much smoothness. Friction causes severe abrasion of fishing line, and more and more advanced raw line is “floating” type, which is coated on the surface of the fishing line to form a coating, and floats in water. Loss of performance quickly, and visually, the fishing rod saw guide twists, like a vine winds a tree, if a fishing line winds around the top of the saw guide and winds up, the top guide In addition to severe impacts on the fishing line, the fishing line is not wound and causes reel to the reel, this phenomenon Thereby shortening the life span.

Another major drawback of the spinning reel is that the fishing line is unnecessarily released when casting (fishing throwing). The fishing line of the fish is released a lot, and this phenomenon causes the rods or holes that are the most specific in the preparation to enter the water while touching the surface first. Therefore, the user can not visually check the situation of the fishing gear. In this state, the preparation of the water into the water not only can not receive the meat of course, but also a lot of cases that the main line and the neck is twisted like a rope, can not be used.

Therefore, the drum type reel is used. The drum type reel is rotated and the fishing line is released and wound up so that no fishing line twist occurs, but when the reel is attached to the fishing rod, it is attached to the fishing rod. The flexibility of the cuffs is often constrained, because the thumb stops rotating the spool, and the fishing line released from the reel must turn 180 ° while touching the surface of the fishing rod to pass through the lower fishing rod guide. Unnecessary friction occurs between the fishing line and the fishing rod, which shortens the distance that can be cast.

The biggest drawback of the drum reel, however, is that when the fishing gear is cast, the jersey must press the spool with the thumb to instantaneously and stop the rotation, which is very difficult to achieve. During this counter-idling, the fishing line was matted to the spool body, which wastes a lot of time and effort, and if the condition is severe, the original line must be cut off.

As listed above, both models had big problems, so anglers had to buy and hold both reels and use them separately, depending on the features of the model, depending on when and where.

The present invention is equipped with a reverse idling control unit on the spool in order to solve the above-mentioned end to prevent the tangling of the fishing line due to the reverse idling of the spool, and to release the fishing line while the spool rotates and reel the fishing line It does not cause any kinks at all, but the volume or weight is smaller than that of the conventional reel, and the auxiliary spool is used to move the fishing place or to remove the reel and the fishing rod when removing the fishing rod. It is described in detail by the accompanying drawings that the needle and the neckline is installed so as to be arranged in a convenient manner for use as follows.

1 is a perspective view of the present invention.

2 is an exploded perspective view of the present invention.

3 is a longitudinal cross-sectional view of the assembled state of the present invention.

4 is a cross-sectional view taken along the line A-A of FIG.

5 is a longitudinal cross-sectional view of main parts of the present invention.

6 is a partial cutaway longitudinal cross-sectional view showing the operating state of the present invention,

(a) is the casting lever part in the original position.

(b) is a state in which the casting lever portion is operating.

7 is a cut perspective view showing the operating state of the present invention,

(a) is the casting lever part in the original position.

(b) is a state in which the casting lever portion is operating.

8 is an exploded longitudinal sectional view of the spool pinion gear of the present invention.

9 (a), (b) is a state of use of the present invention.

* Explanation of symbols for main parts of the drawings

A-1: Reverse rotation control unit of spool A-2: Idle lever

A-3: Brake Disc A-4: Casting Lever

A-5: auxiliary spool part

A-6: Pinion Gear Clutch Part

A-7: Idle lever return part

A-8: OSCILLATING ROLL ROLLER

1: Spool 2: Body

3: oscillating shaft metal bush 4: line roller (RINEROLLER)

5: OSCILLTING 6: Oscillating Shaft

7: Oscillating Sliding Hold 8: Worm Shaft

9: Main Shaft Key (KIY) 10: Out Cover

11: brake disc spring 12: anti reverse foul

13: Anti-reverse cam rod 14: Pinion gear bearing

15: permanent magnet 16: drive gear

17: pinion gear 18: main shaft

19: main shaft bearing 20: spool bearing

21: anti reverse camshaft 22: drive gear bearing

23: drive gear bearing 24: idle lever

25: handle 26: magnet seat

27: magnet seat fixing washer 28: body cover

29: fishing line 30: line roller holder

31: Casting lever bush (BUSH PIN) 32: Anti-reverse cam-loss spring

33: anti reverse lever stop spring 34: spool sliding pad

35: auxiliary spool fixing nut 36: auxiliary spool

37: pinion gear fixing washer 38: C-type retainer

39: permanent magnet fixed plate spring

1 is an overall perspective view of the present invention, in the conventional reel formed with the handle 25 and the out cover 10 of the side constituting the body (2), by assembling each part to interlock in small units to define Assemble the whole.

A-1 forms two protrusions on the outer circumference of the spool 1 in FIG. 5 and inside the protrusions, the permanent magnet 15 is attached to the permanent magnet fixed plate spring 39 and the inner wall of the medallion spool 1. When the spool (1) is rotated to more than 700 RPM, the weight of the permanent magnet 15 is drawn in the direction of the arrow by centrifugal force.

A-2 forms a cam in two different shapes and positions on the antireverse camshaft 21 in FIG. 2, inserts the body 2 through left and right, and secures the idle lever 24 with screws. The reverse cam shaft 21 is made to operate outside the body 2, and is referred to as an idle lever.

A3 forms a concave groove for inserting the C retainer 38 into the main shaft 18 in FIG. 5 so that the C retainer 38 is inserted thereon and the main shaft bearing 19 and the brake disc spring ( 11) and insert the brake disc on the main shaft 18 to form a unit and integrate the groove shaft so that the main shaft key 9 can be inserted at the opposite end of the main shaft 18.

A-4 has a crank shape as shown in FIG. As a lever of the right angled hole was drilled and mounted on the body (2) with a casting lever bush (31), the upper part protrudes outward so that it can be pulled by the finger and the lower part inside the spool (1), When the finger is pulled, the caster lever bush 31 can be pushed out in the opposite direction of the pull with the caster lever bush 31 as the center of the shaft. The furnace roller 4 is formed to hide and reciprocate, and the lower part is formed by drilling a rectangular hole through which the pinion gear 17 can pass and screwing the spool sliding pad 34 in the hole. Called the Leviathan

A-5 is attached to the spool with the body of the spool (1) as the rotating shaft in FIG. 5, when the spool (1) rotates, rotate together with the fuselage, and only the auxiliary spool by hand when the spool (1) is stopped. It is able to rotate, so that the six protrusions are symmetrically formed in three pairs of different sizes on the front, and the fishing needles tied to the husk are laid sideways, and the outside of the A-5 (auxiliary spool part) is handed. It is called the auxiliary spool part, so that the neckline can be wound while rotating

A-6 is formed in two planes by uncutting the end of the pinion gear 17 in FIG. 8, and forming two planar projections inside the rotation center hole of the spool (1) to the pinion gear fixing washer (37). The spool 1 is detachable from the pinion gear 17 fixed to the body 2 and is called a pinion gear clutch.

A-7 forms two irregularities symmetrically around the outer circumference of the drive gear 16 in FIGS. 6 (b) and 7 (b), and the cam of the antireverse cam shaft 21 is the drive gear 16. When it is located within the circumferential radius of rotation of the projecting part of the anti-reverse cam shaft 21 by the rotational force of the drive gear 16, it is made to be able to return to the original position called the idle lever return part

A-8 screws the line roller holder 30 at the end of the oscillating shaft 6 in FIG. 3 by inserting the line roller 4 into the line roller holder 30 to fix the oscillating shaft. The other end of (6) is screwed to the oscillating slide holder (7) and is called the oscillating line roller part.

The pinion gear clutch A-6 is installed on the body 2 formed in FIG. 3, and the casting lever part A-4 is fitted to the pinion gear 17 from the front of the body. Install in accordance with the hole, and install the oscillating line roller section (A-8) in parallel with the main shaft 18 axis center line, and assemble the spool reverse idle control unit (A-1) and the auxiliary spool section (A-5). Insert one spool (1) into the pinion gear (17), then fasten the spool (1) to the main shaft (18) key (9) with the brake disc section (A-3) to secure it to the body, and the idle lever section (A-2). ) And the idle lever return part (4-7) are assembled by inserting into a hole formed in the body (2).

According to the present invention, as shown in FIGS. 6 and 7, the respective parts are designated and installed, and the idle lever 24 is flipped from the point A to the point B of the arrow ,, the idle lever in FIG. 24, the camshaft 21 installed through the body BODY in Fig. 7 (b) is idling lever in the same direction as Fig. 6 (b), while it is turned from point A to point B of arrow ㉮. The cam CAM fixed to the shaft while the 24 is rotated by 90 ° and the antireverse cam shaft 21 rotates from the point A to the point B of the arrow (A) as shown in three dimensions in FIG. 7 (b). ), The anti-reverse cam rod 13 is pushed out of the reel body while the anti-reverse cam rod 13 is moved out of the body 2, and the portion that is in contact with the end of A-4 (casting lever part) is moved. The A-4 (casting lever part) moves from the point A of the arrow B to the point B, the spool (1) and the A-4 ( Due to the advancement of the spool slide pad 34 fixed to the sting lever part, it moves from the point A of the arrow 에서 to the point B. At the end of the pinion gear 17, the spool 1 and the pinion gear 17 Spool 1 is released from the pinion gear 17 at the keying groove key portion formed so that the spool 1 can be inserted and inserted into the pinion gear 17 in the direction D or E of the arrow 과. When the A-4 (casting lever part) is moved further from the B point of the arrow 으로 to the C point, the spool (1) encounters the fixed (A-3) brake disc part. It is possible to stop the rotation of the arrow D in the D or E direction, and when the state is viewed from the outside, the posture shown in Fig. 9 (b) is obtained. The cast is stopped in this state. If you release A-4 (casting lever part) slightly while casting, A-4 (casting lever part) returns to point B from point C of arrow 같이 as shown in 6 (b). , The spool 1, which is in close contact with the A-3 (brake disc part) and is stopped, is separated from the A-3 (brake disc part) while moving from the point C of the arrow B to the point B by the restoring force of the brake disc spring 11. At this time, the A-4 (casting lever part) is supported by the anti-reverse cam rod 13 so that it cannot return to the point A of the arrow (B), and the fishing gear is sprayed by the casting force. And the fishing line (29) exits through the line roller (4), the spool (1) is rotated in the E direction of the arrow ,, the fishing line is released for the first time flies quickly and as time passes This weakens, releases slowly Rather, the spool (1), rather than instantaneous propulsion occurs, the D-direction rotation is faster, the fishing line entanglement phenomenon in the spool (1) in inversely in spite of the instant the fishing line loosening speed and the spool rotation speed should be proportional Will appear. In order to prevent tangling of the fishing line in the spool 1 by this phenomenon, as shown in FIG. 5, the A-1 (reverse idle control unit of the spool) is operated and the body ( 2) The magnet seat 26 is attached to the lower part of the non-ferrous magnet seat fixing washer 27, which is fixedly installed, and the A-1 portion of the spool 1 is rotated once. Each time, the magnet sheet 26 is excessively under two times. When the rotation of the spool 1 accelerates to RPM-700 or more, the permanent magnet 15 is in close contact with the limited inner wall surface by the centrifugal force in FIG. As the gap between the seat 26 and the permanent magnet 15 becomes narrower, the pulling force becomes stronger, thereby acting to resist the permeation of the permanent magnet 15 fixed to the spool 1, so that the spool 1 The rotational force is smoothly controlled, and when the rotation of the spool (1) slows down The permanent magnet 15 is restored to its original state by the restoring force of the seat fixing plate spring 39, so that the distance between the magnet seat 26 and the permanent magnet 15 is maintained at a distance that the magnetic force cannot reach, thereby losing the spool rotation control force. No perming occurs due to reverse idling.

When the spool 1 is brought back to its original state as shown in FIG. 6 (a), the positions of the magnet sheet 26 and the permanent magnet 15 become the positions where magnetic force cannot be exerted as shown in FIG. When the fishing line is wound up, the spool rotation is no longer controlled.

When the handle 25 is rotated in the direction F of arrow 에서 in FIG. 6 to wind the fishing line in the above state, two protrusions are formed on the outer circumference of the drive gear 16 in FIG. The protruding portion of the cam shaft 21 is located within the rotation radius on the protrusion of the drive gear 16, so that the protruding portion of the drive gear 16 moves the antireverse cam shaft 21 at the point B of the arrow (a). As the idle lever 24 is returned to the original state outside the sieve, the spool 1 moves from the B point of the arrow ㉰ to the A point by the restoring force of the brake disc spring 11 while returning to the original position. The pinion gear 17 can be rotated only in the E direction of the arrow 져 by being inserted into the pinion groove of the pinion. At this time, the rotation of the pinion gear 17 having a structure similar to that of a normal worm shaft is performed by the oscillating gear ( 5) delivered to As the worm shaft 8 engaged with the high oscillating gear 5 rotates, the oscillating holder 7 is moved vertically to reciprocate in both directions of the arrow 의 of FIG. The oscillating shaft 6 fastened to (7) moves in the direction of arrow 면서 while the oscillating shaft 6 is reciprocated in the direction of arrow 하여 to spool the fishing line 29 spanning the line roller 4. It will be guided to be wound evenly on the body of 1).

The present invention as described above can be expected to have a great effect when using a number of parts having each function in one body (BODY), in particular, because the lure fishing is frequently thrown and rolled up during frequent fishing, Fishing line kinks are eliminated and the fishing line consumption is reduced a lot, and reel fishing is more valuable when fishing. When fishing reels, “floating” type fishing lines are usually used. Floating wires are eliminated, which reduces the surface wear of the surface-treated fishing line. The function (floating on water) can be maintained for a long time, and the left and neck entanglement phenomenon when casting, A-4 (casting lever part) is equipped with convenient use, and A-4 (casting Lever) Using this part, it is a function that can play three roles when casting, stopping the line unwinding and adjusting the line unwinding, so that most of the reels can be operated with only one user's hand, so that they can cope quickly and accurately in impending moments. Also, when fishing on a rock reel, if you move a point or move near for a while, you can fold and prepare the fishing rod without separating the reel and fishing rod. It is son, but there is no place to wrap the neck, and it is convenient to protect the bottom of the neck by installing A-5 (auxiliary spool part) to cut out enough usable neckband (necklace + installment + fishing needle), By eliminating the rotor, which took up most of the weight and volume of a conventional reel, by reducing the weight and volume of the entire reel, it is more advantageous for fishing that requires a long and light fishing rod. It has the features of eggplant.

Claims (3)

On the anti-reverse cam shaft 21 provided with A-7 (idle lever return part) having two irregularities formed on the outer circumference of the drive gear 16 and penetrating the inside of the reel body, Pinion gear is installed by forming two cams perpendicular to the center line of the axis and directly connecting with the anti-reverse lever 24 outside the reel body to become a fuselage. A-6 (pinion gear clutch) which is capable of transmitting and detaching and rotating force of the spool 1 to the spool 1 is provided at the opposite end of the gear of 17, and the shaft center line of the main shaft 18 Set the oscillating shaft 6 to a length that can protrude out of the reel body and equilibrate with a proper distance upward, and the worm shaft 8 and the oscillation with the oscillating sliding holder 7. By connecting the ding shaft 6, it is possible to transmit the power of the reciprocating motion, An anti-reverse fouling (12) for installing the A-8 (oscillating line roller section) in which the line roller (4) is fixed to the end of the raid shaft (6) and preventing the spool (1) from rotating in reverse. Over the lower end of A-4 (casting lever part), form two protrusions around the outer periphery of the body of the spool (1), and a permanent magnet (15) made of a hexahedron inside the protrusions as shown in FIG. As described above, the permanent magnet fixed plate spring 39 is attached to the body of the spool 1 by attaching it to the permanent magnet fixed plate spring 39, and the magnet sheet 26 capable of exhibiting magnetic adsorption reaction is non-ferrous. Attached to the bottom of the magnet seat fixing washer 27, and fixed to the reel body (BODY), when the portion protruding to the spool (1) rotates and rotates the bottom of the magnet seat fixing washer 27, By the action of the permanent magnet fixed plate spring 39, it is possible to flow in the direction of the arrow When the distance between the permanent magnet 15 and the fixed magnet sheet 26 is narrowed, the suction force of the permanent magnet 15 acts on the magnet sheet, thereby reducing the rotational force of the spool 1 A-1 ( A-4 (Casting lever part) that can stop the rotation when the spool (1) is removed from the A-6 (pinion gear clutch) and the spool (1) is removed from the spool (1). And 6 fishing hook protrusions and two fishing line release stop pins on the front part of the spool (1), and inside the U-shaped pulley similar to the V-belt pulley, the body of the spool (1) Is installed on the inner wall of the spool shaft when the spool 1 is horizontally moved with the main shaft 18 as the moving shaft. A-3 (brake disc portion) that can strike and serve to stop or slow the rotation of the spool 1 with friction A-3 (brake disc part) is connected to the main shaft 18 by the fuselage, and a yaw key groove is formed at the end of the main shaft 18 to form A-3 (brake disc part) and the main shaft. Install the main shaft key 9 of the shape as shown in FIG. 2 so that (18) can be detached from the reel body with the fuselage, and drill an oval hole in the A-3 (brake disc section) to rest for a while. In order to ensure that the base and the fishing needles are not blown or damaged, the prepared fishing needles can be hung, the “fish line twisting” is essentially eliminated, and the operation of one part of A-4 (casting lever) Clutch lever brake reel by the fishing spool reverse idle control, characterized in that at least three roles can be performed at the same time. The inner wheel (INNER RACE) of the spool bearing 20 according to claim 1, wherein the spool sliding pad 34 at the portion in contact with the spool 1 is mounted at the A-4 (casting lever part). Clutch lever brake reel by fishing spool reverse idling control unit which is in contact with The fishing spool reverse idle control device according to claim 1, wherein the permanent magnet 15 and the body of the spool 1 are connected to the permanent magnet fixed plate spring 39 at A-1 (the reverse idle control unit of the spool). Clutch lever brake reel.