Internet-based intelligent earthworm breeding system

Abstract

The invention discloses an internet-based intelligent earthworm breeding system. The system comprises a Bluetooth module, and the Bluetooth module is used for mutually transmitting data between a breeding box terminal and an operation room terminal and issuing an instruction. According to the system, by utilizing the principle that earthworms escape when the survival ambient temperature is lower than 7 DEG C, the earthworms are captured quickly and conveniently without causing the death of the earthworms, the situation that the earthworms do not feed due to strong light by utilizing breeding in a breeding box, a humidity control unit can provide suitable humidity for the growth of the earthworms in hot summer and rainy seasons is avoided, and the situation that the earthworms do not feed or die and are infected by germs since breeding soil is too dry or too wet is avoided; with the assistance of an infrared sensor and a video monitor, whether or not animals such as mice exist in the breeding box can be found, the animals can be timely captured and expelled, and the situation that a large quantity of earthworms are eaten, and the economic loss is caused is avoided.

Description

technical field [0001] The embodiment of the present application relates to the field of earthworm cultivation, and in particular to an Internet-based intelligent cultivation system for earthworms. Background technique [0002] Earthworms are commonly known as earthworms, also known as eels, and are representative animals of the oligochaetes of the annelid phylum. Earthworms are saprophytic animals that live in humid environments and feed on decaying organic matter. Because earthworms are rich in protein, amino acids, Fat, minerals, vitamins and trace elements, etc., so earthworms can be used as food or animal feed. At the same time, earthworms can purify domestic waste and soil, and promote heavy metals such as Cu, Zn, Cd, and Ni to exchange states. and water-soluble transformation. [0003] However, the traditional fault alarm circuit has certain disadvantages, such as: [0004] 1. In traditional earthworm farming, when the earthworms grow up to adults, they are induced ...

AI Technical Summary

Problems solved by technology

[0004] 1. In traditional earthworm farming, when the earthworms grow up to adults, they are induced by food or flooded with water to encourage earthworms to climb out of the soil. The food induction method lasts too long and takes a lot of time. Whoever acts will easily lead to the death of earthworms and reduce the survival rate of earthworms, so a fast and harmless method to collect earthworms is needed

[0005] 2. Traditional earthworm farming is mostly outdoor farming. Trees are planted in the earthworm breeding base in order to shade the earthworms from the sun. However, the shading ability of trees is limited. At the same time, outdoor farming cannot accurately control the optimal humidity required for the survival of earthworms. Therefore, an environment suitable for the survival of earthworms is needed to promote the rapid growth and reproduction of earthworms

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