Poultry egg embryo incubation and growth process monitoring system

Abstract

At present, when the poultry egg embryo grows in an incubator, embryos die in batch during growth due to environment factor mutation because the incubator does not have a monitoring system for the growth process so as to cause huge economic loss. The invention designs a set of measuring system for obtaining the fetal movement signal of a living body poultry egg embryo in the incubation period and provides a new method for measuring the fetal movement of the poultry egg embryo with a semi-intrusion method. On the basis of the flow equation of continuity of flow medium hydraulic transmission, the method utilizes a displacement sensor to extract the fetal movement signal of a living body poultry egg embryo in the incubation period (shown in figure one); under the condition that the poultry egg growth is not affected, the invention realizes the monitoring of the whole process of the poultry egg embryo growth in the incubation period. If the heartbeat signal of the living body embryo weakens or is abnormal in the incubation and growth process, the control system of the incubator immediately checks the incubator and correspondingly adjusts the working parameter so as to realize quick hidden danger and fault treatment to enable the incubator to work normally, thus avoiding serious economic loss. The invention of the monitoring system plays an important role in researching hatching egg growth process, increasing poultry hatching rate, sorting and improving the product quality of poultry egg in the biological pharmacy production and has great development prospect.

Description

technical field [0001] The monitoring system for the hatching and development process of egg embryos is designed based on the flow continuity equation of fluid medium hydraulic transmission, using eddy current displacement sensors, amplifiers and multi-channel vibration analyzers. The present invention completes the real-time monitoring of the whole process of the embryonic development of the eggs during the incubation period by extracting the fetal movement signal of the live avian egg embryos during the incubation period without affecting the development of the eggs at all. When the fetal movement signal of the developing egg embryo in the incubator is weakened or abnormal, the present invention will input the measurement data into the control system of the incubator, and adjust its working parameters accordingly, so as to realize quick hidden danger and troubleshooting, and make it return to normal. , to avoid major economic losses. The invention of the monitoring system i...

AI Technical Summary

Problems solved by technology

At present, most of the egg-lighting methods are used in production. Although it is simple and easy to implement, it cannot identify live embryos in a timely and accurate manner. The labor intensity of the workers is high, and the misjudgment rate is high.

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