JPS603731Y2 - fishhook - Google Patents

Description

[Detailed explanation of the invention] The author's invention relates to a fishhook that can be replaced with one touch without cutting the hook, and can be used repeatedly.

Fish are generally very wary and very sensitive to small changes in water temperature, turbidity of the tide, current, ebb and flow, etc., and even if there is lively food in front of them, they will not give up on their heat. There are many cases.

The eclipse also differs depending on the weather, such as on a dark night, when the moon is out, when the sun is out, in the morning, and in the afternoon.

Furthermore, fishing baits vary depending on the type of fish and the fishing location, but it is usually easier to catch fish by using the bait that is most abundant in the fishing location/land.

For example, in the case of black sea bream, they often eat isomes and shrimps in general, but on the Miura coast of Misaki, watermelons often flow into the sea because they are a production area of watermelons, and fish like to eat watermelons, so they eat watermelons. It is famous for its pokan fishing.

However, even if you go to another land and use watermelon as bait, you will not be able to catch any fish.

Recently, there have been an increase in the number of anglers, and the fish from each fishing spot have become more popular.Especially when fishing for sabiki, the type of skin (mackerel skin, conger conger skin, shark intestine, etc.) and the color of the hook In addition, the color of the luminescent ball makes a big difference in fishing results.

For this reason, in the field of fishing hooks, colored needles with various colors such as red, gold, silver, and pearls have been provided on the surface, but these conventional colored needles simply have various colors on the surface of ordinary iron needles. Since the color was simply applied, the color easily peeled off, especially if it was scratched by fish teeth, reducing its value as a colored needle.

Furthermore, traditional fishing hooks rust after one use, and when the hooks rust, fish bite becomes extremely difficult, so not only can they not be used repeatedly, but hooks, skins, luminous balls, etc. can be used at fishing spots. If you want to replace it as necessary, you have to cut the Harris each time, and the replacement work is very troublesome and takes a lot of time because it is done on a fishing boat that is crowded with anglers and is unstable due to shaking. , I often lost the opportunity to fish.

Therefore, conventionally, when going fishing, it was customary to prepare a large number of different types of sabiki and carry them with you each time, and the preparation was extremely difficult.

This invention was created in view of the above-mentioned circumstances,
The purpose is not only to be able to be used repeatedly without rusting even if it gets wet with seawater, but also to
Luminescent hands and various colored hands can be produced extremely easily, and the inconvenience of color peeling off as with conventional colored hands can be completely eliminated. You can change the needle to the most suitable one on the spot without cutting the needle, and by combining luminescent needles or various colored needles with various leathers, luminous beads, etc., you can create subtle lights and colors that were previously impossible. The purpose is to provide a fishhook that allows a person to easily make his or her own sabiki, and is the best as a empty hook or a sabiki hook.

The structure of the present invention will be explained with reference to an embodiment shown in the drawings. Reference numeral 1 is a fishhook, and the fishhook 1 is made of synthetic resin and integrally shaped.
A cutout groove 4 is formed into which the cutout groove 4 can be removably inserted.

One or more protrusions 5 for preventing removal are integrally provided within the notched groove 4.

The shape of Chimoto 2 may be spherical, disc-shaped, truncated conical or other appropriate shape, and Motoshiro 1
There may be one or two or more.

Alternatively, it may be configured in an umbrella-like shape. In the above description, the entire fishhook 1 is molded from synthetic resin, but as shown in FIG. As shown in FIG.
As shown in FIG. 3, an iron part 1"" having a tip 2' with a notched groove 4' may be buried in the upper end of the shaft 6"" of a synthetic resin fishhook.

It is also possible to add a protrusion or flat twist to the shaft to prevent the bait from falling out, or to form the shaft into a prismatic shape so that the needle reflects easily in the water.

Reference numeral 8 denotes a light-emitting ball made of synthetic resin, and a half-moon-shaped notch 8' is provided from the outer edge of one side of the light-emitting ball 8 to the center.

When attaching the fishing hook 1, which is structured as described above, to the Harris 3, make a round knot 3' at the tip of the Haris 3, and pull both sides of the Haris 3 from the open end side of the notched groove 4. 2, the protrusion 5 protruding into the cutout groove 4 is elastically deformed by the pressing force of the hook 3, and the fishhook 1 can be attached to the hook 3 very easily with one touch.

Furthermore, after attachment, the protrusion 5 elastically returns to its original state and securely engages the Harris 3 in the notch groove 4.
Fishhook 1 will not fall off from Harris 3 inadvertently.

Also, when replacing the fishhook 1, contrary to the above, if you strongly pull the Harris 3 toward the open end of the notch groove 4, the protrusion 5 will elastically deform outward, so you can remove the Fishhook 1 from the Harris 3 with one touch. It can be removed and therefore the fishing hook 1 can be replaced very easily without cutting the hook 3.

By the way, since the fishing hook 1 is made of synthetic resin, when it is molded, a phosphorescent face or something that reflects and glows when exposed to light (reflective paint) or various other coloring agents (dyes and pigments) and fragrances are mixed into the resin material. By doing so, it is possible to easily make luminescent needles, fluorescent needles, or fishhooks of various colors.

Furthermore, when making a sabiki by attaching various skins such as conger skin, mackerel skin, shark intestines, luminescent beads, etc. to the fishhook 1, as shown in FIG. If the skin 7 is folded and a luminescent ball 8 made of synthetic resin having a notch 8' as shown in FIG. 1, it can be detachably attached and fixed tightly with one touch.

Therefore, fishing hooks 1 of different colors, shapes, or sizes,
By preparing various kinds of skins 7 and luminous beads 8, there is no need to cut the fishing hook 3 and there is no need to wrap and fix the thread, and the combination of the fishing hook 1, skin 7, and luminous beads 8 can be adjusted according to weather conditions.
It can be quickly and easily made to suit the needs of each individual depending on the ebb and flow, tide flow, turbidity, time, etc.

In addition, the skin 7 is prone to dirt and scratches due to the adhesion of oil and other substances, and once oil and other substances have adhered to the skin, it becomes difficult for fish to bite, so it must be used many times during one fishing trip (about Ideally, the sabiki should be replaced about 3 times in 6 hours.

Therefore, in the past, the previous device (sabiki) was completely discarded each time and replaced with a new device (sabiki), but with the present invention, it is extremely economical to simply replace the skin with a new one.

In addition, as shown in Figure 10, for example, in conventional needles with skin, the upper end of the skin is wrapped around the tip of the needle with a thread, so the needle is in a state of floating in the water (always in this state).
However, as mentioned above, by bringing the fishing hook 1 and the skin into close contact with each other through the luminescent ball 8, the hook 1 and the skin 7 are always integrated underwater. The fish are easily caught by moving the target, and the hook 1
Since the material itself shines through the skin 7, it can give a subtle feeling that cannot be produced with conventional products, and it looks like a real small fish (whitebait, etc.) to the fish, so the fishing results are excellent.

It is extremely advantageous to provide unevenness or a step on the axis of the needle 1, since the light-emitting ball 8 can be reliably positioned without being accidentally shifted.

Furthermore, the present invention is effective for all types of fishing hooks, such as two-needle and three-needle hooks, and provides particularly good results for lure fishing.

On the other hand, in the past, when the line slackened due to the vertical movement of the boat due to waves, the line would become loose, and in such cases, the fish's opening where the hook was inserted would widen, and the hook would often come off the fish. However, by providing two or more modifiers as shown in FIG. 6, the above-mentioned inconvenience can be reliably solved.

As mentioned above, in the present invention, the entire or part of the fishhook is made of synthetic resin, and the tip of the fishhook is provided with a cutout groove integrally projecting with a protrusion for preventing the fishhook from slipping out. The fishhook is detachably attached to the fishhook, and a light-emitting ball made of synthetic resin is provided with a half-moon-shaped cutout from the edge to the center, and the light-emitting ball is attached to and detached from the fishhook through the cutout. Since it is constructed so that it can be worn freely, it can not only be used repeatedly for a long period of time without rusting even if it gets wet with seawater, but also allows for the production of luminescent hands and various colored hands with great ease. What's more, it completely eliminates the inconvenience of the color peeling off like with conventional colored needles, and it can also be used on the spot with a single touch without cutting the needles, depending on various conditions such as weather or tide. It can be replaced with a luminescent needle or various colored needles, and in addition, by appropriately combining the luminescent needle or various colored needles with various skins, luminous balls, etc., you can create a subtle feeling like a real small fish that was not possible with conventional methods. It is possible to easily make one's own sabiki on the spot, which eliminates the conventional hassle of preparing and carrying a large number of sabiki when going fishing, and is extremely economical. However, it is the best as a dry hook or a sabiki hook, and it has extremely useful practical effects such as being easy to use regardless of whether you are a fishing veteran or a beginner, and you can always expect big fishing results.

[Brief explanation of the drawing]

Figure 1 is an overall side view of the present invention, Figures 2, 3, and 4.
The figures are a partially cutaway perspective view, a side view, and a plan view showing the shape of the tip and the structure of the notch groove, respectively. Figures 5 to 7 are side views showing the other side, and Figure 8 is the fishhook, skin, and light emitting. FIG. 9 is a plan view of the light-emitting ball, and FIG. 10 is a perspective view of a conventional example. In the figure, 1 is a fishhook, 2 is a chimoto, 3 is a Harris, and 4 is a notched groove.

Claims (1)

[Scope of utility model registration request] All or part of the fishhook is made of synthetic resin, and the tip of the fishhook is provided with a cutout groove integrally projecting with a protrusion to prevent the fishhook from slipping out.
A fishhook is detachably attached to the Harris through the notch groove, and a luminous ball made of synthetic resin is formed with a half-moon-shaped notch extending from the edge to the center, and the luminous ball is attached to the notch. 1. A fishhook, characterized in that it is configured to be detachably attached to a fishhook via.