Intelligent earthworm breeding system

Abstract

The invention relates to an intelligent earthworm breeding system which comprises a background server, a communication device, a controller, a stereoscopic breeding tank, growth detection modules, a temperature adjusting module and a humidity adjusting module. The background server is connected with the controller through the communication device, the controller is connected with the stereoscopicbreeding tank, the growth detection modules, the temperature adjusting module and the humidity adjusting module, the stereoscopic breeding tank comprises multilayer pit plates, the pit plates can be horizontally opened and closed, a shaking screen is arranged on the lower portion of each pit plate, the growth detection modules are arranged at the bottom centers of the shaking screens, the pit plates and the shaking screens are controlled by the controller, a weighing device is connected with the controller and transmits weighting data to the controller, and the temperature adjusting module andthe humidity adjusting module comprise sensors and adjusting devices. According to the system, the temperature and the humidity of the stereoscopic breeding tank of earthworms can be accurately controlled, growth conditions of the earthworms can be intelligently monitored, and the earthworms can be bred in an age grading manner according to different growth stages.

Description

technical field [0001] The invention relates to the field of earthworm breeding, in particular to an earthworm intelligent breeding system. Background technique [0002] Earthworm breeding technology mostly focuses on the temperature and humidity control of three-dimensional rearing ponds, but there is no intelligent monitoring device for the growth of earthworms, and manual division of ponds is required with the growth cycle of earthworms, which is time-consuming and laborious. [0003] Now the three-dimensional breeding room can keep the temperature at 25-32°C all year round, and there is a temperature difference of 2-3°C between the upper and lower pits in the three-dimensional rearing pool, and the temperature requirements of each age group of earthworms are also different. 28-32°C and 25-28°C for adults, so the temperature difference between the upper and lower layers of the rearing pond can be used to raise larvae and adults respectively, the upper layer with high temp...

AI Technical Summary

Problems solved by technology

[0002] The breeding technology of earthworms mostly focuses on the temperature and humidity control of the three-dimensional rearing ponds, but there is no intelligent monitoring device for the growth of earthworms, and with the growth cycle of earthworms, it is necessary to manually divide the ponds, which is time-consuming and laborious

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