Aquatic insect larval terrarium

Abstract

The invention provides an aquatic insect larva feeding box. The aquatic insect larva feeding box comprises a frame and a box body, and also a control terminal, a temperature sensor, a refrigerator and a heating pipe, wherein the box body is fixed on the frame; the temperature sensor is fixed inside the box body to sense the internal temperatures of the box body; the input end of the control terminal is connected with the temperature sensor, while the output end of the control terminal is connected with the refrigerator and the heating pipe; the control terminal judges the temperature sensing information of the temperature sensor after receiving the information; if the temperature is higher than a set value, the control terminal drives the refrigerator to refrigerate to reduce the internal temperature of the box; if the temperature is lower than the set value, the control terminal drives the heating pipe to heat to increase the internal temperature of the box. The aquatic insect larva feeding box is capable of realizing accurate monitoring on the internal temperatures of the box body, guaranteeing a constant temperature inside the box body and keeping the temperature of a feeding liquid constant to satisfy the aquatic insect larva survival conditions; as a result, the survival environment of the aquatic insect larvae is greatly improved and the survival rate of the aquatic insect larvae is increased.

Description

technical field [0001] The invention relates to a breeding box, in particular to a breeding box for aquatic insect larvae. Background technique [0002] Aquatic insect larvae have high protein and other nutrients. In aquaculture, aquatic insect larvae are often used as bait for feeding to improve the quality of aquatic animals such as fish and crabs. Therefore, the market demand for aquatic insect larvae is extremely high. Large, and the value of artificial breeding is extremely high. However, the artificial breeding of aquatic insect larvae has strict requirements on water temperature. Extensive breeding such as pool or ordinary box culture is used in traditional breeding methods, which can easily cause a large number of aquatic insect larvae to die, resulting in low survival rate and unable to meet market demand. In view of the above defects, It is necessary to design a kind of aquatic insect larva rearing box. Contents of the invention [0003] The object of the prese...

AI Technical Summary

Problems solved by technology

However, the artificial breeding of aquatic insect larvae has strict requirements on water temperature. Extensive breeding such as pool or ordinary box culture is used in traditional breeding methods, which can easily cause a large number of aquatic insect larvae to die, resulting in low survival rate and unable to meet market demand. In view of the above defects, It is necessary to design a kind of aquatic insect larva rearing box

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