Simple environment-friendly buoy with balance weights easy to adjust

Abstract

The invention relates to a simple environment-friendly buoy with balance weights easy to adjust. The buoy comprises a buoy tail, a buoy body and a buoy foot which are sequentially arranged from top tobottom; and the buoy further comprises a plurality of balance weight pieces, each balance weight piece is provided with a label for marking the weight of the balance weight piece, the buoy foot is ofa hollow structure, the balance weight pieces can be placed in the buoy foot, the bottom of the buoy foot is detachably connected with a nut in a threaded manner, or the bottom of the buoy foot is detachably sleeved with a plug, so that the balance weight pieces placed in the buoy foot are prevented from falling off. The balance weight pieces can be taken out from the interior of the buoy foot tobe repeatedly recycled, and environmental protection is achieved; the labels with marked weights are arranged on the balance weight pieces, so that only the balance weight pieces with the required weights need to be taken out and put into the buoy foot during fishing, and time is saved; the weights of the balance weight pieces in the buoy foot are very convenient to replace and debug, only the balance weight pieces only need to be replaced or increased or decreased in the buoy foot, and the balance weight pieces are easy to adjust; the buoy foot turns over quickly and enters water quickly; and the balance weight pieces are placed in the buoy foot and are isolated from external water and sundries, so that the interference of the environment is reduced, and an obtained fishing signal is more accurate.

Description

technical field [0001] The invention relates to fishing tackle, in particular to a simple and easy-to-adjust environment-friendly buoy with a counterweight placed in a standard foot. Background technique [0002] Now fishing floats are also called floats, fish floats, fish floats, buoys, etc. [0003] The feet of existing buoys are generally of solid structure. In order to achieve the purpose of turning over quickly and launching quickly, existing buoys often set counterweights on the outer surface of the feet of the buoy or set counterweights inside the body of the buoy. The buoys of these structures have the following drawbacks: [0004] (1) If the counterweight is set on the outer surface of the foot, although the weight of the foot is increased, the volume of the foot will be increased accordingly, and the increased volume will increase the resistance of the water accordingly, resulting in insufficient water for the foot quick; [0005] (2) If the counterweight is set...

AI Technical Summary

Problems solved by technology

[0004] (1) If the counterweight is set on the outer surface of the foot, although the weight of the foot is increased, the volume of the foot will be increased accordingly, and the increased volume will increase the resistance of the water accordingly, resulting in insufficient water for the foot quick;

[0005] (2) If the counterweight is set on the outer surface of the foot, the counterweight is directly in contact with the water, and the counterweight is easily disturbed by the external water and debris in the water, which will affect the accuracy of the fishing season;

[0006] (3) The existing counterweights are usually cut lead skins. If the lead skins are not cut properly, they cannot be used and have to be thrown away, which wastes resources and pollutes the environment;

[0007] (4) If the counterweight is set in the body of the marker, there is still a distance from the bottom of the marker foot to the marker body, which will affect the speed of turning over and launching the marker foot;

[0008] (5) Regardless of whether the counterweight is set outside the foot or inside the body, there is no corresponding weight mark on the counterweight, and it takes many times to find a relatively suitable counterweight, which is time-consuming

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