KR100894278B1 - Manufacturing method of fishing float - Google Patents

Abstract

A manufacturing method of the fishing float is provided, in which the float makes a long-term use possible and detects a biting signal by a fish. A manufacturing method of the fishing float includes a step for forming an absorbing layer which can absorb water and a water proof coating layer in the float body surface. A water proof coating layer is formed into the first, the second, and the third coating layer through first, second, third applying and drying the adhesive having the mixture of cyanoacrylate 97~99 weight% and hydroquinone 1~3 weight%. The absorbing layer is formed into the first and the second absorbing layer through first and second applying and drying the mixture of thinner and clear lacquer at a ratio of 75:25.

Description

Manufacturing method of fishing float {Manufacturing method of fishing float}

The present invention relates to a method for manufacturing a fishing bobbin, and more particularly to the production of a fishing bobbin for maintaining the optimum buoyancy by forming an absorbing layer that can absorb water together with the waterproof coating layer on the surface of the chip body. It is about a method.

In general, a fishing bobber is a kind of fishing tool that detects a fisherman when a fish bites a bait inserted in a needle submerged for fishing, and visually checks the fish to catch the fish.

These fishing bobbers are provided with a streamer that is provided in a streamline shape that can reduce the resistance when getting and sting while generating buoyancy in the water, and is provided with a connector to connect with a fishing line and a chain of rubber below.

The upper part of the body is composed of a jigsaw having a variety of colors so that the position of the jig can be easily detected while the fishery is easily detected.

On the other hand, such a fishing bobbin is to use a variety of materials in order to improve buoyancy, a typical example is a chip body in various shapes using a variety of materials, such as paulownia, peacock feather, balsa wood, sugi wood, synthetic resin or carbon fiber Making.

In addition, the surface of the chip body is waterproofed to prevent the penetration of moisture into the interior.

 In addition, when the body is used as a single material, since the buoyancy of the bobber appears as a light or heavy single form due to the characteristics of the material, it is difficult to detect a sensitive fishery in practical fishing.

 On the other hand, the upper and lower parts of the tooth body, respectively, is formed, the thread is wound on the outer surface of the nib close to the teeth to the tooth top to bond the top and the body part more firmly, at this time To prevent the weakening of buoyancy due to absorption of water, the body, nib, and chip top have a waterproof coating.

However, in the case of the conventionally used body, the water absorption can be prevented to some extent due to the waterproof coating, but the surface is formed smoothly, there is a limit in detecting sensitive fishery, and also the irregular state of the water surface in the water While there is a problem that can not detect the mouth of the fish sensitively.

The present invention has been made in order to solve the above problems, by improving the buoyancy and by forming a body having a water-absorbing and water-absorbing power, it is possible to use for a long time, while detecting a delicate fish, as well as stabbing Its purpose is to make it feel light.

In order to achieve the above object to form an absorbent layer to absorb water with a waterproof coating layer on the surface of the chip body, the waterproof coating layer is cyanoacrylate (97 ~ 99% by weight) and hydroquinone (1 ~ 3% by weight) It is formed by the first, second, third coating and drying the adhesive having a mixture of components, the first and second absorbent layer is a first composition of 75:25 mixed with thinner and transparent lacquer on top of the coating layer , And a method for manufacturing a fishing bobbin that is completed through a second coating and drying step.

The present invention provides a water-resistant coating on the entire body of the body, so that water absorption can be completely blocked, and an absorbing layer capable of absorbing water on the surface thereof is formed so that the surface of the fish is regularly stinged, thus making the fish less sensitive. There is a characteristic that can be detected.

In the case of using the body of the present invention, the body is reduced in weight and the buoyancy is improved, thereby effectively checking the quality of the fish.

Hereinafter, the configuration and operation state made by one embodiment of the present invention will be described in detail with reference to the accompanying drawings, the accompanying drawings are only illustrative of the embodiment of the present invention in detail, the law of the present invention It is not limited or limited by the drawings or the embodiments with reference to the drawings.

1 is a perspective view showing a state of use of the present invention, Figure 2 (a) (b) (c) (d) (e) is a cross-sectional view of an enlarged state by extracting the main portion of the present invention, Figure 3 It is an operation process chart which showed the state in which the main part of this invention is formed.

First, in the present invention, after processing the paulownia tree as shown in Figure 1 in the form of a chip body (10), the pattern 18 is formed on the surface of the paint.

The surface of the chip body 10 is coated to block water, and the primary, secondary, and tertiary coating layers 13, 14, and 15 are colorless and translucent liquid cyanoacrylate (97). To 99% by weight) and hydroquinone (1 to 3% by weight) are formed by a process of primary, secondary and tertiary coating and drying.

In addition, the primary absorbent layer 16 and the secondary absorbent layer 17 are respectively formed on the tertiary coating layer 15 by a method of primary and secondary coating and drying of a composition containing 75:25 of thinner and transparent lacquer. Done.

Meanwhile, the primary, secondary and tertiary coating layers 13, 14 and 15 and the primary and secondary absorbent layers 16 and 17 are formed by the following process.

1. Process

Process of processing to Cvidide shape

2. Process

The process of painting the pattern on the surface of the tooth body with paint

3. Process

Process of forming the primary coating layer 13 by first applying an adhesive on the surface of the dried Chibbody pattern

4. Process

Drying the applied primary adhesive

5. Process

Surface-cleaning the dried primary adhesive again with sandpaper

6. Process

Process of forming the secondary coating layer 14 by re-coating the adhesive on the surface of the primary adhesive on which the surface is arranged

7. Process

Drying the coated secondary adhesive

8. Process

Surface-cleaning the dried secondary adhesive again with sandpaper

9. Process

Process of forming the tertiary coating layer 15 by applying the adhesive on the surface of the secondary adhesive on which the surface is arranged

10. Process

Drying the applied tertiary adhesive

11. Process

Surface-cleaning the dried tertiary adhesive again with sandpaper

12. Process

A process of forming a primary absorbent layer 16 by first applying a composition mixed with a thinner and a transparent lacquer in a 75:25 ratio on the surface of the tertiary coating layer 15 having the surface cleaned.

13. Process

Drying the primary absorbing layer

14. Process

Surface-cleaning the surface of the dried primary absorbent layer with sandpaper

15. Process

A process of forming a second absorbent layer 17 by applying a second composition to the surface of the first absorbent layer 16 in which the surface is arranged in a thinner and transparent lacquer in a 75:25 ratio.

16. Process

Drying the secondary absorbing layer 17 and completing the tooth body 10

17. Process

Process for attaching the claw top 11 and the crow legs 12 to the dried tooth body (10)

Experimental Example

On the other hand, the weight of the chip body completed through the above process was measured for each process.

    division  Primary coating layer  Secondary coating layer  3rd coating layer  Primary absorbent layer  Secondary absorption layer Chiba body gross weight     1.79g     1.88 g     1.93 g     1.90 g     1.98 g

Experimental Example

Through the above process, the finished Chibodi was confirmed whether it can have a good buoyancy.

     division     Product   Other company's product A   Other company's product B   Third Party Product C     Buoyancy    Very stable      usually      usually      usually     Granulation    Keen reaction      usually      usually      usually

As described above, in the present invention, an adhesive having a mixture component of a cyanoacrylate (97 to 99% by weight) and hydroquinone (1 to 3% by weight), which is a colorless or translucent liquid, is formed on the surface of the chip body 10. It is applied to the secondary, tertiary, and is formed of the first, second, and third coating layers 13, 14, 15 to act as a waterproof and function.

In addition, a first absorbent layer 16 and a second absorbent layer 17 are formed on the third coating layer 15 by means of first and second coating and drying of a composition containing 75:25 of thinner and transparent lacquer. To absorb water.

Therefore, the surface of the primary absorbent layer 16 and the secondary absorbent layer 17 is absorbed to some extent while increasing the weight of the chip body 10 and generating buoyancy so that the chip body 10 is better. It will have buoyancy.

As described above, the present invention can completely block the absorption of water due to the waterproof coating of the entire body, and by separately forming an absorbing layer capable of absorbing water on the surface, the water splashes on the surface of the fish because of regular conditions. There is a feature that can sensitively detect the quality of the mouth.

In the case of using the body of the present invention, the body is reduced in weight and the buoyancy is improved, thereby effectively checking the quality of the fish.

1 is a perspective view showing a state of use of the present invention.

(A) (b) (c) (d) (e) is sectional drawing in the state which extracted and expanded the principal part of this invention.

Figure 3 is a working process diagram schematically showing a state in which the main portion of the present invention is formed.

Explanation of symbols on important parts of the drawing

10. Chip Body 11.

12. Tailing 13. Primary Coating

14. Second coating part 15. Third coating part

16. Primary absorber layer 17. Secondary absorber layer

18. Glyphs

Claims (2)

On the surface of the body, each water absorbing layer is formed together with the waterproof coating layer, The waterproof coating layer is a primary, secondary, tertiary coating and drying the adhesive having a mixture component of cyanoacrylate (97 to 99% by weight) and hydroquinone (1 to 3% by weight) primary, Secondary. It is formed of a third coating layer, The absorbent layer is formed as a primary and secondary absorbent layer through primary and secondary coating and drying of a composition containing a thinner and transparent lacquer in a 75:25 ratio on the upper surface of the tertiary coating layer to have a good buoyancy. Method for producing a fishing bobbin characterized in that the configuration. The method of claim 1, The chip body having the waterproof coating layer and the absorbent layer capable of absorbing water is 1 step of processing in the shape of the Chibbody, 2 steps of painting the pattern 18 with paint on the surface of the Chibbody, and by applying the adhesive to the surface of the Chibbody, the paint pattern 18 is dried 1 3 steps of forming the primary coating layer 13, 4 steps of drying the applied primary adhesive, 5 steps of surface cleansing the dried primary adhesive again with sandpaper, 1 Six steps of forming the secondary coating layer 14 by reapplying the adhesive secondary to the secondary adhesive surface, seven steps of drying the applied secondary adhesive, and sanding the dried secondary adhesive 8 processes of surface cleansing again, 9 processes of forming a tertiary coating layer 15 by applying an adhesive on the surface of the secondary adhesive on which the surface is arranged again, and forming the tertiary coating layer 15. 10 steps of drying, and 11 to surface clean the dried tertiary adhesive again with sandpaper 12 steps of forming a primary absorbent layer 16 by first applying a composition mixed with a thinner and a transparent lacquer in a 75:25 ratio on the surface of the tertiary coating layer 15 having the surface arranged thereon, and 1 13 steps of drying the primary absorbent layer, 14 steps of surface cleansing the dried primary absorbent layer surface with sandpaper, and thinner and transparent lacquer in the ratio of 75:25 15 processes of forming the secondary absorbing layer 17 by applying the second composition to the secondary, 16 processes of drying the secondary absorbing layer 17 and completing the chip body 10, and the dried chip body 10. Method for manufacturing a fishing bobbin, characterized in that configured to be made through the 17 steps of attaching the claw saw (11) and crow legs (12) to.

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