JP3233433U - Fishing rod with electric shocker - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fishing paddle provided with an electric shock mechanism which can be applied to fishing of a large fish, and an electric shocker which can be easily enjoyed by minimizing damage to the caught fish. SOLUTION: In a fishing rod 100 in which a spinning reel 300 of a road thread 200 is attached to a grip portion 102 of a rod 101 and the road thread is connected to a fishing hook 500 via Harris 400, a pair of insulating coated electric wires are attached to the road thread and Harris. A pair of insulated coated wires are connected to the feeding lines 201 and 202 via a spinning reel, the feeding line is connected to the battery 204 via a switch 203, and the fishing hook is connected to one of the insulated coated wires. A second discharge electrode 501 was provided as the release electrode of the above and connected to the other end of the insulating coated electric wire. The switch was provided on the rod to be a manual type operated by an angler, or a load detection type switch that was turned on when a tension overload of a predetermined value or more was applied to the thread was provided on the spinning reel. [Selection diagram] Fig. 1

Description

The present invention relates to a fishing rod equipped with an electric shocker that gives an electric shock to calm the fish to be fished without damaging it as much as possible.

Fishing is generally a hobby or leisure, and anglers often go to various places such as offshore mountains, rivers, seas, sandy beaches, rocky shores, embankments, etc., and one of the pleasures is inquiries with the fish caught. Is important as.
Generally, when you catch a fish, you remove the hook from the fish, but because the hook hangs on the fish's mouth, throat, or body, the fish may run wild or close its mouth tightly, so you can catch or hold the fish firmly. It often takes time and effort, such as having to do it. Especially in the case of dangerous fish, contact may cause injury.
Conventionally, the fish caught is weakened by a brutal method such as hitting the head of the fish, stabbing it with a knife, or hitting it to remove the hook, so the fish is damaged or dead, and it cannot be released. ..

Recently, there is a tool to pinch and hang the lower jaw, and the above problem has been improved to some extent.
Although it is not common for tuna fishing boats, a large-scale electric shock device is permanently installed on the boat, and while the tuna is hooked on the hook and pulled up, the fish is directly shocked and put into a suspended state to minimize the occurrence of flaws. I'm catching it.

Therefore, the present invention is particularly applicable to fishing of large fish such as yellowtail, amberjack, ara, bora, and tie, and the voltage, current, and amount of electricity can be set appropriately, and the user does not get an electric shock. Equipped with an electric shock mechanism that is inexpensive and has a low financial burden, it provides a fishing rod that can be easily enjoyed with minimal damage to the fish caught.

The main technical configuration in the present invention that satisfies the above problems is as follows (1).
(1) In a fishing rod in which a spinning reel of a fishing line is attached to a grip of a rod and the fishing line is connected to a fishing hook via Harris, a pair of insulated coated electric wires are provided between the fishing line and Harris. The pair of insulated coated wires connect the feeding line via the spinning reel, the feeding line is connected to the battery via a switch, and the fishing hook serves as a first discharge electrode to which one of the insulated coated wires is connected. , A fishing rod characterized in that a second discharge electrode connected to the other end of the insulating coated electric wire is opposed to the fishing hook and adjacent to the fishing hook.
(2) The fishing rod according to (1), wherein the switch is provided on the rod and is manually operated by an angler.
In the present invention, the fishing line is a fishing line that connects the tip of a spinning reel or rod to the gimmick Harris, and the material is nylon, PE, or fluorocarbon. For large fishing, it is preferably made of fluorocarbon, which is resistant to scratches.
An insulated wire is, for example, an insulating shield coated with enamel, nylon, vinyl, polyurethane, etc. having an outer diameter of about 0.005 to 0.32 mm, and a conductor wire plated with silver having an outer diameter of 0.10 to 0.30 mm. It refers to those using annealed copper ultrafine conductors, ultrafine metal fiber electric wires, stainless ultrafine electric wires, etc., and may be laid flat with the above-mentioned road thread, or may be integrally covered with the road thread with an insulating shield as shown in the examples. good.

The fishing rod having the above configuration of the present invention can be applied especially to fishing of large fish such as bristle, amberjack, ara, bora, and tie, and it is a safe and compact specification that the angler does not get an electric shock by setting the voltage, current and electricity amount appropriately. It is equipped with an electric shock mechanism that is inexpensive and has a low financial burden, and exhibits excellent effects such as being easy to enjoy with minimal damage to the fish caught.

It is a bird's-eye view explanatory view which shows the Example of this invention. It is an enlarged explanatory view of the grip part of the rod shown in FIG. It is the cross-sectional explanatory view (1) of the line 200 and the cross-sectional explanatory view (2) of Harris 400.

The embodiment for carrying out the present invention will be described in detail with reference to the examples shown in FIGS. 1 to 3.
In FIG. 1, the fishing rod 100 of this example is a fishing rod in which a spinning reel 300 of a road thread 200 is attached to a grip portion 102 of a rod 101, and the road thread 200 is connected to a fishing hook 500 via a Harris 400.
The road thread 200 is a fishing line that connects the tip of the spinning reel 300 or the rod 101 to the gimmick Harris 400, and is made of nylon, PE, or fluorocarbon. For large fishing, it is preferably made of fluorocarbon, which is resistant to scratches.

In the fishing rod 100, the road thread 200 is provided with a pair of insulated coated electric wires 200-2 and 200-3 coated with an insulating sheath 200-1 as shown in FIG. 3 (1). As shown in FIG. 3 (2), the Harris 400 is provided with a pair of insulated coated electric wires 400-2 and 400-3 coated with an insulating sheath 400-1.
In the figure, 601 is a tenbin, and 602 is a connector for connecting the line 200 and its side-by-side insulated coated electric wires 200-2 and 200-3 to Harris 400 and its insulated coated electric wires 400-2 and 400-3.
It is preferable that all of the insulating coated electric wires are conductive metal fibers covered with a flexible insulating sheath.

In FIG. 2, the insulated coated electric wires 200-2 and 200-3 attached to the road thread 200 are connected to the feeder lines 201 and 202 at the winding start end of the spinning reel 300.
The feeder lines 201 and 202 are connected to the battery 204 via the switch 203.
The switch 203 is provided on the rod and is a manual type that is turned on when an angler catches a fish.

In FIG. 1, the fishing hook 500 is connected to one of the insulated coated electric wires 400-2 of the Harris 400 to serve as a first discharge electrode.
Further, a second discharge electrode 501 supported by an insulator is provided adjacent to the base of the fishing hook 500, and the other insulating coated electric wire 400-3 of the Harris 400 is connected to the second discharge electrode 501.
As an alternative to the switch 203, the spinning reel 300 may be provided with a load detection type switch that operates ON when a tension overload of a predetermined value or more is applied to the road thread 200.
The battery 204 is a handy type, and when the switch 203 is turned on, the fishing hook 500 of the first release electrode and the second release electrode 501 are short-circuited through the jaw of the fish, and a current of 0.018 A is energized for 1 second at 300 volts. be.

The fishing paddle 100 as the above configuration example feeds the fishing hook 500, throws it into the sea, and waits for the fish to hang. When a fish hangs, the switch 203 is turned on to energize and discharge between the fishing hook 500 of the first release electrode and the second release electrode 501 to give an electric shock to the fish to put it in a suspended state, without letting it escape without rampaging. It is easy to pull it up to the surface of the sea, rescue it with a fishhook, and capture it.
The electric shocker in this example is the battery 204, the switch 203, the feeder lines 201 and 202, the insulated coated electric wires 200-2, 200-3, 400-2, 400-3, and the fishing needle 500 of the first discharge electrode. , Refers to a series of constituent mechanisms of the second discharge electrode 501.

Since the present invention exhibits the above-mentioned excellent action and effect, it contributes not only to general anglers but also to the fishing industry.

100: Fishing rod 300: Spinning reel 101: Rod 400: Harris 102: Grip part 400-1: Insulated sheath 200: Road thread 400-2, 400-3: Insulated coated wire 200-1: Insulated sheath 500: Fishing hook 200- 2, 200-3: Insulated coated wire 601: Tenbin 201, 202: Power supply line 602: Connector 203: Switch 501: Second discharge electrode 204: Battery

Claims (2)

A spinning reel of a fishing line is attached to the grip of the rod, and the fishing line is connected to a fishing hook via Harris. A pair of insulating coated electric wires are provided between the fishing line and the Harris, and the pair of insulating wires is provided. The coated wire connects the feeding line via the spinning reel, the feeding line is connected to the battery via a switch, and the fishing hook serves as a first discharge electrode to which one of the insulating coated wires is connected, and the insulating coating is used. A fishing rod characterized in that a second discharge electrode connected to the other end of an electric wire is opposed to the fishing hook and is adjacent to the fishing hook. The fishing rod according to claim 1, wherein the switch is provided on the rod and is of a manual type operated by an angler.

Images