JPS6331567Y2 - - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to a bending device for fishing.

A conventional drawback of the Harris device with a fishing hook attached was that it was easily tangled in the line. In this regard, the method of setting a fishing hook invented by the inventor of the present invention, filed on April 1, 1988, is that
The Harris mechanism, in which a flexible pipe is inserted and woven upwards, prevents the Harris from becoming entangled when catching fish, successfully overcoming the drawbacks of conventional products.

However, in the case of boat fishing, especially when lowering the reel quickly, the reel may fall suddenly due to the weight and become tangled with the reel, which is woven upwards due to water resistance.

Further, as a prior art, there is a device described in Japanese Utility Model Application Publication No. 47-20786. This is done by cutting only the thin tube part of the thin tube with a belly tube at approximately the center, bending the belly tube into an L shape at the cut point, inserting a guide thread into one of the two divided thin tube sections, and inserting a Harris into the other. It has a configuration that allows it to be inserted.

However, because this thin tube with a belly pad has a structure in which the Harris and the thread are passed through the thin tube part, when winding it around a mount etc., the thin tube part is made into a straight line and the thread is wound along the thread. As a result, when unraveling the device, the threads tend to get caught in the bent thin tube portion and become tangled.

Utility Model Application Publication No. 53-98188, which is also a prior art, is a piece balance for fishing, which is fundamentally different from the present invention, but similar to the above-mentioned thin tube with a belly bar, it uses an L-shaped pipe in a straight line. It has drawbacks such as the inability to wind it along the line.

In view of the circumstances mentioned above, the bending mechanism for fishing of this invention prevents the Harris from getting tangled even when unloading the reel quickly during boat fishing, and when winding it around a mount etc. To provide a bending device for fishing that can be wound without getting entangled.

Its structural features are that a fishhook is attached to one end, the other end is connected to the middle part of the line, and a flexible pipe is covered near the connecting part of the wire. Insert a bendable metal wire into the pipe, attach one half of the pipe on the connecting part side along the guide line, and when in use, bend the metal wire in the other half of the pipe together with the pipe. This is to keep the Harris inside the pipe in a bent state.

An embodiment of the present invention will be described below based on the drawings.

Reference numeral 1 denotes a Harris, 2 a fishhook attached to one end of the Harris 1, 3 a line, and 4 a connecting point between the other end of the Harris 1 and the line. 5 is a flexible pipe,
The Harris 1 above the connection point 4 is covered.

The engagement between the Harris-covered pipe 5 and the road thread 3 is such that the pipe 5 and the road thread 3 are knitted together and only the road thread 3 is knitted by the knitting thread 6. Furthermore, a metal wire 7 is inserted into the flexible pipe 5.
The metal wire referred to in the present invention can be a wire or a steel wire, and in this embodiment, a seven-strand wire is used. Since this metal wire is inserted through a wire shorter than the length of the pipe 5, there is no risk of it protruding outside the pipe 5.

8 is a mount, 9, 9 are bored holes for hooking a fishhook, and 10...10 are cut lines for hooking a fishing line. On this mount 8, two sets of threads, each consisting of three Harriss connected in series, are interlocked. 1
1 and 11 are jumpers with snaps attached to one end of the thread. When rolled on this mount,
The metal wire inserted into each pipe 5 is kept straight without being bent yet. When in use, the connecting parts of the Harris are bent into an L-shape as shown in Figure 1, so that tangles can be eliminated.

Although this metal wire can be fixed into an L-shape through plastic deformation, it has a certain degree of rebound elasticity due to the characteristics of the wire or steel wire, so it can be bent into an L-shape. In order to do this, it is necessary to bend it further and use the force to return it to fix it in an L shape, but in the case of this example, the
If the pipe is folded in half downward at the connecting point up to 180 degrees and then returned by the repulsive force, it can be bent into an L-shape of 90 degrees as shown in Figure 1.

As mentioned above, the fishing folding device of the present invention has the following effects.

By simply bending the metal wire inserted into the flexible pipe along with the wire, the wire can be kept in the same state. This results in
Harris is kept in an L-shape with respect to the path, so
It doesn't get tangled in the road. As a result, we were able to completely eliminate the tangle of the Harris when lowering the reel quickly due to the dead weight of the weight.

When the metal wire is wound around the mount at the time of sale, etc., the metal wire can be made in a straight line, so it can be wound so that the pipe is aligned with the line, saving space and allowing it to be wrapped around the mount. When unraveling, the thread will not get caught on the pipe and become tangled.

Since the wire is bent by the metal wire, even if the wire is deflected vertically or horizontally with respect to the line due to a fish being caught, the metal wire can fully accommodate this, and the bent portion It is durable and rarely breaks.

Furthermore, even if the metal wire breaks, the pipe remains as a tangle stopper, so you can continue fishing.

Since the pipe into which the Harris is inserted is attached to the line, the fish signal from the hook is transmitted from the Harris to the line with great sensitivity, even though it passes through the pipe.

Since the metal wire is inserted into the pipe into which the Harris is inserted, and the metal wire is supported by the pipe, manufacturing is simple and inexpensive, and the metal wire does not come off from the pipe, making it highly durable. It has become something.

As described above, the present invention provides a fishing bending mechanism that is suitable for mass production, has great practical value, and has very high industrial applicability.

[Brief explanation of the drawing]

FIG. 1 is a front view showing an embodiment of the fishing folding mechanism of the present invention, and FIG. 2 is a front view showing the folding device wound on the mount. In the diagram: 1... Harris, 2... Fishhook, 3... Line, 4... Connecting point, 5... Flexible pipe, 7...
...Metal wire, 8... Mount.

Claims (1)

[Scope of utility model registration request] A fishhook is attached to one end, and the other end is connected to the middle part of the fishing line.A flexible pipe is covered near the connecting part of the Harris, and a linear bendable pipe is placed inside the pipe. Insert a metal wire, tie one half of the pipe on the connecting part side along the guide line, and when in use, bend the metal wire in the other half of the pipe together with the pipe to prevent the tension in the pipe. A folding mechanism for fishing, which is characterized by keeping the frame in a bent state.