JPH11346619A - Sinker of point-supported freely movable inverted-l shaped paternoster - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a paternoster tackle capable of making a main line to be directly movable to sensitively transmit the bite of a fish to the hand, suppressing the entanglement trouble of the tackle, reducing the resistance of air to enable a long-casting and reducing the snagging trouble in the sea by using a main line, a sinker and a tackle having specific structures. SOLUTION: This paternoster sinker has a single supporting point composed of three supporting points consisting of a sinker supporting point, a main line supporting point and a tackle supporting point combined with each other by a swivel 3. The swivel 3 is integrated to sinker 1, an integrated thicker sinker- supporting rod (stainless steel wire, etc.), and a thinner stainless steel wire 2 bent in the form of a hook. The hooked stainless steel wire 2, etc., integrated in the sinker-supporting rod 4 (stainless steel wire, etc.), is opened in the form of inverted L in flying at the single supporting point (the rearmost part of the integrated sinker 1, 4) of the swivel 3 and is closed in ordinary state. The stainless steel wire 2 is slid in the pulling direction of fish exclusively by the pulling with a fish together with the swivel 3 and the main line which have a single supporting point.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a balance weight in throwing fishing, in which three fulcrums supporting a thread, a weight, and a mechanism are made to be movable one fulcrum, so that the thread is directly moved and the area around the fish is sensitive. It is an invention for reducing the entanglement of devices, reducing air resistance, enabling long casting, and reducing the roots in the sea.

[0002]

2. Description of the Related Art Conventionally, a weight is fixed with two stainless wires or the like (hereinafter referred to as a stainless wire).
When one of the stainless steel wires is used, it is bent into an L-shape when used as shown in FIG. 6 or when a weight and a balance are made to different specifications and incorporated when used [FIG. 8]. In most cases, a hole is made at the center of the weight, and a stainless wire is used in a semi-movable state through the virtual line shown in FIG. 9 as shown in FIG. 9.

[0003] The so-called sea basin balance shown in Fig. 6 has two stainless wires for fixing the weight, which are of the same diameter and the same length for convenience of manufacture, and one of the stainless wires 7 which is bent into an L-shape when used. Is the same thickness as the weight supporting stainless steel wire 10,
The air resistance when throwing for fixing in the bent state is large,
It is easy to take root because the shape in the sea does not change after landing.
The fulcrum 8 for connecting the yarn from the reel and the fulcrum 9 for conveying the fish were also separated from the fish, so that they were extremely insensitive.

As a method of improving the sensitivity, there is a method in which the device itself is connected to the yarn and the device is devised in a semi-moving or full-moving manner (FIG. 7).
And two sides of 8 must be used, and one side of the diagonal 11 device connecting the two points of 8 and 9 together with the balance itself 7 when throwing into the sea creates the maximum air resistance, This was the cause of the flight distance drop. The stainless steel wire 7 that is bent into an L-shape has the same diameter and the same length as the stainless steel wire 10 for the weight support rod. It was easy to get entangled. In addition, the shape in the sea is not changed, and the triangle 11 connecting the fulcrum 8 and the fulcrum 9 is as complicated as possible. In addition, there were many roots.

[0005] The joint method of the weight plus the balance shown in FIG. 8 has the same disadvantage. Because the balance and the weight are not fixed, the shape of the ready-made weight is particularly limited,
Since the ready-made weight 13 and the ready-made balance 12 must be joined in some way, when thrown into the sea, the movement of the balance and the weight is not uniform and the flight distance is reduced, the trick is easy to entangle, and it is easy to catch fish , Fulcrum 1
Since the fulcrum 8 and the fulcrum 17 are separate and must be sensed via the weight 13, the heavier the weight, the higher the resistance and the lower the sensitivity. Also, it is not suitable for the specification of a large heavy weight, and the mechanism is limited.

[0009] The weight-moving balance of FIG. 9 is advantageous in terms of the sensitivity of knowing the location of the fish because the weight, weight, and line are arranged in a straight line in the sea. And the stainless steel wire 15 move relative to each other to obtain the sensitivity, so that sand or mud enters the gap between the weight 14 and the floating part of the stainless steel wire 15 and hinders the floating. Trouble often occurred. In addition, the L-shaped balance that prevents the entanglement of the device is movable, but is located at the tip of the weight in the protruding direction. To reduce the entanglement of the device, a thicker and longer rod-shaped stainless steel wire 16 is required. I do.
This thick and long balance had more air resistance and was not suitable for long throw. However, the shape in the sea is weight, road thread,
It is said that there is little rooting because the device moves in a straight line.

[0007]

[Problems to be Solved by the Invention] Currently used for throw fishing (line wound on a reel, about 200 m)
Is a new material yarn (twisted yarn, PE line, etc.) is becoming mainstream. Since this yarn has little expansion and contraction of the yarn itself, it is easy to convey the change of 70 m ahead, 100 m ahead,
Since the strength is two to three times stronger than that of nylon yarn, it has become possible to use a thinner yarn in order to reduce air resistance during long throw. What is needed is a longer throw and better sensitivity to take advantage of the characteristics of this yarn.
It is the emergence of a weight-integrated floating balance that has little rooting and is difficult to see.

[0008]

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to more effectively realize the advantages of off-the-shelf balances and methods and to overcome all of the disadvantages.

The structure and structure of the present invention will be described with reference to the drawings. [FIG. 1] The weight 1 is integrated with a weight support rod (stainless steel wire or the like) of a thick stainless steel wire 4 and a loop is formed at the tip of the support rod 4 to lock the weight. Bend into mold 19. The return wire 3 is passed through another processed thinner stainless steel wire 2 and incorporated into the stainless steel wire 4.

The stainless wires 2 and 6 and the stainless wire 4
Since the manufacturing process is different, the stainless wires 2 and 6 can be longer and thinner than the stainless wire 4.

The stainless wire 2 is processed by passing an important detent 3 (a size that does not come off from the upper ring 19 of the weight support rod 4) through the stainless wire 2 in order to form a fulcrum floating type.
A ring is formed to the extent that the return 3 does not fall off at both ends of the 2, and one of the rings is incorporated into the support rod 4, and a portion of about 5 to 6 mm from the assembled ring is bent downward by about 90 ° to 100 ° square. The reversing 3 built-in balance is free to move through the reversing 3 only when there is a fish contact with the one-fulcrum movable inverted L-shaped balance.

In addition, a stainless steel wire 6 shown in FIG. 2 and a balance 6 provided with a single-round or double-round loop such as 5 is also included in claim 2. This single or double circle ring is 2 times return with snap to make it a fulcrum
This spring plays the role of a wheel for attaching the zero and the role of a spring. This spring absorbs the force (shock) when throwing out the weight, so that the material of the inverted L-shaped movable balance 6 and a thinner stainless steel wire can be used. The air resistance can be further reduced.

The greatest feature of this balance weight is that the fulcrum 19 of the weight, the fulcrums 3 and 20 of the thread, and the fulcrum 21 of the device are concentrated on the stainless steel wires 2 and 6 to 3 and 20 and are one fulcrum. Is a floating type.

[0014]

Embodiments and effects Next, the method of use and movement will be described. First, the state is usually as shown in FIG.
Pass the thread (road thread) from the reel through the loop of the fulcrum 19,
Combine with return 3 or return 20 with snap,
According to the law of gravity, the movable balance 2 or 6 hangs down via a buckle 3 or a snapback 20 with one fulcrum. That is, a state in which the device is connected to the lower end 21, that is, a state of being always in a straight line is maintained at one fulcrum. Even in the sea, it is straight in this state, so there is little rooting and fish intake is easy.

Next, in the case of movement during movement and movement, first, a long balance 2 or 6 having a small air resistance and hard to be entangled is opened in an inverted L-shape as shown in FIG. 3 only when throwing into the sea. Fly in the air. At this time, the inverted L-shaped balance and the device work as tail fins because they are open at the last fulcrum of the integrated weights 1 and 4, and the weights themselves are linearly stabilized in the protruding direction without shaking. At this time, if the weight and the balance have different specifications (FIG. 8), the weight 13 and the balance 12 shake separately, and are not linearly stable in the pop-out direction. That is, the weight 1 and the supporting stainless steel wire 4 must be integrated. The reason is that in order to stabilize the weight 1 linearly and without shaking, the stainless steel wire support rod 4 integral with the weight 1 occupies an important position that functions as a fuselage in an airplane. In other words, flight stability and reduced aerodynamic drag enable long throws.

After the landing, the state is as shown in FIG. 4 and the reel is returned to the hand with a straight line. Therefore, the root is very small. Up to this point, it is possible to move with one fulcrum via the return 3 or the return 20 with snap.

FIG. 5 shows a floating type state in which the area near the fish is handed. The weight and the balance are slid in the direction of pulling the fish and directly conveyed to the hand via the reversing 3 or the reversing 20 with snaps while maintaining the weight state. Only at this time, the reversing 3 or the reversing 20 with a snap, which was a fulcrum, moves together with the balance 2 or 6, and becomes a floating type. Moreover, since the weight of the weight does not become a resistance to the area around the fish, even the area around the small fish can be transmitted directly to the hand.

[Brief description of the drawings]

FIG. 1 is an overall view when the present invention is set.

FIG. 2 is an overall view and a partially enlarged view corresponding to claim 2 of the present invention.

FIG. 3 is an aerial flight diagram of the present invention when thrown into the sea.

FIG. 4 is an underwater view when the reel is wound by a reel after landing according to the present invention.

FIG. 5 is a view of the present invention when there is a fish hit.

FIG. 6 is a diagram showing the use of an L-shaped fixed balance weight that is very commonly used.

FIG. 7 is a view when the L-shaped fixed balance weight is a floating type and a device is devised.

FIG. 8 is a set diagram when the balance and the weight use different specifications.

FIG. 9 is a diagram of a very common floating weight used as a floating type.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Weight 2 Movable balance 3 Reversing for one fulcrum 4 Support bar with one weight 5 Single or double circle wheel of claim 2 6 Movable balance with single or double circle wheel 7 Fixed L Character balance 8 Supporting point for road thread 9 Supporting point for mechanism 10 Supporting stainless wire for weight 11 Part of the mechanism when using floating mechanism 12 Balance alone 13 Weight alone 14 Weight for floating 15 Stainless steel for floating 16 Movable balance 17 Supporting point for the balance unit alone 18 Supporting point for the thread of the balance unit 19 Road threading hole for one fulcrum 20 Returning with snap for one fulcrum 21 Device mounting hole for one fulcrum

────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] June 25, 1999

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims

[Correction method] Change

[Correction contents]

[Claims]

Claims (2)

[Claims] 1. A balance weight in which three fulcrums of a fulcrum of a weight, a fulcrum of a yarn, and a fulcrum of a device are returned to one fulcrum via a stub 3. In order to make it a fulcrum, the weight 1 and an integral thick weight support bar that supports it (stainless steel wire, etc.)
4 is a weight-integrated floating balance that is constructed by incorporating a return 3 with a thin stainless wire or the like 2 bent into a key shape. 2. A thick weight support rod (such as a stainless steel wire).
Single or double loops 5 at corners to be bent into a key shape, such as a thin stainless wire bent into a key shape, etc.
And a weight-integrated floating balance constructed by attaching a return 20 to the wheel.