The invention discloses a feeding mechanism for cosmetics bottle printing, including vibrating tray for output flat flat bottles of cosmetics, the vibration of the discharge end of connecting flat straight discharge guide groove; the guide is arranged above the horizontal bar type lifting plate, the the lifting plate and the discharge guide grooves extend in the same direction, and the lifting plate and the discharge guide groove of the same length; a lifting drive device of the lifting plate are arranged on the top surface of the driving vertical lifting of the lifting plate; a pair of parallel horizontal rod is arranged between the lifting board and a material guide groove, the lever is located on guide is on the side of the lever and the discharge guide grooves extend in the same direction, and the rod with the same material guide groove length; the rod ends respectively through the connecting rod and the vertical lifting plate is connected to the bottom. The invention relates to a feeding mechanism for a cosmetic flat bottle printing, which can prevent flat cosmetics and flat bottles stacked together on the delivery guide groove.
【技术实现步骤摘要】
化妆品扁瓶印刷用上料机构
本专利技术涉及化妆品扁瓶印刷用上料机构。
技术介绍
化妆品扁瓶的印刷流水线,一般由振动盘上料,振动盘输出的平置化妆品扁瓶依次排列在出料导槽上,由于化妆品扁瓶的外周面比较光滑,平置的化妆品扁瓶容易相互挤靠而堆叠在一起,影响后续生产。
技术实现思路
本专利技术的目的在于提供一种化妆品扁瓶印刷用上料机构,其能防止出料导槽上的平置化妆品扁瓶堆叠在一起。为实现上述目的,本专利技术的技术方案是设计一种化妆品扁瓶印刷用上料机构,包括用于输出平置化妆品扁瓶的振动盘,所述振动盘的出料端连接平置直条型出料导槽;所述出料导槽正上方设有平置直条型升降板,该升降板与出料导槽同向延伸,且升降板与出料导槽长度相同;所述升降板顶面设有驱动升降板垂直升降的升降驱动装置;所述升降板和料导槽之间设有一对相互平行的平置挡杆,该对挡杆位于料导槽正上方,该对挡杆与出料导槽同向延伸,且该对挡杆与出料导槽长度相同;上述一对挡杆的两端分别通过竖置连接杆与升降板底面连接。优选的,上述一对挡杆位于同一水平面内。本专利技术的优点和有益效果在于:提供一种化妆品扁瓶印刷用上料机构,其能防止出料导槽上的 ...
【技术保护点】
化妆品扁瓶印刷用上料机构,其特征在于,包括用于输出平置化妆品扁瓶的振动盘,所述振动盘的出料端连接平置直条型出料导槽;所述出料导槽正上方设有平置直条型升降板,该升降板与出料导槽同向延伸,且升降板与出料导槽长度相同;所述升降板顶面设有驱动升降板垂直升降的升降驱动装置;所述升降板和料导槽之间设有一对相互平行的平置挡杆,该对挡杆位于料导槽正上方,该对挡杆与出料导槽同向延伸,且该对挡杆与出料导槽长度相同;上述一对挡杆的两端分别通过竖置连接杆与升降板底面连接。
【技术特征摘要】
1.化妆品扁瓶印刷用上料机构,其特征在于,包括用于输出平置化妆品扁瓶的振动盘,所述振动盘的出料端连接平置直条型出料导槽;所述出料导槽正上方设有平置直条型升降板,该升降板与出料导槽同向延伸,且升降板与出料导槽长度相同;所述升降板顶面设有驱动升降板垂直升降的升降驱动装置;所述升...
【专利技术属性】
技术研发人员:孙烈冰,
申请(专利权)人:泰马克精密铸造苏州有限公司,
类型:发明
国别省市:江苏,32
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