KR20080027807A - Escape sinker system - Google Patents

Abstract

An escape sinker system is provided to retrieve a fishing weight when the fishing weight is caught on a reef or an obstacle on the bottom of the sea and to prevent the pollution of the sea. A sinking material and a buoyancy material are constituted as a single body. A wire(6) for escape that is an escape device from an obstacle in the bottom of the sea is fixed to the lower end of the sinking material. The wire for escape on the upper part of the buoyancy material is fastened to an original fishing line. The sinking material is lead, and the buoyancy material is a soft foam resin. A tube(8) is inserted into the central axis of the buoyancy material, and a stainless iron line(12) that is molded with lead is inserted into the central axis of the tube.

Description

Fishing Chucks that Escape from the Understripping {Escape Sinker System}

The present invention relates to a fishing weight as a fishing gear.

It was made possible to escape when caught by obstacles such as reefs at the bottom of the seabed used for long throw fishing.

Commonly used for throwing away (one-two or dull) fishing rods are heavy and large, and relatively heavy metals such as lead are used for fishing.

This type of fishing weight was almost impossible to escape on its own in the direction of the bobbin when it was caught by reefs or obstacles on the bottom of the sea.

In this case, when the fishing line is forcibly pulled off, the fishing line is lost, and the fishing weight is made of lead, which is stored on the bottom of the sea and causes environmental pollution.

With the present invention, even if fishing rods are caught on the bottom of the seabed or obstacles, the recoverable method can solve the economic burden and the stress of anglers due to the loss of the waste generated in the throwing gears. For the purpose.

In order to solve the above problems, the present invention binds the escape wire wire 6 to the end of the fishing line 1 in the form of a cylindrical rod and penetrates the upper end of the stainless steel wire 4 through the hole. The escape device is configured by binding to the end of the stainless steel wire 10 (FIG. 1).

The escape wire wire 6 is inserted into the stop bead (3) for connecting with the fishing line (1) and then making a connecting ring (2) and crimped using the sleeve (11).

The weight body (7) uses a soft foamed resin and inserts a tubular (8) in its central axis, and then inserts a stainless steel wire shaped like lead, and secures an eyelet (5) on the upper body weight Protect soft foamed resin.

This type of fishing weight is rotated in the reverse direction from the hook connected to the lower end of the wire for escape by the force of pulling the fishing line (1) when the hook is generated, such as reefs, it is possible to escape from the obstacle.

Resilient soft foamed resin, embedded tubular and stainless steel wires are each resilient materials that can be repeated repeatedly in difficult places.

In addition, the weight body (7) is composed of a rod-shaped foam resin is synchronized with a predetermined weight at the bottom to improve the distance to throw away, and when settling on the bottom of the sea floor (15) to reach the floor in an upright state to reduce the bottom jam. 3)

The present invention can reduce the loss of preparation as a fishing weight that easily escapes when the bottom of the seabed consisting of a reef and obstruction occurs.

As the buoyant material (7), the weight of the soft foaming resin and the sedimentation material (9) was installed in the fishing weight consisting of negative buoyancy buoyancy wire (6) in the lower portion of the fixed (10) and the upper portion (4).

When hooking the fishing line (1) by making a hook (2) on the upper part of the escape wire (6) and pulls the fishing line with a strong force, it rotates backward from the hook (10) fixed at the bottom to escape from the obstacle (22) (Figure 4)

The buoyant body (7) is composed of a soft foaming resin, and the tubular (8) inserted into the center and the stainless steel wire (12) molded like lead is inserted into the tubular (8) to enhance the resilience by mutual elastic force.

With this resilience, it is possible to attempt repeated escape from obstacles that are difficult to escape.

The weight consisting of the weight (9) and the buoyancy member (7) unit body is a negative buoyancy of a predetermined weight to improve the distance even to throw away, and after settling can reach the bottom of the sea floor to settle down to solve the bottom jam (Fig. 3).

The fishing weight (Fig. 3) that reaches the bottom of the sea floor flows according to the algae, so that it can be extensively searched. Helps to grasp the mouth.

The high efficiency of fishing can contribute to the fishing and leisure industry.

Figure 1

Section view of escape fishing weight

Figure 2

The size of the flight of the fishing weight for escape

Figure 3

An explanatory diagram showing a state standing upright on the sea floor

Figure 4

Explanation of how to escape when caught by an obstacle

Figure 5

Various obstacles

Code Description

1.fishing line

2.Wire wire binding hole for binding with the main line

3.stopping beads

4.Stainless steel wire hole for wire to flow

5.Eyelet to protect soft foaming resin

6. Wire for escape

7. Soft foam resin body

8.Tubler

9.Additional weight (lead)

10.Stainless steel wire holes for binding wires

11.sleeve for tying wire

12.Stainless steel wire

13. Branch needle

14.Flat cost stainless steel wire

15.sea bottom

Claims (2)

A rod-shaped sediment and buoyancy material consist of a single body, and an escape fishing weight that can fix an escape wire wire, which is an escape device from the bottom obstacle, at the bottom of the sediment material, and bind an escape wire to the fishing line on the buoyancy material. Sediment material is lead and buoyancy material is soft foaming resin. Tubular is inserted into buoyancy center axis and stainless steel wire shaped like lead is inserted into tubular center axis, and elasticity is fixed. Escape Fishing Weights with Eyelets and Stopping Balls

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