JPH09299007A - Device winder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device winder in which a spool for winding a device is rotatably received in a spool case, capable of inhibiting the free rotation of the spool to prevent the entanglement, etc., of the device due to the looseness of the wound device. SOLUTION: This device winder is provided with a spool 2 for winding the fishing line of a device A and with a spool case of rotatably receiving the spool 2. The spool case has an opening 1e for guiding out one end of the device A wound on the spool 2 from the spool case. The spool 2 is provided with a receiver capable of receiving small members, such as a fishing hook and a swivel, attached to the device. An uneven surface like to that of a gear is formed on the edge of at least one of the flanges of the spool. An engaging member for engaging with the uneven surface of the spool to inhibit the rotation of the spool 2 is disposed on the inner side of the spool case 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fishing tackle winder for winding and storing fishing tackle.

[0002]

2. Description of the Related Art A so-called "device" in which a fishing hook, a weight, etc. are attached to a fishing line is often wound around a plate-shaped spool when being moved or stored. However, if you attach multiple fishing hooks such as a nose ring, an inverted hook, and a hanging hook like Ayu's friend fishing, you may be injured by the fishing hook or the wound fishing line may get entangled with the needle or nose ring. There is.

Furthermore, when the fishing line is unwound, the fishing line is likely to be twisted, and particularly in the case of a metal fishing line, the fishing line may be broken due to a kink caused by the twisting.

Therefore, in recent years, a spool having a plurality of small accommodating portions for accommodating fishing hooks and the like (flange portions are provided at both ends of the cylindrical portion so that a thread can be wound around the cylindrical portion), A gimmick winder that is rotatably housed in a spool case has been used.

As a procedure for winding the tackle on such a tackle winder, first, the tackle hooks and the like are stored in the respective storage portions of the spool. After small items such as fishing hooks and nose rings attached to the device are stored in the storage unit, it is only necessary to wind the fishing line by rotating the spool.

Since the fishing hook and the like are not exposed, it is possible to prevent the hand and the like from being injured by the tip of the needle, and prevent the fishing hook and the nose ring from being entangled with the fishing line. Since the take-up direction and the take-out direction are opposite to each other, twisting is unlikely to occur, and kink can be effectively prevented.

[0007] One end of the tackle can be sandwiched and stopped by a thread stopper provided on the spool case.

When using the tackle, contrary to the above, one end of the tackle sandwiched between the thread stoppers is removed, and the spool is reversed or transferred by pulling to pull out the tackle. Then, it is advisable to open the lid of the storage portion in order and take out small items such as fishing hooks.

However, even in the wound state, the spool may rotate in the opposite direction to that when the tackle is wound, and the tackle fishing line may come out of the tackle winder without permission. Even if one end of the tackle is caught by the thread stopper provided on the spool case, the fishing line protruding in a loop shape is easy to get caught in the bag such as scissors or "removing", and it may be intricately entangled. There is.

Even when the device is properly wound up, backlash may cause the spool to slightly reversely rotate to loosen the winding, resulting in entanglement of fishing lines. Furthermore,
The loosely wound fishing line may enter between the flange portion of the spool and the spool case, causing the fishing line to be entangled or pinched between the flange portion and the spool case.

[0011]

SUMMARY OF THE INVENTION Therefore, there has been a demand for a tack winder which eliminates the adverse effects caused by the fact that the spool in the spool case rotates in the reverse direction and the tack wound on the spool is unwound, and in which entanglement is less likely to occur. There is.

[0012]

The tackle winder of the present invention comprises:
A spool (2) for winding the fishing line of the device (A),
Spool case (1) for rotatably storing the spool (2)
A spool winding device having a spool case (1) having an opening (1e) for guiding one end of a device (A) wound around a spool (2) to the outside of the spool case (1).
(2) is equipped with a storage part (2b) that can store small items such as fishing hooks and nose rings attached to the device (1), and spool (1)
At least one of the flange portions (2c) has a gear-like uneven portion (2g) at the edge thereof, and the spool case (1) is engaged with the uneven portion (2g) of the spool inside the spool case (1). (2)
It is characterized in that a locking member (4) for suppressing the rotation of is provided.

Further, in the above, by making the position of the engaging member (4) movable, the concave and convex portions (2g) of the spool (2) and the engaging member (4) are engaged and not engaged. Is selectable.

Further, in the above, the spool case (1)
There is a step (1d) inside which the flange (2c) of the spool (2) fits.The width of the step (1d) is the flange (2
It is characterized by being larger than the width of c).

[0015]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to preferred embodiments. FIG. 1 is a plan view of a tackle winder according to an embodiment. (1) is spool case, (2) is spool case
(1) It is a spool stored inside. FIG. 7 is a partial cross-sectional view of a tackle winder according to an embodiment.

FIG. 2 is a plan view of the tackle winder with the spool case (1) opened. The spool case (1) comprises a case lower part (1a) and a case upper part (1b), and can be opened and closed. The spool (2) can be attached and detached by opening the spool case (1).

FIG. 3 is a plan view of the spool case (1) when the spool (2) is removed, and FIG. 5 is a perspective view of the spool case (1) in the same state. (1c) is the top of the case (1
It is the case upper opening provided in the center of b), and the spool (2) can be rotated by inserting a fingertip from here even when the spool case (1) is closed.

Reference numeral (1d) is a step portion provided on the lower portion (1a) of the case, and a flange portion (2c) of the spool (2) described later can be fitted therein. The width of this step (1d) is
Greater than the width of c).

Numeral (1e) is a device drawer window comprising a notch provided in the lower case (1a) and a notch provided in the upper case (1b). Even when the spool case (1) is closed, the tackle fishing line can be wound in or pulled out through the tackle drawer window (1e). Guides (1g) are provided on both sides of the drawer window (1e), and spool case (1)
The device is prevented from being displaced from the drawer window (1e) when the is closed so that it is not caught between the case lower part (1a) and the case upper part (1b). In addition, although the drawer window (1e) is provided at two places in the embodiment, this makes it easy for the user to wind and pull out through the drawer window (1e) regardless of the direction in which the user winds the device. This is because

(1f) is a spool mounting shaft for mounting the spool (2) at a predetermined position of the spool case (1),
A mounting hole (2f) provided at the center of the spool (2) can be fitted therein.

FIG. 6 is a perspective view of the spool (2). The spool (2) is a cylindrical part (2
The shape is such that the flange portions (2c) are provided at both ends of d).
Gear-shaped irregularities (2g) are provided around one flange portion (2c).

(2b) is a storage unit capable of storing fishing hooks, a nose ring, etc., and can be covered with the storage unit cover (2a). In this embodiment, four storage parts (2b) are provided. Storage unit lid (2
One of a) has a finger hook portion (2e) for hooking a finger when rotating the spool (2).

Reference numeral (4) is an engaging member attached to the spool case (1), and in this embodiment, a leaf spring having a loop-shaped tip is used. The tip of the engaging member (4) engages with the recess of the gear-like unevenness (2g) of the flange portion (2c) to prevent the spool (2) attached to the pool case (1) from freely rotating. Suppress. However, if a slight force is applied by hand in the direction of rotating the spool (2), the spool (2) will rotate and the adjacent recesses of the gear-like unevenness (2g) will engage with the tip of the engaging member (4). To meet. When a force is continuously applied, the adjacent concave portions are engaged with the tip end portion of the engaging member (4) one after another. By applying force by hand in this way, the spool (2) can be rotated tightly.

Reference numeral (3) is a switching dial, which can be rotated to switch the rotation state of the spool (2). 8 and 9 are views showing a switching mechanism using a switching dial. FIG. 8 shows a state when rotation is suppressed and FIG. 9 shows a state when free rotation.

(1h) is an engaging member made of a processed leaf spring
The engaging member holding portion is integrally formed with the case lower portion (1a) for attaching (4) at a predetermined position.

On the back surface of the switching dial (3), there is provided a cam portion (3d) having a substantially triangular cross section.
When (3) is rotated in one direction, as shown in FIG. 8, one side of the cam portion (3d) presses the engaging member (4), and the tip of the engaging member (4) moves toward the spool (2). It engages with the gear-shaped irregularities (2g), and the free rotation of the spool (2) is suppressed.

On the contrary, when the switching dial (3) is rotated in one direction, the cam portion (3d) is engaged with the engaging member as shown in FIG.
Separated from (4), the tip of the engaging member (4) does not engage with the gear-shaped unevenness (2g) of the spool (2). Therefore, the spool (2) can freely rotate without being affected by the engaging member (4).

The engagement state switching between the tip of the engaging member (4) and the gear-like unevenness (2g) of the spool (2) is not limited to the dial type using the cam portion as described above. For example, a push type or a screw type may be used so that the position and the protrusion amount of the engaging member can be changed. Further, the shape of the engaging member (4) is not limited to that of the embodiment, and for example, one having a V-shaped tip can be used.

[Usage Method] FIG. 4 is a perspective view of a tackle winder according to an embodiment. First, open the spool case (1). Next, open the cover (2a) of the storage part of the spool (2) attached inside and store the hook and nose ring of the device (A) in each storage part.
(2b) and close the storage cover (2a),
Close (1).

After that, a finger is inserted from the case upper opening (1c) of the spool case (1) and the finger is hooked on the finger hook (2e) to rotate the spool (2). Then, the device is drawn in through the drawer window (1e) and wound up on the spool (2).

As described above, the flange portion (2c) of the spool (2) can be fitted into the step portion (1d) provided on the spool case (1), and the width of the step portion (1d) is the flange portion. Since the width is larger than the width of (2c), the fishing line does not get caught between the spool (2) and the spool case (1) and is caught even during winding. The end of the wound device is pinched and stopped by a thread stopper provided on the spool case (1).

During these operations, the changeover dial is adjusted so that the engaging member (4) engages with the gear-like unevenness (2g) of the spool (2). Even if it is released, the spool (2) does not rotate in the reverse direction, so the work is easy.

The engaging member (4) spools even during storage or movement.
If it is engaged with the gear-like unevenness (2g) of (2),
The spool (2) will not rotate backwards and will not be pulled out by itself. Also, the backlash prevents loosening and entanglement of the winding, and the loosely wound fishing line is not caught between the spool case (1) and the spool (2).

When taking out the device, the reverse operation to the above may be carried out. The end of the device (A) removed from the thread stopper of the spool case (1) is tied to the tip of the rod, and the changeover dial (3 ) Is turned so that the engaging member (4) does not engage with the gear-shaped irregularities (2g), and then the rod is extended to be easily taken out. That is, when the rod is extended, the device winder hangs from the tip of the device, and the device winder falls while rotating the spool (2) in reverse due to its own weight (while pulling out the device (A)). If you come to the place where the nose ring etc. are stored in the storage part, you can not pull it out further, so
Open the spool case (1) and close the spool cover (1) (1
Open a) and take out the nose ring, fishing hooks, etc. from the storage part (2b) in order.

In the above embodiment, the engagement state of the engagement member (4) and the gear-shaped unevenness (2g) can be switched, but it may be kept in the engaged state without switching. .

[0036]

As described above, in the device winder for winding the device according to the present invention, it is possible to suppress the free rotation of the spool and prevent the device from being entangled due to loosening.

[Brief description of drawings]

FIG. 1 is a plan view of an embodiment (a state in which a spool case is closed).

FIG. 2 is a plan view of the embodiment (with the spool case opened).

FIG. 3 is a plan view of the spool case (opened state).

FIG. 4 is a perspective view of the embodiment (a state in which a spool case is opened).

FIG. 5 is a perspective view of the spool case (opened state).

FIG. 6 is a perspective view of a spool.

FIG. 7 is a partial sectional view of the embodiment.

FIG. 8 is a diagram showing a switching mechanism using a switching dial (when rotation is suppressed).

FIG. 9 is a diagram showing a switching mechanism using a switching dial (during free rotation).

[Explanation of symbols]

 (1) Spool case (1a) Lower case (1b) Upper case (1c) Upper case opening (1d) Step (1e) Drawer window (1f) Spool mounting shaft (2) Spool (2a) Storage cover (2b) Storage section (2c) Flange section (2d) Cylindrical section (wrapping section) (2e) Finger hook section (2f) Mounting hole (2g) Roughness around the flange section (3) Switch dial (3a) Cam section ( 4) Engagement member (A) device

Claims (3)

[Claims] 1. A spool for winding a tackle fishing line, and a spool case for rotatably storing the spool, wherein the spool case has an opening for guiding one end of the tackle wound on the spool to the outside of the spool case. A spool is provided with a storage portion capable of storing small items such as fishing hooks and nose rings attached to the spool, and at least one edge of the flange portion of the spool has a gear shape. An in-process winding device, wherein an uneven portion is provided, and a locking member for engaging with the uneven portion of the spool to suppress rotation of the spool is provided inside the spool case. 2. The movable state of the engaging member enables selection of a state in which the concave-convex portion of the spool is engaged with the engaging member and a state in which the engaging member is not engaged. Gimmick winder. 3. A step portion into which the flange portion of the spool is fitted is provided inside the spool case, and the width of the step portion is larger than the width of the flange portion.
Alternatively, the device winding device according to claim 2.