JPH0324057Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an improvement of an automatic needle reinforcing device for fishing.

[Prior Art] It has been clarified from many experimental results that the thinner the fishing rod is, the less wary the fish will be, and it is also well known from the experience of anglers.

However, if a large fish is hooked on a thin needle, it will be cut off, so anglers have used various devices and fishing techniques to prevent this, but even highly skilled anglers have trouble catching fish. If they entered the area, they would often be cut off by the needles.

In fishing as a hobby, it may not be a problem because you are competing in fishing technique, but for fishermen, it is a big problem.

In order to solve these problems, the present inventor previously proposed in Japanese Patent Application No. 57-208336 that a large fish was We proposed a needle reinforcing tool that automatically reinforces needles when they become stuck.

That is, a needle 5 is attached to one end of the root thread (also called chimoto) 1, a needle element 4 is connected to the other end with a locking body 3 interposed, and a reinforcing body 6 that is longer than the needle element 4 is attached.
and a load sensing type unlocking means 9 for connecting the reinforcing body 6 to the rear end of the reinforcing body 6 via the guide body 8, and locking the reinforcing body 6 to the reinforcing body 7. Attach this tip to the tip of the body 6 and attach it to the root thread 1.
A locking means 10 for locking the locking body 3 is provided.

[Problems to be Solved by the Invention] However, in the above invention, as shown in FIGS. 7 and 8 cited in the present invention, the root thread 1 is locked to the locking body 3. Locking means 1
0 is one of the most important structural elements for the operation, and in order to construct it, the locking body (small grain 3) and the thread (needle element 4) are attached to one of the two metal plates 10a, respectively. and a large diameter hole 10 through which the root thread 1) passes.
b, and form a similar large diameter hole 10B and a groove following it in the other metal plate 10c, and these two
A ring 10e is provided at the end of the reinforcing body 6 by forming a small diameter hole 10D in each of the metal plates 10a and 10c.
In addition, the reinforcing body 6 is loosely fitted in the reinforcing body 6 so as to be swingable in the axial direction.

As a result, two metal plates are required, which increases the number of parts. Moreover, drilling large and small holes and grooves in these two small metal plates is difficult and causes high costs, as well as operational problems. Since it requires rocking motion, it causes trouble and there is no guarantee that it will always operate reliably.

When resetting this automatic needle reinforcing device, the holes 10b of the two metal plates 10a and 10c are
Since the positions of the small particles 3 and 8 are shifted, there is also the problem that it takes time to pass the locking body (small particles 3) and the guide body 8.

In addition, if the edges of the holes made by punching the metal plate are sharp, the needle element 4, the path thread 7, and the root thread 1
In order to cut it, it was necessary to process it to give it a rounded shape, which caused the problem of further increasing costs.

Furthermore, sometimes the fish swallows the hook 5 deep into its throat, and at this time, the above-mentioned locking body 3 is located in its mouth, and the two metal pieces of the standing figure that have moved towards it There was also the problem that the plates 10a, 10c were difficult to push into the mouth, and the above-mentioned engagement did not go well.

[Means for Solving the Problems] In order to solve the above-mentioned problems of the prior art, the present invention attaches the needle 5 to one end of the root thread 1 and interposes the locking body 3 to the other end. A reinforcing body 6 that is longer than the needle element 4 is provided, and the guide thread 7 is connected to a guide body 8.
A load sensing type unlocking means 9 is provided which is connected to the rear end of the reinforcing body 6 via the reinforcing body 6 and locking the reinforcing body 6 to the guide thread 7. In an automatic needle reinforcement tool provided with a locking means 10 for locking the base thread 1 to the locking body 3,
The locking means 10 is connected to the needle 5 by a thin wire-like body.
The side thereof is formed into a small diameter part 10A through which the root thread 1 and the needle element 4 pass, and a large diameter part 10B through which the locking body 3 passes is connected to the small diameter part 10A to form an annular body 10'. , this annular body 10' is fixed substantially in the axial direction of the reinforcing body 6.

[Function] Therefore, when a large fish hooks and pulls strongly, the load sensing type unlocking means 9 is activated and the reinforcing body 6 moves toward the needle 5 along the needle element 4. The needle element 4 moves relatively in the small diameter portion 10A on the tip side of the annular body 10', and as a result, the reinforcing body 6 hits the locking body 3 provided on the root thread 1, and at this time, the needle element 4 moves relatively in the small diameter portion 10A on the tip side of the annular body 10'. The stopper 3 slides on the side surface of the annular body 10' and connects the large diameter portion 10 to the small diameter portion 10A.
B, passes through this hole, and reaches above the root thread 1. After this instantaneous movement of the reinforcing body 6, the fish tries to escape by strongly pulling on the needle element 4, but the tension causes the needle element 4 to stretch slightly and the locking body 3 It moves to the tip side of the annular body 10' and is locked at its small diameter portion. At this time, since the annular body 10A is fixed in the axial direction of the reinforcing body 6, that is, the axial direction of the hole in the large diameter part 10B following the small diameter part 10A and the direction in which the needle element 4 is pulled are has a large angle (approximately right angle), so the locking body 3 will not come out of the hole in the large diameter portion 10B.

Since such an annular body 10' is fixedly provided in the axial direction of the reinforcing body 6, the operation is less likely to be mistaken compared to the conventional swinging type two metal plates, and the locking can be performed reliably. At the same time, resetting after catching a fish can be easily carried out without the trouble of passing the locking body 3 through holes at mutually shifted positions in two swingable metal plates.

[First Embodiment] As shown in FIGS. 1 to 4, the needle element reinforcing device according to the present invention has a root thread (also called Chimoto, usually Keprat (registered trademark) is used) 1 A relatively large knot 3 is provided at one end as a locking body to be engaged with a locking body 9 to be described later, and a needle element 4 is connected by this knot 3, and the base thread 1
A needle 5 is fixed to the other end. Said knot 3
may be small spherical bodies such as beads, plastic balls, ceramic balls or steel balls. The needle element 4 may be very thin compared to the size of the target fish, and one end thereof is connected to the root thread 1 as described above, while the other end is fixed to a bead 8, which will be described later. There is. Although the root thread 1 is generally made of a material much stronger than needle material and has a large diameter, it is known that it does not cause any alarm to fish.

Reference numeral 6 denotes a reinforcing body slightly longer than the needle element 4, and here it is composed of one wire (rope wire). Reference numeral 7 is a guide line, one end of which is fixed to the rear end of the reinforcing body 6 through a hole provided in a bead 8 (which may be a pulley) as a guide body, and the other end is fixed to a fishing rod (not shown). ) is connected to. However, if a tip thread is separately connected to the path thread 7,
This may be fixed to the rear end of the reinforcing body 6. At the rear end of the reinforcing body 6, this reinforcing body 6
An annular body 9A and an elastic rod 9B are provided as a part of a load-sensing type locking release means 9 for locking the road thread 7 to the road thread 7. An engagement ring 9C is fixed to the annular body 9A and the engagement ring 9C is elastically engaged with the annular body 9A, so that the elastic engagement is released only in the case of a large fish. The structure of this disengagement means 9 is not limited to the structure of the illustrated engagement ring 9C and rod-shaped elastic rod 9B, but may also have an appropriate shape such as a hairpin, and the annular body 9A also has the following structure:
It may be deformed to match the shape of this hairpin.
In addition, when using the above-mentioned tip thread, the engagement ring 9
C may be attached to either the lead thread 7 or the lead thread.

As shown in FIGS. 2 and 4, in the unlocked state of the unlocking means 9, this A locking means 10 is provided at the tip of the reinforcing body 6. That is, by bending a part of the wire of the reinforcing body 6, the needle 5 side forms a small diameter portion 10A through which the root thread 1 and the needle element 4 pass.
A large diameter portion 10B through which the knot 3 passes is connected to the small diameter portion 10A to form an annular body 10'.
The annular body 10' is provided so as to extend substantially in the axial direction of the reinforcing body 6. The end of the annular body 10' is fixed to the reinforcing body 6 by caulking with a clip.

As shown in FIGS. 3 and 4, the annular body 1
0' is configured such that its large diameter portion 10B is slightly curved and deviates from the axial direction of the reinforcing body 6, and the tip of its small diameter portion 10A is located approximately on the axial line of the reinforcing body 6. As a result, when a large fish hooks and pulls strongly, the load sensing type disengagement means 9 is activated, and when the reinforcing body 6 runs along the needle element 4 toward the needle 5, The needle element 4 facilitates relative movement of the small diameter portion 10A on the end side of the annular body 10', and when the reinforcing body 6 hits the knot 3 provided on the root thread 1, the knot 3 The small diameter portion 10A slides on the side surface of the annular body 10'.
It moves to the large diameter portion 10B following the hole, making it easy to pass through this hole, and at the time of engagement, it can be reliably engaged with the small diameter portion 10A.

The reinforcing body 6 and the annular body 10' may be constructed separately and connected and fixed, or may be constructed by integral molding of synthetic resin.

[Second Embodiment] As shown in FIGS. 5 and 6, in this embodiment, the annular body 10' is located on the axis of the reinforcing body 6 and protrudes horizontally.

In such a configuration, in order to ensure that the needle element 4 and the knot 3 are guided by the large diameter part 10B following the small diameter part 10A of the annular body 10',
A guide ring 11 is provided. That is, a guide ring 11 is provided upright near the tip of the reinforcing body 6 so as to guide the needle element 4 and the root thread 1. However, it goes without saying that even without such a guide ring 11, the operation required by the present invention can be fully expected. 12, when forming the reinforcing body 6 and the annular body 10' in a curved manner from one wire,
It is bent a little longer to make it easier to work with, and its end is bent at an angle from the reinforcing body 6 to protrude, and is used for winding up the needle element 4 and the thread 7. I have made it possible.

Furthermore, in this embodiment, the locking release means 9'
As for the annular body 9A and the elastic rod 9 in the first embodiment,
In addition to the locking release means 9 consisting of B and an engaging ring 9C, a tobashi is used. That is, Tobashi thread 9D
One end is fixed to the rear end of the reinforcement body 6, and the other end is fixed to the rear end of the reinforcement body 6.
It is engaged with an automatic needle stopper 9E fixed to the guide thread 7, and when the tensile force of the fish exceeds a predetermined value, the needle thread 9D is cut, and then the elastic engagement of the engagement ring 9C is released. , so that it functions as a two-stage lock release means.

[Effects of the invention] According to the automatic needle element reinforcing device according to the invention, holes were made in two conventional metal plates, and these were loosely fitted into a ring provided on the reinforcing body so as to be able to swing freely. Compared to the previous method, by simply installing one annular body in the axial direction of the reinforcing body with a thin wire-shaped body constituting the large diameter part that follows the small diameter part, it not only reduces the number of parts and manufacturing cost, but also
There are fewer troubles and there is an effect that a more reliable locking operation than before can be obtained.

In addition, when resetting the device after catching a fish, the operation is extremely simple as all that is required is to pass the needle element and line through one fixed annular body.

Furthermore, there is no need to punch out a metal plate as in the prior art, thereby providing the effect of preventing cutting of needle elements, etc. around the hole, or eliminating the need to process the edge of the hole.

Furthermore, if a fish occasionally swallows a hook deep into its throat, even if the locking body is located in its mouth, the ring-shaped body that has been moving towards it will Since it is substantially flat, it can be inserted into the mouth more easily than the conventional two metal plates in an upright position, and has the advantage that the above-mentioned engagement is more successful.

[Brief explanation of drawings]

The drawings show an embodiment of the automatic needle reinforcement device according to the present invention, and FIG. 1 is an overall side view when it is set, and FIG.
The figure is an overall side view during reinforcing operation, Fig. 3 is a perspective view of the main part during setting, Fig. 4 is a perspective view of the main part during reinforcing action, and Fig. 5 is a reinforcement of another embodiment. FIG. 6 is a side view of the entire structure during operation, FIG. 6 is a perspective view of the main parts when it is set, FIG. 7 is a side view of the entire conventional example during reinforcement operation, and FIG. 8 is a perspective view of the main parts. be. Root thread...1, Locking body...3, Needle...5, Needle element...4, Reinforcement body...6, Route thread...7, Guide body...
...8, Locking release means...9, Locking means...10,
Small diameter part...10A, large diameter part...10B, annular body...
...10.

Claims (1)

[Claims for Utility Model Registration] A needle 5 is attached to one end of the basic thread 1, a locking body 3 is interposed at the other end to connect the needle element 4, a reinforcing body 6 longer than the needle element 4 is provided, The string 7 is connected to the rear end of the reinforcing body 6 via the guide body 8, and a load-sensing lock release means 9 is provided for locking the reinforcing body 6 to the guide thread 7. Then, attach this tip to the locking body 3 of the root thread 1.
In an automatic needle element reinforcing tool provided with a locking means 10 for locking the needle element 10, the locking means 10 is formed by a thin wire-like body such that the needle 5 side has a small diameter that allows the passage of the root thread 1 and the needle element 4. A large diameter portion 10B through which the locking body 3 passes is connected to the small diameter portion 10A to form an annular body 10'.
This is an automatic needle reinforcing device in which this annular body 10' is fixedly attached to the reinforcing body 6 in the substantially axial direction. The automatic needle reinforcing device according to claim 1, wherein the small diameter portion 10A and the large diameter portion 10B of the annular body 10' are located approximately on the axis of the reinforcing body 6. At least the small diameter portion 10A of the annular body 10'
The automatic needle reinforcing device according to claim 1, wherein the reinforcing member 6 is inclined with respect to the approximate axis of the reinforcing body 6. The automatic needle reinforcing device according to claim 1, wherein the small diameter portion 10A and the large diameter portion 10B of the annular body 10' are curved with respect to the approximate axis of the reinforcing body 6. The automatic needle reinforcing device according to claim 1, wherein the small diameter portion 10A and the large diameter portion 10B of the annular body 10' are formed by curved wire. The automatic needle reinforcing device according to claim 1, wherein the small diameter portion 10A and the large diameter portion 10B of the annular body 10' are integrally formed of synthetic resin. The automatic needle reinforcing device according to claim 1, wherein the small diameter portion 10A and the large diameter portion 10B of the annular body 10' are integrally formed with the reinforcing body 6 by wire. The automatic needle reinforcing device according to claim 1, wherein the small diameter portion 10A and the large diameter portion 10B of the annular body 10' are integrally formed with the reinforcing body 6 from synthetic resin.