KR880003009Y1 - Bail arm turning device for fishing spinning reel - Google Patents

Abstract

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Description

Balearm Inverter for Outing Spoul Type Spinning Rail

1 is a front view of the present invention.

2 is a plan view of the fishing line winding state of the main part of the present invention.

3 is a front view of the same.

4 is a plan view of the fishing line release state of the main part of the present invention.

5 is a front view of the same.

6 is an exploded perspective view of the main part of the present invention.

* Explanation of symbols for main parts of the drawings

1: rotor 2: bale arm attachment arm

4: bale arm 5: arm lever

7: dead point spring 8: long hole

9: protrusion 10: crank

10: pin 15: operation lever

16: Dolphin

This paper relates to the improvement of the bale arm reversing apparatus of the spinning rail for fishing.

Conventionally, in the past, the hand of a fishing rod was not used to invert the bale arm to the fishing line discharge position. However, in recent years, the inversion operation is performed by inverting the operation lever with the finger of the hand holding the fishing rod. It is known as Japanese Unexamined Patent Publication No. 39-4826 and Japanese Patent Application No. 56-101766.

However, this method is extremely unnatural in the recognition of the hand holding the fishing rod because the rotating direction of the operating lever is formed to tow the front and horizontal direction with the fingers in the same direction as the horizontal direction, that is, the inverted direction of the bale arm. There is a defect that is difficult to operate.

In addition, it is known as Unexamined Publication No. 49-19186 to smooth the operation by recognizing the fishing rod by pulling the operation lever toward the upper fishing rod, but it is necessary to operate the operation lever on the bale arm attachment arm. Since a pair of gear mechanisms of linear crown gears engaged at right angles are built in, a reversing device mounted on one bale arm attaches and enlarges largely in the radial direction of the rotor and rotates the rotor. At the same time, there are many components at the time of manufacturing and assembling, which leads to an extremely complicated configuration, which is not practical.

In addition, it is known that the arm lever rotates in the same direction as the operation lever, as can be seen in Unexamined Patent Publication No. 36-6477. However, even if the arm lever is rotated in the same direction as the operation lever, it is impossible to reverse the veil.

In this paper, in view of this situation up to now, the extremely simple configuration is used to correct these defects, and the bale arm is supported at the tip of the bale arm attachment arm which protrudes from the rear side of the rotor to the outside of the cylindrical part of the sprue. Outspring spun type fishing spinning with the arm lever mounted on the arm and attaching the arm lever to the bale arm attachment arm so as to apply elastic force to both the fishing line winding position and the fishing line discharge position. In the rail, the crank, whose tip is engaged with the arm lever and extendedly transferred to the side position on one side of the bale arm attachment arm, rotates freely in the same direction as the arm lever and is further rearward than the crank accumulation position. The operating lever freely rotates in the vertical direction is pressed and the operating stone pieces formed on the proximal end of the operating lever are raised. To which the transmission converts rotation of the hour hayeoteul to face to one end of the crank drive the operating lever upward in a crank rotating motion into a horizontal base.

According to the drawings, the bale arm attachment arms 2 and 3 are integrally installed on both sides of the rotor 1 of the spinning rail, and the other end of the bale arm attachment arm 2 is attached to the bale arm attachment arm. The arm lever 5 of the bale arm 4 supported by (3) is freely rotated by the shaft 6, and the arm lever 5 has its viewpoint by the dead point spring 7 as known. Resilient force is applied to both the fishing line winding position and the fishing line discharge position.

Moreover, the crank 10 which provided the long hole 8 at the front end and the protrusion 9 at the proximal end in the substantially central part of the side of the bale attachment arm 2 is rotated freely and condensed by the shaft 11 horizontally. At the same time, the pin 12 protruding from the surface of the arm lever 5 is fitted into the long hole 8, and the shaft 13 protruding horizontally to one side of the dead part of the bay arm attachment arm 2. The operation lever 15 having the operation portion 14 formed at one end thereof is freely supported by the shaft, and the inner surface of the operation stone piece 16 bent below the base of the operation lever 15 is the crank 10. The protrusions 9 are in contact with each other. In addition, 17 is a cover plate of the bale arm attachment arm 2, 18 is a fishing rod.

Since this embodiment of the present invention is constructed as described above, when the bale arm 4 is inverted from the fishing line winding position of FIG. 1 to the fishing line discharge position, the fishing unit 18 is held by the operation unit 14 of the operating lever 15. When the tow is pulled upward, the operating protrusion 16 of the operating lever 15 presses the protrusion 9 of the crank 10 to rotate the crank 10 to fit the pin 8 of its long hole 8. By rotating the arm lever (5) to the dead point spring (7) through the cross over the dead point, the arm lever (5) is applied in the direction of rotation to retain the bale arm (4) in the fishing line deodorizing position It is.

Thus, in order to return the bail arm 4 of the fishing line discharge position to the fishing line winding position, it is automatically performed by rotating the handle as in the prior art or by inverting the bale arm by hand.

This design is an outer sprue type spinning rail that uses the arm arm of the bale arm as a dead point spring to apply the force to the fishing line winding position and the fishing line release position.The operating lever is free to rotate vertically on one side of the bale arm attachment arm. And the crank that the tip is engaged with the arm lever and transmits the displacement amount is rotated freely in the same direction as the arm lever, that is, the horizontal direction, and the tip of the crank is engaged by the towing operation of the control lever. The arm lever that moves together is applied to the fishing line release position so that the arm can be rotated to the fishing line release position by the upward towing operation, which is easy to manipulate the perception of the hand holding the fishing rod. It is extremely thin just to attach a crank to the arm other than an operation lever As the conventional gear mechanism, the reversing device mounted on the bale arm mounting arm protrudes large in the radial direction and becomes large in size, and does not break the balance of the rotor rotation while holding the fishing rod on the protruding reversing device. The risk of finger contact is eliminated, and there are fewer parts, so it is extremely easy to manufacture and assemble.

Claims (1)

An arm lever (5) supporting the bale arm (4) is placed on the distal end of the bale arm attachment arm (2) protruding from the rear side of the rotor (1) to the outer side of the cylindrical portion of the spool, and is compressed. 5) A spinning spout for an fishing spout for an outer sprue type in which elastic force is applied to both a fishing line winding position and a fishing line discharge position by means of a dead point spring 7 embedded in the bale arm attachment arm 2, wherein The crank 10, whose tip is engaged with the arm lever 5 on one side of the bale arm attachment arm 2 and expands and transfers the displacement amount, is freely rotated in the same direction as the arm lever 5, and the crank ( 10) The operation lever 15 formed in the proximal end of the operation lever 15 is brought into contact with the one end of the crank 10 by affixing the operation lever 15 freely rotatable in the vertical direction further to the rearward position. Leave the operating lever 15 upward. Converting the rotation into the horizontal rotation of the crank (10) which passes bail arm of the tripping device when curves.