KR200345069Y1 - Double buoyancy sea fishing and underwater float with adjustable buoyancy - Google Patents

Abstract

This design is for the sea fishing bobber, the display part of the top bobbin is fixed and the middle display part is moving type and it is composed of the round main buoyancy part located on the water surface and the sub buoyancy part located below the water surface and can be shared with the underwater bobbin. Fishing bobber with buoyancy adjustment screw.

Description

Double buoyancy sea fishing and underwater floats with adjustable buoyancy {omitted}

It is to increase visibility and to increase the interest in sports fishing by ensuring visibility and making it easier to grasp fine fishing.

Currently, fishing bobbers are popular and some types of rods are used, but both types are algae in the role of Bongdol with fishing tackle (1), which is a fish culinary (1) that can identify the quality of fish as shown in Figure 1 and Figure 2. We use underwater bobber (2) to make the flow of water well, and depending on the sea situation, we can use underwater bobber with big voice buoyancy, and sometimes we use a small voice buoyant bobber, but we always try to grasp the sensitive mouth. The sum of positive buoyancy and negative buoyancy of hand float is used to adjust to maintain 0 or slight positive buoyancy. However, since the sea changes from time to time, it is necessary to adjust the buoyancy to cope with the situation each time, and the inconvenience of having to change the equipment frequently.

The characteristic of the rod bobber, which is one of the conventional fishing bobbins in use, is that the buoyancy center is long and scattered all over the body as shown in <Figure 7>, and the excessive reaction is produced by the strong reaction to the vertical movement stimulus. It is not easy to know the exact quality of the fish, and in the sea where there are many catches and meats, the skipping krill bait is very small and difficult to identify. .

In addition, the characteristics of the conventional boulder in use is that the buoyancy is condensed around the center as shown in <Figure 8>, and the up and down movement is simple and clear, but in the sea where the waves are rising, the number of days is submerged by the waves. It is almost impossible to grasp the fine up and down movements below the 20cm water surface, and the bait may be missing by catching it, as in the conventional fishing bobber.

In order to solve the problems of conventional fishing bobbers, the present invention applies a large flow indicator to increase visibility and accurate granularity and sensitivity, and design the housewife part round, and increase the horizontal resistance by placing the coupler part under the water surface. The buoyancy adjustment screw can be installed at the bottom to share the buoyancy and adjust the buoyancy of the bobber without changing the gear, making it easy to cope with the changing tidal current of the sea with simple operation. .

[1] using a conventional float makdaejji Fig.

[2] Using a conventional float gumeongjji Fig.

[FIG 3] FIG using float of the subject innovation

[Figure 4] Figure eosin situation in a conventional float makdaejji

[Figure 5] Figure eosin situation in a conventional float gumeongjji

[Figure 6] Figure eosin how the float of the subject innovation

[Figure 7] Figure buoyancy dynamics of a conventional float makdaejji

[Figure 8] Figure buoyancy dynamics of a conventional float gumeongjji

[9] a side view of the float of the subject innovation

[10] float cross-sectional view of the subject innovation

[11] a conceptual diagram of a buoyancy control device used with the float sujungjji of the subject innovation.

[ Description of the Code ]

(1) fishing bobbers, (2) handling bobbers, (11) upper lock indicators, (12) flow indicators, (13) buoyant loads, (14) auxiliary buoys, (16) bodies, (17) jackets, (24 ) Underwater buoyancy buoy, (26) buoyancy adjustment screw, (27) screw locking nut,

The present invention is constructed as shown in <Fig. 9>, <Fig. 10>, and <Fig. 11>, and the upper fixed display part 11 and the flow display part 12 have a buoyancy while increasing visibility in a round and large form. The flow display part 12 is free to move as much as (a), which is the gap between the upper fixed display part 11 and the main buoyancy part 13, so that when the bobber is lowered due to granulation as shown in Fig. It is always located on the water surface by its own buoyancy, and the gap with the upper fixed display part 11 is narrowed without giving a load to the downward movement of the bobber.

In addition, the main buoyancy part 13 is designed to be separated from the auxiliary buoyancy part 14 to be rounded to prevent the dispersion of the central force so that accurate movement occurs.

To increase the buoyancy of the bobber by using the buoyancy adjustment screw 26, which has a groove and can be detached from the mop 16, as shown in Fig. 11, simply remove the buoyancy adjustment screw 26 by turning the screw lock nut 27. The buoyancy adjustment screw (26), which is separated, can be adjusted to the same as the result of increasing the negative buoyancy of the bobber by increasing the positive buoyancy of the bobber by uncoupling the underwater bobbin lock nut (28) with the bobber. It is designed to simplify the buoyancy control by keeping the sum of voice buoyancy of hand float constantly.

In the sea fishing that flows tens of meters to the tide with the wave, it is easy to grasp even the fine grains of the catches, and immediately grasp the time to replace the bait, eliminating the situation of fishing with empty needles As a result, to improve the confectionery, it was designed to simply adjust the buoyancy to enable efficient fishing to cope quickly according to the situation, and eliminated the inconvenience of having to change from time to time with several floats with different buoyancy.

Claims (4)

Fishing bobber characterized by the flow indicator (12). Fishing bobber characterized by the configuration of the house buoyancy portion (13) and couple force portion (14). Fishing bobber characterized by a buoyancy adjustment screw (15). Underwater bobber characterized by a buoyancy adjustment screw (25).