Sturgeon zygote incubation device

Abstract

The invention provides a sturgeon zygote incubation device which comprises an incubation pool, a water supply system, a zygote placing screen and a gas supply system. The screen is placed in the cultivation pool. Sturgeon zygotes are placed into the screen. The screen is driven by water flow to rotate around a central station pipe of the cultivation pool. A gas pump power switch opens and closes a gas pump intermittently, and intermittent bubbles are formed on a gas stone. When the zygote placing screen in the cultivation pool rotates to the position where the gas stone is placed, the sturgeon zygotes in the screen are turned over under the effect of the bubbles, and the situation that due to long-time accumulation, hypoxia is caused, and the zygotes die can be prevented; meanwhile, as the gas pump power switch opens and closes the gas pump intermittently, the situation that due to continuous turning-over, the zygotes are injured can be avoided, and finally zygote incubation is finished. The sturgeon zygote incubation device has the advantages of being easy to manufacture and operate, high in practicality and the like.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps prevent excessive growth or harmful algae colonies when growing seafood such as turkeys (Cambridge) without damaging them. It involves placing certain seeds into special boxes called nests made up of small tubular structures with holes at their ends. These box structure allows liquid inside it to flow through while keeping other gases out. When these rice seedlings start to grow, there will be an empty space where oxygen can enter between two layers of cells - one layer contains calcium carbonate and another layer containing chloride ion instead of just nitrogen gas. To encourage this movement, some devices use compressed air to supply energy to turn off valve timing. By repeating this operation over several days, we aim to ensure proper nutrition and reduce stress levels associated with prolonged exposure to high concentrations of chemical substances like hydrocarbons found within ocean waters.

Problems solved by technology

This patented describes how small amounts of liquid called water (liquid) may be added during the process of making certain types of food like pigfish or turtle shelllets that have been bred from seafood. These liquids help keep them alive when they're ready to eat at home. However, there currently exist no effective way to prevent this phenomenon happening due to lack of proper training methods used throughout commercial manufacturing processes.

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