Silkworm rearing and disinfecting powder-spraying equipment based on monitored data

Abstract

The invention relates to silkworm rearing and disinfecting powder-spraying equipment based on monitored data. The silkworm rearing and disinfecting powder-spraying equipment based on the monitored data comprises a frame, filter screens, supporting frames, powder supply boxes, powder nozzles, mobile frames, a wireless transmission module and a central controller; the filter screens are arranged onthe supporting frames; the supporting frames are arranged on the frame; the powder nozzles are arranged on the bottoms of the powder supply boxes, the powder nozzles are located above the filter screens, and powder spraying directions of the powder nozzles are downward; the powder supply boxes are arranged on the mobile frames; cameras used for collecting images of silkworms and mulberry leaves onthe filter screens are arranged on the mobile frames; driving mechanisms used for driving the mobile frames to move longitudinally to and fro are arranged on the frame; the cameras and the wireless transmission module are in communication connection; the wireless transmission module and the central controller are in communication connection; and the central controller and the powder nozzles are in control connection. The silkworm rearing and disinfecting powder-spraying equipment based on the monitored data can conduct powder spraying disinfection on the silkworms and the mulberry leaves through the mobile powder nozzles according to monitored situations of the silkworms and the mulberry leaves on the filter screens, the powder spraying efficiency is high, and the silkworm rearing and disinfecting powder-spraying equipment based on the monitored data is safer.

Description

technical field [0001] The invention relates to the technical field of sericulture, in particular to a sericulture disinfection powder spraying equipment based on monitoring data. Background technique [0002] Mulberry silkworm has a wide range of uses, but its feeding process is very cumbersome. Young silkworms live on mulberry leaves. After eating mulberry leaves, their bodies turn white. The second-instar larvae have to shed their skin four times in total to become fifth-instar larvae, and then eat mulberry leaves for about eight days to become mature silkworms, and finally spin silk and form cocoons. [0003] In the process of silkworm rearing, silkworm bodies and mulberry leaves need to be disinfected. At present, silkworm farmers generally sprinkle disinfectant powder on silkworm bodies and mulberry leaves for disinfection. Manual operation is inefficient, and the disinfectant powder will cause damage to silkworm farmers' hands. . Contents of the invention [0004]...

AI Technical Summary

Problems solved by technology

[0002] Mulberry silkworm has a wide range of uses, but its feeding process is very cumbersome. Young silkworms live on mulberry leaves. After eating mulberry leaves, their bodies turn white. The second-instar larvae have to shed their skin four times in total to become fifth-instar larvae, and then eat mulberry leaves for about eight days to become mature silkworms, and finally spin silk and form cocoons

[0003] In the process of silkworm rearing, silkworm bodies and mulberry leaves need to be disinfected. At present, silkworm farmers generally sprinkle disinfectant powder on silkworm bodies and mulberry leaves for disinfection. Manual operation is inefficient, and the disinfectant powder will cause damage to silkworm farmers' hands.

Images