Young tussah co-cultivation greenhouse

Abstract

The invention discloses a young tussah co-cultivation greenhouse. The young tussah co-cultivation greenhouse comprises a greenhouse body; the ground inside the greenhouse body is provided with planting trenches, and passages are arranged between every two planting trenches; two rows of young tussah collecting saplings are arranged inside every planting trench; drainage ditches are arranged outside the greenhouse body; dimming lights are uniformly distributed above the planting area of the greenhouse body and connected with a microcontroller. According to the young tussah co-cultivation greenhouse, two rows of the young tussah collecting saplings are arranged inside the greenhouse body to achieve pest and disease preventing effects; meanwhile, the lights can provide sufficient light; a shading net is arranged inside the young tussah co-cultivation greenhouse to achieve the effects of sun shading during abundant sunlight.

Description

technical field [0001] The invention relates to the technical field of co-cultivation of small silkworms, in particular to a greenhouse for co-cultivation of small silkworms. Background technique [0002] At present, the indoor breeding of tussah silkworm breeding has become a research hotspot. But whether tussah silkworm breeding can realize the transition from outdoor breeding to indoor breeding is still far from conclusive. In order to realize the indoor breeding of tussah silkworms, three problems need to be solved. One is that tussah silkworms have strong phototaxis, upward and dispersive characteristics, and it is difficult to raise them indoors. The 2nd, the harvesting of eucalyptus leaf, fresh-keeping, storage are comparatively difficult, and this is the important reason why the indoor protection breeding technique of small silkworms has not been widely popularized at present. The third is the investment in silkworm houses and related implementation brought by indo...

AI Technical Summary

Problems solved by technology

In order to achieve indoor breeding of tussah silkworms, three problems need to be solved. One is that tussah silkworms have strong phototaxis, upward and dispersive characteristics, and it is difficult to raise them indoors.

The second is that it is difficult to harvest, keep fresh, and store oak leaves, which is an important reason why the indoor protection and breeding technology of small silkworms has not been widely popularized.

The third is the investment in silkworm houses and related implementation brought by indoor breeding. The manual input of harvesting oak leaves will increase the cost and increase the pressure of labor force. This is in line with the goal of modern agricultural production to pursue low cost, labor saving and high profit. Run in the opposite direction