Continuous pin insertion machine for dipolar plug

Abstract

The invention relates to a continuous pin insertion machine for a dipolar plug. A frame is provided with a feeding groove and a feeding device, wherein an upper portion of the feeding groove is provided with a pin insertion mechanism and a carrier belt pin conveying device which are mutually matched, the carrier belt pin conveying device comprises a carrier belt pin conveying seat arranged on theframe, the carrier belt pin conveying seat is provided with a carrier belt pin conveying guiding cylinder and a carrier belt pin conveying groove, the carrier belt pin conveying groove is internally further provided with a carrier belt feeding sliding groove, the middle portion of the carrier belt pin conveying groove is matched with a carrier belt feeding ratchet, the carrier belt feeding ratchetis connected with a carrier belt feeding motor, the carrier belt pin conveying groove is provided with a pin insertion groove at an upper portion of the feeding groove, and the pin insertion groove is matched with a pin insertion block of the pin insertion mechanism. The continuous pin insertion machine is advantaged in that the carrier belt pin conveying device is employed to realize vertical conveying of carrier belts, vertical conveying of the insertion pins can be further realized, the carrier belt pin conveying device is matched with a material casing feeding device and the pin insertionmechanism, continuous pin insertion can be realized, work efficiency is improved, compared with a manipulator for pin insertion, the error rate is substantially reduced, and pin insertion accuracy isimproved.

Description

Technical field [0001] The invention relates to the field of pin insertion equipment, and in particular to a continuous pin insertion machine for two-pole plugs. Background technique [0002] A two-pole plug is a commonly used electrical component. Most of it includes a material shell that matches with each other. The material shell needs to be connected by a pin, so a pin machine is needed. [0003] Most of the existing pins are manually loaded, and the needle is pressed by equipment, which is inefficient. In order to improve efficiency, most of the existing pin-inserting machines use a vibrating feeder to transport the pins and need to be placed by a robot. Compared with manual needle placement, this improves work efficiency, but it still cannot achieve continuous needle insertion. There is a gap time between needle placement, and there is a large error rate in needle placement, which is prone to failure. Summary of the invention [0004] The purpose of the present invention is t...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing needle insertion machines use manual needles and press needles through equipment, which is inefficient. In order to improve efficiency, most of the existing needle insertion machines use vibrating feeding trays to transport the needles, which need to be released by manipulators. This improves the work efficiency compared with manual needle insertion, but it still cannot achieve continuous needle insertion operation. There is a gap time for needle insertion in the middle, and there is a large error rate in needle insertion, which is prone to failure.

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