JP2005124555A - Float leading whole bite - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a float through which a fishing line passes and a fishing tackle continues to sink to the bottom of the sea until getting a fish bite, but on getting a bite of a fish, which is locked by the fishing line and sinks into water to give the fishing bite by an eyesight. <P>SOLUTION: This float is provided by utilizing a weak force such as a fishing bite on the fishing line, also utilizing a lever principle as maximally for converting it to a strong force in an extent of locking the float with the fishing line, also utilizing a hard pipe for preventing the fishing line from leaving from the action point of a lever to limit the passing place of the fishing line for locking the float surely. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention does not require a float stop to Michite, and the mechanism keeps sinking due to the weight of the fishhook and bait, but the fish is caught in the fishhook of the mechanism and only when the device is pulled to the seabed, the float locks and It relates to a float that can be identified by sinking.

  In order to align the bottom of the float with the swimming layer of the fish, attach a float to the Michito with rubber or thread, and when the mechanism sinks to that point, it will be caught by the float and the floating float will be determined under the float. The floating float mechanism is generally used, but with the emergence of fish collection agents, the swimming layer of the fish has become the same as the dropping trajectory of the bait. The one that adjusts the gravity of the weight is called the all-inducing device, which has recently become popular and is the most effective device.

  Each of the devices shown above has advantages and disadvantages, and in the case of moving floating devices, you can explore the depths, but because the bait with fishhooks stays in the sea, it is difficult to touch the fish and eat the fish. In the case of a fixed mechanism, it is not necessary to install a weight, and the bait with a fishhook sinks at the same speed as the falling bait, so the fish eats very well, but the float is fixed Therefore, the bottom of the float is limited to the length of the carp, and the deep field where the fish does not come up to the carp bait cannot be searched.

  The mechanism that combines the advantages of both of the above-mentioned mechanisms is an all-induction mechanism that can sink the bait with a fishhook in accordance with the falling speed of the bait, and can be explored in any depth, but has many drawbacks.

  The biggest drawback is that the mechanism including the float floats in the water, so it is only possible to judge the atari of the fish based on the feel of the tip of the fish. Because it is necessary to keep it at a constant level, it is pulled gradually by the tidal current and wind force and goes off the fall trajectory of the bait.

  Adopting the most ideal all-induction mechanism as a mechanism, and removing all the disadvantages makes it a perfect mechanism, so it is sufficient to attach a float that can distinguish the fish at all induction mechanisms, but the float has two It must have indispensable performance.

One is that the mechanism keeps sinking in sync with the bait, and the other has a built-in mechanism where the float is locked by Michito and sinks into the sea only when the fish adds a hook with a bait and pulls it to the seabed. It is that you are.

Since the float of this invention is equipped with the performance, it will solve all the subjects.

  In the current fishing where the number of fish is decreasing year by year, bait is indispensable, and it is a common practice to float the fish by floating the bait, but no matter how much the bait is fed, The fish that floats differs depending on the season, time of day, and weather, so accurately predicting fish fish on the day of fishing will affect fishing results, but the float of the present invention eats fish hooks. Because it keeps sinking along with the bait until it catches, there is no need to predict the fish's tana of the day, and since the mechanism always keeps the highest position, the fish can be caught well and left to the tide flow Since the float can be flowed, the technology such as applying a mite is completely unnecessary, and the operability is excellent.

  The feature of the float of the present invention is that the mechanism with a fishhook sinks to the point where the fish bites at the same speed as the bait, and when the fish bites the needle, Harris is pulled and the float floats, Without attaching the detent, pass it from the sharp cut surface direction of the hard pipe built in the debris, attach a small sarkan to the mitigite that came out from the opposite side, and attach Harris with a fishhook to the end, the mechanism is completed However, depending on the weather such as wind and waves on the day of fishing, it is possible to adapt to the circumstances by various means such as attaching an underwater float whose specific gravity is slightly larger than seawater depending on how the device sinks.

  A float having the same effect as the float according to the present invention has been studied in various ways. However, since it is complicated, there are many parts and it cannot be used in terms of size. In contrast, the float of the present invention is the same size as a general float, the mechanism is simple and hard to break, the number of parts is small, and the operation is far superior to the conventional one. is there.

  Sectional material floating in water (1) Fan-shaped cavity in the center (3) Inside the rigid pipe (5) with the buoyancy-increasing float (4) bonded to the inside using a stopper (6) as a fulcrum, Michite (7) The positional relationship in the fan-shaped cavity part of the said hard pipe in the water which passed through is shown.   Sectional view (Fig. 1) From the state shown in Fig. 1, pulling down the mitigite (7) passing through the inside of the hard pipe (5), the hard pipe is lowered downward with the stopper (6) as a fulcrum, and the hard pipe is cut at an acute angle. The surface is in close contact with the fan-shaped cavity (3) ceiling surface, and shows a state in which the mitigite passing through the hard pipe is sandwiched and pressed and cannot pass.

Claims (1)

(1)
A weight (2) lighter than the buoyancy of the material (1) is embedded in the bottom of the material (1) floating in water, and a fan-shaped cavity (8) is provided vertically in the center of the material (1) to increase buoyancy. Stopping tool so that one side of the hard pipe (5) to which the float (4) is bonded is cut at an acute angle and the fan-shaped cavity (3) ceiling surface and the side surface of the hard pipe (5) are in close contact with each other (6) is used as a fulcrum, and when the hard pipe (5) is passed through the acute angle cut surface side, the mitigite (7) coming out of the hard pipe (5) is moved downward. When pulled, the rigid pipe (5) sharp cutting surface side rises up to the fan-shaped cavity (3) ceiling surface with the stopper (6) as a fulcrum according to the principle of leverage, and the Michite (7) is connected to the hard pipe (5 ) An acute cross section and the fan-shaped cavity (3) sandwiched between the ceiling surface and pressed, Fishing float that foundation yarn (7) is characterized by comprising a mechanism that does not pass through the material (1).

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