JPS5985240A - Throwing reel - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to a long distance casting reel.

In so-called cast fishing, in which the button part is thrown into a point to catch a fish, the throwing characteristics of the reel become a particular problem. This is caused by the frictional resistance between the threads and the spool and the contact resistance between the threads. More specifically, when the thread goes out, the thread comes into contact with the spool edge at the tip of the spool, so the flying force is weakened by the frictional force generated at that time, and when the thread is wound around the spool, the thread This is because the thread and spools dig in, creating contact resistance and making it difficult to pull out the thread.

For this reason, in the past, the spool edge was lowered,
The length of the thread winding part of the spool, that is, the stroke, is made long to reduce the overlap of the threads in order to prevent the threads from coming into contact with the spool edges and to prevent the threads from biting into each other. However, with these spinning reels, the spool does not rotate but moves back and forth for the stroke, and the line roller installed at the base of the bail arm winds the thread while rotating around the spool. Therefore, if you increase the stroke of the spool, the kinematics on the front and rear of the spool will become larger, which not only makes it difficult to use as a practical machine, but also makes it difficult to use because the outer shape of the reel has to be further enlarged to increase the stroke. There was a drawback.

The present invention has been made in view of the above, and an object thereof is to provide a long-distance casting reel that can have a large spool stroke while maintaining a small external size. For this purpose, the present invention has a rotating shaft 2 with a removable spool 1 for winding the thread at the tip (Ii#),
A drive gear 4 that rotates this rotating shaft 2 via a handle 3, a line operating rod 6 having a line roller 5 at its tip that guides the spool IK thread, and a control that controls the position of this line operating rod 6. It consists of a rotating shaft 7 and a fixed arm 9 that fixes a casing 8 containing these components to the rod, and the so-called spinning is such that the direction in which the thread comes out and the rotation direction of the spool 10 that winds the thread are set at right angles. In the reel, a driven gear lO meshes with the driving gear 4 on one lts of the rotating shaft 2 and transmits the rotational force of the handle 3 to the rotating shaft 2.
and a drive gear 12 that meshes with a driven gear 11 provided on a part of the control rotation shaft 7 and applies rotational force to the control rotation shaft 7. A cross screw 13 is screwed into the cross screw 13, and a sliding portion 14 provided at the end of the line operating rod 6 to reciprocate the line operating rod 6 according to the stroke width of the line roller 5 is screwed into the cross screw 13. It is characterized by a configuration in which the groove is engaged with the groove.

Hereinafter, the present invention will be explained with reference to embodiments shown in the accompanying drawings.

FIG. 1 is a partially sectional side view, not showing the configuration of a long-distance casting reel according to the present invention, and FIG. 2 is an IE side view. In both figures, the reel has a spool 1 with a low spool edge 22 at the tip of the spool 1 and a wide bobbin winding part 21.
, a rotating shaft 2 with a removable spool 1 at its tip, a drive gear 4 that drives this rotating shaft 2 via a handle 3, and a line operating rod 6 with a line roller 5 at its tip.
and a control rotating shaft 7 that reciprocates this line operating rod 6.
It mainly consists of the following, is housed in a casing 8, and is fixed to the rod via a fixed arm 9.

The rotating shaft 2 has a bearing 16 at the end and f'a- of the casing 8.
is rotatably held between the bearings 17, and
A driven gear 1o that meshes with the driving gear 4, which is made up of, for example, a hypoid gear, and a driving gear 12, which is made of, for example, a spur gear, that give rotational force to the control rotating shaft 7 are provided concentrically.

The control rotating shaft 7 is rotatably held between a terminal bearing 18 and a partial bearing 19 of the casing 8, and has a cross screw 13 threaded onto its outer peripheral surface. The control rotating shaft 7 is further provided with a driven gear 11 that meshes with the driving gear 12, and the rotational force of the handle 3 is transmitted thereto.

In addition, the sliding part 14 at the end of the line operating rod 6 supported by the bearing 2 OK and provided parallel to the control rotating shaft 7 has a protrusion on the inner surface of the sliding part 14 engaged with the thread rfif of the cross screw 13. is loosely fitted to the control rotating shaft 17 in a state of
In response to the rotation of the control rotating shaft 17, the cross screw 13 reciprocates in parallel. The length of the cross screw 13 matches the 111M of the bobbin section 21 of the sprawl 1, that is, the stroke a, and the line roller 5 at the tip of the line control rod 6 moves between this stroke 8 of the control rotating shaft 7 at the top of the spool 1. It reciprocates in parallel according to rotation.

Next, the operating mechanism of the entire reel will be explained.

When winding the thread on the spool 1, the thread is hooked onto the line roller 5 and the handle 3 is rotated. At that time,
The rotational force of the handle 3 is transmitted to the rotating shaft 2 via the driving gear 4 and the driven gear 10, thereby rotating the spool 1 and the control rotating shaft 7. The line operation frame 6 is reciprocated by the rotation of the control rotating shaft 7, and the line roller 5 at the tip is reciprocated in conjunction with the rotation of the spool 1, thereby uniformly winding the thread around the spool 1. A particular problem during winding is the occurrence of yarn twist. This is because when the thread is wound onto the spool L via the line roller 5, the thread comes into contact with the side surface of the groove 15 of the line roller 5, and the thread is twisted due to the frictional resistance generated between the roller surface and the thread. It arises from being taken up. If the thread is wound with a twist, it will be released in a spiral when the thread comes out, and the thread itself will experience deformation resistance when stretched, making it difficult to extend the flying distance. It may break when force is applied. In order to prevent this yarn from twisting, the present invention makes the rotational direction of the groove 15 of the line roller 5 substantially coincide with the direction in which the yarn is wound, that is, the tangential direction of the spool 1, thereby minimizing the force applied to the sides of the fillet yarn. As a result, concerns about thread twisting were resolved.

When throwing, the thread is removed from the line roller 5 and the line operation frame 6 is moved backward. At this time, due to the low spool edge 22 at the front end of the spool l and the long stroke a, the resistance generated on the welt thread becomes very small.
Now you can cast farther and easier than before.

The long distance casting effect of the present invention is remarkable because the reel is small and nimble and the resistance range provided by the above structure is achieved.

As described above, according to the present invention, the spool 1 is rotated at the same position and the line roller 5 is reciprocated to wind the thread, thereby achieving long distance casting with a small size and a large stroke width and good performance. We are now able to provide reels for

Note that in the present invention, the control rotating shaft 7 is provided with a cross screw 13.
Although the reciprocating movement of the line operation frame 6 is performed by screwing the line operation frame 6, it is preferable to use a gear mechanism to achieve the same effect.

[Brief explanation of the drawing]

FIG. 1 is a partially sectional side view of a long distance casting reel according to the present invention;
FIG. 2 is a front view thereof. l... Spool, 2... Rotating shaft, 3...
...Handle, 4... IIE Moving tooth bundle, 5...
... Line roller, 6 ... Line operation frame, 7 ... - Control rotation axis, 8 ... Casing, 9 ... Fixed arm, io ... driven gear,
11... Driven gear, 12-... Drive gear, 13... Cross screw, 14... Sliding part, 15... Groove, 21...・Bottom winding section, 22
...1 spool edge.

Claims (1)

[Claims] ■ A rotating shaft (2) with a removable spool (1) at its tip for winding the thread, and this rotating shaft (2) is rotated via a handle (3). A driving gear (4), a line operating rod (6) equipped with a line roller (5) at the tip that guides the spool (1) K-width thread, and this line operating rod (
6), and a fixed arm (9) that fixes the casing (8) containing these components to the rod. In a so-called spinning reel in which the rotating direction of a spool (1) for winding up is set at right angles, a drive gear (4) meshes with a part of the rotating shaft (2), and the rotational force of the handle (3) is transferred to this rotating shaft. (2), and a drive gear (10) that meshes with the pulse gear (11) provided on a part of the control rotation shaft (7) and provides rotational force to the control rotation shaft (7). ■2
) is provided, and a Nicross screw (13) is threaded in a part of the outer peripheral surface of the control rotating shaft (7), and a Nicross screw (13) is provided at the end of the line operating rod (6) on this cross screw (13). For long casting, the sliding part (14) for reciprocating the line operating rod (6) according to the stroke width of the line roller (5) is M-bottomed while being engaged with the thread groove. reel. 2. The line roller (5) is provided at the tip of the line operating rod (6) so that the rotation direction of the groove (15) of the line roller (5) substantially coincides with the tangential direction of the spool (1). A long distance casting reel according to claim 1.