JPH074129B2 - Automatic needle reinforcement - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to an automatic needle element reinforcing device for fishing.

[Conventional technology]

It has been clarified from many experimental results and that it is well known from the experience of fishermen that the thinner the needles for fishing, the softer the alertness of the fish.

However, anglers have used various techniques and fishing techniques to prevent this, because they use thin needles and are cut when a large fish hits them. Often the needles were cut when entering.

Most of the time, hobby fishing has no problem in competing for fishing technique, but it is a big problem for fishermen.

In order to solve such a problem, the present inventor has previously proposed Japanese Patent Application No. 57-
In No. 208336, we proposed a needle reinforcement tool that automatically reinforces the needle when a large fish catches it, while using a thin needle.

That is, a root thread (also called a chimoto) is provided with a locking body, and a needle element having a needle is connected to the base thread, a reinforcing body slightly longer than the needle element is provided, and a guide thread is provided between the needle thread and the reinforcing body. A load detection type lock release means is provided which is connected to the rear end and locks the reinforcing body with the thread, and the leading end of the reinforcing body is locked with the locking body of the root thread. There was a locking means to allow it.

[Problems to be solved by the invention]

However, in the above-mentioned invention, since the reinforcing body is configured to be slightly longer than the needle element, finally, by utilizing the elongation of the needle element itself, the pulling force of the fish on the needle is applied to the reinforcing body. It is transmitted to. Therefore, in the present invention, the length of the needle element to be reinforced is limited by the length of the reinforcing body.

However, the needles are used with an appropriate length from about 50 cm, but in general, 1 m or 2 to 3 m may be used depending on the angler's taste and fish species so as to suit various conditions. Since the reinforcing body becomes very long, it is not only inconvenient to carry, but also the long and heavy reinforcing body has a large resistance when operating in water, and it is difficult to expect smooth operation and it is far from the standpoint of the balance. There was a problem that it was difficult to throw. On the contrary, when trying to use a needle with a length of 50 cm or less (effective depending on the fish species), the above-mentioned conventional technology finally uses the elongation of the needle itself to transmit the force to the reinforcing body. Therefore, it is necessary to accurately plan the extension margin of the needle element of 50 cm or less and assemble it, and for that reason, there is a problem that it is difficult to implement with a needle element of 30 cm or less.

[Means for solving problems]

In order to solve the above-mentioned problems of the prior art, the automatic needle element reinforcing tool according to the present invention connects a needle 5 to one end of a zimoto thread 1 and a needle element 4 to the other end, and the zimoto thread 1 and the needle are connected. Element 4
The locking body 3 is provided at or near the connecting portion with the
The reinforcing body 6 for reinforcing the reinforcing member 6 is constituted by a linear body having elasticity, the road yarn 2 is connected to a part of the reinforcing member 6, and the lower end portion of the reinforcing member 6 is provided with a thin wire along the substantially axial direction. A ring-shaped body 7 is provided in a projecting shape, and the ring-shaped body 7 has a small-diameter portion 7A that allows passage of the needle element 4 and a large-diameter portion that is continuous with the small-diameter portion 7A and allows passage of the locking body 3. 7B and at least one first guide ring 8 is provided near the annular body 7 to allow passage of the needle element 4, and between the first guide ring 8 and the locking body 3. A load detection in which a needle element operation limiting body 9 is loosely fitted to the needle element 4, and the upper end portion of the reinforcing body 6 is curved to engage with the first guide ring 8. The mold unlocking means 10 is provided.

[Action]

Therefore, the reinforcing body 6 is curved to set the load detection type lock releasing means 10 to the first guide ring 8 so that a large fish catches and strongly pulls the needle element 4, When the needle element 4 is loosened by the approach operation of the fish or the escape operation after the rod is aligned, the load detection type unlocking means.
When the reinforcing body 6 that has been curved and accumulated with pressure is restored when 10 is disengaged from the first guide ring 8, the needle element 4 whose proximal end is fixed moves inside the first guide ring 8 of the reinforcing body 6. It moves and is taken in between the upper and lower end portions of the reinforcing body 6, the locking body 3 passes through the large diameter portion 7B and contacts the first guide ring 8 via the needle element operation limiting body 9. Stop in contact. After this,
When the fish pulls the needle element 4 strongly, the reinforcement element 6 is slightly bent (the needle element 4 itself may be extended), and the locking element 3 comes into contact with the small diameter portion 10A to attach to the chimoto thread 1. The fish attraction force is transmitted to the reinforcement body 6 and is transmitted to the road thread 2 connected to the reinforcement body 6. Therefore, the length of the needle element 4 can be set to be much longer or shorter than the conventional one without being limited by the length of the reinforcing member 6, and a desired needle element length adapted to various fishing conditions can be obtained. Now you can fish.

[First Embodiment] As shown in Figs. 1 to 4, a needle element reinforcing tool according to the present invention is configured as follows.

A needle 5 is connected to one end of a chimoto yarn 1 (usually keplato is used) and a needle element 4 is connected to the other end thereof.
A locking body 3 is provided at or near the connecting portion between the needle 4 and the needle element 4. Incidentally, it is known that the chimoto thread 1 is generally made of a material much stronger than a needle element and has a large diameter, but it does not cause any caution against fish. Further, the needle element 4 may be very thin as compared with the commonly used thickness corresponding to the size of the target fish. The locking body 3 is composed of a knot of the chimoto thread 1 and the needle element 4, but other appropriate materials such as beads or ceramic particles may be used. Reference numeral 6 is a reinforcing body for reinforcing the needle element 4, and is composed of a stainless steel wire which is shorter than the needle element 4 and has elasticity itself. This reinforcement 6
Other than the above, as long as it has elasticity, it may be configured by using a material such as piano wire or glass fiber.
The yarn 2 is connected near the lower end of the reinforcing body 6, and a ring-shaped body 7 is provided at the lower end of the reinforcing body 6 along the substantially axial direction by a thin linear body. . The annular body 7 has a small diameter portion 7A which allows the needle element 4 to pass therethrough, and a large diameter portion 7B which is continuous with the small diameter portion 7A and allows the locking body 3 to pass therethrough.
It consists of and. Further, the fixing of the end portion of the annular body 7 to the reinforcing body 6 is performed by means of crimping and soldering with a clip, but an appropriate attaching means may be used. Furthermore, in the vicinity of the annular body 7 of the reinforcement body 6,
A ring-shaped first guide ring 8 made of the same stainless steel wire is provided so as to project in the direction orthogonal to the reinforcing body 6 so as to allow the needle element 4 to pass therethrough.
And the locking body 3 between the needle element 4 and the needle element operation limiting body 9
Is loosely fitted. This needle element operation restricting body 9 is formed by making a small hole in a plastic plate, and the plastic plate has a diameter larger than that of the first guide ring 8. Also has a small diameter. As for the material and shape of the needle actuation limiting body 9, any material may be selected as long as it has the above-mentioned configuration, and for example, a spherical body may be used. At the upper end of the reinforcing body 6, there is provided a load detection type lock releasing means 10 that engages with the first guide ring 8 by bending the reinforcement body 6. The lock releasing means 10 is Although a similar stainless steel wire is bent and a hook is formed on a part thereof as shown in the drawing, it may be formed as a separate body and attached to the upper end portion of the reinforcing body 6.

Further, in addition to the first guide ring 8, two second, third and fourth guide rings 11 and 11 are provided at the upper and lower ends of the reinforcing body 6, respectively.
12 and 13 are provided as a pair with a small gap (about 1 cm) from each other, and the fourth, third and second guide rings from the base end portion of the needle element 4 connected near the lower end portion of the reinforcing body 6 12 is sequentially folded back so that the tip of the needle element 4 passes through the first guide ring 8.

The road thread 2 passes through the hole of the guide body 14 provided at the substantially central portion of the reinforcing body 6 as described above, and one end thereof is the reinforcing body 6
Is fixed to the lower end of the rod, and the other end is connected to a fishing rod (not shown) through an untwisted loop (monkey ring). Although Keplato is used between the lower end of the reinforcing member 6 of the road yarn 2 and the untwisted (sal ring), it is also possible to use an ordinary large-sized Tegus. In addition, a so-called Tobashi metal fitting is fixed to the monkey ring, and the Tobashi is connected to the reinforcing body 6 without operating the load detection type lock releasing means 10 each time a small fish is caught. In order to complete the above, the tobashi function may be used as a substitute for this load detection type lock releasing means, or may be used together.

In addition, a sulcan (untwisted) is usually attached near the tip of the thread, but if a long reinforcing body corresponding to the conventional long needle (2 to 3 m) is used, the sulcan position and the rear end position of the reinforcing body are required. When the fishing line is wound around the fishing rod after operation, the sarukan will collide with the rod tip quickly, damaging the rod tip (guide or snake mouth), but in this embodiment such a problem does not occur. is there.

As shown in FIG. 4, the annular body 7 has a large diameter portion 7B.
Is slightly curved and deviated from the axial direction of the reinforcing body 6, and the tip of the small diameter portion 7A is arranged so as to be substantially beyond the axial line of the reinforcing body 6, whereby a large fish is caught. When the load detection type locking release means 10 is activated by pulling it strongly with force, the needle element 4 facilitates relative movement of the small diameter portion 7A on the end side of the annular body 7, and the reinforcing body 6 causes the chimoto. When hitting the locking body 3 provided on the yarn 1, the knotting locking body 3 slides on the side surface of the annular body 7 and moves to the large diameter portion 7B following the small diameter portion 7A to move this hole. Not only can it pass through easily, but it can be reliably engaged with the small diameter portion 7A at the time of engagement.

The reinforcing body 6 and the annular body 7 may be separately formed and connected and fixed, or may be integrally formed of synthetic resin.

Second Embodiment As shown in FIGS. 5 and 6, this embodiment has the same basic structure as that of the first embodiment, but is modified in the following points.

First, in constructing the reinforcing body 6, the approximately middle portion thereof is approximately 1
It is wound half a turn to form a ring-shaped spring portion 6A to increase the accumulated pressure of the reinforcement body 6, and when the load detection type unlocking means 10 is activated, the reinforcement body 6 is formed. It is expected that the restoring speed can be increased, and the operation of protecting the needle element 4 in water with a large resistance can be performed reliably and smoothly.

Further, the ring-shaped spring portion 6A is used in place of the guide body 14 in the previous embodiment, and the road thread 2 is passed through it to be tied to the fishing rod (through a monkey ring as appropriate).

Next, in addition to the first guide ring 8 provided at the upper and lower ends of the reinforcing body 6, only another second guide ring 11 is provided. That is, the first guide ring 8 provided at the lower end portion of the reinforcing body 6 is used as it is, and the second guide ring 11 provided at the upper end portion thereof is also provided as one. The first and second guide rings 8 and 11 are used repeatedly. That is, as shown in FIG. 5, the needle element 4 is used by passing through the same guide ring twice.

It is preferable that a partition is provided in the intermediate portion of the first guide ring 8 so that the needle 4 portion and the hook portion of the load detection type lock releasing means 10 are not entangled. Also, the other second
Insert a similar middle separator in the guide ring 11
The relative movement of the needle element 4 may be configured to be smooth by preventing the portion and the folded-back needle element 4 portion from rubbing against each other.

Further, by attaching a weight to one side when the reinforcing body 6 is curvedly set (a float may be attached to the other side), it is possible to give a balance action for long throwing, or to use the ring for a crimping needle. A weight can be attached to the ring-shaped spring portion 6A, and a guide ring for guiding the thread 2 can be provided in the ring-shaped spring portion 6A so as to exert a balance action.

In addition, the first guide ring 8 to 4 guide ring, the first
It is possible to use only the guide ring 8 or further increase the number.

〔The invention's effect〕

According to the automatic needle reinforcement device of the present invention, when a large fish is caught while improving the leaning of the fish with the thin needle, it is possible to reinforce the thin needle while having the effect of reinforcing the thin needle. The needle length can be set without being limited by the length of the reinforcing body itself to be reinforced, and it is possible to use a very long or short needle as compared with the conventional automatic needle reinforcing tool proposed by the present inventor. They also have the possible effects.

Further, it is more convenient because the elastic return of the reinforcing body when the fish catches and the unlocking means comes off can be expected to quickly and surely catch the fish with the needle.

Moreover, since the reinforcing member itself can be short, it is convenient to carry and has the advantage that it is well balanced and easy to cast long distances.

[Brief description of drawings]

The drawings show an embodiment of an automatic needle reinforcement tool according to the present invention. FIG. 1 is an overall side view at the time of setting, FIG. 2 is an overall side view at the time of reinforcing operation, and FIG. Perspective view of the main part,
FIG. 4 is a perspective view of a main part at the time of reinforcing operation, FIG. 5 is an overall side view of another embodiment at the time of reinforcing operation, and FIG. 6 is a perspective view of the main part at the time of setting. Chimoto thread …… 1, needle …… 5, needle element …… 4, locking body ……
3, reinforcing body …… 6, road thread …… 2, annular body …… 7, small diameter portion …… 7A, large diameter portion …… 7B, first guide ring …… 8, needle element operation limiting body …… 9, Load detection type unlocking means …… 10.

Claims (5)

[Claims] 1. A needle 5 at one end of a chimoto yarn 1 and a needle element 4 at the other end.
Each of which is connected to each other, a locking body 3 is provided at or near the connecting portion between the timoto thread 1 and the needle element 4, and the reinforcing body 6 for reinforcing the needle element 4 is formed of an elastic linear body, The yarn 2 is connected to a part of the reinforcing body 6, and a ring-shaped body 7 is projectingly provided at the lower end of the reinforcing body 6 by a thin linear body along the substantially axial direction of the reinforcing body 6. The small diameter portion 7A that allows the needle element 4 to pass therethrough and the large diameter portion 7B that is continuous with the small diameter portion 7A and that allows the locking body 3 to pass therethrough are provided.
A guide ring 8 is provided near the annular body 7 so as to allow the needle element 4 to pass therethrough, and the needle element 4 is provided between the first guide ring 8 and the locking body 3 to restrict the needle element operation limiting member 9 Is provided by loosely fitting, and at the upper end portion of the reinforcement body 6, a load detection type unlocking means 10 that engages with the first guide ring 8 by bending the reinforcement body 6 is provided. Needle reinforcement tool. 2. The automatic needle element reinforcing tool according to claim 1, wherein the reinforcing body 6 has a ring-shaped spring portion 6A in a part thereof. 3. The automatic needle element reinforcing device according to claim 1, wherein the needle element operation restricting body 9 is formed of a disc having a hole. 4. The automatic needle element reinforcing device according to claim 1, wherein the load detection type lock releasing means 10 has a hook in which a thin wire is bent. 5. The reinforcing body 6 is provided with a second guide ring 11 at an end opposite to the first guide ring 8, and the needle element 4 is arranged from the first guide ring 8 to the second guide ring 11. The automatic needle element reinforcing tool according to claim 1, which is fixed to the lower end of the reinforcing body 6 by folding back.