Live mulberry sericulture equipment, sericulture method and sericulture management system

Abstract

The invention belongs to the technical field of sericulture, and specifically discloses a live mulberry and sericulture equipment, which comprises a large silkworm breeding unit composed of a movable shed cover and double-convex grid cluster clamps. The invention also discloses a sericulture method, which comprises the following steps: customizing the plan, setting up equipment, feeding small silkworms, feeding large silkworms, and clearing the field. The invention also discloses a synchronous management system of computer and mobile phone for silkworm rearing. This plan always focuses on creating four major elements for silkworms to improve sericulture, such as rarity, preventing silkworms from falling, updating silkworm platforms, three-dimensional ventilation, not hurting mulberry branches, retaining petioles, no need to remove sand, and no need to build another silkworm house , Set up a silkworm platform, purchase silkworm tools, etc., and originally put silkworms into the mulberry garden for breeding, achieving the purpose of two high and one excellent, one low and one provincial silkworm breeding, far exceeding the Japanese labor time of 1.6 hours per kilogram of silkworm cocoons, and one silkworm per person Seasonal breeding of 100 silkworm eggs can greatly liberate productivity, thus providing technical support for the transformation and upgrading of sericulture, and the realization of specialization, intensification, factoryization, labor saving and modernization.

Description

technical field [0001] The invention belongs to the technical field of sericulture, and in particular relates to a live mulberry sericulture equipment, a sericulture method and a sericulture management system. Background technique [0002] Sericulture is a labor-intensive industry. In terms of mulberry garden cultivation, high-yield and high-density herbaceous hybrid mulberry varieties and mulberry garden models have been cultivated. [0003] Sericulture application technology focuses on high quality, high yield, high efficiency and low consumption, and establishes a simplified and labor-saving sericulture system. The promotion of silkworm breeding technology in my country has achieved 5 hours of labor time per kilogram of silkworm cocoons, and one farmer can only breed 2-5 silkworm eggs, and is trying to catch up with Japan's mechanized harvesting of 1.6 hours of labor time per kilogram of silkworm cocoons The goal. [0004] In terms of sericulture application technology, ...

AI Technical Summary

Problems solved by technology

[0006] 1. The inflatable canopy cover is easily punctured by dead branches and debris blown by strong winds or damaged during operation;

[0007] 2. The pool on the shed cover is inconvenient to move after being filled with water, and the cooling degree is not enough;

[0008] 3. The film and sunshade nets hung on the shed not only affect the ventilation and light, but also are not conducive to the setting and movement of the shed, which also has a negative impact on the growth of mulberry trees;

[0009] 4. Due to the material and structural defects of the grid clusters or row-clamp clusters, the mulberry is not tight enough, so that the silkworms are far away and easy to fall when they eat mulberry;

[0010] 5. There is no sponge strip or only installed on the bottom side to make a bridge. It is inevitable that the silkworm will fall out of place and cannot continue to crawl forward and eat mulberry, resulting in bridge failure;

[0011] 6. The structure is not suitable, the material is fragile, the manufacturing process is complicated, and the use, operation, handling, storage and management are inconvenient

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