Linear automatic tin soldering device

Abstract

The invention discloses and provides a linear automatic tin soldering device capable of simultaneously completing various motor skills, saving labor and time, relieving labor intensity, improving labor efficiency, guaranteeing the safety of staff and improving the tin soldering quality and yield of products. The linear automatic tin soldering device comprises a rack and a conveying mechanism fixedly arranged on the rack. A feeding mechanism and a linear positioning mechanism are further arranged on the conveying mechanism. A first tin soldering station, a second tin soldering station and a discharging mechanism are further sequentially arranged on the rack. The first tin soldering station and the second tin soldering station each comprise a scaling powder mechanism and a tin furnace which are fixedly arranged on one side of the linear positioning mechanism, the tin furnaces are further provided with high-temperature glue protection devices, a tin soldering mechanism is further arranged on the linear positioning mechanism, the linear positioning mechanism drives the tin soldering mechanism to sequentially pass through the first tin soldering station and the second tin soldering station, and then double-tin-soldering procedures are completed. The linear automatic tin soldering device is suitable for the field of transformer production.

Description

technical field [0001] The invention relates to an automatic mechanical equipment for manufacturing magnetic element transformers, in particular to a linear automatic soldering device. Background technique [0002] The magnetic component transformer usually has a plastic shell structure, and the enameled wire is wound on the plastic shell. Since the winding machine is separated from the soldering machine, it is necessary to perform product turnover during soldering, and then the worker takes the material for soldering; after the plastic shell pins are soldered, due to high temperature The pins are easy to loosen, so the pins need to be rectified after the soldering is completed, so that they can be cooled and fixed. The current soldering process is as follows: 1. Manual turnover of products; 2. Manual pick-up of materials; 3. Manual pointing of flux and manual addition of flux; 4. Manual loading and insertion of shafts; 5. Manual sticking of protective devices; , correction...

AI Technical Summary

Problems solved by technology

This process is relatively complicated, relying on manual operation and manual loading, which leads to a decrease in efficiency, and manual operation is also prone to quality problems, and it also relies heavily on the operator's proficiency. With the increase in labor costs, In the case of shortage of personnel, the traditional processing flow cannot meet the actual needs of mass production

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