JP2001008592A - Movably and consecutively linked floats - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a movably and consecutively linked floats where the floats can react even to small baits, the floats and a fishing line do not cause entanglement when casting and reeling in the fishing line, the floats can freely move along the fishing line without obstacles, the floats is stabilized after the floats landed on the water, the fishing line can smoothly move even if a heavy adjusting sinker is not used and a fishhook can smoothly fall down to a fishing spot of the desired depth of the water. SOLUTION: This movably and consecutively linked floats have a float-fixing line 5 separately from a fishing line 7 in order to fix plural slender floats A to E, to enable the floats to react and to prevent the plural fixed floats from getting entangled in the fishing line 7. The movably and consecutively linked floats are not fixed on the fishing line 7 to reduce the contact area of the floats with the fishing line 7. The floats have fishing line-guiding rings 4 to freely move the floats themselves without obstacles and have at least one sinker 6 to stabilize the floats A to E and to smoothly move the fishing line 7.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a multi-stage movable float used for fin fishing and the like.

[0002]

2. Description of the Related Art Conventional float fishing floats include:
(1) A plurality of floats A to E are directly fixed to the warp yarn 7 at arbitrary intervals, or (2) A plurality of floats A fixed to the connecting yarn.
A weight is attached to the lower part of the float of ~ E, the float is raised, a tube is inserted between the floats, and a connecting thread is passed. (3) A spiral wire or a coil spring is used for fixing the float.
Further, there is known a structure in which a hollow portion such as a pipe is used as a guide line guide hole (for example, Japanese Utility Model Laid-Open No. 6-94).
77, JP-A-56-175078, JP-A-56-175079 and JP-A-57-1568).

[0003]

Among the techniques described in the prior art, in (1), when a plurality of floats A to E are fixed directly to the peg 7 at arbitrary intervals by a toothpick or the like, a small hit However, the reaction of the float is well understood, but when a plurality of floats are fixed at a position longer than the length of the fishing rod (not shown), it is difficult to wind the line 7 and the length of the fishing rod (not shown) is increased. It was difficult to catch fish in deeper water. In addition, since the space between the floats L1 to L4 is the warp yarn 7, there is a problem that the warp yarn 7 is entangled with a plurality of floats when the rod is transferred or taken in.

[0004] In (2), the reaction of the float is clearly understood.
It helps prevent entanglement, but the tube also acts as a float,
Increased resistance to fish and fishing rod (not shown)
In the case of catching fish at a depth deeper than the length of the fishing line, there is a problem that it is difficult to adjust the length of the line from the float A to the hook and it is difficult to wind the line 7.

In (3), the plurality of floats L1 to L4 are connected to each other by using a spiral wire, a coil spring, a pipe, or the like, and a warp yarn 7 is passed as a warp guide hole. In this case, the float and the yarn are prevented from entanglement, the float is moved, and the yarn 7 is moved. In any case, since the float and the hollow in the connecting member are used as the yarn guide holes, the inside of the float is changed. In addition, since the contact area between the hollow of the connecting member and the warp yarn 7 is increased, the resistance to the warp yarn 7 is increased, and after the float has landed, the fishing hook 1 can be smoothly moved to a desired water depth. May require an adjustment weight heavier than usual. In addition, pipes and the like act as floats and the buoyancy of the floats is increased, so that in fishing that requires sensitivity, there is a problem that resistance to the fish is increased and the reaction of the floats is difficult to understand.

According to the present invention, the fixed floats A to E do not become entangled with the line thread 7 when the rod is transferred or taken in while the plurality of fixed floats are sensitive to small hits. The plurality of floats A to E are unfixed in the warp yarn 7, the contact area with the warp yarn 7 is further reduced, and the floats can move freely without obstacles. Even if a heavy adjusting weight is not used, the line 7 can move smoothly, and the hook 1 can be smoothly moved to the desired depth point regardless of the length of the fishing rod (not shown) and the water depth. The purpose is to provide a movable multi-stage float that can be lowered down to.

[0007]

SUMMARY OF THE INVENTION To achieve the above object, a movable multi-stage float according to the present invention fixes a plurality of slender floats A to E, improves the reaction of the slender floats, and increases the slender float. By fixing the slender floats A to E on the float fixing lines 5 provided in addition to the warp yarn in order to prevent the tangling of the sludge float 7, the reaction of the slender floats is improved. In order to further improve the reaction of the slender floats, the slender float A is made smaller than the slender floats B to E, and the distance between the floats L1 to L1 of the plurality of slender floats A to E is increased.
By fixing the slender float by changing the interval of L4, the slender float responds more sensitively. By fixing the slender float to the float fixing line 5, the slender float and the yarn 7 can be prevented from entanglement.

Further, in order to reduce the contact area with the movable continuous float in the warp yarn 7 and to freely move without obstacles, the warp yarn guide ring 4 is attached to the lower part of the plurality of slender floats A to E.
It becomes a non-fixed movable floating float and can move freely without obstacles.

Furthermore, in order to stabilize the float and to smoothly move the yarn 7, the weight 6 is attached to at least one lower part of the slender float of the movable continuous float to thereby fix a plurality of fixed slender floats A. The lower part of E is stable, and the yarn 7 can move smoothly.

[0010]

Embodiments of the present invention will be described with reference to the drawings. 1 and 2, a plurality of elongated floats A to E are made of polyethylene resin, ABS resin, wood,
Materials such as Kaya, stainless steel, brass, foam resin, and carbon can be considered. More specifically, the cross-sectional shape is cylindrical, and both ends have a shape with little water resistance.

In FIGS. 1 and 2, the float fixing wire 5 may be made of a material which does not easily rust, such as a stainless wire, a stainless wire, a brass wire, a stainless piano wire, a synthetic fiber, a nylon wire, a carbon wire, and the like. More specifically, the elongated floats A to E and the float fixing lines 5 are fixed using an adhesive,
It is elastic and has a diameter that makes the slender float respond sensitively.

In FIG. 1, the distance between the slender floats of the continuously movable float is such that the lengths of the floats A to E are L5.
L4 = 1, L3 = L4 × 1.5, L2 = L3 × 1.4,
It is desirable that L1 = L2 × 1.3.

In FIGS. 1 and 2, the guide thread 4 can be made of a material such as brass, stainless steel, synthetic fiber, carbon, polyethylene resin or ABS resin. More specifically, attached to the lower part of the plurality of slender floats A to E, the moving continuous floats can move freely without obstacles in the line yarn 7, and
It is of such a degree that no load is applied to the elongated floats A to E and the road thread 7.

In FIG. 2, the weight 6 of the elongated float is made of brass
It is formed by processing lead and stainless steel. More specifically, at least one of the elongated floats A to E is attached to the inside of the elongated float or to the lower part of the outside. The movable continuous float is stabilized, and the yarn 7 moves smoothly. It should be noted that the load and the resistance to the movable floating float and the fish are small.

[0015]

Since the present invention is configured as described above, it has the following effects.

In the float fixing line 5 provided in addition to the yarn,
By changing the interval and the size of the plurality of elongated floats and fixing them in series to the elastic float fixing line 5 as shown in FIG.
As shown in the figure, the slender floats B to E are on the sea surface 10, but when a normal weight adjusting weight 9 is used, the slender float A is in the sea, thereby acting as an underwater float and visually observing the tidal current. it can.
As shown in FIG. 3, in the initial stage of fish biting, the elongated floats A and B react sensitively even with a small hit, are more resistant to exposure, and have better surfing. In addition, even when the fish is stationary with the food added, the user can directly see the state. Further, when the fish release the bait, the slender floats A and B return to the original position, so that the bait also moves, and the fish easily bites following the moving bait.
As shown in FIG. 4, after the fish bite, the fixed elongated floats A to E are sequentially drawn into the sea. In addition, when the rod is transferred or taken in, it is possible to prevent the moving continuous step float and the yarn 7 from entanglement.

In the yarn guide ring 4, a plurality of elongated floats fixed to the float fixing lines 5 are provided below the yarn guide ring 4.
In addition, by passing the yarn, the non-fixed movable multi-stage floating member is formed. In the yarn, the contact area is reduced, and the yarn can be moved freely without obstacles.

Further, in the weight 6 attached to the lower part of the fixed elongated float, the movable float is attached to at least one of the elongated floats. With the weight adjusting weight 9, the line 7 moves smoothly, and the fishing hook 1 can be lowered smoothly to the target water depth point. In addition, since the yarn 7 between the movable continuous floats is always in the sea, the influence of the wind on the yarn 7 is small,
At the time of rod transfer, the floating float is not required and the floating float can be cast far away.

[Brief description of the drawings]

FIG. 1 is a front view of a state in which a movable multi-stage float is floated on the sea surface.

FIG. 2 is an enlarged cross-sectional view of a main part of a movable multi-stage float.

FIG. 3 is an explanatory diagram showing a behavior of a movable multi-stage float in an initial stage of fish biting.

FIG. 4 is an explanatory diagram showing a behavior of a movable multi-stage float after a fish bites.

[Explanation of symbols]

 L5 Float Length L1 to L4 Between Floats A to E Slender Float 1 Fishing Hook 2 Harris 3 Sarkan 4 Road Line Guide Ring 5 Float Fixed Line 6 Weight 7 Road Line 8 Adjusting Weight 9 Sea Surface

Claims (3)

[Claims] 1. A plurality of slender floats A to E are fixed in series to a float fixing line 5 provided in addition to the yarn, to improve the reaction of the slender floats, and to entangle the slender floats A to E. Prevent moving tandem float. 2. A plurality of slender floats A to E fixed in series to the float fixing line 5 are provided with a yarn guide ring 4 at a lower portion thereof, and are not fixed to the yarn 7 so that they can move freely without obstacles. Item 4. The movable continuous float according to Item 1. 3. The movement according to claim 1, wherein a weight 6 is attached to at least one of the plurality of elongated floats to stabilize the lower portions of the plurality of elongated floats A to E so that the yarn 7 can be moved smoothly. Continuous floating.