Honeycomb cocooning frame

Abstract

The invention provides a mulberry silkworm cocooning frame mounting and cocooning device. A honeycomb cocooning frame is characterized by consisting of cocooning holes of honeycomb structures, the inner diameter of the cocooning holes is 20-40 mm, the hole depth is 35-60 mm, the distribution density of the cocooning holes is consistent to the conventional silkworm breeding density. The honeycomb cocooning frame can achieve automatic mounting without lifting and cocoon turnover only by covering adult silkworms, labor is saved, pollution is small, the cocooning speed is high, and the quality is good.

Description

technical field [0001] The invention relates to a silkworm cluster tool used for silkworm clustering, in particular to a silkworm cluster with a honeycomb structure. Background technique [0002] The utensils used by silkworms for cocooning are called silkworm cocoons. At present, the silkworm clusters that are used in silkworm cocooning mainly include bamboo flower clusters, grid clusters, rotating grid clusters, and plastic mesh clusters. [0003] 1. Bamboo flower clusters: Because of their fast clustering, fast cocoon formation, and large cocoon production, they have become traditionally used silkworm clusters. Not only have they been used for a long time and in a wide range, but their disadvantages are that there are many messy silk cocoons, large cocoon pollution, There are many cocoons in the double palace, and the clusters need to be manually inverted many times. It is difficult to pick the cocoons, and the cost of weaving silkworm clusters is high. At present, this ...

AI Technical Summary

Problems solved by technology

[0003] 1. Bamboo flower clusters: Because of their fast clustering, fast cocoon formation, and large cocoon production, they have become traditionally used silkworm clusters. Not only have they been used for a long time and in a wide range, but their disadvantages are that there are many messy silk cocoons, large cocoon pollution, There are many cocoons in the double palace, and it needs to be manually inverted many times. It is difficult to pick the cocoons, and the cost of weaving silkworm clusters is high. At present, this kind of silkworm clusters is gradually withdrawn from the market.

[0004] 2. Grid clusters: Grid clusters are produced to improve the quality of silkworm cocoons, which can overcome the shortcomings of bamboo flower clusters with many cocoons, large cocoon pollution, and double cocoons, and they can pick cocoons much faster than bamboo flower clusters. However, there are new disadvantages, that is, slow clustering and slow cocoon formation, which are 2-3 hours slower than bamboo flower clusters, more manual inversion times than bamboo flower clusters, more urgent operating time requirements, and low hole penetration rate

[0005] 3. Rotating grid clusters: Rotating grid clusters are mainly targeted to solve the problem of multiple manual inversions of grid clusters, and can greatly improve the hole penetration rate and are very popular among silkworm farmers. Slow, slow cocooning, 2-3 hours slower than bamboo flower clusters

[0006] 4. Plastic mesh clusters: due to rising labor costs in recent years, silkworm clusters that are labor-saving, labor-saving and easy to operate are more popular among silkworm farmers. The biggest advantage of plastic mesh clusters is that it saves labor on the clusters, and saves labor on picking cocoons. The most labor-saving kind of silkworm clusters, the cocooning speed is fast, 2-3 hours faster than the square silkworm clusters, but its biggest disadvantage is that there are many messy silk cocoons, silkworm cocoons are more dyed than bamboo flower clusters, double palace cocoons There are more flower clusters than bamboo, and the cocoon price is lower than other silkworm clusters

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