Fishing net

Abstract

The utility model provides a fishing net, which is characterized in that a floating rope and a steel rope simultaneously penetrate through each mesh of a top row, the floating rope and the steel rope are bound together by using rope loops at intervals, and the floating rope can be used as a sponge floating rope and the like with larger buoyancy and also can be used as a soft plastic pipe and the like; a sinking rope penetrates through each mesh of the bottom row, the mesh wires of the bottom row and the sinking rope are bound together through binding lines at intervals, and the sinking rope can be made of materials such as asbestos sinking ropes with the specific gravity larger than that of water and can also be arranged in soft fiber pipes and the like. Buoyancy and sinking force borne by the fishing net are balanced, the net meshes can be fully opened, the disorder condition is avoided, and the net can be rapidly drawn in through the rope loop.

Description

Technical Field

[0001] This utility model relates to a fishing net. Background Technology

[0002] Influenced by conventional thinking and traditional techniques, the basic structure of fishing nets currently on the market and in patents is as follows: a rope passes through each mesh of the top row, a tow rope is superimposed on the rope at each mesh of the top row, and the rope, tow rope, and a float are tied together approximately every half meter; another rope passes through each mesh of the bottom row, and a sinker is attached to this rope and the bottom row's net wires approximately every half meter. The disadvantages of this type of fishing net are as follows: First, due to the uneven buoyancy and sinking forces on the rope, it will fluctuate, and the mesh cannot open fully, reducing the catch rate; second, the floats and sinkers of small fishing nets can snag on other net wires, disrupting the net's vertical and horizontal order; third, when hauling in a small fishing net, fingers cannot quickly pass between the superimposed ropes and tow ropes, while the tied fish can drag the net between them, causing confusion; fourth, when large fishing nets are set and hauled in mechanically, the floats and sinkers encounter significant resistance when passing along the edges of the boat. Summary of the Invention

[0003] This utility model provides a fishing net, characterized by: a float rope and a main rope passing through each mesh of the top row of meshes simultaneously; at intervals, the float rope and main rope are tied together using rope loops. The float rope can be a high-buoyancy sponge float rope or a soft plastic tube. A sinker rope passes through each mesh of the bottom row of meshes; at intervals, the bottom row of mesh wires and the sinker rope are tied together using binding lines. The sinker rope can be an asbestos sinker rope with a specific gravity greater than water, or it can be encased in a soft fiber tube. This fishing net experiences balanced buoyancy and sinking forces, which facilitates the full opening of the meshes, prevents tangling, and allows for quick net retrieval using rope loops. Attached Figure Description

[0004] Figure 1 This is a schematic diagram of the present invention. In the diagram, 1 is the wire mesh, 2 is the mesh size, 3 is the rope, 4 is the sponge float rope, 5 is the rope loop, 6 is the asbestos sinking rope, 7 is the fiber tube, and 8 is the binding line. Detailed Implementation

[0005] As shown in the figure, the fishing net of this utility model has a sponge float rope 4 and a steel rope 3 passing through each mesh 2 of the top row. At intervals, the sponge float rope 4 and the steel rope 3 are tied together using rope loops 5. A fiber tube 7 passes through each mesh of the bottom row. At intervals, the net wires 1 of the bottom row and the fiber tube 7 are tied together using binding lines 8. The fiber tube 7 contains an asbestos sinker rope 6.

Claims

1. A fishing net, characterized by: There is a floating rope and a line rope passing through each mesh of the top row at the same time, and every certain distance, the floating rope and the line rope are tied together by a rope ring, the floating rope can be replaced by a sponge floating rope with large buoyancy, or a soft plastic tube; there is a sinking rope passing through each mesh of the bottom row, and every certain distance, the sinking rope and the mesh wire of the bottom row are tied together by a tying line, the sinking rope can be replaced by an asbestos sinking rope material with a specific gravity greater than water, or the material can be installed in a soft fiber tube.

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