Partition automatic feeding device

Abstract

The invention relates to an automatic feeding device for a spacer. The automatic feeding device comprises a charging basket base, an ejector pin and an ejector pin moving module, and further comprises a separation plate and a charging basket. A separation plate outlet is formed in the separation plate. A spacer storage hole is formed in the charging basket in the axial direction. The spacer is stored in the spacer storage hole. The center lines of a charging basket base through hole, the separation plate outlet and the spacer storage hole coincide with one another. The ejector pin penetrates through the charging basket base through hole to be inserted in the spacer storage hole of the charging basket, and the upper end of the ejector pin is propped against the spacer. Through the technical scheme, manual placing can be replaced, and the defect of a conventional feeding process is eliminated; thousands of spacers can be stored at one time, automatic feeding can be realized, misoperation that two or more spacers are sucked synchronously can be effectively prevented, a spacer tray and a process of placing the spacers manually are omitted, the using cost of a tool jig is reduced, personnel allocation requirements are reduced greatly, the production efficiency is improved effectively, and the production and manufacturing cost is reduced.

Description

technical field [0001] The invention relates to a feeding device, in particular to an automatic feeding device for partitions. Background technique [0002] The spacer is an essential part of the lens, especially in the mobile phone lens, it can reduce stray light, and can effectively improve the performance and quality of the mobile phone lens. In the prior art, there are usually two supply methods for the spacer: One is to use the manual method in the whole process; the other is to manually place it on the spacer tray first, and then complete the follow-up process by the robot. However, the above two methods have the disadvantage of low worker operation efficiency. Manual operation is easy to damage the spacer and other parts of the mobile phone lens; and because a finished lens needs to have multiple spacers of different specifications, the operator needs to configure a huge workload, high labor costs, and poor accuracy, not only resulting in high production costs, but al...

AI Technical Summary

Problems solved by technology

[0002] The spacer is an essential part of the lens, especially in the mobile phone lens, it can reduce stray light, and can effectively improve the performance and quality of the mobile phone lens. In the prior art, there are usually two supply methods for the spacer: One is to use the manual method in the whole process; the other is to manually place it on the spacer tray first, and then complete the follow-up process by the robot. However, the above two methods have the disadvantage of low worker operation efficiency. Manual operation is easy to damage the spacer and other parts of the mobile phone lens; and because a finished lens needs to have multiple spacers of different specifications, the operator needs to configure a huge workload, high labor costs, and poor accuracy, not only resulting in high production costs, but also Moreover, quality accidents are caused due to manual misoperation, and the spacers are placed on the spacer tray. Due to the large number of spacers and the large number of spacers, the number of spacer trays required is huge, which increases the production cost.

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