Automatic clamping mechanical hand device for milling machining optical lens

Abstract

The invention discloses an automatic clamping mechanical hand device for milling machining an optical lens, and the automatic clamping mechanical hand device comprises a blank storage rack, a blank taking mechanism, an intermediate transfusion mechanism, a blank feeding mechanism and a control cabinet, wherein the blank taking mechanism is arranged on the top of the blank storage rack, the intermediate transfusion mechanism is arranged on one side of the blank storage rack, the blank feeding mechanism is connected with the intermediate transfusion mechanism, and the control cabinet is respectively connected with the blank taking mechanism, the intermediate transfusion mechanism and the blank feeding mechanism through a conducting wire. The blank taking mechanism, the intermediate transfusion mechanism and the blank feeding mechanism are controlled by the control cabinet to be coordinated and cooperated with one another, and a work-piece is absorbed by the blank taking mechanism and then is transmitted to the blank feeding mechanism through the intermediate transfusion mechanism. Due to the adoption of the automatic clamping mechanical hand device, automation for clamping the work-piece can be realized, accuracy in positioning, convenience in operation, rapidness and high efficiency can be realized, the machining precision of a milling grinding machine is higher, the labor intensity of workers can be saved, and the production efficiency can be improved.

Description

technical field [0001] The present invention relates to optical device production technical field, be especially applicable to the optical lens milling and grinding processing automatic clamping manipulator device of precise positioning in the optical lens glass milling and grinding process. Background technology Background technique [0002] The milling and grinding of optical lens glass blanks is the first process in the optical cold processing process. The process is characterized by short processing time for a single piece, high frequency of workpiece up and down stations, and high positioning accuracy of workpiece blank clamping. At present, most of them use the method of manual feeding, or supplemented by a simple workpiece transmission mechanism. This method is labor-intensive for workers, and in order to improve production efficiency, one person usually operates two milling machines. Simple and fast machinery The action makes the operator exhausted, which makes it d...

AI Technical Summary

Problems solved by technology

At present, most of them use the method of manual feeding, or supplemented by a simple workpiece transmission mechanism. This method is labor-intensive for workers, and in order to improve production efficiency, usually one person operates two milling machines. Simple and fast machinery The action makes the operator exhausted, which makes it difficult to use labor in this process; at the same time, the processing quality of the workpiece cannot be reliably guaranteed, and it cannot meet the needs of mass production

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