Wave and wind resistant fishing row made from new material

Abstract

The invention provides a wave and wind resistance fishing row of a new material. The fishing row relates to the technical field of marine culture equipment. The fishing row comprises a fishing row body. Rubber and polyurethane are selected as the main manufacturing material of the fishing row body. The fishing row body comprises a fishing row frame and a fishing row top surface. The fishing row frame comprises horizontal main beams and vertical main beams which crisscross each other in a fixed mode. Both the horizontal beams and the vertical beams are hollow tubes. The hollow tubes are made of rubber material. The hollow space in the hollow tubes is filled with hard foams. The hard foams are made of polyurethane. The periphery of the fishing row is surrounded by rubber balls. Tires are placed outside of each row of rubber balls. The main beam filling material of the fishing row is made of polyurethane which can augment the elasticity between fishing rows when the fishing rows are beaten by heavy wind and huge waves. The phenomena of crumbling, cracking and breaking of fishing rows caused by inter-row frictions are eliminated, thereby attaining the purpose of reducing the economic loss of fishermen and protecting the marine environment.

Description

technical field [0001] The invention relates to the technical field of marine product cultivation equipment, in particular to a wind and wave-resistant fishing raft made of a new material. Background technique [0002] At present, the increasing scale of offshore aquaculture and the development of ports have reduced the area of ​​offshore aquaculture, increased the density of aquaculture, and seriously polluted the seawater. In order to solve the problem of aquaculture safety and expand the aquaculture space, aquaculture rafts are generally used in the mariculture industry. The aquaculture fish raft is to build an aquaculture platform on the aquaculture sea area to facilitate related aquaculture operations. The existing traditional fishing rafts for fish, shrimp and shellfish in net cages are basically erected with bamboo, wood and foam floats. When encountering severe weather, such as strong winds, waves, typhoons, etc., the structural stability is poor and it is not enough...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a wind and wave-resistant fishing raft made of new materials, which overcomes the problems of poor structural stability, insufficient resistance to natural forces and easy breakage of known fishing rafts that are erected with bamboo, wood and foam floats or prepared with plastic as raw materials. , It will even cause the fishing rafts to turn over, which not only causes economic losses but also causes sea area pollution. It provides a method that can increase the elasticity between the fishing rafts and prevent the rafts from falling apart, breaking and breaking due to excessive friction between the rafts. , so as to reduce the economic loss of fishermen, and also play a role in protecting the marine environment. Anti-wind and wave fishing rafts made of new materials

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