Harvesting device suitable for automatic production of cordyceps taishanensis

Abstract

The invention relates to the field of cordyceps sinensis plantation, in particular to a harvesting device suitable for automatic production of cordyceps taishanensis. The cutting device consists of a cutting frame, a clamping device panel and a culture medium camping device, wherein the clamping device panel is arranged on the culture medium camping device; the cutting frame is arranged above the clamping device panel; the cutting frame comprises a doctor blade plate and a pneumatic cylinder; a gap is kept between the lower bottom surface of the doctor blade plate and the upper plane of the clamping device panel; the pneumatic cylinder is arranged on the end of the cutting frame so as to automatically pick up the cordyceps sinensis. The harvesting process of the device is free from manual operation, cordyceps sinensis harvesting is free from bacterial infection, and a harvesting process is clean and sanitary; the doctor blade plate is adopted to harvest, and the cordyceps sinensis can be automatically completely harvested in one time. The culture medium and the cordyceps sinensis are independently collected at different places so as to bring convenience for later stage production and processing.

Description

technical field [0001] The invention relates to the field of Cordyceps planting, in particular to a harvesting device adapted to the automatic production of Cordyceps. Background technique [0002] The existing Cordyceps planting is mainly planted in small batches, and when the Cordyceps is mature and harvested, it is harvested by hand. However, manual harvesting is slow and cannot meet the requirements of mass production. At the same time, during the harvesting process, manual labor may carry germs and pollute Cordyceps. [0003] In mass production, manual production requires a large number of workers, and during the harvesting process, operators may carry a large number of bacteria, contaminate the finished product, and fail to meet food safety requirements. At the same time, due to the limitation of manual picking, it is also difficult to meet the requirements of mass production. [0004] The Cordyceps itself is relatively soft, and it is easy to damage the Cordyceps wh...

AI Technical Summary

Problems solved by technology

However, manual harvesting is slow and cannot meet the requirements of mass production. At the same time, during the harvesting process, manual labor may carry germs and contaminate Cordyceps

[0003] In mass production, manual production requires a large number of workers, and during the harvesting process, the operator may carry a large number of bacteria, contaminate the finished product, and do not meet the requirements of food safety

At the same time, due to the limitation of manual picking, it is also difficult to meet the requirements of mass production

[0004] The Cordyceps itself is relatively soft, and it is easy to damage the Cordyceps when harvested by the existing shearing device, and the decomposition of the culture medium and the Cordyceps fungus is not complete; if the harvest is blown off by high-pressure gas, the air pressure is difficult to control, so that the final product contains There are more impurities; if the eradication device is used, it is difficult to harvest large quantities of Cordyceps fungus in a short period of time, and the collection of Cordyceps fungus is difficult to realize mechanical automation, and it is easy to cause the Cordyceps fungus to break and decompose uncleanly, thereby affecting product quality

[0005] Therefore, the existing harvesting devices cannot meet the needs of large-scale harvesting of Cordyceps fungus, and cannot adapt to mechanical automation operations

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