Automatic ring-crossing and welding system of double-sided buzzer

Abstract

The invention discloses an automatic ring-crossing and welding system of a double-sided buzzer. The automatic ring-crossing and welding system of the double-sided buzzer comprises a rotating mechanism, a feeding mechanism, a ring inserting mechanism, a first welding mechanism, an overturning mechanism, a second welding mechanism, a testing mechanism and a sorting mechanism. The feeding mechanism places the double-sided buzzer on a locating sheet. The ring inserting mechanism opens a closed welding ring, and the double-sided buzzer located on the locating sheet crosses the welding ring. The twosides of the double-sided buzzer achieve welding with the welding ring through a first welding mechanism and a second welding mechanism. A welded finished product undergoes welding insulating property through a testing mechanism. The sorting mechanism conducts qualified and unqualified sorting classification on the products according to the testing results of the testing mechanism, places the qualified products into a qualified product storage bin and places the unqualified products in an unqualified product storage bin. Through cooperation between a rotating disk and the mechanisms, the automatic ring-crossing and welding system of the double-sided buzzer achieves automatic ring crossing, welding and insulating property testing of the double-sided buzzer, product quality can be better controlled, and cost is lowered.

Description

technical field [0001] The invention belongs to the field of welding technology, and in particular relates to an automatic ring-piercing welding system for double-sided buzzer chips. Background technique [0002] The electronics industry is a labor-intensive industry. With the gradual increase of labor costs, the aging labor status has become more and more obvious. It is difficult for enterprises to recruit workers. In the production process of double-sided buzzers, it is necessary to manually The circular closed welding ring is manually opened, and then installed on the double-sided buzzer, and finally the welding ring is welded on the front and back of the double-sided buzzer, and then the insulation performance of the welded double-sided buzzer is tested and sorted. To produce qualified and unqualified products, enterprises usually use manual work to complete this system work. Now enterprises are facing difficulties in recruiting workers, resulting in low installation eff...

AI Technical Summary

Problems solved by technology

[0002] The electronics industry is a labor-intensive industry. With the gradual increase of labor costs, the aging labor status has become more and more obvious. It is difficult for enterprises to recruit workers. In the production process of double-sided buzzers, it is necessary to manually The circular closed welding ring is manually opened, and then installed on the double-sided buzzer, and finally the welding ring is welded on the front and back of the double-sided buzzer, and then the insulation performance of the welded double-sided buzzer is tested and sorted. To produce qualified products and unqualified products, enterprises usually use manual work to complete this system work. Now enterprises are facing difficulties in recruiting workers, resulting in low installation efficiency of welding rings, and manual installation of welding rings, due to the inability to accurately control the opening of welding rings Due to the small size, it is easy to hard penetrate the welding ring with a small opening angle to the double-sided buzzer during manual operation, which will cause scratches to the double-sided buzzer, and will also affect the welding of the double-sided buzzer in the later stage , which ultimately affects the quality of the finished product of the double-sided buzzer film

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