A powder feeding unit, including a feeding component and a powder collecting component. The feeding component includes a vibrator, a bracket, a barrel, a powder dropping pipe, a powder feeding seat, a powder feeding tube and a powder outlet. The support is mounted above the vibrator. The barrel is mounted above the bracket. The powder feeding seat is mounted on the bracket and is located under the barrel. The powder feeding seat passes through the fall. The powder pipe is connected with the barrel, the inner cavity channel is set in the powder feeding seat, the powder feeding tube is installed at the right end of the powder feeding seat, the end of the powder feeding tube is installed with the powder outlet, the inner cavity of the powder feeding seat is connected with the powder dropping tube and the powder feeding tube, and the powder collecting module includes the XYZ module, the fine needle aspiration needle and the switch valve, and the XYZ module includes the mechanical arm of the X axis and the direction of the Y axis. The mechanical arm and the mechanical arm in the Z axis direction, the powder suction fine needle is mounted on the Z axis mechanical arm through the on-off valve. The invention has the advantages of easy control of the uniformity and speed of the injection, and is convenient for taking too much powder out when the injection is excessive. The invention belongs to the technical field of powder injection.
【技术实现步骤摘要】
一种粉体颗粒进样装置
本专利技术属于粉体进样
,尤其涉及一种粉体颗粒进样装置。
技术介绍
目前,现有的粉体颗粒进样装置只具备送粉的功能,而对于粉体颗粒进样过量时需采用手工将多余的粉体取出以完成进样操作。采用手工对粉体颗粒的取样需要人亲自操作,较为麻烦;并且由于手工操作容易受环境影响,因此取样较难控制,容易取样过多而导致需要反复操作;手工取样需要手动定位至目标位置的粉堆,定位也较易出现偏差。
技术实现思路
针对上述问题,本专利技术提供一种粉体颗粒进样装置。一种粉体颗粒进样装置,包括送料组件和取粉组件,送料组件包括振动器、支架、料桶、落粉管、送粉座、送粉管、出粉头,支架安装在振动器上方,料桶安装在支架上方,送粉座安装在支架上且位于料桶下方,送粉座通过落粉管和料桶相连接,送粉座内设有内腔道,送粉座的右端安装送粉管,送粉管的末端安装有出粉头,送粉座的内腔道和落粉管、送粉管相连通;取粉组件包括XYZ模组、吸粉细针和开关阀,XYZ模组包括X轴方向的机械手臂、Y轴方向的机械手臂和Z轴方向的机械手臂,吸粉细针通过开关阀装在Z轴方向的机械手臂上。采用此结构,进样简便,且容易控制进样的均匀程度及速度;便于进样过量时,将过多的粉体取出来,同时通过XYZ模组的精准定位吸粉细针的位置,使得进样更精准。作为一种优选,出粉头的开口向下。采用此结构,粉体进样时更快,不易堵塞出粉头的开口。作为一种优选,出粉头的开口处倾斜安装细网。采用此结构,可以更换不同孔径的细网,因此能较好地控制落粉量,且能防止漂粉。作为一种优选,还包括密封座,密封座安装在送粉座的上端,密封座内设有弯曲的粉道,落粉管和 ...
【技术保护点】
1.一种粉体颗粒进样装置,其特征在于:包括送料组件和取粉组件,送料组件包括振动器、支架、料桶、落粉管、送粉座、送粉管、出粉头,支架安装在振动器上方,料桶安装在支架上方,送粉座安装在支架上且位于料桶下方,送粉座通过落粉管和料桶相连接,送粉座内设有内腔道,送粉座的右端安装送粉管,送粉管的末端安装有出粉头,送粉座的内腔道和落粉管、送粉管相连通;取粉组件包括XYZ模组、吸粉细针和开关阀,XYZ模组包括X轴方向的机械手臂、Y轴方向的机械手臂和Z轴方向的机械手臂,吸粉细针通过开关阀装在Z轴方向的机械手臂上。
【技术特征摘要】
1.一种粉体颗粒进样装置,其特征在于:包括送料组件和取粉组件,送料组件包括振动器、支架、料桶、落粉管、送粉座、送粉管、出粉头,支架安装在振动器上方,料桶安装在支架上方,送粉座安装在支架上且位于料桶下方,送粉座通过落粉管和料桶相连接,送粉座内设有内腔道,送粉座的右端安装送粉管,送粉管的末端安装有出粉头,送粉座的内腔道和落粉管、送粉管相连通;取粉组件包括XYZ模组、吸粉细针和开关阀,XYZ模组包括X轴方向的机械手臂、Y轴方向的机械手臂和Z轴方向的机械手臂,吸粉细针通过开关阀装在Z轴方向的机械手臂上。2.根据权利要求1所述一种粉体颗粒进样装置,其特征在于:出粉头的开口向下。3.根据权利要求2所述一种粉体颗粒进样装置,其特征在于:出粉头的开口处倾斜安装细网。4.根据权利要求1所述一种粉体颗粒进样装置...
【专利技术属性】
技术研发人员:陈安,赵志甲,高红霞,吴忻生,
申请(专利权)人:华南理工大学,
类型:发明
国别省市:广东,44
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。