JP2005027628A - Device for fishing tackle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an inexpensive device for a fishing tackle capable of automatically floating/sinking hooks or a fish-gathering tool such as a ground bait-scattering container for gathering fishes within an optionally set water depth range without operating a rod up and down for solving problems such that in drabbling, since a fishing person must move a bait (fishing hooks) up and down for appealing to fishes, the load of the fishing person becomes a considerable amount, and while in float fishing, although the up and down movements of the bait (fishing hooks) are not performed, since the depth below the float is fixed, the fishing person only has to wait. <P>SOLUTION: This device for a fishing tackle is provided by installing a supplemental float or an intermediate weight and a gas-catching device below it on a fishing line delivered from a fishing rod, etc., and further below, and installing by joining a gas-releasing device for releasing the gas in water, the hooks for fishing or fish-gathering device such as the ground bait-scattering container, etc. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention performs a wide range of shelves to improve the fishing results and appeals to the fish by automatically raising and lowering a fishing bait such as a bait (fish hook) or a rice bran container in a predetermined depth range of water, The present invention relates to a fishing device that reduces the burden on an angler and improves fishing results.

  As a device for automatically raising and lowering fishing equipment such as fishing baits (fish hooks) and rice bracing containers within a predetermined depth range, a method using an electric reel can be considered.

However, an electric reel is expensive, requires a relatively large electric power, has a louder driving sound, and is limited to fishing just under the tip of the reel.
There was no device suitable for quay fishing, mainly for pulse fishing and floating fishing.

In any fishing, there is a difference in fishing results depending on whether or not you can put a device in the place where the fish is located (shelf = depth) and appeal the bait (fishhook), komase, etc. to the fish. The point of fishing results improvement in quay fishing such as floating fishing and pulse fishing is in appealing to fish such as bait (fishhook) on the shelf (= depth) where fish are located and fish such as komase. In pulse fishing, bait (fishhook) is moved up and down to appeal to the fish within the depth range considered by the angler. The burden on the angler is considerable. The range of vertical movement is the range above and below the tip of the heel and remains within a few meters.
On the other hand, in the case of floating fishing, since the vertical movement of the bait (fishhook) is not performed, the burden on the angler is small, but the floating depth is fixed and there is no choice but to wait for the fish to pass. Therefore, the fishing results do not go up easily.

  The present invention is an inexpensive device that can automatically float (move up and down) a fish collecting tool such as a bait (fish hook) or a rice bracing container in an arbitrarily set underwater depth range without the fisherman operating the rod up and down. An object is to provide a fishing device.

  In order to achieve the above object, the fishing device of the present invention is provided with an auxiliary float or an intermediate weight on a road line fed out from a fishing rod or the like, and a gas trapping device below it, and further underwater in water. A gas generator for releasing gas and a fish collecting tool such as a needle for fishing fish or a rice bowl that collects fish were connected to each other.

The device according to the present invention makes it possible to automatically float (move up and down) fish collecting tools such as needles or fish collecting containers for collecting fish in an arbitrarily set underwater depth range.
In other words, the bait (fishhook) komase or the like is raised and lowered on the shelf where the fish is (= depth), and appeals to the fish. When using live baits (eg, sea bream, shrimp, small fish, etc.) for “mebaru” or “black shark” fishing, the situation is as if the live bait is swimming around. Furthermore, if it is used for floating fishing, it is possible to float and sink bait (fishhook) komase and the like. That is, it is possible to perform pulse fishing at a distance from the quay.
Also, if the rice case container is hung, the rice bowl releases the rice cake little by little at the time of ascent and descent. Since this release is performed at the targeted depth, it is possible to squeeze Komase in a place where there is a favorite without food.
It is also possible to use an underwater fishing light as a fish collecting tool, and since the light repeatedly floats and sinks underwater, a fish collecting effect can be expected as in the case of Komase.

  The fishing device according to the present invention is a gas generator for providing an auxiliary float or an intermediate weight to a road line drawn out from a fishing rod or the like, and a gas trapping device thereunder, and further releasing a gas in water underneath. A fish collecting tool such as a needle for catching fish or a rice bowl that collects fish was connected and provided. And with this configuration, when the gas trapping device captures and stores the gas released from the gas generating device, the device is raised in water by the buoyancy of the gas stored in the gas reservoir, and reaches the water surface or a preset depth Depress the self-supporting posture of the gas trapping device to release the gas stored in the gas reservoir. The fishing device sinks due to the weight of the device due to the disappearance of buoyancy. As long as gas release from the gas generator continues, it floats and sinks in water.

FIG. 1 shows a first embodiment of the present invention.
On the surface of the water is a main float 1 which is connected to a fishing rod (not shown) by a road thread 15 which supports the entire device in water. Under the surface of the water, the device is suspended via a road thread 15a having a length for setting an ascending / descending amount. An auxiliary float 2, a gas trap 3, a gas generator 4, and a weight 6 are disposed below the main float 1. Usually, a fishing hook 9 with bait 10 under the weight 6 is connected directly or by Harris (thread) or the like.

FIG. 2 shows an example of the structure of the gas trapping device 3, which is composed of a rod 7 made of a rigid body such as a metal wire and a gas reservoir 8 formed in a thin conical shape, for example, fixed to the rod 7. Yes. Further, an upper portion of the rod 7 includes a ring 7a for connecting the road thread 15 and a lower portion includes a similar ring 7b for connecting the gas generating device 4.
The positional relationship between the positions of the rings 7a and 7b and the center of the buoyancy due to the gas accumulated in the gas reservoir 8 in the gas trapping device 3 is such that the buoyancy by the auxiliary buoy 2 acts on the ring 7a (acts when it is on the water surface). However, underwater weight such as the gas generator 4 and the weight 6 acts on the ring 7b. From these force balances in water, the respective positions are set in such a positional relationship that the gas capturing device 3 stands vertically when it is in the water and quickly falls when it reaches the water surface. Of course, the volume of the gas reservoir 8 is determined taking into consideration that the volume of the gas changes depending on the water depth (water pressure). That is, it is needless to say that the volume of the gas reservoir 8 is determined and the positional relationship of each part is determined so that the balance is not lost to the water surface due to the fact that the volume doubles when the water surface rises from a depth of 10 m. .

  In addition, although the simple conical shape was demonstrated as the shape of the gas reservoir 8, another shape example is shown in FIG. Needless to say, the shape as shown in (a) can be easily released, the shape as shown in (b) is difficult to release, and a triangular pyramid, a quadrangular pyramid, and a polygonal pyramid are possible. .

FIG. 4 shows a liquefied gas cylinder and a cylinder holder constituting the gas generator. (A) shows a disposable lighter 11 that is optimal as a liquefied gas cylinder.
In addition to the disposable lighter, it is possible to use a full-fledged cylinder device containing liquefied gas, a solidified gas such as dry ice, or a substance that vaporizes when exposed to water. (B) shows a cylinder holder 5 that is optimal for a disposable lighter.
The cylinder holder 5 has a metal case structure and includes arm pieces 5c and 5d. When the disposable lighter 11 is attached by pushing down the lever 11a, the disposable lighter 11 is held by the arm pieces 5c and 5d on both sides as shown in FIG. Since the lever 11a is pushed by the upper plate 5e, the enclosed liquefied gas is continuously discharged as a gas. The amount of discharge can be arbitrarily set by adjusting the lighter. When a disposable lighter is used, the amount of emission from the flame can be confirmed if it is ignited before being installed. Rings 5 a and 5 b for connection similar to the rod 7 of the gas capturing device 3 are attached to the upper and lower sides of the cylinder holder 5.

Next, the specific operation of the device of the present invention will be described with reference to FIGS. These drawings show the state of the ups and downs operation by the trapping and storing of gas in the apparatus of FIG.
Under the main float 1, an auxiliary float 2, a gas trap 3 and a gas generator 4 are connected from above. Below that, a fishing hook 9 with a weight 6 and bait 10 is arranged.
The weight 6 adjusts the relationship between the buoyancy of the gas trap 3 and the total weight from the auxiliary float 2 to the bait 10. That is, when the weight of 6 is increased, the sinking speed can be increased. Needless to say, it is not necessary when the gas generator 4 is heavy. Further, since the weight of the gas generating device 4 is reduced by the discharge of the liquefied gas, the sinking speed becomes slow. By increasing the amount by the weight 6, it is possible to float and sink at a constant rising and falling speed.
Although the weight 6 is provided under the gas generating device 4, it may be connected directly under the gas capturing device 3 or with Harris. When the apparatus having such a configuration is thrown into the water, it sinks into the water surface immediately after landing on the surface of the apparatus due to its own weight, and each part is arranged substantially vertically in the water as shown in FIG.

  Since the gas is released from the gas generator 4, this gas is accumulated in the gas reservoir 8 of the gas trap 3, and the fishing hook 9 with the gas trap 3, the gas generator 4, the weight 6, and the bait 10 is Ascend underwater as shown in FIG. Here, the auxiliary float 2 functions to maintain the vertical posture of the gas trap 3.

  As shown in FIG. 8, when the auxiliary float 2 reaches the water surface, the buoyancy is lost to keep the gas trapping device 3 in the vertical posture, and the vertical posture of the gas trapper 3 collapses so that the gas in the gas reservoir 8 is blown at once. discharge. Then, the buoyancy of the gas capturing device 3 disappears, the device sinks and returns to the state of FIG. By repeating such an operation, a range approximately equal to the distance L1 between the main float 1 and the gas trap 3 is automatically floated up and down as shown in FIG.

9 and 10, a second embodiment in which an intermediate weight 12 is used above the auxiliary float 2 will be described. In this example, even if the auxiliary float 2 does not reach the water surface, as shown in FIG. 10, the intermediate weight 12 prevents the device from rising, and when the gas trapping device 3 falls down, the gas in the gas reservoir 8 is released in the water. Repeat the ups and downs as before. In this case, it automatically floats up and down between the distances L2. In this example, the influence of ripples on the water surface can be avoided.
As will be apparent from the example of FIG. 11 described later, the auxiliary float 2 is not necessarily required depending on the design of the gas trapping device 3.

FIG. 11 shows a third embodiment in which the present device is directly connected to the road thread 15 from the heel.
The kite is set in a stand (not shown).
In this case, the position (depth) of the intermediate weight 12 is arbitrarily set by the feeding amount of the road thread 15. The device repeats automatic sinking underneath the tip. The angler should just watch the change of the tip slowly. At the tip of the road line 15, an intermediate weight 12, a gas trap 3, a gas generator 4, a weight 6, and a fishing hook 9 with bait 10 are arranged.
In this case, in the gas trapping device 3, the rod 7 is manufactured to be long so that it can stand up in water without auxiliary floating. That is, the position of the ring 7b is elongated from the gas reservoir 8 downward. In this way, the gas trap 3 is self-supporting in water by adjusting the position of the rod 7 of the gas trap 3. When the buoyancy that allows the gas to accumulate and rise in the gas reservoir 8 of the gas capturing device 3 is obtained, the gas capturing device 3 is raised in the water with the gas capturing device 3 as the uppermost position. Then, the gas trap 3 is pulled by the intermediate weight 12 in the same manner as the portion indicated by a two-dot chain line in FIG. .
And the device that lost buoyancy will sink again.

As a fourth embodiment, coma making using a coma container will be described. Komase can also be effective in small amounts if it is made where fish are located (shelf = depth). In addition, the ascending / descending operation is useful for moderate release of komase and can collect fish efficiently.
In the embodiment of FIG. 11, it is only necessary to hang a rice bracing container instead of fishing bait. By setting this device at the upstream position of the tidal current at a quay, etc., and fishing on the downstream side where the rice is flowing, the school of fish gathered in the rice can be efficiently fished against the opponent.

When the target place is away from the quay, a system using a float is used. For example, as shown in FIG. 12, the main float 1, the intermediate weight 12, Under the gas capturing device 3, the gas generating device 4, and under the 4, there is suspended a rice cracker container 13 containing a rice cake 16. In the same way as in FIG. 11, the rise and fall of the gas trapping container 3 raises the Komase burning container to the position indicated by the two-dot chain line 13A, where the upper ring 7a rises at the intermediate weight 12 as 7aA. As a result, the gas trapping device 3 loses its independence and rolls over as indicated by 3A indicated by a two-dotted line, and the gas in the gas reservoir 8A is released. And the device that lost buoyancy will sink again. And it raises again with the capture | acquisition accommodation of the gas in the gas capture apparatus 3, and this apparatus repeats floating and sinking operation until there is no gas. In this example, at the water depth H, the top 16 can be spread in the range of the width Lw of the depth. In addition, there are many types of the komase container 13 made of plastic or metal, and the weight in water varies depending on the specific gravity of the material.
In the case of using a heavy metal Komaze removal container in water, the gas capturing device 3 having a large volume gas reservoir 8 capable of generating buoyancy that overcomes the weight may be used. Gas is required and the cycle time is also long. In such a case, as shown in FIGS. 9 and 10, if the auxiliary float 2 is used as buoyancy assistance, the small gas capture device 3 can be used, so that efficient automatic floating and sinking can be performed.

The first embodiment of the present invention shows a stationary state. Sectional drawing of a gas capture device is shown. Other examples of gas trapping devices are shown. (A) shows the example of the shape which is easy to discharge | release gas (b) shows the example of the shape which does not discharge | release gas easily. The component used for a gas generator is shown. (A) shows the disposable gas lighter used for a liquefied gas cylinder. (B) shows an example of a cylinder holder. 1 shows a gas generator. FIG. 2 is a gas capture / accommodation state diagram in the apparatus of FIG. 1. FIG. 2 is a rising operation state diagram in the apparatus of FIG. 1. It is a gas discharge state figure at the time of the water surface arrival in the apparatus of FIG. 2 shows a second embodiment of the present invention (stationary state diagram). FIG. FIG. 10 is a gas discharge state diagram of the apparatus of FIG. 9. 3 shows a third embodiment of the present invention (stationary state diagram). FIG. It is an example of the top player which is the 4th example of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main float 2 Auxiliary float 3 Gas capture device 4 Gas generator 5 Cylinder holder 5a, 5b Ring 6 Weight 7 Rod 7a, 7b, Ring 8 Gas reservoir 9 Fishing hook 10 Feed 11 Liquefied gas cylinder: Disposable lighter 11a Liquefied gas discharge lever 12 Intermediate weight 13 Komaise sowing container 14 Fishing rod 15, 15a Road thread 16 Komaze

Claims (4)

  A device that is connected to a line drawn from a fishing rod, etc., provided with an auxiliary float, a gas trapping device under it, a gas generator under it, and a needle for catching fish or a fish that collects fish A fishing device characterized by connecting a fish collecting tool such as a container.   A device connected to a line drawn from a fishing rod, etc., comprising an intermediate weight, a gas trapping device with a predetermined length below it, a gas generator below it, and a needle for fishing fish Alternatively, a fishing device characterized in that a fish collecting tool such as a rice bowl for collecting fish is connected to the fishing device.   A device connected to a road line drawn out from a fishing rod, etc., provided with an intermediate weight, an auxiliary float with a predetermined length below it, a gas trapping device below it, and a gas generator below it And a fishing device characterized in that a fish collecting tool such as a needle for fishing fish or a fish container for collecting fish is connected.   A fishing device according to claim 1, wherein a main float is provided on the road line between the fishing rod and the auxiliary float in claim 1 and a road line between the fishing rod and the intermediate weight in claim 2 and 3, respectively. apparatus.

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