JPH029664Y2 - - Google Patents

Description

[Detailed explanation of the invention] [Industrial application field] This invention is used when the point is relatively deep from the water surface, and even when the line is thrown in or raised and lowered, even if it is a relatively long Harris. This relates to a balance interposed between the thread and the thread to prevent the thread from getting entangled with the weight or thread.

[Conventional technology]

Conventional balances of this type have a thread attachment part (Sarukan) at one end of an arc-curved steel wire, a Harris attachment part (Sarukan) at the other end, and a weight attached to the middle part of the steel wire. be.

This type of balance has one end attached to the line and a Harris attached to the other end, so that when the line is thrown toward the point, the steel wire will not turn sideways because the weight is in the middle of the curved steel wire. Therefore, the Harris is separated from the weight and the line to the side, so even if the line goes up and down, the Harris does not get entangled with the weight or the line.

In addition, with this type of balance, when the fish takes the bait and pulls it, or when the fishing rod is set up, the curved state changes to a straight state, and this change acts as a cushion, causing the needle to touch the fish's mouth. It also works to prevent it from tearing and coming off. But this work is not enough.

Therefore, in order to increase this function a little more, an attempt has been made to insert a rubber cord between the balance A and the tension rod, as shown in Figure 3. d is the thread and ho is the weight.

[Problem that the invention attempts to solve]

Among the conventional balances mentioned above, the latter one with a rubber string has a relatively small amount of stretch because the rubber string is bare, and if it is made too long, the tension will get tangled with the thread side. Therefore, the length of the balance had to be kept within the range of the length of the balance, and in the end, the effect of increasing the cushioning properties of the balance to a large extent could not be obtained.

[Means for solving problems]

In order to solve the latter problem of the above-mentioned conventional balances, this invention uses a rubber tube whose inner diameter is slightly larger than the diameter of the steel wire and is fixed to the steel wire at the weight attachment part. The other end has a length that extends partially from the other end of the steel wire, and the other end is a balance with a Harris attachment part.

[Effect]

The rubber tube has a significantly higher rate of elongation than regular rubber string, and it stretches in response to the pull of the fish and the strength of the rod, preventing it from tearing where the hook is attached to the fish.

〔Example〕

Figures 1 and 2 show an example of a fishing balance according to the present invention, which is made of a stainless steel wire 1, curved into an arc, and equipped with a hook 3a at one end of which a line 2 is attached. , from the other end of the steel wire, pass through a rubber tube 4 that is about 1.5 times the length of the steel wire 1 and whose inner diameter is slightly larger than the diameter of the steel wire, covering the entire length of the steel wire, and inserting a rubber tube 4 in the middle of the steel wire 1. The rubber tube is immovably fixed by pressing the weight hanging metal fitting 5 attached to the section. The rubber tube 4 is made of natural rubber or synthetic rubber such as urethane rubber and has appropriate elasticity. On the other end side a of the rubber tube 4, there is a part through which no steel wire passes, and the end thereof is provided with a cover 3b to which the Harris 6 is attached. 7 is a weight, and 8 is a pressed metal fitting for attaching the monkey can 3b to the rubber tube.

〔effect〕

The balance of this invention has a weight in the middle of an arc-shaped steel wire, and one end of the steel wire is attached to the line and a Harris is attached to the other end, so when the fishing line is put into the point, the weight is Since the balance (steel wire) sinks first, the balance (steel wire) turns sideways, and the Harris is separated from the weight and the line to the side, preventing the Harris from getting entangled with the weight and the line, and the steel wire. A rubber tube is passed through the tube and one end is fixed with a weight mounting bracket, and the other end is pulled out from the other end of the steel wire and has a Harris mounting part on the other end, so when the fish gets hot and pulls, it is easy to attach the weight. The rubber tube between the part and the Harris attachment part expands and contracts depending on the pull of the fish to exert a cushioning effect, thus effectively preventing the fish from coming off and the line breaking due to the strong pull of the fish.

Also, although the length of the rubber tube pulled out from the other end of the steel wire is not that long, the length of the tube that can be extended is from the weight attachment part and is long enough, so It has the effect that there is no inconvenience caused by making the rubber string long in order to fully exhibit the cushioning effect, as in the case of a balance with a Nomuku rubber string attached.

Furthermore, since the inner diameter of the rubber tube is made slightly larger than the diameter of the steel wire, even when the tube is stretched and its diameter becomes smaller, it has the effect of smoothly stretching without creating any frictional resistance against the steel wire.

[Brief explanation of drawings]

FIG. 1 is a front view of an example of a fishing balance according to the present invention, and FIG. 2 is an enlarged partially cutaway front view of the same.
FIG. 3 is a front view of a conventional balance. 1... Steel wire, 3a... Socket for guide line, 4... Rubber tube, 3b... Socket for Harris, 5... Weight hanging metal fittings.

Claims (1)

[Scope of utility model registration request] In a fishing balance in which a line attachment part is provided at one end of an arc-curved steel wire, a Harris is attached to the other end, and a weight is attached to the middle part, the steel wire has an inner diameter slightly smaller than the diameter of the steel wire. A fishing balance characterized in that a large rubber tube is passed through and fixed to a steel wire at a weight attachment part, the other end of the rubber tube has a length that is partially extended from the other end of the steel wire, and the other end is provided with a Harris attachment part. .