JPS6029881Y2 - Capsule for casting fishing - Google Patents

Description

[Detailed explanation of the invention] In this invention, the casting device is a capsule, and more specifically,
The present invention relates to a capsule in which a tackle is housed inside the capsule, and the capsule is made to fly and land on a desired sea surface by firing with a gun-type automatic fishing device, and is capable of automatically pulling out the tackle into the sea at a predetermined water depth position.

In general casting fishing, a contraption attached to a rod via a line is made to fly by the reaction of swinging the rod, and is landed on a desired sea surface.

However, as mentioned above, casting fishing requires extremely skilled techniques to fly the tackle far and land it on the desired sea surface, making it difficult for beginners to fully enjoy casting fishing. .

Furthermore, when flying the bait, the rod must be swung widely, which is not only dangerous, but also requires sufficient space around the bait, which limits the number of places where cast fishing can be done.

Furthermore, since the baits fly through the air and fall to the sea surface, there is a problem that the baits attached to the baits are easily dislodged due to the impact of throwing or landing on the water, and the resistance during flight, especially soft baits that fish prefer. cannot be used.

In order to solve the above-mentioned problem of artificial fishing, the device is stored in a capsule, and the capsule is fired with a spring-type or pneumatic gun toward the desired sea surface, and the capsule lands on the water. The present applicant has already proposed a fishing device in which a tackle is fed into the sea in Japanese Patent Publication No. 55-35085.

In this way, by using a capsule and using a launcher to launch the capsule to the desired sea surface, even beginners can enjoy casting fishing without the need for skilled techniques and without being restricted by location. It is.

This invention is related to the improvement of the capsule used in the above-mentioned casting fishing equipment.It has a simple structure and is easy to use, and it effectively protects the bait attached to the bait and allows the bait to be held at a predetermined water depth. The purpose is to provide a capsule that can be pulled out into the sea and directly obtain subtle fish signals.

The structure of this invention consists of a capsule body that houses the device, a cap, and a spring. It is designed to be automatically removed.

This invention will be explained below based on the embodiments shown in the accompanying drawings.

As shown in the figure, the capsule 1 includes a hollow capsule body 3 that houses the mechanism 2, a cap 4 through which the thread A is movably fitted to the body 3, and a separable elastic material between the cap 4 and the body 3. The capsule 1 is composed of a spring 5 that gives the capsule 1 a flight, and an index weight 6 that pulls the line A and lets it out from the reel when the capsule 1 is in flight.

The capsule body 3 is formed of synthetic resin or the like into a cylindrical shape with one end closed in a conical shape, and has a plurality of holes on the outer peripheral surface of the closed end to provide stability and straightness during flight. A blade 7 is provided, and the peripheral wall has a diameter that is one step smaller from the middle part to the open end.

The camp 4 includes a head 8 made of lead or the like, a shaft 9 threadedly connected to the head 8, and externally fitted onto the shaft 9 so as to be movable in the axial direction. The tip of the shaft body 9 is connected to the small diameter portion 3a of the capsule body 3.
The cap 4 is formed into a cylindrical body 11 which is externally fitted to the capsule body 3, and a pair of hook parts 12 are provided at the fitting portion between the cylindrical body 11 and the small diameter part 3a, so that the cap 4 can be attached to the capsule body 3 in a manner such that it cannot be removed. is now possible.

The above-mentioned hooking part 12 is composed of an annular projection 13 provided on the inner periphery of the cylindrical body 11, and a hooking step part 14 provided on the outer periphery of the small diameter part 3a.

The shaft body 9 is divided into a plurality of parts by cuts 15 along the axial direction from the cylindrical body 11 to the intermediate position, and is given elasticity such that the cylindrical body 11 constantly expands and the hooking part 12 separates. ing.

The shaft body 9 has a small diameter portion 9a on the head 8 side and a cylindrical body 11.
It consists of a large diameter part 9b on the side, a large diameter part 9b and a small diameter part 9a.
are continuous at the tapered portion 9c.

The inertia ring 10 is made of a metal such as lead, and its inner diameter is designed to hold the large diameter portion 9b at a reduced diameter. Therefore, when the inertia ring 11 is positioned at the large diameter portion 9b, the cylinder becomes cylindrical as shown in FIG. The diameter of the shaped body 11 is reduced, and the hooking part 12 is engaged with the cap 4.
and the capsule body 3 are combined.

Furthermore, when the inertia ring 10 moves to the small diameter portion 9a, the second
As shown in the figure, the expansion seat stopper part 12 of the cylindrical body 11 is released.

The movement of the inertia ring 10 from the large diameter portion 9b to the small diameter portion 9a is caused by an impact when the capsule 1 falls and lands on the sea surface.

The spring 5 is fitted onto the small diameter portion 3a of the capsule body 3, is compressed between the cylindrical body 11 of the cap 4 and the stepped portion of the small diameter portion 3a, and provides elasticity to constantly separate the cap 4 and the capsule body 3. are doing.

The capsule body 3 and the cap 4 are connected by a connecting thread 15, and the capsule body 3 has an air escape hole 1.
6 to make it easier to sink.

This device has the above-mentioned structure. The cap 4 is inserted into the line A, the index weight 6 and the device 2 are attached to the end, and the bait 2b is attached to the hook 2a of the device 2. Store the cap 4 inside the capsule body 3, and insert the cap 4 into the capsule body 3.
The spring 5 is compressed and fitted into the open end, the inertia ring 10 is slid into the large diameter part 9b, the diameter of the cylindrical body 11 is reduced and the hook part 12 is engaged, as shown in FIG. Combine with.

The capsule 1 is set in a direct firing device, and the capsule 1 is fired toward a desired sea surface using a gun-type firing device that uses spring pressure or air pressure.

Capsule 1 pulls out the line from the reel while cap 4
It flies with the plane in front of it and falls onto the sea surface with the cap 4 facing down as shown in Figure 2.

When the cap 4 falls to the sea surface, an impact occurs, and the inertia ring 1o located on the large diameter portion 9b moves toward the small diameter portion 9a as shown in FIG. 2 due to the impact.

Therefore, the cylindrical body 11 opens due to the expansion elasticity of the shaft body 9.
Since the hooking part 12 is released, the cap 4 and the capsule body 3 sink into the sea while being separated.

Since the heavier cap 4 sinks first, the device 2 inside the capsule body 3 is pulled out into the sea, and the device 2 and the reel at hand are connected by the line A, as shown in Figure 3. , you can get fish credit directly.

As described above, according to this invention, the cap is attached to the capsule body that houses the device at the mechanism part, and the main body and the cap are given elasticity to be constantly opened by a spring, and the inertia ring is generated by the impact from the collision with the sea surface. moves to release the latching part, so when casting, the tackle can be protected and cast long distances to the desired sea surface. It also allows the use of soft baits.

In addition, since the inertia ring is moved by the collision with the sea surface and the cap is separated from the capsule body, reliable operation is obtained and there is no hindrance to the line and the device, so the line can be stretched freely. , you can get subtle fish information directly.

Furthermore, since the tackle can be stored in the capsule, it becomes possible to enjoy both cast fishing using an automatic firing device and artificial casting fishing.

[Brief explanation of the drawing]

FIG. 1 is a vertical cross-sectional view of the capsule according to the invention, FIG. 2 is a partially cutaway front view showing the capsule landing on water, and FIG. 3 is a front view showing the capsule submerged in seawater. 1 is a capsule, 2 is a device, 3 is a capsule body, 4 is a cap, 5 is a spring, 6 is an index weight, 10 is an inertia ring, and 12 is a hook.

Claims (1)

[Scope of utility model registration request] A capsule body is formed to be hollow inside and open at one end so as to store a device, and the capsule body is removably attached to the open end of the capsule body with a hook part, and the hook part is always attached to the open end of the capsule body. It is composed of a cap that is given expansion elasticity to open and separate, and a spring that provides elasticity that allows the cap and capsule body to open at all times. A capsule fishing device is characterized by a movably attached inertia ring that expands the holding part at a position away from the holding part.