Gear-driven sericulture device

Abstract

The invention discloses a gear-driven sericulture device which comprises a support frame body, a plurality of silkworm cocoon tray layers, a lifting mechanism and a hoisting mechanism, wherein a space for accommodating a silkworm cocoon lattice cluster is formed in each silkworm cocoon tray layer; the lifting mechanism comprises a plurality of pairs of lifting components, each lifting component comprises a pair of upper positioning blocks, a pair of lower positioning blocks and a pair of V-shaped hinged frames; the hoisting mechanism comprises a gear pair and a pair of hoisting components, the gear pair comprises a first gear and a second gear which are mutually meshed, and each hoisting component comprises a drive rod and a driven rod parallel to a group of opposite sides of each silkworm cocoon tray layer. The gear-driven sericulture device disclosed by the invention can reach an equivalent height and is high in space utilization rate; and operation personnel can finish operation on the ground, so that both time and labor are saved, and therefore, the practical value is high.

Description

technical field [0001] The invention relates to the field of sericulture. More specifically, the present invention relates to a gear transmission type silkworm rearing device. Background technique [0002] Silkworm (Bombyx mori Linnaeus), also known as silkworm, is one of the economic insects that spin silk and cocoon with mulberry leaves as food. Silkworms go through four completely different developmental stages in terms of morphology and physiological function, including egg, silkworm, pupa and adult. The space utilization rate of the single-layer structure of planar farming is low, and several times the area of ​​the breeding site is required to raise the same number, which not only wastes the limited breeding space, but also greatly increases the input cost. The more advanced sericulture mode at present is indoor three-dimensional sericulture, but the tools for three-dimensional sericulture are not ideal enough. Most of the sericulture in the prior art still uses tra...

AI Technical Summary

Problems solved by technology

The space utilization rate of the single-layer structure of flat farming is low. In the case of raising the same number, several times the area of ​​the breeding site is required, which not only wastes the limited breeding space, but also greatly increases the input cost.

At present, the more advanced method of silkworm rearing is indoor three-dimensional sericulture, but the tools for three-dimensional sericulture are not ideal enough.

Most of the sericulture in the prior art still uses traditional tools, that is, placing multi-layer silkworm plaques on the wooden frame. This tool has a simple structure, but it is very time-consuming and laborious to remove the silkworm plaques from the upper layer of the wooden frame every time.

Images