Automatic squid fishing device based on pressure information feedback

Abstract

The invention discloses an automatic squid fishing machine device based on pressure information feedback, aiming to provide a fishing hook that can be dropped in sea areas of different depths at the same time, so as to catch squid in sea areas of different depths , and can automatically sense the squid baiting situation of each hook, and lift the squid baiting hook separately without affecting other hooks, so as to improve the baiting rate of squids when baiting, and accurately measure the squid baiting in the same period An automatic squid fishing machine device for the duration of squid caught by hooks in sea areas of different depths. It includes a frame, a pulling rope take-up drum, a plurality of fishing line take-up drums, a pulling rope, a plurality of fishing lines, a plurality of fishing hook components and a plurality of pulling rope seat components. Each traction rope seat assembly is equally spaced on the traction rope in turn. The hook assembly is in one-to-one correspondence with the traction rope seat assembly. The hook assembly includes an upper limit piece, and the hook assembly is suspended on the corresponding traction rope seat assembly through the upper limit piece.

Description

technical field [0001] The invention relates to a squid fishing machine, in particular to an automatic squid fishing machine device based on pressure information feedback. Background technique [0002] The squid fishing operation method is divided into hand fishing and machine fishing. The hand fishing operation has high technical requirements for the operator. When the squid is found to snatch bait, it is necessary to quickly pull up the fishing line during the squid snatching bait to improve the quality of the squid. The bait rate when catching bait; machine fishing uses a motor to drive the take-up drum to release the fishing line or shorten the fishing line. When a squid is catching bait, the motor quickly pulls up the fishing line to increase the baiting rate of the squid when catching bait. Traditional squid fishing machines generally cannot automatically sense squid hooks, and operators need to pull the fishing line to sense whether squids are hooked. Although such sq...

AI Technical Summary

Problems solved by technology

Traditional squid fishing machines generally cannot automatically sense squid hooks, and operators need to pull the fishing line to sense whether squids are hooked. Although such squid fishing machines can reduce work intensity and improve work efficiency, they cannot meet the needs of intelligent development. Require

[0003] On the other hand, although the current squid fishing machine can catch squid, the current squid fishing machine is used to catch squid in sea areas of different depths. Due to the influence of currents, especially the different conditions of sea currents in different periods, the fishing machine cannot The depth of each lowering of the hook cannot be determined, so using the current squid fishing machine to catch squid in different depths of the sea area provides a reference for the analysis and investigation of the approximate distribution of squid in the depth direction in a certain sea area. good

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