A wire stripping and tinning all-in-one machine for usb-c interface processing

Abstract

The invention relates to a tinning mechanism for processing a USB-C interface. The tinning mechanism comprises a rack, a power distribution control box, a first conveying device, a second conveying device and a wire stripping mechanism, wherein the second conveying device comprises a turnover device, the turnover device comprises a second conveying installation seat, a conveying turnover seat is arranged on the second conveying installation seat through a conveying turnover shaft, a second conveying groove is arranged at an upper part of the conveying turnover seat, a turnover gear is arrangedon the conveying turnover shaft, a conveying turnover rack is matched at a lower part of the turnover gear and is connected with a rack movable cylinder, a second feeding device is arranged at the upper part of the rack, and a tinning device matched with an outer end of a turned wiring bar is arranged on the rack. The wire stripping part of the wiring bar of the product on the carrier can be inserted into the tinning device by adopting the reversible second conveying device, the tinning of the wiring bar can be precisely realized, the simultaneous tinning of the wiring bars at different sidesof two products can be realized, and the tinning efficiency is improved.

Description

technical field [0001] The present invention and the field of processing equipment for electronic products, in particular, relate to a wire stripping and tinning integrated machine for processing USB-C interfaces. Background technique [0002] The USB-C interface, also known as the USB Type-C interface, is widely used in various electronic product fields, and its structure is mostly as figure 2 As shown, it includes a wire reel 10 and two terminal blocks 11 connected to the wires on the reel. During the processing of the USB-C interface, the ends of the two terminal blocks need to be stripped and tinned. The stripping of some products is mostly done by hand or by a stripping mechanism, and most of the tinning treatment uses a robot to soak the part of the product that needs to be tinned into the tin bath. The efficiency of tinning is low, and the tinning is accurate. The accuracy is poor, the precision of the manipulator is high, the equipment cost is high, and the efficien...

AI Technical Summary

Problems solved by technology

[0002] The USB-C interface, also known as the USB Type-C interface, is widely used in various electronic product fields, and its structure is mostly as figure 2 As shown, it includes a wire reel 10 and two terminal blocks 11 connected to the wires on the reel. During the processing of the USB-C interface, the ends of the two terminal blocks need to be stripped and tinned. The stripping of some products is mostly done by hand or by a stripping mechanism, and most of the tinning treatment is to use a robot to soak the part of the product that needs to be tinned into the tin bath. The efficiency of tinning is low, and the tinning is accurate. The accuracy is poor, the precision of the manipulator is high, the equipment cost is high, and the efficiency of tinning is not high, and it is prone to excessive tinning

Images