Houses for breeding silkworms with living folium mori, row clipping cocooning frames and method

Abstract

The invention discloses houses for breeding silkworms with living folium mori, row clipping cocooning frames and a method and relates to rearing instruments and a new method which is to directly arrange a plurality of houses in a mulberry field, lift the expansion rods (6) according to weather move the houses with silkworms, move the house (11) for breeding silkworms with living folium mori every four days, breed silkworms in the grids of the row clipping cocooning frames (19), which is provided with protrusions (16), clamping grooves (17) and grid layers (18), one by one at regular density and sequence, collect folium mori for silkworms layer by layer and grid by grid and bridge to supply folium mori in turn every three days. The problem of inter-row space for silkworms is solved, the four essential factors including ventilation, cooling and drying, adequate living folium mori and disinfecting for preventing diseases are guaranteed, an economic growth mode is changed, the working time per kilogram of cocoon is reduced to 0.2 hour from 5 hours, which is less than the 1.6 hours in Japan, land productivity and labour productivity are improved considerably, one person can breed 30 boxes of silkworms in a single season, high productivity, high efficiency, high quality, low consumption and labor conservation are achieved, and thus, the houses and the method promote the specialization, intensification, scale-up, industrialization, labor conservation and modernization of the silkworm and mulberry industry.

Description

[0001] Field [0002] The live mulberry sericulture shed, row clamping clusters and method of the present invention belong to the field of sericulture equipment for sericulture, and particularly relate to a live mulberry sericulture shed that is moved and placed in the mulberry field, and the row clamping clusters are used to clamp the living mulberry branches in turn Branches gather mulberries, build bridges layer by layer, and carry out the method of raising silkworms every season. Background technique [0003] Since the founding of the People's Republic of China more than 60 years ago, sericulture science and technology have made great progress, which has promoted the transformation of sericulture from a labor-intensive industry to a knowledge-intensive industry, improved operating efficiency, and provided a new field and space for the development of sericulture. , which enhanced the competitiveness of the sericulture industry. Chinese scientists took the lead in the world ...

AI Technical Summary

Problems solved by technology

[0004] However, compared with agricultural production, the degree of mechanization, automation and labor-saving of sericulture production is not high. The technology of live mulberry and sericulture sheds in mulberry gardens can minimize input costs, limit the scope of silkworm activities, satisfy the amount of mulberry eaten by silkworms, There are shortcomings and deficiencies in temperature and humidity environmental conditions, ventilation, disease prevention and treatment, reduction of labor intensity, and improvement of labor productivity. In particular, the investment in live mulberry and sericulture sheds is large, and it is inconvenient to build mulberry gardens on site and return to the mountain. Negative impacts are caused by the use of inverted branches for mulberry clusters, and the triangular gaps that appear when the rows of mulberry trees meet are useless, causing some silkworms to fall to the ground and cannot move forward with the branches smoothly.

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