Automatic magnetic gauge partitioning device applied to headset production

Abstract

The invention discloses an automatic magnetic gauge partitioning device applied to headset production. The automatic magnetic gauge partitioning device comprises a machine frame, a material loading-placing-guiding track, a picking-delivering unit, a pushing unit, an ejection unit and a pickup unit, wherein the material loading-placing-guiding track is arranged on the machine frame; the picking-delivering unit is arranged at a left side of the material loading-placing-guiding track, and is used for grabbing a magnetic gauge placed with a magnet component or a horn component and delivering the magnetic gauge to the material loading-placing-guiding track; the pushing unit is arranged at a lower side of the picking-delivering unit and is used for pushing the magnetic gauge located on the material loading-placing-guiding track; the ejection unit is arranged at a rear lower side of the material loading-placing-guiding track and is used for ejecting the magnet component or the horn componentout of the magnetic gauge; and the pickup unit is arranged at a rear upper side of the material loading-placing-guiding track and is used for picking up and moving the magnet component or the horn component of the magnetic gauge ejected out by the ejection unit. According to the automatic magnetic gauge partitioning device, the effect that the magnet component and the magnetic gauge or the horn component and the magnetic gauge are automatically partitioned is implemented, so the labor intensity of a worker is greatly reduced; the working efficiency of partitioning the magnet component or the horn component is improved and the utilization rate of the magnetic gauge is also improved; and meanwhile, the purpose of not damaging the magnet component or the horn component and not damaging the magnetic gauge is further achieved, and the stability of production quality is guaranteed.

Description

【Technical Field】 [0001] This application relates to the technical field of earphone production equipment, and specifically relates to an automatic magnetic gauge separation equipment applied to earphone production. 【Background technique】 [0002] With the increasing development of automation technology, more and more production lines that originally used manual work have gradually transformed into mechanical automated production. In the earphone manufacturing industry, it is usually necessary to use magnetic gauges to assist production, such as magnetic positioning magnets, washers, and magnetic circuit brackets to facilitate assembly and ensure the concentricity between components. [0003] However, when it is necessary to separate the magnet assembly or the horn assembly from the magnetic gauge, the traditional operation relies on manual separation work, which not only fails to improve production efficiency, but also greatly increases the labor intensity of the workers and makes...

AI Technical Summary

Problems solved by technology

[0003] However, when it is necessary to separate the magnet assembly or horn assembly from the magnetic gauge, the traditional operation relies on manual separation work, which not only fails to improve production efficiency, but also greatly increases the labor intensity of workers, and is easy to damage the magnet. Gauge or magnet components or horn components cause greater damage, making it difficult to control the stability of production quality, and at the same time, it is impossible to improve the utilization rate of magnetic gauges

Images