Cutting slit separation device of cocoon

Abstract

The invention discloses a cutting slit separation device of cocoon, comprising a holding mechanism and a rotary arm cutting mechanism which are arranged on a bottom plate, wherein the holding mechanism comprises a main shaft which is driven by a main shaft rotary driving motor. The main shaft is provided with a holding device, and the holding device is an arched finger which is connected through a steel spring sheet and located at the upper part and a V-shaped finger which is connected through the holding rotary arm and located on the lower part. The steel spring sheet and the holding rotary arm are respectively connected with an arched electromagnetic clutch and a V-shaped electromagnetic clutch. The rear end of the V-shaped groove of the V-shaped finger is provided with a vertical blocking plate. The invention adopts the holding mechanism designed by the profiling human engineering to hold the cocoon with different sizes and specifications; because the elastic steel sheet and the rotary arm of the holding mechanism are connected with the main shaft through the electromagnetic clutches, so the holding actions can be respectively realized and are flexible; because a cocoon length detecting device is installed in the system, the positions of the cutting cutter can be adjusted according to the different length of the cocoon, the adapting capability on different heights of the cocoon can be realized, and silkworm pupas cannot be damaged.

Description

technical field [0001] The invention relates to a silkworm egg processing mechanical device, which is used for cutting silkworm cocoons and separating silkworm chrysalis from silkworm shells. Background technique [0002] When producing silkworm cocoons, it is necessary to separate the silkworm chrysalis from the silkworm shell. In the traditional silkworm cocoon seed production process, in order to take out the silkworm chrysalis from the silkworm shell, the silkworm chrysalis is generally directly cut open manually, and then the silkworm chrysalis is manually poured out. This method is inefficient and unsafe, and requires a high degree of proficiency in operation. At present, there are also people who try to use machinery to cut the mouth of silkworm cocoons, but because its technology is immature. Especially because the size difference of silkworm cocoons is relatively large, the current cutting machine cannot automatically recognize the individual size of silkworm coco...

AI Technical Summary

Problems solved by technology

This method is inefficient and unsafe, and requires high proficiency in operation

At present, some people try to use machinery to cut the silkworm cocoon, but due to its immature technology

Especially due to the large size difference of silkworm cocoons, the current cutting machine cannot automatically identify and adapt to the individual size of silkworm cocoons, and it is easy to damage silkworm chrysalis

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