A splicing and conveying system of an automatic pen assembly machine

Abstract

The invention discloses a splicing and conveying system of an automatic pen assembly machine. The splicing and conveying system of the automatic pen assembly machine comprises a pen cap sleeving device. A pen cap feeding unit of the pen cover sleeving device comprises a splicing system and a conveying system. The splicing system is provided with a displacement clamping plate and a splicing mechanical arm. The displacement clamping plate comprises clamping plates arranged at the two ends in an opposite manner, and a displacement structure used for carrying out displacement on the clamping plates. The splicing mechanical arm is provided with a clamping arm and an ejector pin used for installing refill cotton. Elastic connecting parts are arranged on the two sides of the clamping arm. The ejector pin is provided with a suction chamber and an air cylinder used for driving the suction chamber. The conveying system comprises a wavy conveying device. The wavy conveying device comprises a plurality of article containing grooves formed by wavy structures. A pen cap shell detection sensor is arranged at the bottom end of each article containing groove. Moving telescopic blocks capable of positioning a pen cap shell are arranged on the two sides of the inner wall of each article containing groove. Because of the design of the pen cap feeding unit that the pen cap shells are located in thearticle containing grooves, the pen cap shell detection sensors drive the moving telescopic blocks to displace to carry out positioning, the automation degree and the production efficiency are improved.

Description

technical field [0001] The invention relates to a splicing conveying system, in particular to a splicing conveying system of an automatic pen assembly machine. Background technique [0002] Nowadays, ballpoint pens and gel pens are widely used in daily life, study and work, and are indispensable. Traditional pen production relies on manually assembling the various parts of the pen according to certain procedures. The labor efficiency is low and the quality is not good. Guaranteed, the existing pen automatic assembly machine can assemble and produce the pen according to a certain process, but for the pen cap itself, there are many parts that need to be manually assembled and then automatically assembled, and the pen often causes problems in the process of transmission and installation. If the installation is unstable and the pen cap or pen cap falls off, such an automatic assembly machine has a low degree of automation and low splicing and assembly efficiency, which will grea...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, ballpoint pens and gel pens are widely used in daily life, study and work, and are indispensable. Traditional pen production relies on manually assembling the various parts of the pen according to certain procedures. The labor efficiency is low and the quality is not good. Guaranteed, the existing pen automatic assembly machine can assemble and produce the pen according to a certain process, but for the pen cap itself, there are many parts that need to be manually assembled and then automatically assembled, and the pen often causes problems in the process of transmission and installation. If the installation is unstable and the pen cap or pen cap falls off, such an automatic assembly machine has a low degree of automation and low splicing and assembly efficiency, which will greatly affect the assembly efficiency of the automatic assembly machine

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