Cuttlefish wire tag separation machine

Abstract

The invention discloses a cuttlefish wire tag separation machine. The cuttlefish wire tag separation machine comprises a machine base with a conveyor belt, and is characterized in that a supporting frame is arranged in the middle of the side face of the machine base, a detection system which can detect metal and convert the detection result into space position data is arranged on the supporting frame, and a tag taking device for conducting the oriented capture procedure according to the detection system is further arranged on the supporting frame. The cuttlefish wire tag separation machine is used for separating out metal wire tags in marked living bodies, the metal wire tags and a small part of tissue surrounding the metal wire tags are excavated and stored in a concentrated mode for standby application through position recognition of metal signals and through the combination with a movable tag taking device, and the rest of cuttlefish bodies can enter commodity channels without being influenced. By means of the cuttlefish wire tag separation machine, the metal wire tags and a small part of tissue surrounding the metal wire tags are excavated and stored in the concentrated mode for standby application through position recognition of metal signals and through the combination with the movable tag taking device, and the rest of cuttlefish bodies can enter the commodity channels without being influenced. The cuttlefish wire tag separation machine has the advantages that the separation efficiency is high, separation is accurate, and space is saved when filling is conducted after separation.

Description

technical field [0001] The invention relates to a sorting device for living organism marks, in particular to a cuttlefish thread mark separator. Background technique [0002] A method of studying fish migration and fish stocks. Mark the fish caught in natural waters and put them back into the original waters. When they are recaptured, they can be used to study the migration, distribution, growth and resources of fish. In 1886, Petersen et al. used the method of marking fish to estimate the size and mortality of fish populations in closed water bodies, and the tagged releasing technology was developed. There are two types of labeling techniques: in vitro labeling and in vivo labeling. In vitro labeling methods include fin cutting method, spine cutting method, pigment labeling method (specifically, dyeing method, ink-injecting method, fluorescent pigment labeling method, etc.), external standard (including penetrating body mark, arrow mark and internal anchor mark), etc.; M...

AI Technical Summary

Problems solved by technology

The downside is that the amputated fin will continue to regenerate in many cases

Therefore, finning is usually only used for salmon whose adipose fins are completely unable to regenerate

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