Soft connecting method for coasts and large-scale aquaculture netting

Abstract

The invention relates to a soft connecting method for coasts and large-scale aquaculture netting. The method is characterized by including: the antifouling ultra-high molecular weight polyethylene netting is made through warp knitting; a reinforced concrete pile is disposed on each of the left coast and the right coast; a standing reinforced concrete pile is disposed at the joint of each coast and the netting, and a vertical lacing line for hanging the netting is disposed on each standing reinforced concrete pile; one end of each of a left coast soft connecting netting horizontal lacing line and a right coast soft connecting netting horizontal lacing line is connected with the corresponding reinforced concrete pile, the other end each of a left coast soft connecting netting horizontal lacing line and a right coast soft connecting netting horizontal lacing line is fixedly tied to the corresponding standing reinforced concrete pile, and each of a left coast soft connecting netting vertical lacing line and a right coast soft connecting netting vertical lacing line is fixedly tied to the corresponding vertical lacing line, for hanging the netting, of the corresponding standing reinforced concrete pile; the left coast soft connecting netting and the right coast soft connecting netting are connected between the reinforced concrete piles; a reinforced concrete weir is poured between the standing reinforced concrete piles, and net hanging horizontal lacing lines are disposed on the surface of the weir; the edge lacing lines of the netting are fixedly tied to the vertical lacing lines, for hanging the netting, of the standing reinforced concrete piles, the lower lacing lines of the netting are fixedly tied to the net hanging horizontal lacing lines, and the floater lacing lines of the netting are fixedly tied to the standing reinforced concrete piles.

Description

technical field [0001] The invention relates to a method for connecting large-scale aquaculture nets and coasts in the technical field of marine pastures or breeding nets. Background technique [0002] The connection methods of large-scale aquaculture nets used in marine ranching or breeding seines are far from fishing gears and aquaculture cages. Neither fishing gear nor aquaculture cages involve the soft connection method between the coast and the nets. In the technical field of large-scale aquaculture nets, there will be technical problems related to how to connect to the coast with complex terrains, and those skilled in the art are always looking for solutions. However, the connection between the coast and large-scale aquaculture nets and nets by existing methods can neither resist the long-term impact of currents under normal sea conditions, nor the short-term impact of storm surges in typhoon weather, nor prevent complex terrain coasts from colliding with large Fish e...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a soft connection method between the coast and large-scale aquaculture nets, so as to efficiently solve the connection problem between the complex terrain coast and large-scale aquaculture nets, and to effectively resist the long-term impact of waves and typhoons under normal sea conditions The short-term impact of storm surges in weather can shorten the connection time between the coast and large-scale aquaculture nets and effectively prevent the escape of cultured fish between the coast and large-scale aquaculture nets, so as to improve the quality of large-scale aquaculture nets. Improve the impact resistance of clothing, improve the overall efficiency of marine ranches or large-scale aquaculture seines, and promote the sustainable development of large-scale aquaculture

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