Circular knife machining and stripping all-in-one machine

Abstract

The invention discloses a circular knife machining and stripping all-in-one machine. The circular knife machining and stripping all-in-one machine comprises a rack, a circular knife machining part, anauxiliary discharging part, a stripping part and a detection assembly, wherein the circular knife machining part is installed in the middle of the rack; the auxiliary discharging part is installed atthe upper end of the discharging side face of the rack; the stripping part is installed in the middle; a feeding shaft of the auxiliary discharging part is rotatably connected to a lateral frame through a first bearing; a central shaft hole direct coupling shaft sleeve of the side end face of the feeding shaft is connected with an output shaft of a feeding motor; the upper inclined surface of a stripping knife of the stripping part is tangent to the feeding shaft and located below the left end of the feeding shaft; the two sides of the left end of the stripping knife are in threaded connection with a horizontal base plane of an inner base shaft; and an optical fiber sensor of the detection assembly is located over the stripping knife. The circular knife machining and stripping all-in-onemachine provided by the invention has the effects that circular knife machining, stripping and directional material moving are integrated, the equipment is compact, the production efficiency is high,and the product yield is high.

Description

technical field [0001] The invention relates to the field of round knife processing, in particular to an integrated machine for round knife processing and stripping. Background technique [0002] 3C products contain a large number of flaky 3C parts. In order to be suitable for large-scale continuous production and increase processing speed, circular knife machines are usually used for processing. After receiving materials, they are sent to the stripping section to peel off the finished sheets manually or by stripping machines. The defects are: First, there are many processes, many processing equipment are required, large space is occupied, many workers, and the processing cycle is long; second, the processing section and the stripping section need to set the benchmark twice, the adjustment workload is large, and the stripping effect is prone to poor, intermediate materials With frequent switching, it is easy to damage the blank, which cannot meet the product yield, shipment ...

AI Technical Summary

Problems solved by technology

[0002] 3C products contain a large number of flaky 3C parts. In order to be suitable for large-scale continuous production and increase processing speed, circular knife machines are usually used for processing. After receiving materials, they are sent to the stripping section to peel off the finished sheets manually or by stripping machines. The defects are: First, there are many processes, many processing equipment are required, large space is occupied, many workers, and the processing cycle is long; second, the processing section and the stripping section need to set the benchmark twice, the adjustment workload is large, and the stripping effect is prone to poor, intermediate materials With frequent switching, it is easy to damage the material, which cannot meet the product yield rate, shipment demand and product accuracy requirements, and the production efficiency is low

Images