An automatic collecting, counting and storing device and method for sticky and sinking fish egg fry without damage

By designing an automatic collection, counting, and storage device for adhesive fish eggs and fry without injury, a dual-mode collection system of manual and automatic collection was achieved. This solved the problems of high damage rate and low efficiency of traditional collection methods, improved collection efficiency and survival rate, provided accurate sample quantity data, and reduced damage to the ecological environment.

CN122397665APending Publication Date: 2026-07-17CHINESE STURGEON RES INST OF CTG +1

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
CHINESE STURGEON RES INST OF CTG
Filing Date
2026-05-15
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional underwater fish egg and fry collection methods suffer from high damage rates, low efficiency, inaccurate counting, and a lack of emergency response plans, and may also damage the ecological environment.

Method used

Design a non-damaging automatic collection, counting, and storage device for adhesive fish eggs and fry. It has both manual and automatic collection modes and includes a manual device, an automatic device, a power supply system, and a storage device. A self-priming pump generates a gentle suction force, which, combined with an automatic counting and lighting device, enables non-damaging collection, automatic counting, and convenient storage.

Benefits of technology

It improved collection efficiency and egg survival rate, ensured the continuity and reliability of the collection process, reduced damage to the ecological environment, and provided accurate data on sample size.

✦ Generated by Eureka AI based on patent content.

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Abstract

一种粘沉性鱼卵苗无伤自动采集计数存储装置及方法,包括外壳,外壳内设置有手动装置、自动装置、供电系统和存储装置,外壳外侧设置有自动计数装置与照明装置,外壳前端连接有软管;手动装置与自动装置分别通过管路汇合连接至软管;存储装置串接于软管中段并与软管内部连通;自动计数装置设置于软管外侧,用于对流经软管的卵苗进行自动识别和计数。本发明通过Y型管将手动装置与自动装置汇合连接至同一软管,并分别设置止水阀进行切换控制,实现了自动与手动双模式采集,可有效应对供电故障等突发情况;通过自吸泵产生柔和吸力,实现卵苗无损采集,显著提高存活率,存储装置串接于软管中段,结构紧凑,采集与转移便捷高效。
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