On-line pipe capping machine

Abstract

The invention provides an on-line pipe capping machine which has the characteristics of being simple in structure, low in cost, stable to operate and low in failure rate. The on-line pipe capping machine comprises a machine frame, a pipe inlet guide plate assembly, an outlet sorting assembly and a pipe supporting assembly, wherein the pipe inlet guide plate assembly and the outlet sorting assemblyare arranged at the two sides of the machine frame separately; and the pipe supporting assembly is arranged between the pipe inlet guide plate assembly and the outlet sorting assembly. The number ofcapping assemblies is two, and the capping assemblies are arranged at the two ends of the capping machine correspondingly. Each capping assembly comprises a pipe clamping mechanism, a cap clamping jaw, a capping air cylinder and a cap guide groove. The pipe supporting assembly comprises a plurality of pipe supporting cover plates, a pipe moving air cylinder and a plurality of pipe moving guide plates. The pipe supporting cover plates and the pipe moving guide plates are provided with a plurality of V-shaped grooves. The cap guide grooves are formed above the corresponding cap clamping jaws. Caps are led into the cap clamping jaws from the cap guide grooves, and the cap clamping jaws clamp the caps. Pipes are conveyed to a capping station from the pipe supporting assembly, a pipe clamping assembly clamps the pipes, and the capping air cylinders push out the corresponding cap clamping jaws for capping.

Description

technical field [0001] The invention relates to the technical field of packaging machinery, in particular to the technical field of tube packaging. Background technique [0002] In the packaging process of straight pipes such as PPR pipes and PVC pipes produced by straight pipe manufacturers, it is necessary to keep the inner cavity smooth and clean to prevent clogging. Cap the openings at both ends of the pipe before packaging. In order to improve the quality of the pipes, many companies currently cap the produced pipes. If the capping methods are all manually capped, it will cause a large amount of human resources consumption, affect the production efficiency of the product, and cannot guarantee the timely and accurate capping. In the automatic production line, it will also seriously affect the degree of automation. [0003] At present, the equipment structure of pipe caps on the market is complicated, and the equipment cost is high; the failure rate is high, and it cann...

AI Technical Summary

Problems solved by technology

In order to improve the quality of the pipes, many companies currently cap the produced pipes. If the capping methods are all manually capped, it will cause a large amount of human resource consumption and affect the production efficiency of the product. Moreover, it is impossible to guarantee the timely and accurate capping. In the automatic production line, it will also seriously affect the degree of automation

[0003] At present, the equipment structure of pipe caps on the market is complicated, and the cost of equipment is high; the failure rate is high, and it cannot meet the long-term stable demand; moreover, there is no quality inspection of caps, and it is impossible to control the quality of caps, and it is difficult to distinguish between superior products and inferior products

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