基于差速分离原理的杏鲍菇分级分选机械系统设计

Design of grading and sorting mechanical system for Pleurotus eryngii based on differential separation principle

目的:有效解决杏鲍菇产业人工分选效率低、品质波动及人工成本增加等问题。方法:设计一套基于差速分离原理的杏鲍菇分级分选装置机械系统,对杏鲍菇差速分离原理进行介绍并建模。结果:搭建测试样机,完成原理验证测试试验,特菇分离成功率为99.5%,其他规格菇均为100%。结论:试验装置可达到良好的差速分离效果。

Objective: In order to effectively solve the problems of low efficiency, quality fluctuation and increasing labor cost of artificial sorting. Methods: A mechanical system based on differential separation principle was designed to complete the classification and separation device of Pleurotus eryngii, and the differential separation principle was introduced and modeled. Results: The test prototype was built and the principle verification test was completed. The success rate of separation of special mushroom was 99.5%, and that of other varieties was 100%. Conclusion: The test device can achieve good differential separation effect.