一种蛹虫草培育装置

By designing a Cordyceps militaris cultivation device with an independent cultivation room and transfer mechanism, the problem of continuous cultivation in temperature-controlled cultivation rooms has been solved, achieving efficient and flexible Cordyceps militaris cultivation management and improving the controllability of finished product yield and growth process.

CN121312463BActive Publication Date: 2026-07-17YANGZHOU POLYTECHNIC COLLEGE +1

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
YANGZHOU POLYTECHNIC COLLEGE
Filing Date
2025-11-15
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing technologies, temperature-controlled cultivation rooms cannot continuously cultivate Cordyceps militaris from different batches and with individual differences, resulting in manual transfer when there are differences in growth cycles, which increases labor costs and reduces the yield of finished products.

Method used

Design a Cordyceps militaris cultivation device, which includes independent cultivation chambers and a transfer mechanism. The device allows for the gradual transfer of cultivation boxes between different levels of cultivation chambers as needed, and is equipped with independent lighting and ventilation systems to achieve independent cultivation in different zones and dynamic control of environmental parameters.

Benefits of technology

It enables efficient and flexible Cordyceps militaris cultivation and management, reduces labor costs, increases finished product yield, and allows for intuitive observation of the growth process, optimization of environmental parameters, and ensures a clean and efficient cultivation environment.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明涉及一种蛹虫草培育装置,包括培育架合培育箱,培育架包括若干组独立的培育室,每组所述培育室均按培育阶段分为若干级别的培育腔;培育箱盛放有接种后的培养基;每组所述培育室内均设置有独立的转移机构,所述转移机构按需控制所述培育箱由低级别的培育腔向高级别的培育腔逐步转移,每个所述培育腔内均设置有独立光照系统,同一级别的所述培育腔内设置有相同通风系统,静止状态的培育箱与对应的所述培育腔形成密闭或密封空间;实现高效的分区独立培育管理,能基于菌丝体的生长阶段更好的控制光照、温度和湿度等环境参数,从而取得高产优质的蛹虫草,并且能更加直观对比观察不同培育箱内菌丝体的生长进程。
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