分离禽蛋壳膜粉碎装置刀片的设计与试验OA
Design and Experiment of Blades on Grinder for Separating Eggshell Membranes From Eggshells
为高效分离回收蛋壳膜,设计了一款采用剪切和碾压的粉碎方式专用于分离禽蛋壳膜的粉碎装置.采用干燥的蛋壳膜进行试验,通过理论分析和预试验确定刀片类型、刀片间隙、转子转速、筛网目数为主要影响因素,根据实际生产情况确定各因素的试验水平,以分离率和损耗率为评价指标进行四因素三水平响应面试验;利用 Design-Expert 12.0 对试验结果进行响应面分析,研究不同影响因素对评价指标的影响规律.验证试验结果表明:当调整转子转速为 1374r/min、安装 2 目筛网、刀片间隙为 1mm 的 50°剪切式刀片时,分离率为 86.72%,损耗率为 3.71%,大粒径蛋膜较多.试验装置有效提高了粉碎蛋壳膜后蛋膜的分离效果,降低了损耗率,具有极大的优越性.
In order to separate and recycle eggshells and eggshell membranes,a grinder for separating eggshells and egg-shell membranes was designed by shear and grind methods.The main influencing factors are blade type,blade clearance,rotational speed and screen mesh number.The grinder experiment on the dried eggshells was carried out.The improved experimental results showed that the separation rate reached the maximum value of 86.72%and the loss rate was 3.71%when the rotational speed was 1374 r/min,the 2 mesh number screen was installed and 50°blades with blade clearance of 1mm were adopted.The mass proportion of large eggshell membrane particle was increased.Conse-quently,the experimental grinder can effectively improve the separation rate of eggshell membranes.
迟媛;隋昂伯;穆盛志;迟玉杰
东北农业大学 工程学院,哈尔滨 150030东北农业大学 食品学院,哈尔滨 150030
畜牧业
禽蛋壳膜粉碎分离分离率损耗率
eggshell membranesgrind and separateseparation rateloss rate
《农机化研究》 2024 (008)
151-158 / 8
黑龙江省自然科学基金项目(LH2019E011);国家蛋鸡产业技术体系项目(CARS-40-K25)
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