Drip irrigation pipe traction system

Abstract

The invention discloses a drip irrigation pipe traction system. The system is characterized by comprising a driving motor, transmission wheels, a transmission belt, driving wheels, driven wheels, conveying belts, an upper pressing wheel set, a lower support wheel and a pressing cylinder, wherein two transmission wheels are provided; the driving motor is connected with one of the transmission wheels; the two transmission wheels are connected through the transmission belt, and oppositely rotate; upper and lower two sets of the driving wheels, the driven wheels and the conveying belts are provided; the upper and lower two sets of the conveying belts are distributed and wound on the upper and lower two sets of the driving wheels and driven wheels; the upper and lower two sets of the driving wheels are respectively connected with the two transmission wheels; the upper pressing wheel set is connected with the pressing cylinder, and is mounted in the upper set of the conveying belts; the lower support wheel is mounted in the lower set of the conveying belts; and a drip irrigation pipe is positioned between the upper and lower two sets of the conveying belts. The drip irrigation pipe traction system has the following advantages: a downward pressing traction belt and a support traction belt realize synchronous operation to improve the conveying stability; and a belt pressing mechanism in the downward pressing traction belt is connected with a belt pressing cylinder to adjust the pressure.

Description

[0001] (1) Technical field: [0002] The invention relates to a traction device, in particular to a drip irrigation pipe traction device used in the production of drip irrigation pipes. (2) Background technology: [0003] At present, in the drip irrigation pipe production line, sending the processed drip irrigation pipes into the winding device for winding needs to be transported by traction equipment. The existing traction equipment is mostly driven by the main and auxiliary traction belts through friction to transport the drip irrigation pipes, but often due to the belt Slipping occurs between the main and auxiliary traction belts, causing the main and auxiliary traction belts to run out of sync, resulting in unstable conveying speed, and even damage to the drip irrigation pipe; and the distance between the main and auxiliary traction belts cannot be adjusted, and the frictional traction on the drip irrigation pipe cannot be adjusted. (3) Contents of the invention: ...

AI Technical Summary

Problems solved by technology

[0003] At present, in the drip irrigation pipe production line, sending the processed drip irrigation pipes into the winding device for winding needs to be transported by traction equipment. The existing traction equipment is mostly driven by the main and auxiliary traction belts through friction to transport the drip irrigation pipes, but often due to the belt Slipping occurs between the traction pulley and the main and auxiliary traction belts are not synchronized, resulting in unstable conveying speed and even damage to the drip irrigation pipe; and the distance between the main and auxiliary traction belts cannot be adjusted, and the frictional traction on the drip irrigation pipe cannot be adjusted.

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