Base body and pin insertion and connection device of cylindrical inductance base

Abstract

The invention discloses a base body and pin insertion and connection device of a cylindrical inductance base. The base body and pin insertion and connection device comprises a pin conveying part and a pin receiving part, wherein the pin conveying part is lower than a conveying part of a base body, and comprises a pin conveying disc and a conveying platform connected with the pin conveying disc; the pin receiving part comprises an ascending and descending platform, a receiving platform, an ascending and descending air cylinder and a push-in block; the ascending and descending platform is arranged at an outlet position of the conveying platform; the receiving platform is glidingly connected onto the ascending and descending platform and is sued for sleeving and connecting a pin; the ascending and descending air cylinder is used for driving the ascending and descending platform to vertically move; the push-in block is glidingly connected onto the ascending and descending platform and is used for pushing the pin in the receiving platform into the base body; the push-in block is positioned in front of the receiving platform; a push pin corresponding to the receiving hole is arranged on a side surface, opposite to the receiving platform, of the push-in block. The pin conveying part and the pin receiving part are used for fast conveying and taking out the pin and inserting the pin into the base body; the insertion and connection accuracy and the insertion and connection efficiency are greatly improved; the labor cost is reduced.

Description

Technical field [0001] The present invention relates to production equipment of an inductance base, in particular to a cylindrical inductance base body and a pin plugging device. Background technique [0002] With the widespread and rapid development of electronic products today, the demand for electronic connectors inside electronic products is also increasing. The socket of the electronic connector is formed by plastic injection molding, and the main body of the socket is provided with a number of round holes for inserting pins. For the insertion of the pins, the most traditional way is to manually insert the pins into the round holes one by one, and then insert the pins into the whole board with the help of a simple plate mold. The speed has increased to a certain extent, but it still needs to be completed by hand using molds. For mass-produced electronic connectors, more manpower is still required to complete, and the labor cost is extremely high; and it is completed by labo...

AI Technical Summary

Problems solved by technology

For the insertion of the pins, the most traditional way is to manually insert the pins into the round holes one by one, and then insert the pins into the whole board with the help of a simple plate mold. The speed has been improved to a certain extent, but it still needs to be completed by hand using molds. For mass-produced electronic connectors, it still requires more manpower to complete, and the labor cost is extremely high; and it is completed manually, with many subjective factors. Quality and precision are difficult to guarantee, so in today's emphasis on efficiency and quality, this manual method of using molds for pin insertion is becoming less and less suitable for the needs of market development.

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