An electric cocoon peeling machine

Abstract

The invention discloses an electric cocoon cutting machine. The electric cocoon cutting machine comprises a box body, a motor, a shaft sleeve, fan-blade-shaped blades and cocoon die channels. The table surface of the box body inclines rightwards, the motor is installed on the table surface, the shaft sleeve is installed on an output shaft of the motor in a sleeved mode, the fan-blade-shaped blades are installed at the top end of the output shaft of the motor, the fan-blade-shaped blades are perpendicular to the output shaft, the fan-blade-shaped blades are fixedly connected with the shaft sleeve, an installation base is arranged on the motor, the installation base is connected with the cocoon die channels, the left side faces of the cocoon die channels are parallel to the right side faces of the fan-blade-shaped blades, the cocoon die channels are conical cavities and in an inwardly folded state, and cocoon cutting openings are formed in the front ends of the cavities. The electric cocoon cutting machine is simple in structure, scientific, reasonable, economical, practical and capable of saving work and labor, greatly increases the working efficiency, solves the problems that in the process that silkworm raisers cut openings in cocoons, the fingers are prone to being cut and silkworm chrysalises are prone to being injured and avoids the problem that the silkworm chrysalises hatch into moths before the openings of the cocoons are cut.

Description

technical field [0001] The invention relates to the field of cutting devices, and more specifically relates to an electric cocoon cutting machine. Background technique [0002] my country is a big silk producing country. Sericulture has a long history of 5,500 years. It is a traditional advantageous industry in rural areas and plays a very important role in economic life. Sericulture is still mainly based on manual work at present, lacking mechanized utensils that are close to production, economical and practical, and can be popularized and applied. In the production process of silkworm eggs, it is necessary to cut a small mouthful of the silkworm cocoons after the silkworms make cocoons, just enough to pour out the silkworm chrysalis, and then let the silkworm chrysalis lay flat on the silkworm net to let them moth, and then mate to produce silkworm eggs. [0003] At present in my country's sericulture industry, the cocoon cutting is still based on manual cutting, that is,...

AI Technical Summary

Problems solved by technology

This "manual cutting" operation method has the following disadvantages: 1. Silkworm farmers have to cut thousands of cocoons every day, which is easy to cut fingers, which not only easily hurts the silkworm farmers' bodies, but also has low work efficiency; It is difficult to control the size of the cut during the cutting process, and it is easy to cut the silkworm chrysalis in the cocoon, causing economic losses; 3. The work efficiency of manual cocoon cutting is very low and the labor intensity is high, because sericulture is a labor-intensive industry , It takes a lot of manpower to cut the silkworm cocoon, and it often happens that the silkworm cocoon has not had time to cut the mouth, and the silkworm chrysalis has hatched into a moth and crawled out of the silkworm cocoon, causing a large loss in the production of silkworm eggs

At present, there are also automatic mechanical equipment for cutting silkworm cocoons on the market. However, due to the size of silkworm cocoons, the machine often cuts silkworm chrysalis, the success rate is low, it is not close to production, it is not economical and practical, and the equipment cannot be promoted and applied industrially.

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