The utility model discloses a quantitative weighing device for Panax Notoginseng Powder after grinding, which relates to the technical field of weighing equipment. The utility model comprises a base plate; a pair of H-shaped shelves are symmetrically fixed on the surface of the base plate; an inner cylinder body is arranged between the two H-shaped shelves; both ends of the inner cylinder body are connected to the H-shaped shelf by rotating axes; a blanking passage is arranged along the annular direction on the peripheral side of the inner cylinder body; an outer cylinder body is sleeved outside the outer cylinder body; a quantitative tube is inserted side by side at the lower side of the outer cylinder body; and an electromagnetic field is arranged at the lower end of the quantitative tube. The discharging valve; the discharging tray is inclined under the outer cylinder body; the bottom of the discharging tray is equipped with a weighing sensor; the discharging outlet at the lower part of the discharging tray is equipped with a baffle through the mandrel; and the discharging pipe group is arranged below the baffle. The utility model realizes multi-tube quantitative weighing and quantitative discharging of Notoginseng micro-powder by utilizing the matching arrangement of inner cylinder and outer cylinder and the discharging plate with weighing sensor, which effectively improves the bagging efficiency of Notoginseng micro-powder and is suitable for popularization.
【技术实现步骤摘要】
一种三七微粉碾磨后定量称重装置
本技术属于称重设备
，特别是涉及一种三七微粉碾磨后定量称重装置。
技术介绍
三七粉是植物三七的根茎制品，是用三七主根打成的粉。三七根在碾磨机上加工成三七微粉后，需要进行装袋工序。目前，三七微粉的装袋工作一般由人工完成，工人需要进行三七微粉的装袋、称重等操作，这导致三七微粉的装袋效率低下，耗时耗力；并且，采用人工装袋，也使得三七微粉的装袋环境卫生变差。因此，函需研究出一种三七微粉碾磨后定量称重装置，以便于解决上述问题。
技术实现思路
本技术的目的在于提供一种三七微粉碾磨后定量称重装置，通过利用内筒体与外筒体相配合设置，并配设带有称重传感器的排料盘，实现了对三七微粉的多管式定量称重及定量排料，有效地提高了三七微粉的装袋效率，解决了现有的三七微粉装袋工序的效率低下和三七微粉的装袋环境卫生较差的问题。为解决上述技术问题，本技术是通过以下技术方案实现的：本技术为一种三七微粉碾磨后定量称重装置，包括基板；所述基板上表面对称固定装设有一对H型架；两所述H型架之间并位于基板上方设置有一内筒体；所述内筒体两端面均通过一转轴转动连接在对应的H型架上；一所...
【技术保护点】
1.一种三七微粉碾磨后定量称重装置，其特征在于，包括基板(1)；所述基板(1)上表面对称固定装设有一对H型架(101)；两所述H型架(101)之间并位于基板(1)上方设置有一内筒体(2)；所述内筒体(2)两端面均通过一转轴(3)转动连接在对应的H型架(101)上；一所述转轴(3)连接有一第一电机(301)；所述内筒体(2)周侧面沿环形方向开设有下料通道(201)；所述内筒体(2)外套设有一外筒体(4)；所述外筒体(4)两端分别固定连接在对应的H型架(101)上；所述外筒体(4)下部周侧面并排固定穿插有定量管(401)；所述定量管(401)上端口与内筒体(2)周侧面相切合；所...
【技术特征摘要】
1.一种三七微粉碾磨后定量称重装置，其特征在于，包括基板(1)；所述基板(1)上表面对称固定装设有一对H型架(101)；两所述H型架(101)之间并位于基板(1)上方设置有一内筒体(2)；所述内筒体(2)两端面均通过一转轴(3)转动连接在对应的H型架(101)上；一所述转轴(3)连接有一第一电机(301)；所述内筒体(2)周侧面沿环形方向开设有下料通道(201)；所述内筒体(2)外套设有一外筒体(4)；所述外筒体(4)两端分别固定连接在对应的H型架(101)上；所述外筒体(4)下部周侧面并排固定穿插有定量管(401)；所述定量管(401)上端口与内筒体(2)周侧面相切合；所述定量管(401)下端口装设有一电磁放料阀(402)；所述外筒体(4)下方倾斜设置有一排料盘(5)；所述排料盘(5)底面固定装设有一称重传感器(6)；所述排料盘(5)内并排设置有与定量管(401)位置相对应的溜料槽(501)；所述排料...
【专利技术属性】
技术研发人员：马峰，苏玉增，方颂平，
申请(专利权)人：天马安徽国药科技股份有限公司，
类型：新型
国别省市：安徽,34
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