Paper cocooning frame for silkworm cocooning

Abstract

The invention discloses a paper cocooning frame for silkworm cocooning, comprising grids 3 which are formed by crosswise partitioning of transverse bar plates 1 and vertical bar plates 2, wherein the grids 3 are arranged longitudinally, and are formed by slotting and inlaying the transverse bar plates 1 and the vertical bar plates 2; two ends of each transverse bar plate 1 are respectively stuck to the leftmost vertical bar plate 2 and the rightmost vertical bar plate 2; two ends of each vertical bar plate 2 are respectively stuck to the uppermost transverse bar plate 1 and the lowermost transverse bar plate 1; the sticking length of each transverse bar plate 1 is the length of each grid 3; the sticking length of each vertical bar plate 2 is the width of each grid 3; each of the transverse bar plates 1 and the vertical bar plates 2 is made of a dark-colored PVC (polyvinyl chloride) plastic plate, and has a thickness of 0.3-0.8 mm. According to the paper cocooning frame for the silkworm cocooning, not only can the mounting efficiency be improved, and twin cocoons are prevented, but also the repeated utilization factor of the paper cocooning frame can be improved, the cleaning and disinfecting operations are simply, conveniently and easily performed, and the cocooning environment can also be improved. The paper cocooning frame for the silkworm cocooning has the advantages of simple structure and low cost, is easily accepted by silkworm raisers, and is convenient to promote and apply.

Description

technical field [0001] The invention relates to a sericulture product, in particular to a grid cluster for cocooning of silkworms. Background technique [0002] When the silkworms are cocooning, there are two methods of manual lifting and automatic lifting. The manual lifting is to lay the grid clusters flat and catch the silkworms on the grid clusters. The automatic lifting method is at the full maturity stage. Lay the grid clusters flat to let the silkworms climb up automatically. It takes 7-8 minutes to catch 500 cooked silkworms by hand. If a large number of silkworms are loaded manually, the efficiency is low, and the best cocooning time for silkworms may be missed, resulting in secondary cocoons. The automatic stacking method is to take advantage of the habit of silkworms to climb up. Place grid clusters on the silkworm seat, so that silkworms can automatically climb up the grid clusters. Compared with manual clustering, the efficiency of automatic clustering is twice...

AI Technical Summary

Problems solved by technology

[0006] The invention provides a grid cluster for cocooning of silkworms, which solves the problems of low stacking efficiency and easy occurrence of double cocoons in the existing grid clusters

[0007] The invention also solves the problems of low reutilization rate of grid clusters, difficulty in cleaning and disinfection, and poor silkworm cocooning environment

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