Robot-controlled pipe joint labeling and packaging device

Abstract

The invention provides a robot-controlled pipe joint labeling and packaging device, and belongs to the technical field of machines. The robot-controlled pipe joint labeling and packaging device solves the problem about how to improve the production efficiency while ensuring the accuracy of the pipe joint labeling and packaging number. The device comprises a stock bin, a loading machine, a labeling machine, a bagging and sealing machine, a material neatening and conveying mechanism, a manipulator and a labeling conveyor belt; a positioning column is fixedly connected to a belt body of the labeling conveyor belt, a labeling head of the labeling machine is located above the labeling conveyor belt, the manipulator can clamp a pipe joint and arrange the pipe joint on the positioning column in a sleeving manner, and a counting sensor is arranged between the labeling head and the output end of the labeling conveyor belt; and the output end of the labeling conveyor belt is provided with a storage chamber with a through cavity, an impeller is rotatably connected into the through cavity, a quasi-number conveyor is arranged between the storage chamber and the bagging and sealing machine, and the quasi-number conveyor comprises a receiving trough, wherein one receiving trough is located under the storage chamber. The labeling and packaging device realizes full automation of loading, material neatening, labeling, counting and quasi-number packaging.

Description

technical field [0001] The invention belongs to the technical field of machinery and relates to a pipe joint labeling and packaging equipment controlled by a robot. Background technique [0002] Pipes are widely used, the market demand is increasing year by year, and the output of various manufacturers is also increasing year by year. Among them, the pipe joint is a component used to connect water pipes, gas pipes or other pipes. Pipe joints can be divided into external thread end connection type pipe joints, ferrule type pipe joints, self-fixing type pipe joints, etc. according to the use method. According to actual production needs, some mass-produced pipe joints need to be counted, labeled, and packaged before storage or transportation, that is, according to market sales needs, the pipe joints are labeled and then packaged according to the required quantity. [0003] At present, the labeling and packaging of pipe joints in the existing market generally adopts a semi-aut...

AI Technical Summary

Problems solved by technology

From the above analysis, it can be seen that although the above-mentioned semi-automatic packaging method is better than the completely manual operation method, the above-mentioned manual counting method is time-consuming and laborious, and is prone to counting errors, resulting in inaccurate packaging quantities; at the same time, the manual packaging speed is relatively slow , the labor intensity is high, and the labor cost is relatively high, and the production efficiency is low

Of course, in the prior art, manual counting and transportation are also used, and semi-automatic quasi-number packaging after pipe joint labeling is carried out in conjunction with a bagging and sealing machine, but the overall production efficiency is still low, and the packaged quantity of pipe joints after labeling cannot be guaranteed. the accuracy of

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